rstsr-lapack-ffi 0.2.0

#![allow(non_camel_case_types)]

use core::ffi::{c_char, c_int};

#[cfg(not(feature = "ilp64"))]
pub type lapack_int = i32;
#[cfg(feature = "ilp64")]
pub type lapack_int = i64;

/* automatically generated by rust-bindgen 0.71.1 */

#[derive(PartialEq, Copy, Clone, Hash, Debug, Default)]
#[repr(C)]
pub struct __BindgenComplex<T> {
    pub re: T,
    pub im: T,
}
pub const LAPACK_ROW_MAJOR: c_int = 101;
pub const LAPACK_COL_MAJOR: c_int = 102;
pub const LAPACK_WORK_MEMORY_ERROR: lapack_int = -1010;
pub const LAPACK_TRANSPOSE_MEMORY_ERROR: lapack_int = -1011;

pub type LAPACK_S_SELECT2 =
    Option<unsafe extern "C" fn(arg1: *const f32, arg2: *const f32) -> lapack_int>;
pub type LAPACK_S_SELECT3 = Option<
    unsafe extern "C" fn(arg1: *const f32, arg2: *const f32, arg3: *const f32) -> lapack_int,
>;
pub type LAPACK_D_SELECT2 =
    Option<unsafe extern "C" fn(arg1: *const f64, arg2: *const f64) -> lapack_int>;
pub type LAPACK_D_SELECT3 = Option<
    unsafe extern "C" fn(arg1: *const f64, arg2: *const f64, arg3: *const f64) -> lapack_int,
>;
pub type LAPACK_C_SELECT1 =
    Option<unsafe extern "C" fn(arg1: *const __BindgenComplex<f32>) -> lapack_int>;
pub type LAPACK_C_SELECT2 = Option<
    unsafe extern "C" fn(
        arg1: *const __BindgenComplex<f32>,
        arg2: *const __BindgenComplex<f32>,
    ) -> lapack_int,
>;
pub type LAPACK_Z_SELECT1 =
    Option<unsafe extern "C" fn(arg1: *const __BindgenComplex<f64>) -> lapack_int>;
pub type LAPACK_Z_SELECT2 = Option<
    unsafe extern "C" fn(
        arg1: *const __BindgenComplex<f64>,
        arg2: *const __BindgenComplex<f64>,
    ) -> lapack_int,
>;
unsafe extern "C" {
    pub fn lapack_make_complex_float(re: f32, im: f32) -> __BindgenComplex<f32>;
    pub fn lapack_make_complex_double(re: f64, im: f64) -> __BindgenComplex<f64>;
    pub fn LAPACKE_sbdsdc(
        matrix_layout: c_int,
        uplo: c_char,
        compq: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        vt: *mut f32,
        ldvt: lapack_int,
        q: *mut f32,
        iq: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dbdsdc(
        matrix_layout: c_int,
        uplo: c_char,
        compq: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        vt: *mut f64,
        ldvt: lapack_int,
        q: *mut f64,
        iq: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sbdsqr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ncvt: lapack_int,
        nru: lapack_int,
        ncc: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vt: *mut f32,
        ldvt: lapack_int,
        u: *mut f32,
        ldu: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dbdsqr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ncvt: lapack_int,
        nru: lapack_int,
        ncc: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vt: *mut f64,
        ldvt: lapack_int,
        u: *mut f64,
        ldu: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cbdsqr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ncvt: lapack_int,
        nru: lapack_int,
        ncc: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vt: *mut __BindgenComplex<f32>,
        ldvt: lapack_int,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zbdsqr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ncvt: lapack_int,
        nru: lapack_int,
        ncc: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vt: *mut __BindgenComplex<f64>,
        ldvt: lapack_int,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sbdsvdx(
        matrix_layout: c_int,
        uplo: c_char,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        ns: *mut lapack_int,
        s: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        superb: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dbdsvdx(
        matrix_layout: c_int,
        uplo: c_char,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        ns: *mut lapack_int,
        s: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        superb: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sdisna(
        job: c_char,
        m: lapack_int,
        n: lapack_int,
        d: *const f32,
        sep: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ddisna(
        job: c_char,
        m: lapack_int,
        n: lapack_int,
        d: *const f64,
        sep: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbbrd(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        ncc: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        d: *mut f32,
        e: *mut f32,
        q: *mut f32,
        ldq: lapack_int,
        pt: *mut f32,
        ldpt: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgbbrd(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        ncc: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        d: *mut f64,
        e: *mut f64,
        q: *mut f64,
        ldq: lapack_int,
        pt: *mut f64,
        ldpt: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgbbrd(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        ncc: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        d: *mut f32,
        e: *mut f32,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        pt: *mut __BindgenComplex<f32>,
        ldpt: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgbbrd(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        ncc: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        d: *mut f64,
        e: *mut f64,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        pt: *mut __BindgenComplex<f64>,
        ldpt: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgbcon(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgbcon(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgbcon(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbcon(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbequ(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgbequ(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgbequ(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbequ(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbequb(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgbequb(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgbequb(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbequb(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbrfs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        afb: *const f32,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgbrfs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        afb: *const f64,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgbrfs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        afb: *const __BindgenComplex<f32>,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbrfs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        afb: *const __BindgenComplex<f64>,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbrfsx(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        afb: *const f32,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        r: *const f32,
        c: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgbrfsx(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        afb: *const f64,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        r: *const f64,
        c: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgbrfsx(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        afb: *const __BindgenComplex<f32>,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        r: *const f32,
        c: *const f32,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbrfsx(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        afb: *const __BindgenComplex<f64>,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        r: *const f64,
        c: *const f64,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbsv(
        matrix_layout: c_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgbsv(
        matrix_layout: c_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgbsv(
        matrix_layout: c_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgbsv(
        matrix_layout: c_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgbsvx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        afb: *mut f32,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        rpivot: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgbsvx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        afb: *mut f64,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        rpivot: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgbsvx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        afb: *mut __BindgenComplex<f32>,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        rpivot: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbsvx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        afb: *mut __BindgenComplex<f64>,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        rpivot: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbsvxx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        afb: *mut f32,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgbsvxx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        afb: *mut f64,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgbsvxx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        afb: *mut __BindgenComplex<f32>,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbsvxx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        afb: *mut __BindgenComplex<f64>,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbtrf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgbtrf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgbtrf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgbtrf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgbtrs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgbtrs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgbtrs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgbtrs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgebak(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        scale: *const f32,
        m: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgebak(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        scale: *const f64,
        m: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgebak(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        scale: *const f32,
        m: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgebak(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        scale: *const f64,
        m: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgebal(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgebal(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgebal(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgebal(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgebrd(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        d: *mut f32,
        e: *mut f32,
        tauq: *mut f32,
        taup: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgebrd(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        d: *mut f64,
        e: *mut f64,
        tauq: *mut f64,
        taup: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgebrd(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        d: *mut f32,
        e: *mut f32,
        tauq: *mut __BindgenComplex<f32>,
        taup: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgebrd(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        d: *mut f64,
        e: *mut f64,
        tauq: *mut __BindgenComplex<f64>,
        taup: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgecon(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgecon(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgecon(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgecon(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgeequ(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeequ(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeequ(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgeequ(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgeequb(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeequb(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeequb(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgeequb(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgees(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_S_SELECT2,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        sdim: *mut lapack_int,
        wr: *mut f32,
        wi: *mut f32,
        vs: *mut f32,
        ldvs: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgees(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_D_SELECT2,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        sdim: *mut lapack_int,
        wr: *mut f64,
        wi: *mut f64,
        vs: *mut f64,
        ldvs: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgees(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_C_SELECT1,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        sdim: *mut lapack_int,
        w: *mut __BindgenComplex<f32>,
        vs: *mut __BindgenComplex<f32>,
        ldvs: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgees(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_Z_SELECT1,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        sdim: *mut lapack_int,
        w: *mut __BindgenComplex<f64>,
        vs: *mut __BindgenComplex<f64>,
        ldvs: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeesx(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_S_SELECT2,
        sense: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        sdim: *mut lapack_int,
        wr: *mut f32,
        wi: *mut f32,
        vs: *mut f32,
        ldvs: lapack_int,
        rconde: *mut f32,
        rcondv: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeesx(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_D_SELECT2,
        sense: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        sdim: *mut lapack_int,
        wr: *mut f64,
        wi: *mut f64,
        vs: *mut f64,
        ldvs: lapack_int,
        rconde: *mut f64,
        rcondv: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeesx(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_C_SELECT1,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        sdim: *mut lapack_int,
        w: *mut __BindgenComplex<f32>,
        vs: *mut __BindgenComplex<f32>,
        ldvs: lapack_int,
        rconde: *mut f32,
        rcondv: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgeesx(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_Z_SELECT1,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        sdim: *mut lapack_int,
        w: *mut __BindgenComplex<f64>,
        vs: *mut __BindgenComplex<f64>,
        ldvs: lapack_int,
        rconde: *mut f64,
        rcondv: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgeev(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        wr: *mut f32,
        wi: *mut f32,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeev(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        wr: *mut f64,
        wi: *mut f64,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeev(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        w: *mut __BindgenComplex<f32>,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgeev(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        w: *mut __BindgenComplex<f64>,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeevx(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        wr: *mut f32,
        wi: *mut f32,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f32,
        abnrm: *mut f32,
        rconde: *mut f32,
        rcondv: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeevx(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        wr: *mut f64,
        wi: *mut f64,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f64,
        abnrm: *mut f64,
        rconde: *mut f64,
        rcondv: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeevx(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        w: *mut __BindgenComplex<f32>,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f32,
        abnrm: *mut f32,
        rconde: *mut f32,
        rcondv: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgeevx(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        w: *mut __BindgenComplex<f64>,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f64,
        abnrm: *mut f64,
        rconde: *mut f64,
        rcondv: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgehrd(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgehrd(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgehrd(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgehrd(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgejsv(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        jobr: c_char,
        jobt: c_char,
        jobp: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        sva: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        stat: *mut f32,
        istat: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgejsv(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        jobr: c_char,
        jobt: c_char,
        jobp: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        sva: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        stat: *mut f64,
        istat: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgejsv(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        jobr: c_char,
        jobt: c_char,
        jobp: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        sva: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        stat: *mut f32,
        istat: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgejsv(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        jobr: c_char,
        jobt: c_char,
        jobp: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        sva: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        stat: *mut f64,
        istat: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgelq2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgelq2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgelq2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgelq2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgelqf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgelqf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgelqf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgelqf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgels(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgels(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgels(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgels(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgelsd(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        s: *mut f32,
        rcond: f32,
        rank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgelsd(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        s: *mut f64,
        rcond: f64,
        rank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgelsd(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        s: *mut f32,
        rcond: f32,
        rank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgelsd(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        s: *mut f64,
        rcond: f64,
        rank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgelss(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        s: *mut f32,
        rcond: f32,
        rank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgelss(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        s: *mut f64,
        rcond: f64,
        rank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgelss(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        s: *mut f32,
        rcond: f32,
        rank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgelss(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        s: *mut f64,
        rcond: f64,
        rank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgelsy(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        jpvt: *mut lapack_int,
        rcond: f32,
        rank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgelsy(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        jpvt: *mut lapack_int,
        rcond: f64,
        rank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgelsy(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        jpvt: *mut lapack_int,
        rcond: f32,
        rank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgelsy(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        jpvt: *mut lapack_int,
        rcond: f64,
        rank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqlf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqlf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqlf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqlf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqp3(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqp3(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqp3(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqp3(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqpf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqpf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqpf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqpf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqr2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqr2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqr2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqr2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqrf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqrf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqrf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqrf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqrfp(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqrfp(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqrfp(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqrfp(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgerfs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *const f32,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgerfs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *const f64,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgerfs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgerfs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgerfsx(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *const f32,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        r: *const f32,
        c: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgerfsx(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *const f64,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        r: *const f64,
        c: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgerfsx(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        r: *const f32,
        c: *const f32,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgerfsx(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        r: *const f64,
        c: *const f64,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgerqf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgerqf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgerqf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgerqf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgesdd(
        matrix_layout: c_int,
        jobz: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        s: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        vt: *mut f32,
        ldvt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgesdd(
        matrix_layout: c_int,
        jobz: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        s: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        vt: *mut f64,
        ldvt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgesdd(
        matrix_layout: c_int,
        jobz: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        vt: *mut __BindgenComplex<f32>,
        ldvt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgesdd(
        matrix_layout: c_int,
        jobz: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        vt: *mut __BindgenComplex<f64>,
        ldvt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgesv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgesv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgesv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgesv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsgesv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        iter: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zcgesv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        iter: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgesvd(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        s: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        vt: *mut f32,
        ldvt: lapack_int,
        superb: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgesvd(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        s: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        vt: *mut f64,
        ldvt: lapack_int,
        superb: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgesvd(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        vt: *mut __BindgenComplex<f32>,
        ldvt: lapack_int,
        superb: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgesvd(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        vt: *mut __BindgenComplex<f64>,
        ldvt: lapack_int,
        superb: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgesvdx(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        range: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        ns: *mut lapack_int,
        s: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        vt: *mut f32,
        ldvt: lapack_int,
        superb: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgesvdx(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        range: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        ns: *mut lapack_int,
        s: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        vt: *mut f64,
        ldvt: lapack_int,
        superb: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgesvdx(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        range: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        ns: *mut lapack_int,
        s: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        vt: *mut __BindgenComplex<f32>,
        ldvt: lapack_int,
        superb: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgesvdx(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        range: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        ns: *mut lapack_int,
        s: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        vt: *mut __BindgenComplex<f64>,
        ldvt: lapack_int,
        superb: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgesvdq(
        matrix_layout: c_int,
        joba: c_char,
        jobp: c_char,
        jobr: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        s: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        numrank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgesvdq(
        matrix_layout: c_int,
        joba: c_char,
        jobp: c_char,
        jobr: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        s: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        numrank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgesvdq(
        matrix_layout: c_int,
        joba: c_char,
        jobp: c_char,
        jobr: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        numrank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgesvdq(
        matrix_layout: c_int,
        joba: c_char,
        jobp: c_char,
        jobr: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        numrank: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgesvj(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        sva: *mut f32,
        mv: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        stat: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgesvj(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        sva: *mut f64,
        mv: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        stat: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgesvj(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        sva: *mut f32,
        mv: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        stat: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgesvj(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        sva: *mut f64,
        mv: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        stat: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgesvx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        af: *mut f32,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        rpivot: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgesvx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        af: *mut f64,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        rpivot: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgesvx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        rpivot: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgesvx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        rpivot: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgesvxx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        af: *mut f32,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgesvxx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        af: *mut f64,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgesvxx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgesvxx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgetf2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetf2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetf2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetf2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgetrf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetrf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetrf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetrf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgetrf2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetrf2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetrf2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetrf2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgetri(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetri(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetri(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetri(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgetrs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetrs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetrs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetrs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggbak(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        lscale: *const f32,
        rscale: *const f32,
        m: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggbak(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        lscale: *const f64,
        rscale: *const f64,
        m: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggbak(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        lscale: *const f32,
        rscale: *const f32,
        m: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggbak(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        lscale: *const f64,
        rscale: *const f64,
        m: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggbal(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f32,
        rscale: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dggbal(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f64,
        rscale: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cggbal(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f32,
        rscale: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zggbal(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f64,
        rscale: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgges(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_S_SELECT3,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        vsl: *mut f32,
        ldvsl: lapack_int,
        vsr: *mut f32,
        ldvsr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgges(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_D_SELECT3,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        vsl: *mut f64,
        ldvsl: lapack_int,
        vsr: *mut f64,
        ldvsr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgges(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_C_SELECT2,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        vsl: *mut __BindgenComplex<f32>,
        ldvsl: lapack_int,
        vsr: *mut __BindgenComplex<f32>,
        ldvsr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgges(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_Z_SELECT2,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        vsl: *mut __BindgenComplex<f64>,
        ldvsl: lapack_int,
        vsr: *mut __BindgenComplex<f64>,
        ldvsr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgges3(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_S_SELECT3,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        vsl: *mut f32,
        ldvsl: lapack_int,
        vsr: *mut f32,
        ldvsr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgges3(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_D_SELECT3,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        vsl: *mut f64,
        ldvsl: lapack_int,
        vsr: *mut f64,
        ldvsr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgges3(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_C_SELECT2,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        vsl: *mut __BindgenComplex<f32>,
        ldvsl: lapack_int,
        vsr: *mut __BindgenComplex<f32>,
        ldvsr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgges3(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_Z_SELECT2,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        vsl: *mut __BindgenComplex<f64>,
        ldvsl: lapack_int,
        vsr: *mut __BindgenComplex<f64>,
        ldvsr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggesx(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_S_SELECT3,
        sense: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        vsl: *mut f32,
        ldvsl: lapack_int,
        vsr: *mut f32,
        ldvsr: lapack_int,
        rconde: *mut f32,
        rcondv: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dggesx(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_D_SELECT3,
        sense: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        vsl: *mut f64,
        ldvsl: lapack_int,
        vsr: *mut f64,
        ldvsr: lapack_int,
        rconde: *mut f64,
        rcondv: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cggesx(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_C_SELECT2,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        vsl: *mut __BindgenComplex<f32>,
        ldvsl: lapack_int,
        vsr: *mut __BindgenComplex<f32>,
        ldvsr: lapack_int,
        rconde: *mut f32,
        rcondv: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zggesx(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_Z_SELECT2,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        vsl: *mut __BindgenComplex<f64>,
        ldvsl: lapack_int,
        vsr: *mut __BindgenComplex<f64>,
        ldvsr: lapack_int,
        rconde: *mut f64,
        rcondv: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sggev(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggev(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggev(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggev(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggev3(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggev3(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggev3(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggev3(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggevx(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f32,
        rscale: *mut f32,
        abnrm: *mut f32,
        bbnrm: *mut f32,
        rconde: *mut f32,
        rcondv: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dggevx(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f64,
        rscale: *mut f64,
        abnrm: *mut f64,
        bbnrm: *mut f64,
        rconde: *mut f64,
        rcondv: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cggevx(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f32,
        rscale: *mut f32,
        abnrm: *mut f32,
        bbnrm: *mut f32,
        rconde: *mut f32,
        rcondv: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zggevx(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f64,
        rscale: *mut f64,
        abnrm: *mut f64,
        bbnrm: *mut f64,
        rconde: *mut f64,
        rcondv: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sggglm(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        d: *mut f32,
        x: *mut f32,
        y: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dggglm(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        d: *mut f64,
        x: *mut f64,
        y: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cggglm(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        d: *mut __BindgenComplex<f32>,
        x: *mut __BindgenComplex<f32>,
        y: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zggglm(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        d: *mut __BindgenComplex<f64>,
        x: *mut __BindgenComplex<f64>,
        y: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgghrd(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgghrd(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgghrd(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgghrd(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgghd3(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgghd3(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgghd3(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgghd3(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgglse(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        c: *mut f32,
        d: *mut f32,
        x: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgglse(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        c: *mut f64,
        d: *mut f64,
        x: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgglse(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f32>,
        d: *mut __BindgenComplex<f32>,
        x: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgglse(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f64>,
        d: *mut __BindgenComplex<f64>,
        x: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sggqrf(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        taua: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        taub: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dggqrf(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        taua: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        taub: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cggqrf(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        taua: *mut __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        taub: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zggqrf(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        taua: *mut __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        taub: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sggrqf(
        matrix_layout: c_int,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        taua: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        taub: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dggrqf(
        matrix_layout: c_int,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        taua: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        taub: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cggrqf(
        matrix_layout: c_int,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        taua: *mut __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        taub: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zggrqf(
        matrix_layout: c_int,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        taua: *mut __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        taub: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sggsvd(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        alpha: *mut f32,
        beta: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggsvd(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        alpha: *mut f64,
        beta: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggsvd(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        alpha: *mut f32,
        beta: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggsvd(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        alpha: *mut f64,
        beta: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggsvd3(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        alpha: *mut f32,
        beta: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggsvd3(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        alpha: *mut f64,
        beta: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggsvd3(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        alpha: *mut f32,
        beta: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggsvd3(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        alpha: *mut f64,
        beta: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggsvp(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        tola: f32,
        tolb: f32,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggsvp(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        tola: f64,
        tolb: f64,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggsvp(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        tola: f32,
        tolb: f32,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggsvp(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        tola: f64,
        tolb: f64,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggsvp3(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        tola: f32,
        tolb: f32,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggsvp3(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        tola: f64,
        tolb: f64,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggsvp3(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        tola: f32,
        tolb: f32,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggsvp3(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        tola: f64,
        tolb: f64,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgtcon(
        norm: c_char,
        n: lapack_int,
        dl: *const f32,
        d: *const f32,
        du: *const f32,
        du2: *const f32,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgtcon(
        norm: c_char,
        n: lapack_int,
        dl: *const f64,
        d: *const f64,
        du: *const f64,
        du2: *const f64,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgtcon(
        norm: c_char,
        n: lapack_int,
        dl: *const __BindgenComplex<f32>,
        d: *const __BindgenComplex<f32>,
        du: *const __BindgenComplex<f32>,
        du2: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgtcon(
        norm: c_char,
        n: lapack_int,
        dl: *const __BindgenComplex<f64>,
        d: *const __BindgenComplex<f64>,
        du: *const __BindgenComplex<f64>,
        du2: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgtrfs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const f32,
        d: *const f32,
        du: *const f32,
        dlf: *const f32,
        df: *const f32,
        duf: *const f32,
        du2: *const f32,
        ipiv: *const lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgtrfs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const f64,
        d: *const f64,
        du: *const f64,
        dlf: *const f64,
        df: *const f64,
        duf: *const f64,
        du2: *const f64,
        ipiv: *const lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgtrfs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const __BindgenComplex<f32>,
        d: *const __BindgenComplex<f32>,
        du: *const __BindgenComplex<f32>,
        dlf: *const __BindgenComplex<f32>,
        df: *const __BindgenComplex<f32>,
        duf: *const __BindgenComplex<f32>,
        du2: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgtrfs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const __BindgenComplex<f64>,
        d: *const __BindgenComplex<f64>,
        du: *const __BindgenComplex<f64>,
        dlf: *const __BindgenComplex<f64>,
        df: *const __BindgenComplex<f64>,
        duf: *const __BindgenComplex<f64>,
        du2: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgtsv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *mut f32,
        d: *mut f32,
        du: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgtsv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *mut f64,
        d: *mut f64,
        du: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgtsv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *mut __BindgenComplex<f32>,
        d: *mut __BindgenComplex<f32>,
        du: *mut __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgtsv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *mut __BindgenComplex<f64>,
        d: *mut __BindgenComplex<f64>,
        du: *mut __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgtsvx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const f32,
        d: *const f32,
        du: *const f32,
        dlf: *mut f32,
        df: *mut f32,
        duf: *mut f32,
        du2: *mut f32,
        ipiv: *mut lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgtsvx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const f64,
        d: *const f64,
        du: *const f64,
        dlf: *mut f64,
        df: *mut f64,
        duf: *mut f64,
        du2: *mut f64,
        ipiv: *mut lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgtsvx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const __BindgenComplex<f32>,
        d: *const __BindgenComplex<f32>,
        du: *const __BindgenComplex<f32>,
        dlf: *mut __BindgenComplex<f32>,
        df: *mut __BindgenComplex<f32>,
        duf: *mut __BindgenComplex<f32>,
        du2: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgtsvx(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const __BindgenComplex<f64>,
        d: *const __BindgenComplex<f64>,
        du: *const __BindgenComplex<f64>,
        dlf: *mut __BindgenComplex<f64>,
        df: *mut __BindgenComplex<f64>,
        duf: *mut __BindgenComplex<f64>,
        du2: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgttrf(
        n: lapack_int,
        dl: *mut f32,
        d: *mut f32,
        du: *mut f32,
        du2: *mut f32,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgttrf(
        n: lapack_int,
        dl: *mut f64,
        d: *mut f64,
        du: *mut f64,
        du2: *mut f64,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgttrf(
        n: lapack_int,
        dl: *mut __BindgenComplex<f32>,
        d: *mut __BindgenComplex<f32>,
        du: *mut __BindgenComplex<f32>,
        du2: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgttrf(
        n: lapack_int,
        dl: *mut __BindgenComplex<f64>,
        d: *mut __BindgenComplex<f64>,
        du: *mut __BindgenComplex<f64>,
        du2: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgttrs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const f32,
        d: *const f32,
        du: *const f32,
        du2: *const f32,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgttrs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const f64,
        d: *const f64,
        du: *const f64,
        du2: *const f64,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgttrs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const __BindgenComplex<f32>,
        d: *const __BindgenComplex<f32>,
        du: *const __BindgenComplex<f32>,
        du2: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgttrs(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const __BindgenComplex<f64>,
        d: *const __BindgenComplex<f64>,
        du: *const __BindgenComplex<f64>,
        du2: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbev(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbev(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbevd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbevd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbgst(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        bb: *const __BindgenComplex<f32>,
        ldbb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbgst(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        bb: *const __BindgenComplex<f64>,
        ldbb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbgv(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        bb: *mut __BindgenComplex<f32>,
        ldbb: lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbgv(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        bb: *mut __BindgenComplex<f64>,
        ldbb: lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbgvd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        bb: *mut __BindgenComplex<f32>,
        ldbb: lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbgvd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        bb: *mut __BindgenComplex<f64>,
        ldbb: lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbgvx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        bb: *mut __BindgenComplex<f32>,
        ldbb: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbgvx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        bb: *mut __BindgenComplex<f64>,
        ldbb: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbtrd(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        d: *mut f32,
        e: *mut f32,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbtrd(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        d: *mut f64,
        e: *mut f64,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_checon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhecon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cheequb(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zheequb(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cheev(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zheev(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cheevd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zheevd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cheevr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zheevr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cheevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zheevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chegst(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhegst(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chegv(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhegv(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chegvd(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhegvd(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chegvx(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhegvx(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cherfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zherfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cherfsx(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        s: *const f32,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zherfsx(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        s: *const f64,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chesv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhesv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chesvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhesvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chesvxx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhesvxx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chetrd(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        d: *mut f32,
        e: *mut f32,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrd(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        d: *mut f64,
        e: *mut f64,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_chetrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chfrk(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        trans: c_char,
        n: lapack_int,
        k: lapack_int,
        alpha: f32,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        beta: f32,
        c: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhfrk(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        trans: c_char,
        n: lapack_int,
        k: lapack_int,
        alpha: f64,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        beta: f64,
        c: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_shgeqz(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut f32,
        ldh: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        q: *mut f32,
        ldq: lapack_int,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dhgeqz(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut f64,
        ldh: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        q: *mut f64,
        ldq: lapack_int,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chgeqz(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut __BindgenComplex<f32>,
        ldh: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhgeqz(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut __BindgenComplex<f64>,
        ldh: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chpcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhpcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chpev(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhpev(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chpevd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhpevd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chpevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhpevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chpgst(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        bp: *const __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhpgst(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        bp: *const __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_chpgv(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        bp: *mut __BindgenComplex<f32>,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhpgv(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        bp: *mut __BindgenComplex<f64>,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chpgvd(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        bp: *mut __BindgenComplex<f32>,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhpgvd(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        bp: *mut __BindgenComplex<f64>,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chpgvx(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        bp: *mut __BindgenComplex<f32>,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhpgvx(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        bp: *mut __BindgenComplex<f64>,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chprfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        afp: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhprfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        afp: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chpsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhpsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chpsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        afp: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhpsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        afp: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chptrd(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        d: *mut f32,
        e: *mut f32,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhptrd(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        d: *mut f64,
        e: *mut f64,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_chptrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhptrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chptri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhptri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chptrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhptrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_shsein(
        matrix_layout: c_int,
        job: c_char,
        eigsrc: c_char,
        initv: c_char,
        select: *mut lapack_int,
        n: lapack_int,
        h: *const f32,
        ldh: lapack_int,
        wr: *mut f32,
        wi: *const f32,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        ifaill: *mut lapack_int,
        ifailr: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dhsein(
        matrix_layout: c_int,
        job: c_char,
        eigsrc: c_char,
        initv: c_char,
        select: *mut lapack_int,
        n: lapack_int,
        h: *const f64,
        ldh: lapack_int,
        wr: *mut f64,
        wi: *const f64,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        ifaill: *mut lapack_int,
        ifailr: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chsein(
        matrix_layout: c_int,
        job: c_char,
        eigsrc: c_char,
        initv: c_char,
        select: *const lapack_int,
        n: lapack_int,
        h: *const __BindgenComplex<f32>,
        ldh: lapack_int,
        w: *mut __BindgenComplex<f32>,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        ifaill: *mut lapack_int,
        ifailr: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhsein(
        matrix_layout: c_int,
        job: c_char,
        eigsrc: c_char,
        initv: c_char,
        select: *const lapack_int,
        n: lapack_int,
        h: *const __BindgenComplex<f64>,
        ldh: lapack_int,
        w: *mut __BindgenComplex<f64>,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        ifaill: *mut lapack_int,
        ifailr: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_shseqr(
        matrix_layout: c_int,
        job: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut f32,
        ldh: lapack_int,
        wr: *mut f32,
        wi: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dhseqr(
        matrix_layout: c_int,
        job: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut f64,
        ldh: lapack_int,
        wr: *mut f64,
        wi: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chseqr(
        matrix_layout: c_int,
        job: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut __BindgenComplex<f32>,
        ldh: lapack_int,
        w: *mut __BindgenComplex<f32>,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhseqr(
        matrix_layout: c_int,
        job: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut __BindgenComplex<f64>,
        ldh: lapack_int,
        w: *mut __BindgenComplex<f64>,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clacgv(
        n: lapack_int,
        x: *mut __BindgenComplex<f32>,
        incx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlacgv(
        n: lapack_int,
        x: *mut __BindgenComplex<f64>,
        incx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slacn2(
        n: lapack_int,
        v: *mut f32,
        x: *mut f32,
        isgn: *mut lapack_int,
        est: *mut f32,
        kase: *mut lapack_int,
        isave: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlacn2(
        n: lapack_int,
        v: *mut f64,
        x: *mut f64,
        isgn: *mut lapack_int,
        est: *mut f64,
        kase: *mut lapack_int,
        isave: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clacn2(
        n: lapack_int,
        v: *mut __BindgenComplex<f32>,
        x: *mut __BindgenComplex<f32>,
        est: *mut f32,
        kase: *mut lapack_int,
        isave: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlacn2(
        n: lapack_int,
        v: *mut __BindgenComplex<f64>,
        x: *mut __BindgenComplex<f64>,
        est: *mut f64,
        kase: *mut lapack_int,
        isave: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slacpy(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlacpy(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clacpy(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlacpy(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clacp2(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlacp2(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlag2c(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        sa: *mut __BindgenComplex<f32>,
        ldsa: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slag2d(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        sa: *const f32,
        ldsa: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlag2s(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        sa: *mut f32,
        ldsa: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clag2z(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        sa: *const __BindgenComplex<f32>,
        ldsa: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slagge(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        d: *const f32,
        a: *mut f32,
        lda: lapack_int,
        iseed: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlagge(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        d: *const f64,
        a: *mut f64,
        lda: lapack_int,
        iseed: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clagge(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        d: *const f32,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        iseed: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlagge(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        d: *const f64,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        iseed: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slamch(cmach: c_char) -> f32;
    pub fn LAPACKE_dlamch(cmach: c_char) -> f64;
    pub fn LAPACKE_slangb(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
    ) -> f32;
    pub fn LAPACKE_dlangb(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
    ) -> f64;
    pub fn LAPACKE_clangb(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
    ) -> f32;
    pub fn LAPACKE_zlangb(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
    ) -> f64;
    pub fn LAPACKE_slange(
        matrix_layout: c_int,
        norm: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
    ) -> f32;
    pub fn LAPACKE_dlange(
        matrix_layout: c_int,
        norm: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
    ) -> f64;
    pub fn LAPACKE_clange(
        matrix_layout: c_int,
        norm: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> f32;
    pub fn LAPACKE_zlange(
        matrix_layout: c_int,
        norm: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> f64;
    pub fn LAPACKE_clanhe(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> f32;
    pub fn LAPACKE_zlanhe(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> f64;
    pub fn LAPACKE_clacrm(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlacrm(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clarcm(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlarcm(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slansy(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
    ) -> f32;
    pub fn LAPACKE_dlansy(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
    ) -> f64;
    pub fn LAPACKE_clansy(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> f32;
    pub fn LAPACKE_zlansy(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> f64;
    pub fn LAPACKE_slantr(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
    ) -> f32;
    pub fn LAPACKE_dlantr(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
    ) -> f64;
    pub fn LAPACKE_clantr(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> f32;
    pub fn LAPACKE_zlantr(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> f64;
    pub fn LAPACKE_slarfb(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        v: *const f32,
        ldv: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlarfb(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        v: *const f64,
        ldv: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clarfb(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        v: *const __BindgenComplex<f32>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f32>,
        ldt: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlarfb(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        v: *const __BindgenComplex<f64>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f64>,
        ldt: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slarfg(
        n: lapack_int,
        alpha: *mut f32,
        x: *mut f32,
        incx: lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlarfg(
        n: lapack_int,
        alpha: *mut f64,
        x: *mut f64,
        incx: lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_clarfg(
        n: lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        x: *mut __BindgenComplex<f32>,
        incx: lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zlarfg(
        n: lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        x: *mut __BindgenComplex<f64>,
        incx: lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_slarft(
        matrix_layout: c_int,
        direct: c_char,
        storev: c_char,
        n: lapack_int,
        k: lapack_int,
        v: *const f32,
        ldv: lapack_int,
        tau: *const f32,
        t: *mut f32,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlarft(
        matrix_layout: c_int,
        direct: c_char,
        storev: c_char,
        n: lapack_int,
        k: lapack_int,
        v: *const f64,
        ldv: lapack_int,
        tau: *const f64,
        t: *mut f64,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clarft(
        matrix_layout: c_int,
        direct: c_char,
        storev: c_char,
        n: lapack_int,
        k: lapack_int,
        v: *const __BindgenComplex<f32>,
        ldv: lapack_int,
        tau: *const __BindgenComplex<f32>,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlarft(
        matrix_layout: c_int,
        direct: c_char,
        storev: c_char,
        n: lapack_int,
        k: lapack_int,
        v: *const __BindgenComplex<f64>,
        ldv: lapack_int,
        tau: *const __BindgenComplex<f64>,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slarfx(
        matrix_layout: c_int,
        side: c_char,
        m: lapack_int,
        n: lapack_int,
        v: *const f32,
        tau: f32,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlarfx(
        matrix_layout: c_int,
        side: c_char,
        m: lapack_int,
        n: lapack_int,
        v: *const f64,
        tau: f64,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_clarfx(
        matrix_layout: c_int,
        side: c_char,
        m: lapack_int,
        n: lapack_int,
        v: *const __BindgenComplex<f32>,
        tau: __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zlarfx(
        matrix_layout: c_int,
        side: c_char,
        m: lapack_int,
        n: lapack_int,
        v: *const __BindgenComplex<f64>,
        tau: __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_slarnv(
        idist: lapack_int,
        iseed: *mut lapack_int,
        n: lapack_int,
        x: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlarnv(
        idist: lapack_int,
        iseed: *mut lapack_int,
        n: lapack_int,
        x: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_clarnv(
        idist: lapack_int,
        iseed: *mut lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zlarnv(
        idist: lapack_int,
        iseed: *mut lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_slascl(
        matrix_layout: c_int,
        type_: c_char,
        kl: lapack_int,
        ku: lapack_int,
        cfrom: f32,
        cto: f32,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlascl(
        matrix_layout: c_int,
        type_: c_char,
        kl: lapack_int,
        ku: lapack_int,
        cfrom: f64,
        cto: f64,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clascl(
        matrix_layout: c_int,
        type_: c_char,
        kl: lapack_int,
        ku: lapack_int,
        cfrom: f32,
        cto: f32,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlascl(
        matrix_layout: c_int,
        type_: c_char,
        kl: lapack_int,
        ku: lapack_int,
        cfrom: f64,
        cto: f64,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slaset(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: f32,
        beta: f32,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlaset(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: f64,
        beta: f64,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_claset(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: __BindgenComplex<f32>,
        beta: __BindgenComplex<f32>,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlaset(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: __BindgenComplex<f64>,
        beta: __BindgenComplex<f64>,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slasrt(id: c_char, n: lapack_int, d: *mut f32) -> lapack_int;
    pub fn LAPACKE_dlasrt(id: c_char, n: lapack_int, d: *mut f64) -> lapack_int;
    pub fn LAPACKE_slassq(
        n: lapack_int,
        x: *mut f32,
        incx: lapack_int,
        scale: *mut f32,
        sumsq: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlassq(
        n: lapack_int,
        x: *mut f64,
        incx: lapack_int,
        scale: *mut f64,
        sumsq: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_classq(
        n: lapack_int,
        x: *mut __BindgenComplex<f32>,
        incx: lapack_int,
        scale: *mut f32,
        sumsq: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zlassq(
        n: lapack_int,
        x: *mut __BindgenComplex<f64>,
        incx: lapack_int,
        scale: *mut f64,
        sumsq: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_slaswp(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        k1: lapack_int,
        k2: lapack_int,
        ipiv: *const lapack_int,
        incx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlaswp(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        k1: lapack_int,
        k2: lapack_int,
        ipiv: *const lapack_int,
        incx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_claswp(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        k1: lapack_int,
        k2: lapack_int,
        ipiv: *const lapack_int,
        incx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlaswp(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        k1: lapack_int,
        k2: lapack_int,
        ipiv: *const lapack_int,
        incx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slatms(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        dist: c_char,
        iseed: *mut lapack_int,
        sym: c_char,
        d: *mut f32,
        mode: lapack_int,
        cond: f32,
        dmax: f32,
        kl: lapack_int,
        ku: lapack_int,
        pack: c_char,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlatms(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        dist: c_char,
        iseed: *mut lapack_int,
        sym: c_char,
        d: *mut f64,
        mode: lapack_int,
        cond: f64,
        dmax: f64,
        kl: lapack_int,
        ku: lapack_int,
        pack: c_char,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clatms(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        dist: c_char,
        iseed: *mut lapack_int,
        sym: c_char,
        d: *mut f32,
        mode: lapack_int,
        cond: f32,
        dmax: f32,
        kl: lapack_int,
        ku: lapack_int,
        pack: c_char,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlatms(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        dist: c_char,
        iseed: *mut lapack_int,
        sym: c_char,
        d: *mut f64,
        mode: lapack_int,
        cond: f64,
        dmax: f64,
        kl: lapack_int,
        ku: lapack_int,
        pack: c_char,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slauum(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlauum(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clauum(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlauum(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sopgtr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f32,
        tau: *const f32,
        q: *mut f32,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dopgtr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f64,
        tau: *const f64,
        q: *mut f64,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sopmtr(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ap: *const f32,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dopmtr(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ap: *const f64,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorgbr(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
    ) -> lapack_int;
    pub fn LAPACKE_dorgbr(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
    ) -> lapack_int;
    pub fn LAPACKE_sorghr(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
    ) -> lapack_int;
    pub fn LAPACKE_dorghr(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
    ) -> lapack_int;
    pub fn LAPACKE_sorglq(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
    ) -> lapack_int;
    pub fn LAPACKE_dorglq(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
    ) -> lapack_int;
    pub fn LAPACKE_sorgql(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
    ) -> lapack_int;
    pub fn LAPACKE_dorgql(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
    ) -> lapack_int;
    pub fn LAPACKE_sorgqr(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
    ) -> lapack_int;
    pub fn LAPACKE_dorgqr(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
    ) -> lapack_int;
    pub fn LAPACKE_sorgrq(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
    ) -> lapack_int;
    pub fn LAPACKE_dorgrq(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
    ) -> lapack_int;
    pub fn LAPACKE_sorgtr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
    ) -> lapack_int;
    pub fn LAPACKE_dorgtr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
    ) -> lapack_int;
    pub fn LAPACKE_sorgtsqr_row(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb: lapack_int,
        nb: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *const f32,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorgtsqr_row(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb: lapack_int,
        nb: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *const f64,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormbr(
        matrix_layout: c_int,
        vect: c_char,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormbr(
        matrix_layout: c_int,
        vect: c_char,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormhr(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormhr(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormlq(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormlq(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormql(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormql(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormqr(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormqr(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormrq(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormrq(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormrz(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormrz(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormtr(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormtr(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spbcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpbcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpbcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpbcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spbequ(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpbequ(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpbequ(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpbequ(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spbrfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        afb: *const f32,
        ldafb: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpbrfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        afb: *const f64,
        ldafb: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpbrfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        afb: *const __BindgenComplex<f32>,
        ldafb: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpbrfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        afb: *const __BindgenComplex<f64>,
        ldafb: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spbstf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kb: lapack_int,
        bb: *mut f32,
        ldbb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpbstf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kb: lapack_int,
        bb: *mut f64,
        ldbb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpbstf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kb: lapack_int,
        bb: *mut __BindgenComplex<f32>,
        ldbb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpbstf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kb: lapack_int,
        bb: *mut __BindgenComplex<f64>,
        ldbb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spbsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpbsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpbsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpbsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spbsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        afb: *mut f32,
        ldafb: lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpbsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        afb: *mut f64,
        ldafb: lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpbsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        afb: *mut __BindgenComplex<f32>,
        ldafb: lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpbsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        afb: *mut __BindgenComplex<f64>,
        ldafb: lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spbtrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpbtrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpbtrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpbtrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spbtrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpbtrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpbtrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpbtrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spftrf(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpftrf(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpftrf(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zpftrf(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_spftri(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpftri(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpftri(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zpftri(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_spftrs(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpftrs(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpftrs(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpftrs(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spocon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpocon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpocon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpocon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spoequ(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpoequ(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpoequ(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpoequ(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spoequb(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpoequb(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpoequb(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpoequb(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sporfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *const f32,
        ldaf: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dporfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *const f64,
        ldaf: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cporfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zporfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sporfsx(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *const f32,
        ldaf: lapack_int,
        s: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dporfsx(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *const f64,
        ldaf: lapack_int,
        s: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cporfsx(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        s: *const f32,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zporfsx(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        s: *const f64,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sposv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dposv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cposv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zposv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsposv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        iter: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zcposv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        iter: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sposvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        af: *mut f32,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dposvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        af: *mut f64,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cposvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zposvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sposvxx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        af: *mut f32,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dposvxx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        af: *mut f64,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cposvxx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zposvxx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spotrf2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpotrf2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpotrf2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpotrf2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spotrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpotrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpotrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpotrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spotri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpotri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpotri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpotri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spotrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpotrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpotrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpotrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sppcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f32,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dppcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f64,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cppcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zppcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sppequ(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f32,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dppequ(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f64,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cppequ(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zppequ(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spprfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        afp: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpprfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        afp: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpprfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        afp: *const __BindgenComplex<f32>,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpprfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        afp: *const __BindgenComplex<f64>,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sppsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dppsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cppsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zppsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sppsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut f32,
        afp: *mut f32,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dppsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut f64,
        afp: *mut f64,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cppsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        afp: *mut __BindgenComplex<f32>,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zppsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        afp: *mut __BindgenComplex<f64>,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spptrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpptrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpptrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zpptrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_spptri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpptri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpptri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zpptri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_spptrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpptrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpptrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpptrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spstrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        piv: *mut lapack_int,
        rank: *mut lapack_int,
        tol: f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpstrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        piv: *mut lapack_int,
        rank: *mut lapack_int,
        tol: f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpstrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        piv: *mut lapack_int,
        rank: *mut lapack_int,
        tol: f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpstrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        piv: *mut lapack_int,
        rank: *mut lapack_int,
        tol: f64,
    ) -> lapack_int;
    pub fn LAPACKE_sptcon(
        n: lapack_int,
        d: *const f32,
        e: *const f32,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dptcon(
        n: lapack_int,
        d: *const f64,
        e: *const f64,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cptcon(
        n: lapack_int,
        d: *const f32,
        e: *const __BindgenComplex<f32>,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zptcon(
        n: lapack_int,
        d: *const f64,
        e: *const __BindgenComplex<f64>,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spteqr(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpteqr(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpteqr(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpteqr(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sptrfs(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f32,
        e: *const f32,
        df: *const f32,
        ef: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dptrfs(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f64,
        e: *const f64,
        df: *const f64,
        ef: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cptrfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f32,
        e: *const __BindgenComplex<f32>,
        df: *const f32,
        ef: *const __BindgenComplex<f32>,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zptrfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f64,
        e: *const __BindgenComplex<f64>,
        df: *const f64,
        ef: *const __BindgenComplex<f64>,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sptsv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *mut f32,
        e: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dptsv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *mut f64,
        e: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cptsv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *mut f32,
        e: *mut __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zptsv(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *mut f64,
        e: *mut __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sptsvx(
        matrix_layout: c_int,
        fact: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f32,
        e: *const f32,
        df: *mut f32,
        ef: *mut f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dptsvx(
        matrix_layout: c_int,
        fact: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f64,
        e: *const f64,
        df: *mut f64,
        ef: *mut f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cptsvx(
        matrix_layout: c_int,
        fact: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f32,
        e: *const __BindgenComplex<f32>,
        df: *mut f32,
        ef: *mut __BindgenComplex<f32>,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zptsvx(
        matrix_layout: c_int,
        fact: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f64,
        e: *const __BindgenComplex<f64>,
        df: *mut f64,
        ef: *mut __BindgenComplex<f64>,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spttrf(n: lapack_int, d: *mut f32, e: *mut f32) -> lapack_int;
    pub fn LAPACKE_dpttrf(n: lapack_int, d: *mut f64, e: *mut f64) -> lapack_int;
    pub fn LAPACKE_cpttrf(n: lapack_int, d: *mut f32, e: *mut __BindgenComplex<f32>) -> lapack_int;
    pub fn LAPACKE_zpttrf(n: lapack_int, d: *mut f64, e: *mut __BindgenComplex<f64>) -> lapack_int;
    pub fn LAPACKE_spttrs(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f32,
        e: *const f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpttrs(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f64,
        e: *const f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpttrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f32,
        e: *const __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpttrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f64,
        e: *const __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbev(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbev(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbevd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbevd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbgst(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        bb: *const f32,
        ldbb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbgst(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        bb: *const f64,
        ldbb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbgv(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        bb: *mut f32,
        ldbb: lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbgv(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        bb: *mut f64,
        ldbb: lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbgvd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        bb: *mut f32,
        ldbb: lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbgvd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        bb: *mut f64,
        ldbb: lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbgvx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        bb: *mut f32,
        ldbb: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbgvx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        bb: *mut f64,
        ldbb: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbtrd(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        d: *mut f32,
        e: *mut f32,
        q: *mut f32,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbtrd(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        d: *mut f64,
        e: *mut f64,
        q: *mut f64,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssfrk(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        trans: c_char,
        n: lapack_int,
        k: lapack_int,
        alpha: f32,
        a: *const f32,
        lda: lapack_int,
        beta: f32,
        c: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsfrk(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        trans: c_char,
        n: lapack_int,
        k: lapack_int,
        alpha: f64,
        a: *const f64,
        lda: lapack_int,
        beta: f64,
        c: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sspcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f32,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dspcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f64,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cspcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zspcon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sspev(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspev(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sspevd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspevd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sspevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sspgst(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        bp: *const f32,
    ) -> lapack_int;
    pub fn LAPACKE_dspgst(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        bp: *const f64,
    ) -> lapack_int;
    pub fn LAPACKE_sspgv(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        bp: *mut f32,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspgv(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        bp: *mut f64,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sspgvd(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        bp: *mut f32,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspgvd(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        bp: *mut f64,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sspgvx(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        bp: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspgvx(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        bp: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssprfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        afp: *const f32,
        ipiv: *const lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsprfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        afp: *const f64,
        ipiv: *const lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_csprfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        afp: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsprfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        afp: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sspsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut f32,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut f64,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cspsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zspsv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sspsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        afp: *mut f32,
        ipiv: *mut lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dspsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        afp: *mut f64,
        ipiv: *mut lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cspsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        afp: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zspsvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        afp: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssptrd(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        d: *mut f32,
        e: *mut f32,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsptrd(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        d: *mut f64,
        e: *mut f64,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssptrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsptrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csptrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsptrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssptri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsptri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csptri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsptri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssptrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsptrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csptrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsptrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstebz(
        range: c_char,
        order: c_char,
        n: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        d: *const f32,
        e: *const f32,
        m: *mut lapack_int,
        nsplit: *mut lapack_int,
        w: *mut f32,
        iblock: *mut lapack_int,
        isplit: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstebz(
        range: c_char,
        order: c_char,
        n: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        d: *const f64,
        e: *const f64,
        m: *mut lapack_int,
        nsplit: *mut lapack_int,
        w: *mut f64,
        iblock: *mut lapack_int,
        isplit: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstedc(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstedc(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cstedc(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zstedc(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstegr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstegr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cstegr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zstegr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstein(
        matrix_layout: c_int,
        n: lapack_int,
        d: *const f32,
        e: *const f32,
        m: lapack_int,
        w: *const f32,
        iblock: *const lapack_int,
        isplit: *const lapack_int,
        z: *mut f32,
        ldz: lapack_int,
        ifailv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstein(
        matrix_layout: c_int,
        n: lapack_int,
        d: *const f64,
        e: *const f64,
        m: lapack_int,
        w: *const f64,
        iblock: *const lapack_int,
        isplit: *const lapack_int,
        z: *mut f64,
        ldz: lapack_int,
        ifailv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cstein(
        matrix_layout: c_int,
        n: lapack_int,
        d: *const f32,
        e: *const f32,
        m: lapack_int,
        w: *const f32,
        iblock: *const lapack_int,
        isplit: *const lapack_int,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        ifailv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zstein(
        matrix_layout: c_int,
        n: lapack_int,
        d: *const f64,
        e: *const f64,
        m: lapack_int,
        w: *const f64,
        iblock: *const lapack_int,
        isplit: *const lapack_int,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        ifailv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstemr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        nzc: lapack_int,
        isuppz: *mut lapack_int,
        tryrac: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstemr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        nzc: lapack_int,
        isuppz: *mut lapack_int,
        tryrac: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cstemr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        nzc: lapack_int,
        isuppz: *mut lapack_int,
        tryrac: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zstemr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        nzc: lapack_int,
        isuppz: *mut lapack_int,
        tryrac: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssteqr(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsteqr(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csteqr(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsteqr(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssterf(n: lapack_int, d: *mut f32, e: *mut f32) -> lapack_int;
    pub fn LAPACKE_dsterf(n: lapack_int, d: *mut f64, e: *mut f64) -> lapack_int;
    pub fn LAPACKE_sstev(
        matrix_layout: c_int,
        jobz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstev(
        matrix_layout: c_int,
        jobz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstevd(
        matrix_layout: c_int,
        jobz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstevd(
        matrix_layout: c_int,
        jobz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstevr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstevr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssycon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsycon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_csycon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsycon(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssyequb(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsyequb(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_csyequb(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsyequb(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssyev(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsyev(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssyevd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsyevd(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssyevr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyevr(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyevx(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssygst(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsygst(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssygv(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsygv(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssygvd(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsygvd(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssygvx(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsygvx(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyrfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *const f32,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsyrfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *const f64,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_csyrfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsyrfs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssyrfsx(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *const f32,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        s: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsyrfsx(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *const f64,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        s: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_csyrfsx(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        s: *const f32,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsyrfsx(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        s: *const f64,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssysv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsysv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csysv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsysv(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssysvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *mut f32,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsysvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *mut f64,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_csysvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsysvx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssysvxx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        af: *mut f32,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsysvxx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        af: *mut f64,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_csysvxx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsysvxx(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrd(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        d: *mut f32,
        e: *mut f32,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrd(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        d: *mut f64,
        e: *mut f64,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrf(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytri(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrs(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stbcon(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtbcon(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctbcon(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztbcon(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_stbrfs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *const f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtbrfs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *const f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctbrfs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *const __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztbrfs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *const __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_stbtrs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtbtrs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctbtrs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztbtrs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stfsm(
        matrix_layout: c_int,
        transr: c_char,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: f32,
        a: *const f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtfsm(
        matrix_layout: c_int,
        transr: c_char,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: f64,
        a: *const f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctfsm(
        matrix_layout: c_int,
        transr: c_char,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: __BindgenComplex<f32>,
        a: *const __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztfsm(
        matrix_layout: c_int,
        transr: c_char,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: __BindgenComplex<f64>,
        a: *const __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stftri(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtftri(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctftri(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztftri(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_stfttp(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const f32,
        ap: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtfttp(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const f64,
        ap: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctfttp(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const __BindgenComplex<f32>,
        ap: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztfttp(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const __BindgenComplex<f64>,
        ap: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_stfttr(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const f32,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtfttr(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const f64,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctfttr(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const __BindgenComplex<f32>,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztfttr(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const __BindgenComplex<f64>,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stgevc(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        s: *const f32,
        lds: lapack_int,
        p: *const f32,
        ldp: lapack_int,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtgevc(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        s: *const f64,
        lds: lapack_int,
        p: *const f64,
        ldp: lapack_int,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctgevc(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        s: *const __BindgenComplex<f32>,
        lds: lapack_int,
        p: *const __BindgenComplex<f32>,
        ldp: lapack_int,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztgevc(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        s: *const __BindgenComplex<f64>,
        lds: lapack_int,
        p: *const __BindgenComplex<f64>,
        ldp: lapack_int,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stgexc(
        matrix_layout: c_int,
        wantq: lapack_int,
        wantz: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        z: *mut f32,
        ldz: lapack_int,
        ifst: *mut lapack_int,
        ilst: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtgexc(
        matrix_layout: c_int,
        wantq: lapack_int,
        wantz: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        z: *mut f64,
        ldz: lapack_int,
        ifst: *mut lapack_int,
        ilst: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctgexc(
        matrix_layout: c_int,
        wantq: lapack_int,
        wantz: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        ifst: lapack_int,
        ilst: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztgexc(
        matrix_layout: c_int,
        wantq: lapack_int,
        wantz: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        ifst: lapack_int,
        ilst: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stgsen(
        matrix_layout: c_int,
        ijob: lapack_int,
        wantq: lapack_int,
        wantz: lapack_int,
        select: *const lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        q: *mut f32,
        ldq: lapack_int,
        z: *mut f32,
        ldz: lapack_int,
        m: *mut lapack_int,
        pl: *mut f32,
        pr: *mut f32,
        dif: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtgsen(
        matrix_layout: c_int,
        ijob: lapack_int,
        wantq: lapack_int,
        wantz: lapack_int,
        select: *const lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        q: *mut f64,
        ldq: lapack_int,
        z: *mut f64,
        ldz: lapack_int,
        m: *mut lapack_int,
        pl: *mut f64,
        pr: *mut f64,
        dif: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctgsen(
        matrix_layout: c_int,
        ijob: lapack_int,
        wantq: lapack_int,
        wantz: lapack_int,
        select: *const lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        m: *mut lapack_int,
        pl: *mut f32,
        pr: *mut f32,
        dif: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztgsen(
        matrix_layout: c_int,
        ijob: lapack_int,
        wantq: lapack_int,
        wantz: lapack_int,
        select: *const lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        m: *mut lapack_int,
        pl: *mut f64,
        pr: *mut f64,
        dif: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_stgsja(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        tola: f32,
        tolb: f32,
        alpha: *mut f32,
        beta: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        ncycle: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtgsja(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        tola: f64,
        tolb: f64,
        alpha: *mut f64,
        beta: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        ncycle: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctgsja(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        tola: f32,
        tolb: f32,
        alpha: *mut f32,
        beta: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        ncycle: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztgsja(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        tola: f64,
        tolb: f64,
        alpha: *mut f64,
        beta: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        ncycle: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stgsna(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        vl: *const f32,
        ldvl: lapack_int,
        vr: *const f32,
        ldvr: lapack_int,
        s: *mut f32,
        dif: *mut f32,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtgsna(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        vl: *const f64,
        ldvl: lapack_int,
        vr: *const f64,
        ldvr: lapack_int,
        s: *mut f64,
        dif: *mut f64,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctgsna(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        vl: *const __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *const __BindgenComplex<f32>,
        ldvr: lapack_int,
        s: *mut f32,
        dif: *mut f32,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztgsna(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        vl: *const __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *const __BindgenComplex<f64>,
        ldvr: lapack_int,
        s: *mut f64,
        dif: *mut f64,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stgsyl(
        matrix_layout: c_int,
        trans: c_char,
        ijob: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
        d: *const f32,
        ldd: lapack_int,
        e: *const f32,
        lde: lapack_int,
        f: *mut f32,
        ldf: lapack_int,
        scale: *mut f32,
        dif: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtgsyl(
        matrix_layout: c_int,
        trans: c_char,
        ijob: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
        d: *const f64,
        ldd: lapack_int,
        e: *const f64,
        lde: lapack_int,
        f: *mut f64,
        ldf: lapack_int,
        scale: *mut f64,
        dif: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctgsyl(
        matrix_layout: c_int,
        trans: c_char,
        ijob: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        d: *const __BindgenComplex<f32>,
        ldd: lapack_int,
        e: *const __BindgenComplex<f32>,
        lde: lapack_int,
        f: *mut __BindgenComplex<f32>,
        ldf: lapack_int,
        scale: *mut f32,
        dif: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztgsyl(
        matrix_layout: c_int,
        trans: c_char,
        ijob: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        d: *const __BindgenComplex<f64>,
        ldd: lapack_int,
        e: *const __BindgenComplex<f64>,
        lde: lapack_int,
        f: *mut __BindgenComplex<f64>,
        ldf: lapack_int,
        scale: *mut f64,
        dif: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_stpcon(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *const f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtpcon(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *const f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctpcon(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztpcon(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_stprfs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *const f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtprfs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *const f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctprfs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *const __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztprfs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *const __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_stptri(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtptri(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctptri(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztptri(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_stptrs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtptrs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctptrs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztptrs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stpttf(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *const f32,
        arf: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtpttf(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *const f64,
        arf: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctpttf(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        arf: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztpttf(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        arf: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_stpttr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f32,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtpttr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f64,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctpttr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztpttr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_strcon(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtrcon(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctrcon(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztrcon(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_strevc(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *mut lapack_int,
        n: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtrevc(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *mut lapack_int,
        n: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctrevc(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztrevc(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_strexc(
        matrix_layout: c_int,
        compq: c_char,
        n: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        ifst: *mut lapack_int,
        ilst: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtrexc(
        matrix_layout: c_int,
        compq: c_char,
        n: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        ifst: *mut lapack_int,
        ilst: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctrexc(
        matrix_layout: c_int,
        compq: c_char,
        n: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        ifst: lapack_int,
        ilst: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztrexc(
        matrix_layout: c_int,
        compq: c_char,
        n: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        ifst: lapack_int,
        ilst: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_strrfs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *const f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtrrfs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *const f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctrrfs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *const __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztrrfs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *const __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_strsen(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        wr: *mut f32,
        wi: *mut f32,
        m: *mut lapack_int,
        s: *mut f32,
        sep: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtrsen(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        wr: *mut f64,
        wi: *mut f64,
        m: *mut lapack_int,
        s: *mut f64,
        sep: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctrsen(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        w: *mut __BindgenComplex<f32>,
        m: *mut lapack_int,
        s: *mut f32,
        sep: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztrsen(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        w: *mut __BindgenComplex<f64>,
        m: *mut lapack_int,
        s: *mut f64,
        sep: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_strsna(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        vl: *const f32,
        ldvl: lapack_int,
        vr: *const f32,
        ldvr: lapack_int,
        s: *mut f32,
        sep: *mut f32,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtrsna(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        vl: *const f64,
        ldvl: lapack_int,
        vr: *const f64,
        ldvr: lapack_int,
        s: *mut f64,
        sep: *mut f64,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctrsna(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *const __BindgenComplex<f32>,
        ldt: lapack_int,
        vl: *const __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *const __BindgenComplex<f32>,
        ldvr: lapack_int,
        s: *mut f32,
        sep: *mut f32,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztrsna(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *const __BindgenComplex<f64>,
        ldt: lapack_int,
        vl: *const __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *const __BindgenComplex<f64>,
        ldvr: lapack_int,
        s: *mut f64,
        sep: *mut f64,
        mm: lapack_int,
        m: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_strsyl(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
        scale: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtrsyl(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
        scale: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctrsyl(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        scale: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztrsyl(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        scale: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_strsyl3(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
        scale: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtrsyl3(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
        scale: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ztrsyl3(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        scale: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_strtri(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtrtri(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctrtri(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztrtri(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_strtrs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtrtrs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctrtrs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztrtrs(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_strttf(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        arf: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtrttf(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        arf: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctrttf(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        arf: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztrttf(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        arf: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_strttp(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ap: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtrttp(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ap: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctrttp(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ap: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztrttp(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ap: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_stzrzf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtzrzf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctzrzf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztzrzf(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_cungbr(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zungbr(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_cunghr(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zunghr(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_cunglq(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zunglq(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_cungql(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zungql(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_cungqr(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zungqr(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_cungrq(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zungrq(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_cungtr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zungtr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_cungtsqr_row(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *const __BindgenComplex<f32>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zungtsqr_row(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *const __BindgenComplex<f64>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmbr(
        matrix_layout: c_int,
        vect: c_char,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmbr(
        matrix_layout: c_int,
        vect: c_char,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmhr(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmhr(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmlq(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmlq(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmql(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmql(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmqr(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmqr(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmrq(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmrq(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmrz(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmrz(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmtr(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmtr(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cupgtr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        tau: *const __BindgenComplex<f32>,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zupgtr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        tau: *const __BindgenComplex<f64>,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cupmtr(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zupmtr(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sbdsdc_work(
        matrix_layout: c_int,
        uplo: c_char,
        compq: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        vt: *mut f32,
        ldvt: lapack_int,
        q: *mut f32,
        iq: *mut lapack_int,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dbdsdc_work(
        matrix_layout: c_int,
        uplo: c_char,
        compq: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        vt: *mut f64,
        ldvt: lapack_int,
        q: *mut f64,
        iq: *mut lapack_int,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sbdsvdx_work(
        matrix_layout: c_int,
        uplo: c_char,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        ns: *mut lapack_int,
        s: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dbdsvdx_work(
        matrix_layout: c_int,
        uplo: c_char,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        ns: *mut lapack_int,
        s: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sbdsqr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ncvt: lapack_int,
        nru: lapack_int,
        ncc: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vt: *mut f32,
        ldvt: lapack_int,
        u: *mut f32,
        ldu: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dbdsqr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ncvt: lapack_int,
        nru: lapack_int,
        ncc: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vt: *mut f64,
        ldvt: lapack_int,
        u: *mut f64,
        ldu: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cbdsqr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ncvt: lapack_int,
        nru: lapack_int,
        ncc: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vt: *mut __BindgenComplex<f32>,
        ldvt: lapack_int,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zbdsqr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ncvt: lapack_int,
        nru: lapack_int,
        ncc: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vt: *mut __BindgenComplex<f64>,
        ldvt: lapack_int,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sdisna_work(
        job: c_char,
        m: lapack_int,
        n: lapack_int,
        d: *const f32,
        sep: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ddisna_work(
        job: c_char,
        m: lapack_int,
        n: lapack_int,
        d: *const f64,
        sep: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbbrd_work(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        ncc: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        d: *mut f32,
        e: *mut f32,
        q: *mut f32,
        ldq: lapack_int,
        pt: *mut f32,
        ldpt: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgbbrd_work(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        ncc: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        d: *mut f64,
        e: *mut f64,
        q: *mut f64,
        ldq: lapack_int,
        pt: *mut f64,
        ldpt: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgbbrd_work(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        ncc: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        d: *mut f32,
        e: *mut f32,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        pt: *mut __BindgenComplex<f32>,
        ldpt: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbbrd_work(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        ncc: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        d: *mut f64,
        e: *mut f64,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        pt: *mut __BindgenComplex<f64>,
        ldpt: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbcon_work(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgbcon_work(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgbcon_work(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbcon_work(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbequ_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgbequ_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgbequ_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbequ_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbequb_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgbequb_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgbequb_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbequb_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbrfs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        afb: *const f32,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgbrfs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        afb: *const f64,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgbrfs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        afb: *const __BindgenComplex<f32>,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbrfs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        afb: *const __BindgenComplex<f64>,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbrfsx_work(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        afb: *const f32,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        r: *const f32,
        c: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgbrfsx_work(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        afb: *const f64,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        r: *const f64,
        c: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgbrfsx_work(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        afb: *const __BindgenComplex<f32>,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        r: *const f32,
        c: *const f32,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbrfsx_work(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        afb: *const __BindgenComplex<f64>,
        ldafb: lapack_int,
        ipiv: *const lapack_int,
        r: *const f64,
        c: *const f64,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbsv_work(
        matrix_layout: c_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgbsv_work(
        matrix_layout: c_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgbsv_work(
        matrix_layout: c_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgbsv_work(
        matrix_layout: c_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgbsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        afb: *mut f32,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgbsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        afb: *mut f64,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgbsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        afb: *mut __BindgenComplex<f32>,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        afb: *mut __BindgenComplex<f64>,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbsvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        afb: *mut f32,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgbsvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        afb: *mut f64,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgbsvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        afb: *mut __BindgenComplex<f32>,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgbsvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        afb: *mut __BindgenComplex<f64>,
        ldafb: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgbtrf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgbtrf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgbtrf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgbtrf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgbtrs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgbtrs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgbtrs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgbtrs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgebak_work(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        scale: *const f32,
        m: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgebak_work(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        scale: *const f64,
        m: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgebak_work(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        scale: *const f32,
        m: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgebak_work(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        scale: *const f64,
        m: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgebal_work(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgebal_work(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgebal_work(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgebal_work(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgebrd_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        d: *mut f32,
        e: *mut f32,
        tauq: *mut f32,
        taup: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgebrd_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        d: *mut f64,
        e: *mut f64,
        tauq: *mut f64,
        taup: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgebrd_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        d: *mut f32,
        e: *mut f32,
        tauq: *mut __BindgenComplex<f32>,
        taup: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgebrd_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        d: *mut f64,
        e: *mut f64,
        tauq: *mut __BindgenComplex<f64>,
        taup: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgecon_work(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgecon_work(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgecon_work(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgecon_work(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgeequ_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeequ_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeequ_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgeequ_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgeequb_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeequb_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeequb_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        r: *mut f32,
        c: *mut f32,
        rowcnd: *mut f32,
        colcnd: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgeequb_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        r: *mut f64,
        c: *mut f64,
        rowcnd: *mut f64,
        colcnd: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgees_work(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_S_SELECT2,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        sdim: *mut lapack_int,
        wr: *mut f32,
        wi: *mut f32,
        vs: *mut f32,
        ldvs: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgees_work(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_D_SELECT2,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        sdim: *mut lapack_int,
        wr: *mut f64,
        wi: *mut f64,
        vs: *mut f64,
        ldvs: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgees_work(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_C_SELECT1,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        sdim: *mut lapack_int,
        w: *mut __BindgenComplex<f32>,
        vs: *mut __BindgenComplex<f32>,
        ldvs: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgees_work(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_Z_SELECT1,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        sdim: *mut lapack_int,
        w: *mut __BindgenComplex<f64>,
        vs: *mut __BindgenComplex<f64>,
        ldvs: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeesx_work(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_S_SELECT2,
        sense: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        sdim: *mut lapack_int,
        wr: *mut f32,
        wi: *mut f32,
        vs: *mut f32,
        ldvs: lapack_int,
        rconde: *mut f32,
        rcondv: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeesx_work(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_D_SELECT2,
        sense: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        sdim: *mut lapack_int,
        wr: *mut f64,
        wi: *mut f64,
        vs: *mut f64,
        ldvs: lapack_int,
        rconde: *mut f64,
        rcondv: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeesx_work(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_C_SELECT1,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        sdim: *mut lapack_int,
        w: *mut __BindgenComplex<f32>,
        vs: *mut __BindgenComplex<f32>,
        ldvs: lapack_int,
        rconde: *mut f32,
        rcondv: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgeesx_work(
        matrix_layout: c_int,
        jobvs: c_char,
        sort: c_char,
        select: LAPACK_Z_SELECT1,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        sdim: *mut lapack_int,
        w: *mut __BindgenComplex<f64>,
        vs: *mut __BindgenComplex<f64>,
        ldvs: lapack_int,
        rconde: *mut f64,
        rcondv: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeev_work(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        wr: *mut f32,
        wi: *mut f32,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeev_work(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        wr: *mut f64,
        wi: *mut f64,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeev_work(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        w: *mut __BindgenComplex<f32>,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgeev_work(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        w: *mut __BindgenComplex<f64>,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgeevx_work(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        wr: *mut f32,
        wi: *mut f32,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f32,
        abnrm: *mut f32,
        rconde: *mut f32,
        rcondv: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeevx_work(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        wr: *mut f64,
        wi: *mut f64,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f64,
        abnrm: *mut f64,
        rconde: *mut f64,
        rcondv: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeevx_work(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        w: *mut __BindgenComplex<f32>,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f32,
        abnrm: *mut f32,
        rconde: *mut f32,
        rcondv: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgeevx_work(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        w: *mut __BindgenComplex<f64>,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        scale: *mut f64,
        abnrm: *mut f64,
        rconde: *mut f64,
        rcondv: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgehrd_work(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgehrd_work(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgehrd_work(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgehrd_work(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgejsv_work(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        jobr: c_char,
        jobt: c_char,
        jobp: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        sva: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgejsv_work(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        jobr: c_char,
        jobt: c_char,
        jobp: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        sva: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgejsv_work(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        jobr: c_char,
        jobt: c_char,
        jobp: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        sva: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        cwork: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        work: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgejsv_work(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        jobr: c_char,
        jobt: c_char,
        jobp: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        sva: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        cwork: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        work: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgelq2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgelq2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgelq2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgelq2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgelqf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgelqf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgelqf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgelqf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgels_work(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgels_work(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgels_work(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgels_work(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgelsd_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        s: *mut f32,
        rcond: f32,
        rank: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgelsd_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        s: *mut f64,
        rcond: f64,
        rank: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgelsd_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        s: *mut f32,
        rcond: f32,
        rank: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgelsd_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        s: *mut f64,
        rcond: f64,
        rank: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgelss_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        s: *mut f32,
        rcond: f32,
        rank: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgelss_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        s: *mut f64,
        rcond: f64,
        rank: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgelss_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        s: *mut f32,
        rcond: f32,
        rank: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgelss_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        s: *mut f64,
        rcond: f64,
        rank: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgelsy_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        jpvt: *mut lapack_int,
        rcond: f32,
        rank: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgelsy_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        jpvt: *mut lapack_int,
        rcond: f64,
        rank: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgelsy_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        jpvt: *mut lapack_int,
        rcond: f32,
        rank: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgelsy_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        jpvt: *mut lapack_int,
        rcond: f64,
        rank: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqlf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqlf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqlf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqlf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqp3_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqp3_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqp3_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqp3_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqpf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqpf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqpf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqpf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        jpvt: *mut lapack_int,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqr2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqr2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqr2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqr2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqrf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqrf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqrf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqrf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqrfp_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqrfp_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqrfp_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqrfp_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgerfs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *const f32,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgerfs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *const f64,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgerfs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgerfs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgerfsx_work(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *const f32,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        r: *const f32,
        c: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgerfsx_work(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *const f64,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        r: *const f64,
        c: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgerfsx_work(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        r: *const f32,
        c: *const f32,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgerfsx_work(
        matrix_layout: c_int,
        trans: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        r: *const f64,
        c: *const f64,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgerqf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgerqf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgerqf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgerqf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgesdd_work(
        matrix_layout: c_int,
        jobz: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        s: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        vt: *mut f32,
        ldvt: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgesdd_work(
        matrix_layout: c_int,
        jobz: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        s: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        vt: *mut f64,
        ldvt: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgesdd_work(
        matrix_layout: c_int,
        jobz: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        vt: *mut __BindgenComplex<f32>,
        ldvt: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgesdd_work(
        matrix_layout: c_int,
        jobz: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        vt: *mut __BindgenComplex<f64>,
        ldvt: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgedmd_work(
        matrix_layout: c_int,
        jobs: c_char,
        jobz: c_char,
        jobr: c_char,
        jobf: c_char,
        whtsvd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        y: *mut f32,
        ldy: lapack_int,
        nrnk: lapack_int,
        tol: *mut f32,
        k: lapack_int,
        reig: *mut f32,
        imeig: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        res: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        w: *mut f32,
        ldw: lapack_int,
        s: *mut f32,
        lds: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgedmd_work(
        matrix_layout: c_int,
        jobs: c_char,
        jobz: c_char,
        jobr: c_char,
        jobf: c_char,
        whtsvd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        y: *mut f64,
        ldy: lapack_int,
        nrnk: lapack_int,
        tol: *mut f64,
        k: lapack_int,
        reig: *mut f64,
        imeig: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        res: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        w: *mut f64,
        ldw: lapack_int,
        s: *mut f64,
        lds: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgedmd_work(
        matrix_layout: c_int,
        jobs: c_char,
        jobz: c_char,
        jobr: c_char,
        jobf: c_char,
        whtsvd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        y: *mut __BindgenComplex<f32>,
        ldy: lapack_int,
        nrnk: lapack_int,
        tol: *mut f32,
        k: lapack_int,
        eigs: *mut __BindgenComplex<f32>,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        res: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        w: *mut __BindgenComplex<f32>,
        ldw: lapack_int,
        s: *mut __BindgenComplex<f32>,
        lds: lapack_int,
        zwork: *mut __BindgenComplex<f32>,
        lzwork: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgedmd_work(
        matrix_layout: c_int,
        jobs: c_char,
        jobz: c_char,
        jobr: c_char,
        jobf: c_char,
        whtsvd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        y: *mut __BindgenComplex<f64>,
        ldy: lapack_int,
        nrnk: lapack_int,
        tol: *mut f64,
        k: lapack_int,
        eigs: *mut __BindgenComplex<f64>,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        res: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        w: *mut __BindgenComplex<f64>,
        ldw: lapack_int,
        s: *mut __BindgenComplex<f64>,
        lds: lapack_int,
        zwork: *mut __BindgenComplex<f64>,
        lzwork: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgedmdq_work(
        matrix_layout: c_int,
        jobs: c_char,
        jobz: c_char,
        jobr: c_char,
        jobq: c_char,
        jobt: c_char,
        jobf: c_char,
        whtsvd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        f: *mut f32,
        ldf: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        y: *mut f32,
        ldy: lapack_int,
        nrnk: lapack_int,
        tol: *mut f32,
        k: lapack_int,
        reig: *mut f32,
        imeig: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        res: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        s: *mut f32,
        lds: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgedmdq_work(
        matrix_layout: c_int,
        jobs: c_char,
        jobz: c_char,
        jobr: c_char,
        jobq: c_char,
        jobt: c_char,
        jobf: c_char,
        whtsvd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        f: *mut f64,
        ldf: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        y: *mut f64,
        ldy: lapack_int,
        nrnk: lapack_int,
        tol: *mut f64,
        k: lapack_int,
        reig: *mut f64,
        imeig: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        res: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        s: *mut f64,
        lds: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgedmdq_work(
        matrix_layout: c_int,
        jobs: c_char,
        jobz: c_char,
        jobr: c_char,
        jobq: c_char,
        jobt: c_char,
        jobf: c_char,
        whtsvd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        f: *mut __BindgenComplex<f32>,
        ldf: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        y: *mut __BindgenComplex<f32>,
        ldy: lapack_int,
        nrnk: lapack_int,
        tol: *mut f32,
        k: lapack_int,
        eigs: *mut __BindgenComplex<f32>,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        res: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        s: *mut __BindgenComplex<f32>,
        lds: lapack_int,
        zwork: *mut __BindgenComplex<f32>,
        lzwork: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgedmdq_work(
        matrix_layout: c_int,
        jobs: c_char,
        jobz: c_char,
        jobr: c_char,
        jobq: c_char,
        jobt: c_char,
        jobf: c_char,
        whtsvd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        f: *mut __BindgenComplex<f64>,
        ldf: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        y: *mut __BindgenComplex<f64>,
        ldy: lapack_int,
        nrnk: lapack_int,
        tol: *mut f64,
        k: lapack_int,
        eigs: *mut __BindgenComplex<f64>,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        res: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        s: *mut __BindgenComplex<f64>,
        lds: lapack_int,
        zwork: *mut __BindgenComplex<f64>,
        lzwork: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgesv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgesv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgesv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgesv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsgesv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        work: *mut f64,
        swork: *mut f32,
        iter: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zcgesv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        work: *mut __BindgenComplex<f64>,
        swork: *mut __BindgenComplex<f32>,
        rwork: *mut f64,
        iter: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgesvd_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        s: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        vt: *mut f32,
        ldvt: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgesvd_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        s: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        vt: *mut f64,
        ldvt: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgesvd_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        vt: *mut __BindgenComplex<f32>,
        ldvt: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgesvd_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        vt: *mut __BindgenComplex<f64>,
        ldvt: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgesvdx_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        range: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        ns: *mut lapack_int,
        s: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        vt: *mut f32,
        ldvt: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgesvdx_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        range: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        ns: *mut lapack_int,
        s: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        vt: *mut f64,
        ldvt: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgesvdx_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        range: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        ns: *mut lapack_int,
        s: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        vt: *mut __BindgenComplex<f32>,
        ldvt: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgesvdx_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobvt: c_char,
        range: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        ns: *mut lapack_int,
        s: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        vt: *mut __BindgenComplex<f64>,
        ldvt: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgesvdq_work(
        matrix_layout: c_int,
        joba: c_char,
        jobp: c_char,
        jobr: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        s: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        numrank: *mut lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgesvdq_work(
        matrix_layout: c_int,
        joba: c_char,
        jobp: c_char,
        jobr: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        s: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        numrank: *mut lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgesvdq_work(
        matrix_layout: c_int,
        joba: c_char,
        jobp: c_char,
        jobr: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        numrank: *mut lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
        cwork: *mut __BindgenComplex<f32>,
        lcwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgesvdq_work(
        matrix_layout: c_int,
        joba: c_char,
        jobp: c_char,
        jobr: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        numrank: *mut lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
        cwork: *mut __BindgenComplex<f64>,
        lcwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgesvj_work(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        sva: *mut f32,
        mv: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgesvj_work(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        sva: *mut f64,
        mv: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgesvj_work(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        sva: *mut f32,
        mv: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        cwork: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgesvj_work(
        matrix_layout: c_int,
        joba: c_char,
        jobu: c_char,
        jobv: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        sva: *mut f64,
        mv: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        cwork: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgesvx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        af: *mut f32,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgesvx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        af: *mut f64,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgesvx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgesvx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgesvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        af: *mut f32,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgesvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        af: *mut f64,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgesvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f32,
        c: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgesvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        r: *mut f64,
        c: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgetf2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetf2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetf2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetf2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgetrf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetrf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetrf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetrf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgetrf2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetrf2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetrf2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetrf2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgetri_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetri_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetri_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetri_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgetrs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetrs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetrs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetrs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggbak_work(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        lscale: *const f32,
        rscale: *const f32,
        m: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggbak_work(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        lscale: *const f64,
        rscale: *const f64,
        m: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggbak_work(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        lscale: *const f32,
        rscale: *const f32,
        m: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggbak_work(
        matrix_layout: c_int,
        job: c_char,
        side: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        lscale: *const f64,
        rscale: *const f64,
        m: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggbal_work(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f32,
        rscale: *mut f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dggbal_work(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f64,
        rscale: *mut f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cggbal_work(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f32,
        rscale: *mut f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zggbal_work(
        matrix_layout: c_int,
        job: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f64,
        rscale: *mut f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgges_work(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_S_SELECT3,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        vsl: *mut f32,
        ldvsl: lapack_int,
        vsr: *mut f32,
        ldvsr: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgges_work(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_D_SELECT3,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        vsl: *mut f64,
        ldvsl: lapack_int,
        vsr: *mut f64,
        ldvsr: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgges_work(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_C_SELECT2,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        vsl: *mut __BindgenComplex<f32>,
        ldvsl: lapack_int,
        vsr: *mut __BindgenComplex<f32>,
        ldvsr: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgges_work(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_Z_SELECT2,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        vsl: *mut __BindgenComplex<f64>,
        ldvsl: lapack_int,
        vsr: *mut __BindgenComplex<f64>,
        ldvsr: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgges3_work(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_S_SELECT3,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        vsl: *mut f32,
        ldvsl: lapack_int,
        vsr: *mut f32,
        ldvsr: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgges3_work(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_D_SELECT3,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        vsl: *mut f64,
        ldvsl: lapack_int,
        vsr: *mut f64,
        ldvsr: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgges3_work(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_C_SELECT2,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        vsl: *mut __BindgenComplex<f32>,
        ldvsl: lapack_int,
        vsr: *mut __BindgenComplex<f32>,
        ldvsr: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgges3_work(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_Z_SELECT2,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        vsl: *mut __BindgenComplex<f64>,
        ldvsl: lapack_int,
        vsr: *mut __BindgenComplex<f64>,
        ldvsr: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggesx_work(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_S_SELECT3,
        sense: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        vsl: *mut f32,
        ldvsl: lapack_int,
        vsr: *mut f32,
        ldvsr: lapack_int,
        rconde: *mut f32,
        rcondv: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggesx_work(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_D_SELECT3,
        sense: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        vsl: *mut f64,
        ldvsl: lapack_int,
        vsr: *mut f64,
        ldvsr: lapack_int,
        rconde: *mut f64,
        rcondv: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggesx_work(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_C_SELECT2,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        vsl: *mut __BindgenComplex<f32>,
        ldvsl: lapack_int,
        vsr: *mut __BindgenComplex<f32>,
        ldvsr: lapack_int,
        rconde: *mut f32,
        rcondv: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        iwork: *mut lapack_int,
        liwork: lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggesx_work(
        matrix_layout: c_int,
        jobvsl: c_char,
        jobvsr: c_char,
        sort: c_char,
        selctg: LAPACK_Z_SELECT2,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        sdim: *mut lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        vsl: *mut __BindgenComplex<f64>,
        ldvsl: lapack_int,
        vsr: *mut __BindgenComplex<f64>,
        ldvsr: lapack_int,
        rconde: *mut f64,
        rcondv: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        iwork: *mut lapack_int,
        liwork: lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggev_work(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggev_work(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggev_work(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zggev_work(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sggev3_work(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggev3_work(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggev3_work(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zggev3_work(
        matrix_layout: c_int,
        jobvl: c_char,
        jobvr: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sggevx_work(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f32,
        rscale: *mut f32,
        abnrm: *mut f32,
        bbnrm: *mut f32,
        rconde: *mut f32,
        rcondv: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggevx_work(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f64,
        rscale: *mut f64,
        abnrm: *mut f64,
        bbnrm: *mut f64,
        rconde: *mut f64,
        rcondv: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggevx_work(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f32,
        rscale: *mut f32,
        abnrm: *mut f32,
        bbnrm: *mut f32,
        rconde: *mut f32,
        rcondv: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        iwork: *mut lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggevx_work(
        matrix_layout: c_int,
        balanc: c_char,
        jobvl: c_char,
        jobvr: c_char,
        sense: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        ilo: *mut lapack_int,
        ihi: *mut lapack_int,
        lscale: *mut f64,
        rscale: *mut f64,
        abnrm: *mut f64,
        bbnrm: *mut f64,
        rconde: *mut f64,
        rcondv: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        iwork: *mut lapack_int,
        bwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggglm_work(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        d: *mut f32,
        x: *mut f32,
        y: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggglm_work(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        d: *mut f64,
        x: *mut f64,
        y: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggglm_work(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        d: *mut __BindgenComplex<f32>,
        x: *mut __BindgenComplex<f32>,
        y: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggglm_work(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        d: *mut __BindgenComplex<f64>,
        x: *mut __BindgenComplex<f64>,
        y: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgghrd_work(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgghrd_work(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgghrd_work(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgghrd_work(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgghd3_work(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgghd3_work(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgghd3_work(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgghd3_work(
        matrix_layout: c_int,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgglse_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        c: *mut f32,
        d: *mut f32,
        x: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgglse_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        c: *mut f64,
        d: *mut f64,
        x: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgglse_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f32>,
        d: *mut __BindgenComplex<f32>,
        x: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgglse_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f64>,
        d: *mut __BindgenComplex<f64>,
        x: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggqrf_work(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        taua: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        taub: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggqrf_work(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        taua: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        taub: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggqrf_work(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        taua: *mut __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        taub: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggqrf_work(
        matrix_layout: c_int,
        n: lapack_int,
        m: lapack_int,
        p: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        taua: *mut __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        taub: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggrqf_work(
        matrix_layout: c_int,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        taua: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        taub: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggrqf_work(
        matrix_layout: c_int,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        taua: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        taub: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggrqf_work(
        matrix_layout: c_int,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        taua: *mut __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        taub: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggrqf_work(
        matrix_layout: c_int,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        taua: *mut __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        taub: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggsvd_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        alpha: *mut f32,
        beta: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggsvd_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        alpha: *mut f64,
        beta: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggsvd_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        alpha: *mut f32,
        beta: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggsvd_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        alpha: *mut f64,
        beta: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggsvd3_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        alpha: *mut f32,
        beta: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggsvd3_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        alpha: *mut f64,
        beta: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggsvd3_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        alpha: *mut f32,
        beta: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggsvd3_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        n: lapack_int,
        p: lapack_int,
        k: *mut lapack_int,
        l: *mut lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        alpha: *mut f64,
        beta: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sggsvp_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        tola: f32,
        tolb: f32,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        iwork: *mut lapack_int,
        tau: *mut f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dggsvp_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        tola: f64,
        tolb: f64,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        iwork: *mut lapack_int,
        tau: *mut f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cggsvp_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        tola: f32,
        tolb: f32,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        iwork: *mut lapack_int,
        rwork: *mut f32,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zggsvp_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        tola: f64,
        tolb: f64,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        iwork: *mut lapack_int,
        rwork: *mut f64,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sggsvp3_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        tola: f32,
        tolb: f32,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        iwork: *mut lapack_int,
        tau: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dggsvp3_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        tola: f64,
        tolb: f64,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        iwork: *mut lapack_int,
        tau: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cggsvp3_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        tola: f32,
        tolb: f32,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        iwork: *mut lapack_int,
        rwork: *mut f32,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zggsvp3_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        tola: f64,
        tolb: f64,
        k: *mut lapack_int,
        l: *mut lapack_int,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        iwork: *mut lapack_int,
        rwork: *mut f64,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgtcon_work(
        norm: c_char,
        n: lapack_int,
        dl: *const f32,
        d: *const f32,
        du: *const f32,
        du2: *const f32,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgtcon_work(
        norm: c_char,
        n: lapack_int,
        dl: *const f64,
        d: *const f64,
        du: *const f64,
        du2: *const f64,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgtcon_work(
        norm: c_char,
        n: lapack_int,
        dl: *const __BindgenComplex<f32>,
        d: *const __BindgenComplex<f32>,
        du: *const __BindgenComplex<f32>,
        du2: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgtcon_work(
        norm: c_char,
        n: lapack_int,
        dl: *const __BindgenComplex<f64>,
        d: *const __BindgenComplex<f64>,
        du: *const __BindgenComplex<f64>,
        du2: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgtrfs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const f32,
        d: *const f32,
        du: *const f32,
        dlf: *const f32,
        df: *const f32,
        duf: *const f32,
        du2: *const f32,
        ipiv: *const lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgtrfs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const f64,
        d: *const f64,
        du: *const f64,
        dlf: *const f64,
        df: *const f64,
        duf: *const f64,
        du2: *const f64,
        ipiv: *const lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgtrfs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const __BindgenComplex<f32>,
        d: *const __BindgenComplex<f32>,
        du: *const __BindgenComplex<f32>,
        dlf: *const __BindgenComplex<f32>,
        df: *const __BindgenComplex<f32>,
        duf: *const __BindgenComplex<f32>,
        du2: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgtrfs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const __BindgenComplex<f64>,
        d: *const __BindgenComplex<f64>,
        du: *const __BindgenComplex<f64>,
        dlf: *const __BindgenComplex<f64>,
        df: *const __BindgenComplex<f64>,
        duf: *const __BindgenComplex<f64>,
        du2: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgtsv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *mut f32,
        d: *mut f32,
        du: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgtsv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *mut f64,
        d: *mut f64,
        du: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgtsv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *mut __BindgenComplex<f32>,
        d: *mut __BindgenComplex<f32>,
        du: *mut __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgtsv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *mut __BindgenComplex<f64>,
        d: *mut __BindgenComplex<f64>,
        du: *mut __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgtsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const f32,
        d: *const f32,
        du: *const f32,
        dlf: *mut f32,
        df: *mut f32,
        duf: *mut f32,
        du2: *mut f32,
        ipiv: *mut lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgtsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const f64,
        d: *const f64,
        du: *const f64,
        dlf: *mut f64,
        df: *mut f64,
        duf: *mut f64,
        du2: *mut f64,
        ipiv: *mut lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgtsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const __BindgenComplex<f32>,
        d: *const __BindgenComplex<f32>,
        du: *const __BindgenComplex<f32>,
        dlf: *mut __BindgenComplex<f32>,
        df: *mut __BindgenComplex<f32>,
        duf: *mut __BindgenComplex<f32>,
        du2: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zgtsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const __BindgenComplex<f64>,
        d: *const __BindgenComplex<f64>,
        du: *const __BindgenComplex<f64>,
        dlf: *mut __BindgenComplex<f64>,
        df: *mut __BindgenComplex<f64>,
        duf: *mut __BindgenComplex<f64>,
        du2: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sgttrf_work(
        n: lapack_int,
        dl: *mut f32,
        d: *mut f32,
        du: *mut f32,
        du2: *mut f32,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgttrf_work(
        n: lapack_int,
        dl: *mut f64,
        d: *mut f64,
        du: *mut f64,
        du2: *mut f64,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgttrf_work(
        n: lapack_int,
        dl: *mut __BindgenComplex<f32>,
        d: *mut __BindgenComplex<f32>,
        du: *mut __BindgenComplex<f32>,
        du2: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgttrf_work(
        n: lapack_int,
        dl: *mut __BindgenComplex<f64>,
        d: *mut __BindgenComplex<f64>,
        du: *mut __BindgenComplex<f64>,
        du2: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgttrs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const f32,
        d: *const f32,
        du: *const f32,
        du2: *const f32,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgttrs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const f64,
        d: *const f64,
        du: *const f64,
        du2: *const f64,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgttrs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const __BindgenComplex<f32>,
        d: *const __BindgenComplex<f32>,
        du: *const __BindgenComplex<f32>,
        du2: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgttrs_work(
        matrix_layout: c_int,
        trans: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        dl: *const __BindgenComplex<f64>,
        d: *const __BindgenComplex<f64>,
        du: *const __BindgenComplex<f64>,
        du2: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbev_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhbev_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chbevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbgst_work(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        bb: *const __BindgenComplex<f32>,
        ldbb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhbgst_work(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        bb: *const __BindgenComplex<f64>,
        ldbb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chbgv_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        bb: *mut __BindgenComplex<f32>,
        ldbb: lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhbgv_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        bb: *mut __BindgenComplex<f64>,
        ldbb: lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chbgvd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        bb: *mut __BindgenComplex<f32>,
        ldbb: lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbgvd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        bb: *mut __BindgenComplex<f64>,
        ldbb: lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbgvx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        bb: *mut __BindgenComplex<f32>,
        ldbb: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbgvx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        bb: *mut __BindgenComplex<f64>,
        ldbb: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbtrd_work(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        d: *mut f32,
        e: *mut f32,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhbtrd_work(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        d: *mut f64,
        e: *mut f64,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_checon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhecon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_cheequb_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zheequb_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_cheev_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        w: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zheev_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        w: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cheevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        w: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zheevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        w: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cheevr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zheevr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cheevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zheevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chegst_work(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhegst_work(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chegv_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        w: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhegv_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        w: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chegvd_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        w: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhegvd_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        w: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chegvx_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhegvx_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cherfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zherfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cherfsx_work(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        s: *const f32,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zherfsx_work(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        s: *const f64,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chesv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhesv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chesvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhesvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chesvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhesvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chetrd_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        d: *mut f32,
        e: *mut f32,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrd_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        d: *mut f64,
        e: *mut f64,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhetri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_chetrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chfrk_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        trans: c_char,
        n: lapack_int,
        k: lapack_int,
        alpha: f32,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        beta: f32,
        c: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhfrk_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        trans: c_char,
        n: lapack_int,
        k: lapack_int,
        alpha: f64,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        beta: f64,
        c: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_shgeqz_work(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut f32,
        ldh: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        q: *mut f32,
        ldq: lapack_int,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dhgeqz_work(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut f64,
        ldh: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        q: *mut f64,
        ldq: lapack_int,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chgeqz_work(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut __BindgenComplex<f32>,
        ldh: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhgeqz_work(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut __BindgenComplex<f64>,
        ldh: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chpcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhpcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_chpev_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhpev_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chpevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhpevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chpevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhpevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chpgst_work(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        bp: *const __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhpgst_work(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        bp: *const __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_chpgv_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        bp: *mut __BindgenComplex<f32>,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhpgv_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        bp: *mut __BindgenComplex<f64>,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chpgvd_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        bp: *mut __BindgenComplex<f32>,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhpgvd_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        bp: *mut __BindgenComplex<f64>,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chpgvx_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        bp: *mut __BindgenComplex<f32>,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhpgvx_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        bp: *mut __BindgenComplex<f64>,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        afp: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        afp: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chpsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhpsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chpsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        afp: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhpsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        afp: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chptrd_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        d: *mut f32,
        e: *mut f32,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhptrd_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        d: *mut f64,
        e: *mut f64,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_chptrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhptrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_chptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_shsein_work(
        matrix_layout: c_int,
        job: c_char,
        eigsrc: c_char,
        initv: c_char,
        select: *mut lapack_int,
        n: lapack_int,
        h: *const f32,
        ldh: lapack_int,
        wr: *mut f32,
        wi: *const f32,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut f32,
        ifaill: *mut lapack_int,
        ifailr: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dhsein_work(
        matrix_layout: c_int,
        job: c_char,
        eigsrc: c_char,
        initv: c_char,
        select: *mut lapack_int,
        n: lapack_int,
        h: *const f64,
        ldh: lapack_int,
        wr: *mut f64,
        wi: *const f64,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut f64,
        ifaill: *mut lapack_int,
        ifailr: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chsein_work(
        matrix_layout: c_int,
        job: c_char,
        eigsrc: c_char,
        initv: c_char,
        select: *const lapack_int,
        n: lapack_int,
        h: *const __BindgenComplex<f32>,
        ldh: lapack_int,
        w: *mut __BindgenComplex<f32>,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
        ifaill: *mut lapack_int,
        ifailr: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhsein_work(
        matrix_layout: c_int,
        job: c_char,
        eigsrc: c_char,
        initv: c_char,
        select: *const lapack_int,
        n: lapack_int,
        h: *const __BindgenComplex<f64>,
        ldh: lapack_int,
        w: *mut __BindgenComplex<f64>,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
        ifaill: *mut lapack_int,
        ifailr: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_shseqr_work(
        matrix_layout: c_int,
        job: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut f32,
        ldh: lapack_int,
        wr: *mut f32,
        wi: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dhseqr_work(
        matrix_layout: c_int,
        job: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut f64,
        ldh: lapack_int,
        wr: *mut f64,
        wi: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chseqr_work(
        matrix_layout: c_int,
        job: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut __BindgenComplex<f32>,
        ldh: lapack_int,
        w: *mut __BindgenComplex<f32>,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhseqr_work(
        matrix_layout: c_int,
        job: c_char,
        compz: c_char,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        h: *mut __BindgenComplex<f64>,
        ldh: lapack_int,
        w: *mut __BindgenComplex<f64>,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clacgv_work(
        n: lapack_int,
        x: *mut __BindgenComplex<f32>,
        incx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlacgv_work(
        n: lapack_int,
        x: *mut __BindgenComplex<f64>,
        incx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slacn2_work(
        n: lapack_int,
        v: *mut f32,
        x: *mut f32,
        isgn: *mut lapack_int,
        est: *mut f32,
        kase: *mut lapack_int,
        isave: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlacn2_work(
        n: lapack_int,
        v: *mut f64,
        x: *mut f64,
        isgn: *mut lapack_int,
        est: *mut f64,
        kase: *mut lapack_int,
        isave: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clacn2_work(
        n: lapack_int,
        v: *mut __BindgenComplex<f32>,
        x: *mut __BindgenComplex<f32>,
        est: *mut f32,
        kase: *mut lapack_int,
        isave: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlacn2_work(
        n: lapack_int,
        v: *mut __BindgenComplex<f64>,
        x: *mut __BindgenComplex<f64>,
        est: *mut f64,
        kase: *mut lapack_int,
        isave: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slacpy_work(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlacpy_work(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clacpy_work(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlacpy_work(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clacp2_work(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlacp2_work(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlag2c_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        sa: *mut __BindgenComplex<f32>,
        ldsa: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slag2d_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        sa: *const f32,
        ldsa: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlag2s_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        sa: *mut f32,
        ldsa: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clag2z_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        sa: *const __BindgenComplex<f32>,
        ldsa: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slagge_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        d: *const f32,
        a: *mut f32,
        lda: lapack_int,
        iseed: *mut lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlagge_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        d: *const f64,
        a: *mut f64,
        lda: lapack_int,
        iseed: *mut lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_clagge_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        d: *const f32,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        iseed: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zlagge_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        d: *const f64,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        iseed: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_claghe_work(
        matrix_layout: c_int,
        n: lapack_int,
        k: lapack_int,
        d: *const f32,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        iseed: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zlaghe_work(
        matrix_layout: c_int,
        n: lapack_int,
        k: lapack_int,
        d: *const f64,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        iseed: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_slagsy_work(
        matrix_layout: c_int,
        n: lapack_int,
        k: lapack_int,
        d: *const f32,
        a: *mut f32,
        lda: lapack_int,
        iseed: *mut lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlagsy_work(
        matrix_layout: c_int,
        n: lapack_int,
        k: lapack_int,
        d: *const f64,
        a: *mut f64,
        lda: lapack_int,
        iseed: *mut lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_clagsy_work(
        matrix_layout: c_int,
        n: lapack_int,
        k: lapack_int,
        d: *const f32,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        iseed: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zlagsy_work(
        matrix_layout: c_int,
        n: lapack_int,
        k: lapack_int,
        d: *const f64,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        iseed: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_slapmr_work(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlapmr_work(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clapmr_work(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlapmr_work(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slapmt_work(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlapmt_work(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clapmt_work(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlapmt_work(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slartgp_work(
        f: f32,
        g: f32,
        cs: *mut f32,
        sn: *mut f32,
        r: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlartgp_work(
        f: f64,
        g: f64,
        cs: *mut f64,
        sn: *mut f64,
        r: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_slartgs_work(
        x: f32,
        y: f32,
        sigma: f32,
        cs: *mut f32,
        sn: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlartgs_work(
        x: f64,
        y: f64,
        sigma: f64,
        cs: *mut f64,
        sn: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_slapy2_work(x: f32, y: f32) -> f32;
    pub fn LAPACKE_dlapy2_work(x: f64, y: f64) -> f64;
    pub fn LAPACKE_slapy3_work(x: f32, y: f32, z: f32) -> f32;
    pub fn LAPACKE_dlapy3_work(x: f64, y: f64, z: f64) -> f64;
    pub fn LAPACKE_slamch_work(cmach: c_char) -> f32;
    pub fn LAPACKE_dlamch_work(cmach: c_char) -> f64;
    pub fn LAPACKE_slangb_work(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        work: *mut f32,
    ) -> f32;
    pub fn LAPACKE_dlangb_work(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        work: *mut f64,
    ) -> f64;
    pub fn LAPACKE_clangb_work(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        work: *mut f32,
    ) -> f32;
    pub fn LAPACKE_zlangb_work(
        matrix_layout: c_int,
        norm: c_char,
        n: lapack_int,
        kl: lapack_int,
        ku: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        work: *mut f64,
    ) -> f64;
    pub fn LAPACKE_slange_work(
        matrix_layout: c_int,
        norm: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        work: *mut f32,
    ) -> f32;
    pub fn LAPACKE_dlange_work(
        matrix_layout: c_int,
        norm: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        work: *mut f64,
    ) -> f64;
    pub fn LAPACKE_clange_work(
        matrix_layout: c_int,
        norm: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        work: *mut f32,
    ) -> f32;
    pub fn LAPACKE_zlange_work(
        matrix_layout: c_int,
        norm: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        work: *mut f64,
    ) -> f64;
    pub fn LAPACKE_clanhe_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        work: *mut f32,
    ) -> f32;
    pub fn LAPACKE_zlanhe_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        work: *mut f64,
    ) -> f64;
    pub fn LAPACKE_clacrm_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zlacrm_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_clarcm_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zlarcm_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_slansy_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        work: *mut f32,
    ) -> f32;
    pub fn LAPACKE_dlansy_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        work: *mut f64,
    ) -> f64;
    pub fn LAPACKE_clansy_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        work: *mut f32,
    ) -> f32;
    pub fn LAPACKE_zlansy_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        work: *mut f64,
    ) -> f64;
    pub fn LAPACKE_slantr_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        work: *mut f32,
    ) -> f32;
    pub fn LAPACKE_dlantr_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        work: *mut f64,
    ) -> f64;
    pub fn LAPACKE_clantr_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        work: *mut f32,
    ) -> f32;
    pub fn LAPACKE_zlantr_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        work: *mut f64,
    ) -> f64;
    pub fn LAPACKE_slarfb_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        v: *const f32,
        ldv: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
        ldwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlarfb_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        v: *const f64,
        ldv: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
        ldwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clarfb_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        v: *const __BindgenComplex<f32>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f32>,
        ldt: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
        ldwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlarfb_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        v: *const __BindgenComplex<f64>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f64>,
        ldt: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
        ldwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slarfg_work(
        n: lapack_int,
        alpha: *mut f32,
        x: *mut f32,
        incx: lapack_int,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlarfg_work(
        n: lapack_int,
        alpha: *mut f64,
        x: *mut f64,
        incx: lapack_int,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_clarfg_work(
        n: lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        x: *mut __BindgenComplex<f32>,
        incx: lapack_int,
        tau: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zlarfg_work(
        n: lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        x: *mut __BindgenComplex<f64>,
        incx: lapack_int,
        tau: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_slarft_work(
        matrix_layout: c_int,
        direct: c_char,
        storev: c_char,
        n: lapack_int,
        k: lapack_int,
        v: *const f32,
        ldv: lapack_int,
        tau: *const f32,
        t: *mut f32,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlarft_work(
        matrix_layout: c_int,
        direct: c_char,
        storev: c_char,
        n: lapack_int,
        k: lapack_int,
        v: *const f64,
        ldv: lapack_int,
        tau: *const f64,
        t: *mut f64,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clarft_work(
        matrix_layout: c_int,
        direct: c_char,
        storev: c_char,
        n: lapack_int,
        k: lapack_int,
        v: *const __BindgenComplex<f32>,
        ldv: lapack_int,
        tau: *const __BindgenComplex<f32>,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlarft_work(
        matrix_layout: c_int,
        direct: c_char,
        storev: c_char,
        n: lapack_int,
        k: lapack_int,
        v: *const __BindgenComplex<f64>,
        ldv: lapack_int,
        tau: *const __BindgenComplex<f64>,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slarfx_work(
        matrix_layout: c_int,
        side: c_char,
        m: lapack_int,
        n: lapack_int,
        v: *const f32,
        tau: f32,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlarfx_work(
        matrix_layout: c_int,
        side: c_char,
        m: lapack_int,
        n: lapack_int,
        v: *const f64,
        tau: f64,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_clarfx_work(
        matrix_layout: c_int,
        side: c_char,
        m: lapack_int,
        n: lapack_int,
        v: *const __BindgenComplex<f32>,
        tau: __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zlarfx_work(
        matrix_layout: c_int,
        side: c_char,
        m: lapack_int,
        n: lapack_int,
        v: *const __BindgenComplex<f64>,
        tau: __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_slarnv_work(
        idist: lapack_int,
        iseed: *mut lapack_int,
        n: lapack_int,
        x: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlarnv_work(
        idist: lapack_int,
        iseed: *mut lapack_int,
        n: lapack_int,
        x: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_clarnv_work(
        idist: lapack_int,
        iseed: *mut lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zlarnv_work(
        idist: lapack_int,
        iseed: *mut lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_slascl_work(
        matrix_layout: c_int,
        type_: c_char,
        kl: lapack_int,
        ku: lapack_int,
        cfrom: f32,
        cto: f32,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlascl_work(
        matrix_layout: c_int,
        type_: c_char,
        kl: lapack_int,
        ku: lapack_int,
        cfrom: f64,
        cto: f64,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clascl_work(
        matrix_layout: c_int,
        type_: c_char,
        kl: lapack_int,
        ku: lapack_int,
        cfrom: f32,
        cto: f32,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlascl_work(
        matrix_layout: c_int,
        type_: c_char,
        kl: lapack_int,
        ku: lapack_int,
        cfrom: f64,
        cto: f64,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slaset_work(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: f32,
        beta: f32,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlaset_work(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: f64,
        beta: f64,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_claset_work(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: __BindgenComplex<f32>,
        beta: __BindgenComplex<f32>,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlaset_work(
        matrix_layout: c_int,
        uplo: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: __BindgenComplex<f64>,
        beta: __BindgenComplex<f64>,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slasrt_work(id: c_char, n: lapack_int, d: *mut f32) -> lapack_int;
    pub fn LAPACKE_dlasrt_work(id: c_char, n: lapack_int, d: *mut f64) -> lapack_int;
    pub fn LAPACKE_slassq_work(
        n: lapack_int,
        x: *mut f32,
        incx: lapack_int,
        scale: *mut f32,
        sumsq: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlassq_work(
        n: lapack_int,
        x: *mut f64,
        incx: lapack_int,
        scale: *mut f64,
        sumsq: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_classq_work(
        n: lapack_int,
        x: *mut __BindgenComplex<f32>,
        incx: lapack_int,
        scale: *mut f32,
        sumsq: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zlassq_work(
        n: lapack_int,
        x: *mut __BindgenComplex<f64>,
        incx: lapack_int,
        scale: *mut f64,
        sumsq: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_slaswp_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        k1: lapack_int,
        k2: lapack_int,
        ipiv: *const lapack_int,
        incx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlaswp_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        k1: lapack_int,
        k2: lapack_int,
        ipiv: *const lapack_int,
        incx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_claswp_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        k1: lapack_int,
        k2: lapack_int,
        ipiv: *const lapack_int,
        incx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlaswp_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        k1: lapack_int,
        k2: lapack_int,
        ipiv: *const lapack_int,
        incx: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slatms_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        dist: c_char,
        iseed: *mut lapack_int,
        sym: c_char,
        d: *mut f32,
        mode: lapack_int,
        cond: f32,
        dmax: f32,
        kl: lapack_int,
        ku: lapack_int,
        pack: c_char,
        a: *mut f32,
        lda: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dlatms_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        dist: c_char,
        iseed: *mut lapack_int,
        sym: c_char,
        d: *mut f64,
        mode: lapack_int,
        cond: f64,
        dmax: f64,
        kl: lapack_int,
        ku: lapack_int,
        pack: c_char,
        a: *mut f64,
        lda: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_clatms_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        dist: c_char,
        iseed: *mut lapack_int,
        sym: c_char,
        d: *mut f32,
        mode: lapack_int,
        cond: f32,
        dmax: f32,
        kl: lapack_int,
        ku: lapack_int,
        pack: c_char,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zlatms_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        dist: c_char,
        iseed: *mut lapack_int,
        sym: c_char,
        d: *mut f64,
        mode: lapack_int,
        cond: f64,
        dmax: f64,
        kl: lapack_int,
        ku: lapack_int,
        pack: c_char,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_slauum_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlauum_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clauum_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlauum_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sopgtr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f32,
        tau: *const f32,
        q: *mut f32,
        ldq: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dopgtr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f64,
        tau: *const f64,
        q: *mut f64,
        ldq: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sopmtr_work(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ap: *const f32,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dopmtr_work(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ap: *const f64,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sorgbr_work(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorgbr_work(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorghr_work(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorghr_work(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorglq_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorglq_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorgql_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorgql_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorgqr_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorgqr_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorgrq_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorgrq_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorgtr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *const f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorgtr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *const f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorgtsqr_row_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb: lapack_int,
        nb: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorgtsqr_row_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb: lapack_int,
        nb: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormbr_work(
        matrix_layout: c_int,
        vect: c_char,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormbr_work(
        matrix_layout: c_int,
        vect: c_char,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormhr_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormhr_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormlq_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormlq_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormql_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormql_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormqr_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormqr_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormrq_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormrq_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormrz_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormrz_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sormtr_work(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        tau: *const f32,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dormtr_work(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        tau: *const f64,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spbcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpbcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpbcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpbcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spbequ_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpbequ_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpbequ_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpbequ_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spbrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        afb: *const f32,
        ldafb: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpbrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        afb: *const f64,
        ldafb: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpbrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        afb: *const __BindgenComplex<f32>,
        ldafb: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpbrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        afb: *const __BindgenComplex<f64>,
        ldafb: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spbstf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kb: lapack_int,
        bb: *mut f32,
        ldbb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpbstf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kb: lapack_int,
        bb: *mut f64,
        ldbb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpbstf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kb: lapack_int,
        bb: *mut __BindgenComplex<f32>,
        ldbb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpbstf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kb: lapack_int,
        bb: *mut __BindgenComplex<f64>,
        ldbb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spbsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpbsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpbsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpbsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spbsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        afb: *mut f32,
        ldafb: lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpbsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        afb: *mut f64,
        ldafb: lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpbsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        afb: *mut __BindgenComplex<f32>,
        ldafb: lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpbsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        afb: *mut __BindgenComplex<f64>,
        ldafb: lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spbtrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpbtrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpbtrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpbtrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spbtrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpbtrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpbtrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpbtrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spftrf_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpftrf_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpftrf_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zpftrf_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_spftri_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpftri_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpftri_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zpftri_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_spftrs_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpftrs_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpftrs_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpftrs_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spocon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpocon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpocon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpocon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spoequ_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpoequ_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpoequ_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpoequ_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spoequb_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpoequb_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpoequb_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpoequb_work(
        matrix_layout: c_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sporfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *const f32,
        ldaf: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dporfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *const f64,
        ldaf: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cporfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zporfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sporfsx_work(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *const f32,
        ldaf: lapack_int,
        s: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dporfsx_work(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *const f64,
        ldaf: lapack_int,
        s: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cporfsx_work(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        s: *const f32,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zporfsx_work(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        s: *const f64,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sposv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dposv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cposv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zposv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsposv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        work: *mut f64,
        swork: *mut f32,
        iter: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zcposv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        work: *mut __BindgenComplex<f64>,
        swork: *mut __BindgenComplex<f32>,
        rwork: *mut f64,
        iter: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sposvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        af: *mut f32,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dposvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        af: *mut f64,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cposvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zposvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sposvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        af: *mut f32,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dposvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        af: *mut f64,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cposvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zposvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spotrf2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpotrf2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpotrf2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpotrf2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spotrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpotrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpotrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpotrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spotri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpotri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpotri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpotri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spotrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpotrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpotrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpotrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sppcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f32,
        anorm: f32,
        rcond: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dppcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f64,
        anorm: f64,
        rcond: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cppcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        anorm: f32,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zppcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        anorm: f64,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sppequ_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f32,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dppequ_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f64,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cppequ_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zppequ_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        afp: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        afp: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        afp: *const __BindgenComplex<f32>,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        afp: *const __BindgenComplex<f64>,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sppsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dppsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cppsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zppsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sppsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut f32,
        afp: *mut f32,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dppsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut f64,
        afp: *mut f64,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cppsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        afp: *mut __BindgenComplex<f32>,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zppsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        afp: *mut __BindgenComplex<f64>,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spptrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpptrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpptrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zpptrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_spptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zpptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_spptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_spstrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        piv: *mut lapack_int,
        rank: *mut lapack_int,
        tol: f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpstrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        piv: *mut lapack_int,
        rank: *mut lapack_int,
        tol: f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpstrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        piv: *mut lapack_int,
        rank: *mut lapack_int,
        tol: f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpstrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        piv: *mut lapack_int,
        rank: *mut lapack_int,
        tol: f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sptcon_work(
        n: lapack_int,
        d: *const f32,
        e: *const f32,
        anorm: f32,
        rcond: *mut f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dptcon_work(
        n: lapack_int,
        d: *const f64,
        e: *const f64,
        anorm: f64,
        rcond: *mut f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cptcon_work(
        n: lapack_int,
        d: *const f32,
        e: *const __BindgenComplex<f32>,
        anorm: f32,
        rcond: *mut f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zptcon_work(
        n: lapack_int,
        d: *const f64,
        e: *const __BindgenComplex<f64>,
        anorm: f64,
        rcond: *mut f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spteqr_work(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dpteqr_work(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cpteqr_work(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zpteqr_work(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sptrfs_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f32,
        e: *const f32,
        df: *const f32,
        ef: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dptrfs_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f64,
        e: *const f64,
        df: *const f64,
        ef: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cptrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f32,
        e: *const __BindgenComplex<f32>,
        df: *const f32,
        ef: *const __BindgenComplex<f32>,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zptrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f64,
        e: *const __BindgenComplex<f64>,
        df: *const f64,
        ef: *const __BindgenComplex<f64>,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sptsv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *mut f32,
        e: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dptsv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *mut f64,
        e: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cptsv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *mut f32,
        e: *mut __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zptsv_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *mut f64,
        e: *mut __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sptsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f32,
        e: *const f32,
        df: *mut f32,
        ef: *mut f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dptsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f64,
        e: *const f64,
        df: *mut f64,
        ef: *mut f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cptsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f32,
        e: *const __BindgenComplex<f32>,
        df: *mut f32,
        ef: *mut __BindgenComplex<f32>,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zptsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f64,
        e: *const __BindgenComplex<f64>,
        df: *mut f64,
        ef: *mut __BindgenComplex<f64>,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_spttrf_work(n: lapack_int, d: *mut f32, e: *mut f32) -> lapack_int;
    pub fn LAPACKE_dpttrf_work(n: lapack_int, d: *mut f64, e: *mut f64) -> lapack_int;
    pub fn LAPACKE_cpttrf_work(
        n: lapack_int,
        d: *mut f32,
        e: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zpttrf_work(
        n: lapack_int,
        d: *mut f64,
        e: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_spttrs_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f32,
        e: *const f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dpttrs_work(
        matrix_layout: c_int,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f64,
        e: *const f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cpttrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f32,
        e: *const __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zpttrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        d: *const f64,
        e: *const __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbev_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsbev_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssbevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbgst_work(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        bb: *const f32,
        ldbb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsbgst_work(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        bb: *const f64,
        ldbb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssbgv_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        bb: *mut f32,
        ldbb: lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsbgv_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        bb: *mut f64,
        ldbb: lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssbgvd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        bb: *mut f32,
        ldbb: lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbgvd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        bb: *mut f64,
        ldbb: lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbgvx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        bb: *mut f32,
        ldbb: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbgvx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ka: lapack_int,
        kb: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        bb: *mut f64,
        ldbb: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbtrd_work(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        d: *mut f32,
        e: *mut f32,
        q: *mut f32,
        ldq: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsbtrd_work(
        matrix_layout: c_int,
        vect: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        d: *mut f64,
        e: *mut f64,
        q: *mut f64,
        ldq: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssfrk_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        trans: c_char,
        n: lapack_int,
        k: lapack_int,
        alpha: f32,
        a: *const f32,
        lda: lapack_int,
        beta: f32,
        c: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsfrk_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        trans: c_char,
        n: lapack_int,
        k: lapack_int,
        alpha: f64,
        a: *const f64,
        lda: lapack_int,
        beta: f64,
        c: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sspcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f32,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f64,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cspcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zspcon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sspev_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dspev_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sspevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sspevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sspgst_work(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        bp: *const f32,
    ) -> lapack_int;
    pub fn LAPACKE_dspgst_work(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        bp: *const f64,
    ) -> lapack_int;
    pub fn LAPACKE_sspgv_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        bp: *mut f32,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dspgv_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        bp: *mut f64,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sspgvd_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        bp: *mut f32,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspgvd_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        bp: *mut f64,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sspgvx_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        bp: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspgvx_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        bp: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        afp: *const f32,
        ipiv: *const lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        afp: *const f64,
        ipiv: *const lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        afp: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        afp: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sspsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut f32,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut f64,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cspsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zspsv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sspsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        afp: *mut f32,
        ipiv: *mut lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dspsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        afp: *mut f64,
        ipiv: *mut lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cspsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        afp: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zspsvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        afp: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssptrd_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        d: *mut f32,
        e: *mut f32,
        tau: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsptrd_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        d: *mut f64,
        e: *mut f64,
        tau: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssptrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsptrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csptrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsptrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f32,
        ipiv: *const lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut f64,
        ipiv: *const lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_csptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zsptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_ssptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstebz_work(
        range: c_char,
        order: c_char,
        n: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        d: *const f32,
        e: *const f32,
        m: *mut lapack_int,
        nsplit: *mut lapack_int,
        w: *mut f32,
        iblock: *mut lapack_int,
        isplit: *mut lapack_int,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstebz_work(
        range: c_char,
        order: c_char,
        n: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        d: *const f64,
        e: *const f64,
        m: *mut lapack_int,
        nsplit: *mut lapack_int,
        w: *mut f64,
        iblock: *mut lapack_int,
        isplit: *mut lapack_int,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstedc_work(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstedc_work(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cstedc_work(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zstedc_work(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstegr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstegr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cstegr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zstegr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstein_work(
        matrix_layout: c_int,
        n: lapack_int,
        d: *const f32,
        e: *const f32,
        m: lapack_int,
        w: *const f32,
        iblock: *const lapack_int,
        isplit: *const lapack_int,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        iwork: *mut lapack_int,
        ifailv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstein_work(
        matrix_layout: c_int,
        n: lapack_int,
        d: *const f64,
        e: *const f64,
        m: lapack_int,
        w: *const f64,
        iblock: *const lapack_int,
        isplit: *const lapack_int,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        iwork: *mut lapack_int,
        ifailv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cstein_work(
        matrix_layout: c_int,
        n: lapack_int,
        d: *const f32,
        e: *const f32,
        m: lapack_int,
        w: *const f32,
        iblock: *const lapack_int,
        isplit: *const lapack_int,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut f32,
        iwork: *mut lapack_int,
        ifailv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zstein_work(
        matrix_layout: c_int,
        n: lapack_int,
        d: *const f64,
        e: *const f64,
        m: lapack_int,
        w: *const f64,
        iblock: *const lapack_int,
        isplit: *const lapack_int,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut f64,
        iwork: *mut lapack_int,
        ifailv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstemr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        nzc: lapack_int,
        isuppz: *mut lapack_int,
        tryrac: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstemr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        nzc: lapack_int,
        isuppz: *mut lapack_int,
        tryrac: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cstemr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        nzc: lapack_int,
        isuppz: *mut lapack_int,
        tryrac: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zstemr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        nzc: lapack_int,
        isuppz: *mut lapack_int,
        tryrac: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssteqr_work(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsteqr_work(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_csteqr_work(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsteqr_work(
        matrix_layout: c_int,
        compz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssterf_work(n: lapack_int, d: *mut f32, e: *mut f32) -> lapack_int;
    pub fn LAPACKE_dsterf_work(n: lapack_int, d: *mut f64, e: *mut f64) -> lapack_int;
    pub fn LAPACKE_sstev_work(
        matrix_layout: c_int,
        jobz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dstev_work(
        matrix_layout: c_int,
        jobz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sstevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstevr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstevr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sstevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f32,
        e: *mut f32,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dstevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        n: lapack_int,
        d: *mut f64,
        e: *mut f64,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssycon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsycon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csycon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zsycon_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_ssyequb_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsyequb_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_csyequb_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        s: *mut f32,
        scond: *mut f32,
        amax: *mut f32,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zsyequb_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        s: *mut f64,
        scond: *mut f64,
        amax: *mut f64,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_ssyev_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        w: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyev_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        w: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        w: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyevd_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        w: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyevr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyevr_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyevx_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssygst_work(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsygst_work(
        matrix_layout: c_int,
        itype: lapack_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssygv_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        w: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsygv_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        w: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssygvd_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        w: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsygvd_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        w: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssygvx_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsygvx_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *const f32,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *const f64,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csyrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsyrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssyrfsx_work(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *const f32,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        s: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyrfsx_work(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *const f64,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        s: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csyrfsx_work(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *const __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        s: *const f32,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsyrfsx_work(
        matrix_layout: c_int,
        uplo: c_char,
        equed: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *const __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *const lapack_int,
        s: *const f64,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssysv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsysv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csysv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsysv_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssysvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        af: *mut f32,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsysvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        af: *mut f64,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csysvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsysvx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssysvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        af: *mut f32,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut f32,
        ldb: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsysvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        af: *mut f64,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut f64,
        ldb: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csysvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f32>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        s: *mut f32,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        rcond: *mut f32,
        rpvgrw: *mut f32,
        berr: *mut f32,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f32,
        err_bnds_comp: *mut f32,
        nparams: lapack_int,
        params: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsysvxx_work(
        matrix_layout: c_int,
        fact: c_char,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        af: *mut __BindgenComplex<f64>,
        ldaf: lapack_int,
        ipiv: *mut lapack_int,
        equed: *mut c_char,
        s: *mut f64,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        rcond: *mut f64,
        rpvgrw: *mut f64,
        berr: *mut f64,
        n_err_bnds: lapack_int,
        err_bnds_norm: *mut f64,
        err_bnds_comp: *mut f64,
        nparams: lapack_int,
        params: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrd_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        d: *mut f32,
        e: *mut f32,
        tau: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrd_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        d: *mut f64,
        e: *mut f64,
        tau: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrf_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsytri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_csytri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zsytri_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stbcon_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        rcond: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtbcon_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        rcond: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctbcon_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztbcon_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_stbrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *const f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtbrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *const f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctbrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *const __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztbrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *const __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_stbtrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f32,
        ldab: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtbtrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const f64,
        ldab: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctbtrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f32>,
        ldab: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztbtrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        kd: lapack_int,
        nrhs: lapack_int,
        ab: *const __BindgenComplex<f64>,
        ldab: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stfsm_work(
        matrix_layout: c_int,
        transr: c_char,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: f32,
        a: *const f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtfsm_work(
        matrix_layout: c_int,
        transr: c_char,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: f64,
        a: *const f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctfsm_work(
        matrix_layout: c_int,
        transr: c_char,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: __BindgenComplex<f32>,
        a: *const __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztfsm_work(
        matrix_layout: c_int,
        transr: c_char,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        m: lapack_int,
        n: lapack_int,
        alpha: __BindgenComplex<f64>,
        a: *const __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stftri_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtftri_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctftri_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztftri_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_stfttp_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const f32,
        ap: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtfttp_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const f64,
        ap: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctfttp_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const __BindgenComplex<f32>,
        ap: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztfttp_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const __BindgenComplex<f64>,
        ap: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_stfttr_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const f32,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtfttr_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const f64,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctfttr_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const __BindgenComplex<f32>,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztfttr_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        arf: *const __BindgenComplex<f64>,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stgevc_work(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        s: *const f32,
        lds: lapack_int,
        p: *const f32,
        ldp: lapack_int,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtgevc_work(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        s: *const f64,
        lds: lapack_int,
        p: *const f64,
        ldp: lapack_int,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctgevc_work(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        s: *const __BindgenComplex<f32>,
        lds: lapack_int,
        p: *const __BindgenComplex<f32>,
        ldp: lapack_int,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztgevc_work(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        s: *const __BindgenComplex<f64>,
        lds: lapack_int,
        p: *const __BindgenComplex<f64>,
        ldp: lapack_int,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_stgexc_work(
        matrix_layout: c_int,
        wantq: lapack_int,
        wantz: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        z: *mut f32,
        ldz: lapack_int,
        ifst: *mut lapack_int,
        ilst: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtgexc_work(
        matrix_layout: c_int,
        wantq: lapack_int,
        wantz: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        z: *mut f64,
        ldz: lapack_int,
        ifst: *mut lapack_int,
        ilst: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctgexc_work(
        matrix_layout: c_int,
        wantq: lapack_int,
        wantz: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        ifst: lapack_int,
        ilst: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztgexc_work(
        matrix_layout: c_int,
        wantq: lapack_int,
        wantz: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        ifst: lapack_int,
        ilst: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stgsen_work(
        matrix_layout: c_int,
        ijob: lapack_int,
        wantq: lapack_int,
        wantz: lapack_int,
        select: *const lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        alphar: *mut f32,
        alphai: *mut f32,
        beta: *mut f32,
        q: *mut f32,
        ldq: lapack_int,
        z: *mut f32,
        ldz: lapack_int,
        m: *mut lapack_int,
        pl: *mut f32,
        pr: *mut f32,
        dif: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtgsen_work(
        matrix_layout: c_int,
        ijob: lapack_int,
        wantq: lapack_int,
        wantz: lapack_int,
        select: *const lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        alphar: *mut f64,
        alphai: *mut f64,
        beta: *mut f64,
        q: *mut f64,
        ldq: lapack_int,
        z: *mut f64,
        ldz: lapack_int,
        m: *mut lapack_int,
        pl: *mut f64,
        pr: *mut f64,
        dif: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctgsen_work(
        matrix_layout: c_int,
        ijob: lapack_int,
        wantq: lapack_int,
        wantz: lapack_int,
        select: *const lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f32>,
        beta: *mut __BindgenComplex<f32>,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        m: *mut lapack_int,
        pl: *mut f32,
        pr: *mut f32,
        dif: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztgsen_work(
        matrix_layout: c_int,
        ijob: lapack_int,
        wantq: lapack_int,
        wantz: lapack_int,
        select: *const lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        alpha: *mut __BindgenComplex<f64>,
        beta: *mut __BindgenComplex<f64>,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        m: *mut lapack_int,
        pl: *mut f64,
        pr: *mut f64,
        dif: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stgsja_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        tola: f32,
        tolb: f32,
        alpha: *mut f32,
        beta: *mut f32,
        u: *mut f32,
        ldu: lapack_int,
        v: *mut f32,
        ldv: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        work: *mut f32,
        ncycle: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtgsja_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        tola: f64,
        tolb: f64,
        alpha: *mut f64,
        beta: *mut f64,
        u: *mut f64,
        ldu: lapack_int,
        v: *mut f64,
        ldv: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        work: *mut f64,
        ncycle: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctgsja_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        tola: f32,
        tolb: f32,
        alpha: *mut f32,
        beta: *mut f32,
        u: *mut __BindgenComplex<f32>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f32>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        work: *mut __BindgenComplex<f32>,
        ncycle: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztgsja_work(
        matrix_layout: c_int,
        jobu: c_char,
        jobv: c_char,
        jobq: c_char,
        m: lapack_int,
        p: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        tola: f64,
        tolb: f64,
        alpha: *mut f64,
        beta: *mut f64,
        u: *mut __BindgenComplex<f64>,
        ldu: lapack_int,
        v: *mut __BindgenComplex<f64>,
        ldv: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        work: *mut __BindgenComplex<f64>,
        ncycle: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stgsna_work(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        vl: *const f32,
        ldvl: lapack_int,
        vr: *const f32,
        ldvr: lapack_int,
        s: *mut f32,
        dif: *mut f32,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtgsna_work(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        vl: *const f64,
        ldvl: lapack_int,
        vr: *const f64,
        ldvr: lapack_int,
        s: *mut f64,
        dif: *mut f64,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctgsna_work(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        vl: *const __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *const __BindgenComplex<f32>,
        ldvr: lapack_int,
        s: *mut f32,
        dif: *mut f32,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztgsna_work(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        vl: *const __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *const __BindgenComplex<f64>,
        ldvr: lapack_int,
        s: *mut f64,
        dif: *mut f64,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stgsyl_work(
        matrix_layout: c_int,
        trans: c_char,
        ijob: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
        d: *const f32,
        ldd: lapack_int,
        e: *const f32,
        lde: lapack_int,
        f: *mut f32,
        ldf: lapack_int,
        scale: *mut f32,
        dif: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtgsyl_work(
        matrix_layout: c_int,
        trans: c_char,
        ijob: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
        d: *const f64,
        ldd: lapack_int,
        e: *const f64,
        lde: lapack_int,
        f: *mut f64,
        ldf: lapack_int,
        scale: *mut f64,
        dif: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctgsyl_work(
        matrix_layout: c_int,
        trans: c_char,
        ijob: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        d: *const __BindgenComplex<f32>,
        ldd: lapack_int,
        e: *const __BindgenComplex<f32>,
        lde: lapack_int,
        f: *mut __BindgenComplex<f32>,
        ldf: lapack_int,
        scale: *mut f32,
        dif: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztgsyl_work(
        matrix_layout: c_int,
        trans: c_char,
        ijob: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        d: *const __BindgenComplex<f64>,
        ldd: lapack_int,
        e: *const __BindgenComplex<f64>,
        lde: lapack_int,
        f: *mut __BindgenComplex<f64>,
        ldf: lapack_int,
        scale: *mut f64,
        dif: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stpcon_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *const f32,
        rcond: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtpcon_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *const f64,
        rcond: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctpcon_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztpcon_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_stprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        b: *const f32,
        ldb: lapack_int,
        x: *const f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        b: *const f64,
        ldb: lapack_int,
        x: *const f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *const __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztprfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *const __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_stptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztptri_work(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        ap: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_stptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f32,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const f64,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f32>,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztptrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        ap: *const __BindgenComplex<f64>,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stpttf_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *const f32,
        arf: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtpttf_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *const f64,
        arf: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctpttf_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        arf: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztpttf_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        arf: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_stpttr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f32,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtpttr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const f64,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctpttr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztpttr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_strcon_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        rcond: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtrcon_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        rcond: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctrcon_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztrcon_work(
        matrix_layout: c_int,
        norm: c_char,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_strevc_work(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *mut lapack_int,
        n: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        vl: *mut f32,
        ldvl: lapack_int,
        vr: *mut f32,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtrevc_work(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *mut lapack_int,
        n: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        vl: *mut f64,
        ldvl: lapack_int,
        vr: *mut f64,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctrevc_work(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        vl: *mut __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f32>,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztrevc_work(
        matrix_layout: c_int,
        side: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        vl: *mut __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *mut __BindgenComplex<f64>,
        ldvr: lapack_int,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_strexc_work(
        matrix_layout: c_int,
        compq: c_char,
        n: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        ifst: *mut lapack_int,
        ilst: *mut lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtrexc_work(
        matrix_layout: c_int,
        compq: c_char,
        n: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        ifst: *mut lapack_int,
        ilst: *mut lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctrexc_work(
        matrix_layout: c_int,
        compq: c_char,
        n: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        ifst: lapack_int,
        ilst: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztrexc_work(
        matrix_layout: c_int,
        compq: c_char,
        n: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        ifst: lapack_int,
        ilst: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_strrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        x: *const f32,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtrrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        x: *const f64,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctrrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        x: *const __BindgenComplex<f32>,
        ldx: lapack_int,
        ferr: *mut f32,
        berr: *mut f32,
        work: *mut __BindgenComplex<f32>,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztrrfs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        x: *const __BindgenComplex<f64>,
        ldx: lapack_int,
        ferr: *mut f64,
        berr: *mut f64,
        work: *mut __BindgenComplex<f64>,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_strsen_work(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        wr: *mut f32,
        wi: *mut f32,
        m: *mut lapack_int,
        s: *mut f32,
        sep: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtrsen_work(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        wr: *mut f64,
        wi: *mut f64,
        m: *mut lapack_int,
        s: *mut f64,
        sep: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctrsen_work(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        w: *mut __BindgenComplex<f32>,
        m: *mut lapack_int,
        s: *mut f32,
        sep: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztrsen_work(
        matrix_layout: c_int,
        job: c_char,
        compq: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        w: *mut __BindgenComplex<f64>,
        m: *mut lapack_int,
        s: *mut f64,
        sep: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_strsna_work(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        vl: *const f32,
        ldvl: lapack_int,
        vr: *const f32,
        ldvr: lapack_int,
        s: *mut f32,
        sep: *mut f32,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut f32,
        ldwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtrsna_work(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        vl: *const f64,
        ldvl: lapack_int,
        vr: *const f64,
        ldvr: lapack_int,
        s: *mut f64,
        sep: *mut f64,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut f64,
        ldwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctrsna_work(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *const __BindgenComplex<f32>,
        ldt: lapack_int,
        vl: *const __BindgenComplex<f32>,
        ldvl: lapack_int,
        vr: *const __BindgenComplex<f32>,
        ldvr: lapack_int,
        s: *mut f32,
        sep: *mut f32,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        ldwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztrsna_work(
        matrix_layout: c_int,
        job: c_char,
        howmny: c_char,
        select: *const lapack_int,
        n: lapack_int,
        t: *const __BindgenComplex<f64>,
        ldt: lapack_int,
        vl: *const __BindgenComplex<f64>,
        ldvl: lapack_int,
        vr: *const __BindgenComplex<f64>,
        ldvr: lapack_int,
        s: *mut f64,
        sep: *mut f64,
        mm: lapack_int,
        m: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        ldwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_strsyl_work(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
        scale: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtrsyl_work(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
        scale: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctrsyl_work(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        scale: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ztrsyl_work(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        scale: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_strsyl3_work(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *const f32,
        ldb: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
        scale: *mut f32,
        iwork: *mut lapack_int,
        liwork: lapack_int,
        swork: *mut f32,
        ldswork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtrsyl3_work(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *const f64,
        ldb: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
        scale: *mut f64,
        iwork: *mut lapack_int,
        liwork: lapack_int,
        swork: *mut f64,
        ldswork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctrsyl3_work(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *const __BindgenComplex<f32>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        scale: *mut f32,
        swork: *mut f32,
        ldswork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztrsyl3_work(
        matrix_layout: c_int,
        trana: c_char,
        tranb: c_char,
        isgn: lapack_int,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *const __BindgenComplex<f64>,
        ldb: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        scale: *mut f64,
        swork: *mut f64,
        ldswork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_strtri_work(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtrtri_work(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctrtri_work(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztrtri_work(
        matrix_layout: c_int,
        uplo: c_char,
        diag: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_strtrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtrtrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctrtrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztrtrs_work(
        matrix_layout: c_int,
        uplo: c_char,
        trans: c_char,
        diag: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_strttf_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        arf: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtrttf_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        arf: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctrttf_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        arf: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztrttf_work(
        matrix_layout: c_int,
        transr: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        arf: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_strttp_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ap: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtrttp_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ap: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctrttp_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ap: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztrttp_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ap: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_stzrzf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tau: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtzrzf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tau: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctzrzf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztzrzf_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cungbr_work(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zungbr_work(
        matrix_layout: c_int,
        vect: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunghr_work(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunghr_work(
        matrix_layout: c_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunglq_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunglq_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cungql_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zungql_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cungqr_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zungqr_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cungrq_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zungrq_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cungtr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zungtr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cungtsqr_row_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *const __BindgenComplex<f32>,
        ldt: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zungtsqr_row_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *const __BindgenComplex<f64>,
        ldt: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmbr_work(
        matrix_layout: c_int,
        vect: c_char,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmbr_work(
        matrix_layout: c_int,
        vect: c_char,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmhr_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmhr_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ilo: lapack_int,
        ihi: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmlq_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmlq_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmql_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmql_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmqr_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmqr_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmrq_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmrq_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmrz_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmrz_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cunmtr_work(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zunmtr_work(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cupgtr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        tau: *const __BindgenComplex<f32>,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zupgtr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        tau: *const __BindgenComplex<f64>,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_cupmtr_work(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ap: *const __BindgenComplex<f32>,
        tau: *const __BindgenComplex<f32>,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zupmtr_work(
        matrix_layout: c_int,
        side: c_char,
        uplo: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        ap: *const __BindgenComplex<f64>,
        tau: *const __BindgenComplex<f64>,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_claghe(
        matrix_layout: c_int,
        n: lapack_int,
        k: lapack_int,
        d: *const f32,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        iseed: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlaghe(
        matrix_layout: c_int,
        n: lapack_int,
        k: lapack_int,
        d: *const f64,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        iseed: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slagsy(
        matrix_layout: c_int,
        n: lapack_int,
        k: lapack_int,
        d: *const f32,
        a: *mut f32,
        lda: lapack_int,
        iseed: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlagsy(
        matrix_layout: c_int,
        n: lapack_int,
        k: lapack_int,
        d: *const f64,
        a: *mut f64,
        lda: lapack_int,
        iseed: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clagsy(
        matrix_layout: c_int,
        n: lapack_int,
        k: lapack_int,
        d: *const f32,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        iseed: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlagsy(
        matrix_layout: c_int,
        n: lapack_int,
        k: lapack_int,
        d: *const f64,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        iseed: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slapmr(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlapmr(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clapmr(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlapmr(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slapmt(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut f32,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dlapmt(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut f64,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_clapmt(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f32>,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zlapmt(
        matrix_layout: c_int,
        forwrd: lapack_int,
        m: lapack_int,
        n: lapack_int,
        x: *mut __BindgenComplex<f64>,
        ldx: lapack_int,
        k: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_slapy2(x: f32, y: f32) -> f32;
    pub fn LAPACKE_dlapy2(x: f64, y: f64) -> f64;
    pub fn LAPACKE_slapy3(x: f32, y: f32, z: f32) -> f32;
    pub fn LAPACKE_dlapy3(x: f64, y: f64, z: f64) -> f64;
    pub fn LAPACKE_slartgp(f: f32, g: f32, cs: *mut f32, sn: *mut f32, r: *mut f32) -> lapack_int;
    pub fn LAPACKE_dlartgp(f: f64, g: f64, cs: *mut f64, sn: *mut f64, r: *mut f64) -> lapack_int;
    pub fn LAPACKE_slartgs(x: f32, y: f32, sigma: f32, cs: *mut f32, sn: *mut f32) -> lapack_int;
    pub fn LAPACKE_dlartgs(x: f64, y: f64, sigma: f64, cs: *mut f64, sn: *mut f64) -> lapack_int;
    pub fn LAPACKE_cbbcsd(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        theta: *mut f32,
        phi: *mut f32,
        u1: *mut __BindgenComplex<f32>,
        ldu1: lapack_int,
        u2: *mut __BindgenComplex<f32>,
        ldu2: lapack_int,
        v1t: *mut __BindgenComplex<f32>,
        ldv1t: lapack_int,
        v2t: *mut __BindgenComplex<f32>,
        ldv2t: lapack_int,
        b11d: *mut f32,
        b11e: *mut f32,
        b12d: *mut f32,
        b12e: *mut f32,
        b21d: *mut f32,
        b21e: *mut f32,
        b22d: *mut f32,
        b22e: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_cbbcsd_work(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        theta: *mut f32,
        phi: *mut f32,
        u1: *mut __BindgenComplex<f32>,
        ldu1: lapack_int,
        u2: *mut __BindgenComplex<f32>,
        ldu2: lapack_int,
        v1t: *mut __BindgenComplex<f32>,
        ldv1t: lapack_int,
        v2t: *mut __BindgenComplex<f32>,
        ldv2t: lapack_int,
        b11d: *mut f32,
        b11e: *mut f32,
        b12d: *mut f32,
        b12e: *mut f32,
        b21d: *mut f32,
        b21e: *mut f32,
        b22d: *mut f32,
        b22e: *mut f32,
        rwork: *mut f32,
        lrwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cheswapr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        i1: lapack_int,
        i2: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cheswapr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        i1: lapack_int,
        i2: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetri2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetri2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetri2x(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        nb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetri2x_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f32>,
        nb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrs2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrs2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_csyconv(
        matrix_layout: c_int,
        uplo: c_char,
        way: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        e: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_csyconv_work(
        matrix_layout: c_int,
        uplo: c_char,
        way: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        e: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_csyswapr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        i1: lapack_int,
        i2: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csyswapr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        i1: lapack_int,
        i2: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytri2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytri2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytri2x(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        nb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytri2x_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f32>,
        nb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrs2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrs2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_cunbdb(
        matrix_layout: c_int,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut __BindgenComplex<f32>,
        ldx11: lapack_int,
        x12: *mut __BindgenComplex<f32>,
        ldx12: lapack_int,
        x21: *mut __BindgenComplex<f32>,
        ldx21: lapack_int,
        x22: *mut __BindgenComplex<f32>,
        ldx22: lapack_int,
        theta: *mut f32,
        phi: *mut f32,
        taup1: *mut __BindgenComplex<f32>,
        taup2: *mut __BindgenComplex<f32>,
        tauq1: *mut __BindgenComplex<f32>,
        tauq2: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_cunbdb_work(
        matrix_layout: c_int,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut __BindgenComplex<f32>,
        ldx11: lapack_int,
        x12: *mut __BindgenComplex<f32>,
        ldx12: lapack_int,
        x21: *mut __BindgenComplex<f32>,
        ldx21: lapack_int,
        x22: *mut __BindgenComplex<f32>,
        ldx22: lapack_int,
        theta: *mut f32,
        phi: *mut f32,
        taup1: *mut __BindgenComplex<f32>,
        taup2: *mut __BindgenComplex<f32>,
        tauq1: *mut __BindgenComplex<f32>,
        tauq2: *mut __BindgenComplex<f32>,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cuncsd(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut __BindgenComplex<f32>,
        ldx11: lapack_int,
        x12: *mut __BindgenComplex<f32>,
        ldx12: lapack_int,
        x21: *mut __BindgenComplex<f32>,
        ldx21: lapack_int,
        x22: *mut __BindgenComplex<f32>,
        ldx22: lapack_int,
        theta: *mut f32,
        u1: *mut __BindgenComplex<f32>,
        ldu1: lapack_int,
        u2: *mut __BindgenComplex<f32>,
        ldu2: lapack_int,
        v1t: *mut __BindgenComplex<f32>,
        ldv1t: lapack_int,
        v2t: *mut __BindgenComplex<f32>,
        ldv2t: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cuncsd_work(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut __BindgenComplex<f32>,
        ldx11: lapack_int,
        x12: *mut __BindgenComplex<f32>,
        ldx12: lapack_int,
        x21: *mut __BindgenComplex<f32>,
        ldx21: lapack_int,
        x22: *mut __BindgenComplex<f32>,
        ldx22: lapack_int,
        theta: *mut f32,
        u1: *mut __BindgenComplex<f32>,
        ldu1: lapack_int,
        u2: *mut __BindgenComplex<f32>,
        ldu2: lapack_int,
        v1t: *mut __BindgenComplex<f32>,
        ldv1t: lapack_int,
        v2t: *mut __BindgenComplex<f32>,
        ldv2t: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cuncsd2by1(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut __BindgenComplex<f32>,
        ldx11: lapack_int,
        x21: *mut __BindgenComplex<f32>,
        ldx21: lapack_int,
        theta: *mut f32,
        u1: *mut __BindgenComplex<f32>,
        ldu1: lapack_int,
        u2: *mut __BindgenComplex<f32>,
        ldu2: lapack_int,
        v1t: *mut __BindgenComplex<f32>,
        ldv1t: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cuncsd2by1_work(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut __BindgenComplex<f32>,
        ldx11: lapack_int,
        x21: *mut __BindgenComplex<f32>,
        ldx21: lapack_int,
        theta: *mut f32,
        u1: *mut __BindgenComplex<f32>,
        ldu1: lapack_int,
        u2: *mut __BindgenComplex<f32>,
        ldu2: lapack_int,
        v1t: *mut __BindgenComplex<f32>,
        ldv1t: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dbbcsd(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        theta: *mut f64,
        phi: *mut f64,
        u1: *mut f64,
        ldu1: lapack_int,
        u2: *mut f64,
        ldu2: lapack_int,
        v1t: *mut f64,
        ldv1t: lapack_int,
        v2t: *mut f64,
        ldv2t: lapack_int,
        b11d: *mut f64,
        b11e: *mut f64,
        b12d: *mut f64,
        b12e: *mut f64,
        b21d: *mut f64,
        b21e: *mut f64,
        b22d: *mut f64,
        b22e: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_dbbcsd_work(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        theta: *mut f64,
        phi: *mut f64,
        u1: *mut f64,
        ldu1: lapack_int,
        u2: *mut f64,
        ldu2: lapack_int,
        v1t: *mut f64,
        ldv1t: lapack_int,
        v2t: *mut f64,
        ldv2t: lapack_int,
        b11d: *mut f64,
        b11e: *mut f64,
        b12d: *mut f64,
        b12e: *mut f64,
        b21d: *mut f64,
        b21e: *mut f64,
        b22d: *mut f64,
        b22e: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorbdb(
        matrix_layout: c_int,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut f64,
        ldx11: lapack_int,
        x12: *mut f64,
        ldx12: lapack_int,
        x21: *mut f64,
        ldx21: lapack_int,
        x22: *mut f64,
        ldx22: lapack_int,
        theta: *mut f64,
        phi: *mut f64,
        taup1: *mut f64,
        taup2: *mut f64,
        tauq1: *mut f64,
        tauq2: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_dorbdb_work(
        matrix_layout: c_int,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut f64,
        ldx11: lapack_int,
        x12: *mut f64,
        ldx12: lapack_int,
        x21: *mut f64,
        ldx21: lapack_int,
        x22: *mut f64,
        ldx22: lapack_int,
        theta: *mut f64,
        phi: *mut f64,
        taup1: *mut f64,
        taup2: *mut f64,
        tauq1: *mut f64,
        tauq2: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorcsd(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut f64,
        ldx11: lapack_int,
        x12: *mut f64,
        ldx12: lapack_int,
        x21: *mut f64,
        ldx21: lapack_int,
        x22: *mut f64,
        ldx22: lapack_int,
        theta: *mut f64,
        u1: *mut f64,
        ldu1: lapack_int,
        u2: *mut f64,
        ldu2: lapack_int,
        v1t: *mut f64,
        ldv1t: lapack_int,
        v2t: *mut f64,
        ldv2t: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorcsd_work(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut f64,
        ldx11: lapack_int,
        x12: *mut f64,
        ldx12: lapack_int,
        x21: *mut f64,
        ldx21: lapack_int,
        x22: *mut f64,
        ldx22: lapack_int,
        theta: *mut f64,
        u1: *mut f64,
        ldu1: lapack_int,
        u2: *mut f64,
        ldu2: lapack_int,
        v1t: *mut f64,
        ldv1t: lapack_int,
        v2t: *mut f64,
        ldv2t: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorcsd2by1(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut f64,
        ldx11: lapack_int,
        x21: *mut f64,
        ldx21: lapack_int,
        theta: *mut f64,
        u1: *mut f64,
        ldu1: lapack_int,
        u2: *mut f64,
        ldu2: lapack_int,
        v1t: *mut f64,
        ldv1t: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dorcsd2by1_work(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut f64,
        ldx11: lapack_int,
        x21: *mut f64,
        ldx21: lapack_int,
        theta: *mut f64,
        u1: *mut f64,
        ldu1: lapack_int,
        u2: *mut f64,
        ldu2: lapack_int,
        v1t: *mut f64,
        ldv1t: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyconv(
        matrix_layout: c_int,
        uplo: c_char,
        way: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        e: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_dsyconv_work(
        matrix_layout: c_int,
        uplo: c_char,
        way: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        e: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_dsyswapr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        i1: lapack_int,
        i2: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyswapr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        i1: lapack_int,
        i2: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytri2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytri2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytri2x(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        nb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytri2x_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut f64,
        nb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrs2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrs2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_sbbcsd(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        theta: *mut f32,
        phi: *mut f32,
        u1: *mut f32,
        ldu1: lapack_int,
        u2: *mut f32,
        ldu2: lapack_int,
        v1t: *mut f32,
        ldv1t: lapack_int,
        v2t: *mut f32,
        ldv2t: lapack_int,
        b11d: *mut f32,
        b11e: *mut f32,
        b12d: *mut f32,
        b12e: *mut f32,
        b21d: *mut f32,
        b21e: *mut f32,
        b22d: *mut f32,
        b22e: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_sbbcsd_work(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        theta: *mut f32,
        phi: *mut f32,
        u1: *mut f32,
        ldu1: lapack_int,
        u2: *mut f32,
        ldu2: lapack_int,
        v1t: *mut f32,
        ldv1t: lapack_int,
        v2t: *mut f32,
        ldv2t: lapack_int,
        b11d: *mut f32,
        b11e: *mut f32,
        b12d: *mut f32,
        b12e: *mut f32,
        b21d: *mut f32,
        b21e: *mut f32,
        b22d: *mut f32,
        b22e: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorbdb(
        matrix_layout: c_int,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut f32,
        ldx11: lapack_int,
        x12: *mut f32,
        ldx12: lapack_int,
        x21: *mut f32,
        ldx21: lapack_int,
        x22: *mut f32,
        ldx22: lapack_int,
        theta: *mut f32,
        phi: *mut f32,
        taup1: *mut f32,
        taup2: *mut f32,
        tauq1: *mut f32,
        tauq2: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_sorbdb_work(
        matrix_layout: c_int,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut f32,
        ldx11: lapack_int,
        x12: *mut f32,
        ldx12: lapack_int,
        x21: *mut f32,
        ldx21: lapack_int,
        x22: *mut f32,
        ldx22: lapack_int,
        theta: *mut f32,
        phi: *mut f32,
        taup1: *mut f32,
        taup2: *mut f32,
        tauq1: *mut f32,
        tauq2: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorcsd(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut f32,
        ldx11: lapack_int,
        x12: *mut f32,
        ldx12: lapack_int,
        x21: *mut f32,
        ldx21: lapack_int,
        x22: *mut f32,
        ldx22: lapack_int,
        theta: *mut f32,
        u1: *mut f32,
        ldu1: lapack_int,
        u2: *mut f32,
        ldu2: lapack_int,
        v1t: *mut f32,
        ldv1t: lapack_int,
        v2t: *mut f32,
        ldv2t: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorcsd_work(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut f32,
        ldx11: lapack_int,
        x12: *mut f32,
        ldx12: lapack_int,
        x21: *mut f32,
        ldx21: lapack_int,
        x22: *mut f32,
        ldx22: lapack_int,
        theta: *mut f32,
        u1: *mut f32,
        ldu1: lapack_int,
        u2: *mut f32,
        ldu2: lapack_int,
        v1t: *mut f32,
        ldv1t: lapack_int,
        v2t: *mut f32,
        ldv2t: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorcsd2by1(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut f32,
        ldx11: lapack_int,
        x21: *mut f32,
        ldx21: lapack_int,
        theta: *mut f32,
        u1: *mut f32,
        ldu1: lapack_int,
        u2: *mut f32,
        ldu2: lapack_int,
        v1t: *mut f32,
        ldv1t: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorcsd2by1_work(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut f32,
        ldx11: lapack_int,
        x21: *mut f32,
        ldx21: lapack_int,
        theta: *mut f32,
        u1: *mut f32,
        ldu1: lapack_int,
        u2: *mut f32,
        ldu2: lapack_int,
        v1t: *mut f32,
        ldv1t: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyconv(
        matrix_layout: c_int,
        uplo: c_char,
        way: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        e: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ssyconv_work(
        matrix_layout: c_int,
        uplo: c_char,
        way: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        e: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_ssyswapr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        i1: lapack_int,
        i2: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyswapr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        i1: lapack_int,
        i2: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytri2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytri2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytri2x(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        nb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytri2x_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut f32,
        nb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrs2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrs2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zbbcsd(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        theta: *mut f64,
        phi: *mut f64,
        u1: *mut __BindgenComplex<f64>,
        ldu1: lapack_int,
        u2: *mut __BindgenComplex<f64>,
        ldu2: lapack_int,
        v1t: *mut __BindgenComplex<f64>,
        ldv1t: lapack_int,
        v2t: *mut __BindgenComplex<f64>,
        ldv2t: lapack_int,
        b11d: *mut f64,
        b11e: *mut f64,
        b12d: *mut f64,
        b12e: *mut f64,
        b21d: *mut f64,
        b21e: *mut f64,
        b22d: *mut f64,
        b22e: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_zbbcsd_work(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        theta: *mut f64,
        phi: *mut f64,
        u1: *mut __BindgenComplex<f64>,
        ldu1: lapack_int,
        u2: *mut __BindgenComplex<f64>,
        ldu2: lapack_int,
        v1t: *mut __BindgenComplex<f64>,
        ldv1t: lapack_int,
        v2t: *mut __BindgenComplex<f64>,
        ldv2t: lapack_int,
        b11d: *mut f64,
        b11e: *mut f64,
        b12d: *mut f64,
        b12e: *mut f64,
        b21d: *mut f64,
        b21e: *mut f64,
        b22d: *mut f64,
        b22e: *mut f64,
        rwork: *mut f64,
        lrwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zheswapr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        i1: lapack_int,
        i2: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zheswapr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        i1: lapack_int,
        i2: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetri2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetri2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetri2x(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        nb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetri2x_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f64>,
        nb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrs2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrs2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_zsyconv(
        matrix_layout: c_int,
        uplo: c_char,
        way: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        e: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_zsyconv_work(
        matrix_layout: c_int,
        uplo: c_char,
        way: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        e: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_zsyswapr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        i1: lapack_int,
        i2: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsyswapr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        i1: lapack_int,
        i2: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytri2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytri2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytri2x(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        nb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytri2x_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f64>,
        nb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrs2(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrs2_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_zunbdb(
        matrix_layout: c_int,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut __BindgenComplex<f64>,
        ldx11: lapack_int,
        x12: *mut __BindgenComplex<f64>,
        ldx12: lapack_int,
        x21: *mut __BindgenComplex<f64>,
        ldx21: lapack_int,
        x22: *mut __BindgenComplex<f64>,
        ldx22: lapack_int,
        theta: *mut f64,
        phi: *mut f64,
        taup1: *mut __BindgenComplex<f64>,
        taup2: *mut __BindgenComplex<f64>,
        tauq1: *mut __BindgenComplex<f64>,
        tauq2: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_zunbdb_work(
        matrix_layout: c_int,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut __BindgenComplex<f64>,
        ldx11: lapack_int,
        x12: *mut __BindgenComplex<f64>,
        ldx12: lapack_int,
        x21: *mut __BindgenComplex<f64>,
        ldx21: lapack_int,
        x22: *mut __BindgenComplex<f64>,
        ldx22: lapack_int,
        theta: *mut f64,
        phi: *mut f64,
        taup1: *mut __BindgenComplex<f64>,
        taup2: *mut __BindgenComplex<f64>,
        tauq1: *mut __BindgenComplex<f64>,
        tauq2: *mut __BindgenComplex<f64>,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zuncsd(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut __BindgenComplex<f64>,
        ldx11: lapack_int,
        x12: *mut __BindgenComplex<f64>,
        ldx12: lapack_int,
        x21: *mut __BindgenComplex<f64>,
        ldx21: lapack_int,
        x22: *mut __BindgenComplex<f64>,
        ldx22: lapack_int,
        theta: *mut f64,
        u1: *mut __BindgenComplex<f64>,
        ldu1: lapack_int,
        u2: *mut __BindgenComplex<f64>,
        ldu2: lapack_int,
        v1t: *mut __BindgenComplex<f64>,
        ldv1t: lapack_int,
        v2t: *mut __BindgenComplex<f64>,
        ldv2t: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zuncsd_work(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        jobv2t: c_char,
        trans: c_char,
        signs: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut __BindgenComplex<f64>,
        ldx11: lapack_int,
        x12: *mut __BindgenComplex<f64>,
        ldx12: lapack_int,
        x21: *mut __BindgenComplex<f64>,
        ldx21: lapack_int,
        x22: *mut __BindgenComplex<f64>,
        ldx22: lapack_int,
        theta: *mut f64,
        u1: *mut __BindgenComplex<f64>,
        ldu1: lapack_int,
        u2: *mut __BindgenComplex<f64>,
        ldu2: lapack_int,
        v1t: *mut __BindgenComplex<f64>,
        ldv1t: lapack_int,
        v2t: *mut __BindgenComplex<f64>,
        ldv2t: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zuncsd2by1(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut __BindgenComplex<f64>,
        ldx11: lapack_int,
        x21: *mut __BindgenComplex<f64>,
        ldx21: lapack_int,
        theta: *mut f64,
        u1: *mut __BindgenComplex<f64>,
        ldu1: lapack_int,
        u2: *mut __BindgenComplex<f64>,
        ldu2: lapack_int,
        v1t: *mut __BindgenComplex<f64>,
        ldv1t: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zuncsd2by1_work(
        matrix_layout: c_int,
        jobu1: c_char,
        jobu2: c_char,
        jobv1t: c_char,
        m: lapack_int,
        p: lapack_int,
        q: lapack_int,
        x11: *mut __BindgenComplex<f64>,
        ldx11: lapack_int,
        x21: *mut __BindgenComplex<f64>,
        ldx21: lapack_int,
        theta: *mut f64,
        u1: *mut __BindgenComplex<f64>,
        ldu1: lapack_int,
        u2: *mut __BindgenComplex<f64>,
        ldu2: lapack_int,
        v1t: *mut __BindgenComplex<f64>,
        ldv1t: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgemqrt(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        nb: lapack_int,
        v: *const f32,
        ldv: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgemqrt(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        nb: lapack_int,
        v: *const f64,
        ldv: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgemqrt(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        nb: lapack_int,
        v: *const __BindgenComplex<f32>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f32>,
        ldt: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgemqrt(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        nb: lapack_int,
        v: *const __BindgenComplex<f64>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f64>,
        ldt: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqrt(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqrt(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqrt(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqrt(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqrt2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqrt2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqrt2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqrt2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqrt3(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqrt3(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqrt3(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqrt3(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stpmqrt(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        v: *const f32,
        ldv: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtpmqrt(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        v: *const f64,
        ldv: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctpmqrt(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        v: *const __BindgenComplex<f32>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f32>,
        ldt: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztpmqrt(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        v: *const __BindgenComplex<f64>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f64>,
        ldt: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stpqrt(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtpqrt(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctpqrt(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztpqrt(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stpqrt2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtpqrt2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctpqrt2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztpqrt2(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stprfb(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        v: *const f32,
        ldv: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtprfb(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        v: *const f64,
        ldv: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctprfb(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        v: *const __BindgenComplex<f32>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f32>,
        ldt: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztprfb(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        v: *const __BindgenComplex<f64>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f64>,
        ldt: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgemqrt_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        nb: lapack_int,
        v: *const f32,
        ldv: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgemqrt_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        nb: lapack_int,
        v: *const f64,
        ldv: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgemqrt_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        nb: lapack_int,
        v: *const __BindgenComplex<f32>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f32>,
        ldt: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgemqrt_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        nb: lapack_int,
        v: *const __BindgenComplex<f64>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f64>,
        ldt: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqrt_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqrt_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqrt_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqrt_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqrt2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqrt2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqrt2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqrt2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqrt3_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqrt3_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqrt3_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqrt3_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stpmqrt_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        v: *const f32,
        ldv: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtpmqrt_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        v: *const f64,
        ldv: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctpmqrt_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        v: *const __BindgenComplex<f32>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f32>,
        ldt: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztpmqrt_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        v: *const __BindgenComplex<f64>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f64>,
        ldt: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_stpqrt_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
        work: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dtpqrt_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
        work: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ctpqrt_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_ztpqrt_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_stpqrt2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtpqrt2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctpqrt2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztpqrt2_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        l: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_stprfb_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        v: *const f32,
        ldv: lapack_int,
        t: *const f32,
        ldt: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        work: *mut f32,
        ldwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dtprfb_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        v: *const f64,
        ldv: lapack_int,
        t: *const f64,
        ldt: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        work: *mut f64,
        ldwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ctprfb_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        v: *const __BindgenComplex<f32>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f32>,
        ldt: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        ldwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ztprfb_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        direct: c_char,
        storev: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        l: lapack_int,
        v: *const __BindgenComplex<f64>,
        ldv: lapack_int,
        t: *const __BindgenComplex<f64>,
        ldt: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        ldwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssysv_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsysv_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csysv_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsysv_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrf_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrf_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrf_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrf_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrs_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrs_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrs_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrs_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrf_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrf_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrs_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrs_rook(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csyr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        alpha: __BindgenComplex<f32>,
        x: *const __BindgenComplex<f32>,
        incx: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsyr(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        alpha: __BindgenComplex<f64>,
        x: *const __BindgenComplex<f64>,
        incx: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssysv_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsysv_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csysv_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsysv_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrf_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrf_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrf_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrf_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrs_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrs_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrs_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrs_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrf_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrf_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrs_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrs_rook_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csyr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        alpha: __BindgenComplex<f32>,
        x: *const __BindgenComplex<f32>,
        incx: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsyr_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        alpha: __BindgenComplex<f64>,
        x: *const __BindgenComplex<f64>,
        incx: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ilaver(
        vers_major: *mut lapack_int,
        vers_minor: *mut lapack_int,
        vers_patch: *mut lapack_int,
    );
    pub fn LAPACKE_ssysv_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssysv_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsysv_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsysv_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csysv_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csysv_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsysv_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsysv_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chesv_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chesv_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhesv_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhesv_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrf_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrf_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrf_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrf_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrf_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrf_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrf_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrf_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrf_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrf_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrf_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrf_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrs_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrs_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrs_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrs_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrs_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrs_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrs_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrs_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrs_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrs_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrs_aa(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrs_aa_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssysv_rk(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        e: *mut f32,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssysv_rk_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        e: *mut f32,
        ipiv: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsysv_rk(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        e: *mut f64,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsysv_rk_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        e: *mut f64,
        ipiv: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csysv_rk(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csysv_rk_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsysv_rk(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsysv_rk_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chesv_rk(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chesv_rk_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhesv_rk(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhesv_rk_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrf_rk(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        e: *mut f32,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrf_rk(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        e: *mut f64,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrf_rk(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrf_rk(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrf_rk(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrf_rk(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrf_rk_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        e: *mut f32,
        ipiv: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrf_rk_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        e: *mut f64,
        ipiv: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrf_rk_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrf_rk_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrf_rk_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f32>,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrf_rk_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        e: *mut __BindgenComplex<f64>,
        ipiv: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrs_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        e: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrs_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        e: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrs_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        e: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrs_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        e: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrs_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        e: *const f64,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrs_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f64,
        lda: lapack_int,
        e: *const f64,
        ipiv: *const lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrs_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        e: *const f32,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrs_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const f32,
        lda: lapack_int,
        e: *const f32,
        ipiv: *const lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrs_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        e: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrs_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        e: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrs_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        e: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrs_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        e: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytri_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        e: *const f32,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytri_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        e: *const f64,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytri_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        e: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytri_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        e: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetri_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        e: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetri_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        e: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytri_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        e: *const f32,
        ipiv: *const lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytri_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        e: *const f64,
        ipiv: *const lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytri_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        e: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytri_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        e: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetri_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        e: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetri_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        e: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssycon_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        e: *const f32,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsycon_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        e: *const f64,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_csycon_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        e: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zsycon_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        e: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_checon_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        e: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhecon_3(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        e: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssycon_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f32,
        lda: lapack_int,
        e: *const f32,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut f32,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsycon_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const f64,
        lda: lapack_int,
        e: *const f64,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut f64,
        iwork: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csycon_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        e: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zsycon_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        e: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_checon_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        e: *const __BindgenComplex<f32>,
        ipiv: *const lapack_int,
        anorm: f32,
        rcond: *mut f32,
        work: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zhecon_3_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        e: *const __BindgenComplex<f64>,
        ipiv: *const lapack_int,
        anorm: f64,
        rcond: *mut f64,
        work: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_sgelq(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        tsize: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgelq(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        tsize: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgelq(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        tsize: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgelq(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        tsize: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgelq_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        tsize: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgelq_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        tsize: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgelq_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        tsize: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgelq_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        tsize: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgemlq(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        t: *const f32,
        tsize: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgemlq(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        t: *const f64,
        tsize: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgemlq(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        t: *const __BindgenComplex<f32>,
        tsize: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgemlq(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        t: *const __BindgenComplex<f64>,
        tsize: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgemlq_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        t: *const f32,
        tsize: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgemlq_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        t: *const f64,
        tsize: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgemlq_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        t: *const __BindgenComplex<f32>,
        tsize: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgemlq_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        t: *const __BindgenComplex<f64>,
        tsize: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqr(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        tsize: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqr(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        tsize: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqr(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        tsize: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqr(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        tsize: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgeqr_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        tsize: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgeqr_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        tsize: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgeqr_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        tsize: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgeqr_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        tsize: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgemqr(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        t: *const f32,
        tsize: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgemqr(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        t: *const f64,
        tsize: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgemqr(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        t: *const __BindgenComplex<f32>,
        tsize: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgemqr(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        t: *const __BindgenComplex<f64>,
        tsize: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgemqr_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f32,
        lda: lapack_int,
        t: *const f32,
        tsize: lapack_int,
        c: *mut f32,
        ldc: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgemqr_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const f64,
        lda: lapack_int,
        t: *const f64,
        tsize: lapack_int,
        c: *mut f64,
        ldc: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgemqr_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f32>,
        lda: lapack_int,
        t: *const __BindgenComplex<f32>,
        tsize: lapack_int,
        c: *mut __BindgenComplex<f32>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgemqr_work(
        matrix_layout: c_int,
        side: c_char,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        k: lapack_int,
        a: *const __BindgenComplex<f64>,
        lda: lapack_int,
        t: *const __BindgenComplex<f64>,
        tsize: lapack_int,
        c: *mut __BindgenComplex<f64>,
        ldc: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgetsls(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetsls(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetsls(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetsls(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgetsls_work(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetsls_work(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetsls_work(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetsls_work(
        matrix_layout: c_int,
        trans: c_char,
        m: lapack_int,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgetsqrhrt(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb1: lapack_int,
        nb1: lapack_int,
        nb2: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetsqrhrt(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb1: lapack_int,
        nb1: lapack_int,
        nb2: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetsqrhrt(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb1: lapack_int,
        nb1: lapack_int,
        nb2: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetsqrhrt(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb1: lapack_int,
        nb1: lapack_int,
        nb2: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sgetsqrhrt_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb1: lapack_int,
        nb1: lapack_int,
        nb2: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dgetsqrhrt_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb1: lapack_int,
        nb1: lapack_int,
        nb2: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cgetsqrhrt_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb1: lapack_int,
        nb1: lapack_int,
        nb2: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zgetsqrhrt_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        mb1: lapack_int,
        nb1: lapack_int,
        nb2: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyev_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsyev_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssyevd_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsyevd_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssyevr_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyevr_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyevx_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyevx_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyev_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        w: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyev_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        w: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyevd_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        w: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyevd_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        w: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyevr_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyevr_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssyevx_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsyevx_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cheev_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zheev_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cheevd_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zheevd_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cheevr_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zheevr_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cheevx_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zheevx_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cheev_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        w: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zheev_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        w: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cheevd_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        w: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zheevd_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        w: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cheevr_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zheevr_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        isuppz: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_cheevx_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zheevx_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbev_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbev_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbevd_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbevd_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbevx_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbevx_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbev_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbev_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbevd_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbevd_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssbevx_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f32,
        ldab: lapack_int,
        q: *mut f32,
        ldq: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut f32,
        ldz: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsbevx_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut f64,
        ldab: lapack_int,
        q: *mut f64,
        ldq: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut f64,
        ldz: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbev_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbev_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbevd_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbevd_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbevx_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbevx_2stage(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbev_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhbev_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chbevd_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbevd_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        lrwork: lapack_int,
        iwork: *mut lapack_int,
        liwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chbevx_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f32>,
        ldab: lapack_int,
        q: *mut __BindgenComplex<f32>,
        ldq: lapack_int,
        vl: f32,
        vu: f32,
        il: lapack_int,
        iu: lapack_int,
        abstol: f32,
        m: *mut lapack_int,
        w: *mut f32,
        z: *mut __BindgenComplex<f32>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhbevx_2stage_work(
        matrix_layout: c_int,
        jobz: c_char,
        range: c_char,
        uplo: c_char,
        n: lapack_int,
        kd: lapack_int,
        ab: *mut __BindgenComplex<f64>,
        ldab: lapack_int,
        q: *mut __BindgenComplex<f64>,
        ldq: lapack_int,
        vl: f64,
        vu: f64,
        il: lapack_int,
        iu: lapack_int,
        abstol: f64,
        m: *mut lapack_int,
        w: *mut f64,
        z: *mut __BindgenComplex<f64>,
        ldz: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
        iwork: *mut lapack_int,
        ifail: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssygv_2stage(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dsygv_2stage(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssygv_2stage_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        w: *mut f32,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsygv_2stage_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        w: *mut f64,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chegv_2stage(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        w: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhegv_2stage(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        w: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_chegv_2stage_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        w: *mut f32,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
        rwork: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_zhegv_2stage_work(
        matrix_layout: c_int,
        itype: lapack_int,
        jobz: c_char,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        w: *mut f64,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
        rwork: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_ssysv_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tb: *mut f32,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssysv_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tb: *mut f32,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsysv_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tb: *mut f64,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsysv_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tb: *mut f64,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csysv_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f32>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csysv_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f32>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsysv_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f64>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsysv_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f64>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chesv_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f32>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chesv_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f32>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhesv_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f64>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhesv_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f64>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrf_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tb: *mut f32,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrf_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tb: *mut f32,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        work: *mut f32,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrf_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tb: *mut f64,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrf_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tb: *mut f64,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        work: *mut f64,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrf_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f32>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrf_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f32>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrf_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f64>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrf_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f64>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrf_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f32>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrf_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f32>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        work: *mut __BindgenComplex<f32>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrf_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f64>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrf_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f64>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        work: *mut __BindgenComplex<f64>,
        lwork: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrs_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tb: *mut f32,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_ssytrs_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        tb: *mut f32,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut f32,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrs_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tb: *mut f64,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_dsytrs_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        tb: *mut f64,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut f64,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrs_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f32>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_csytrs_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f32>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrs_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f64>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zsytrs_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f64>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrs_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f32>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_chetrs_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f32>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f32>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrs_aa_2stage(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f64>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_zhetrs_aa_2stage_work(
        matrix_layout: c_int,
        uplo: c_char,
        n: lapack_int,
        nrhs: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        tb: *mut __BindgenComplex<f64>,
        ltb: lapack_int,
        ipiv: *mut lapack_int,
        ipiv2: *mut lapack_int,
        b: *mut __BindgenComplex<f64>,
        ldb: lapack_int,
    ) -> lapack_int;
    pub fn LAPACKE_sorhr_col(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
        d: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_sorhr_col_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut f32,
        lda: lapack_int,
        t: *mut f32,
        ldt: lapack_int,
        d: *mut f32,
    ) -> lapack_int;
    pub fn LAPACKE_dorhr_col(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
        d: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_dorhr_col_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut f64,
        lda: lapack_int,
        t: *mut f64,
        ldt: lapack_int,
        d: *mut f64,
    ) -> lapack_int;
    pub fn LAPACKE_cunhr_col(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        d: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_cunhr_col_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f32>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f32>,
        ldt: lapack_int,
        d: *mut __BindgenComplex<f32>,
    ) -> lapack_int;
    pub fn LAPACKE_zunhr_col(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        d: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_zunhr_col_work(
        matrix_layout: c_int,
        m: lapack_int,
        n: lapack_int,
        nb: lapack_int,
        a: *mut __BindgenComplex<f64>,
        lda: lapack_int,
        t: *mut __BindgenComplex<f64>,
        ldt: lapack_int,
        d: *mut __BindgenComplex<f64>,
    ) -> lapack_int;
    pub fn LAPACKE_set_nancheck(flag: c_int);
    pub fn LAPACKE_get_nancheck() -> c_int;
}