varnish 0.6.0

A Rust framework for creating Varnish Caching Proxy extensions
Documentation 
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---
source: varnish-macros/src/tests.rs
---
mod tuple {
    #[allow(non_snake_case, unused_imports, unused_qualifications, unused_variables)]
    #[allow(clippy::needless_question_mark, clippy::new_without_default)]
    #[automatically_derived]
    mod varnish_generated {
        use std::ffi::{c_char, c_int, c_uint, c_void, CStr};
        use std::ptr::null;
        use varnish::ffi::{
            VCL_BACKEND, VCL_BLOB, VCL_BOOL, VCL_DURATION, VCL_INT, VCL_IP, VCL_PROBE,
            VCL_REAL, VCL_STRING, VCL_TIME, VCL_VOID, VMOD_ABI_Version, VclEvent,
            vmod_data, vmod_priv, vrt_ctx, VMOD_PRIV_METHODS_MAGIC, vmod_priv_methods,
        };
        use varnish::vcl::{Ctx, IntoVCL, PerVclState, Workspace};
        use super::*;
        static PRIV_TASK_METHODS: vmod_priv_methods = vmod_priv_methods {
            magic: VMOD_PRIV_METHODS_MAGIC,
            type_: c"(PerTask1 , PerTask2)".as_ptr(),
            fini: Some(vmod_priv::on_fini::<(PerTask1, PerTask2)>),
        };
        static PRIV_VCL_METHODS: vmod_priv_methods = vmod_priv_methods {
            magic: VMOD_PRIV_METHODS_MAGIC,
            type_: c"(PerVcl1 , PerVcl2)".as_ptr(),
            fini: Some(vmod_priv::on_fini_per_vcl::<(PerVcl1, PerVcl2)>),
        };
        unsafe extern "C" fn vmod_c_on_event(
            __ctx: *mut vrt_ctx,
            __vp: *mut vmod_priv,
            __ev: VclEvent,
        ) -> VCL_INT {
            let mut __obj_per_vcl = (*__vp).take_per_vcl::<(PerVcl1, PerVcl2)>();
            super::on_event(&mut __obj_per_vcl.user_data);
            let __result = VCL_INT(0);
            (*__vp).put(__obj_per_vcl, &PRIV_VCL_METHODS);
            __result
        }
        unsafe extern "C" fn vmod_c_per_tsk_val(
            __ctx: *mut vrt_ctx,
            tsk_vals: *mut vmod_priv,
            vcl_vals: *const vmod_priv,
        ) {
            let mut __obj_per_task = (*tsk_vals).take();
            let __result = super::per_tsk_val(
                &mut __obj_per_task,
                vcl_vals
                    .as_ref()
                    .and_then::<&PerVclState<_>, _>(|v| v.get_ref())
                    .and_then(|v| v.get_user_data()),
            );
            if let Some(obj) = __obj_per_task {
                (*tsk_vals).put(obj, &PRIV_TASK_METHODS);
            }
            __result
        }
        #[repr(C)]
        pub struct VmodExports {
            vmod_c_on_event: Option<
                unsafe extern "C" fn(
                    __ctx: *mut vrt_ctx,
                    __vp: *mut vmod_priv,
                    __ev: VclEvent,
                ) -> VCL_INT,
            >,
            vmod_c_per_tsk_val: Option<
                unsafe extern "C" fn(
                    __ctx: *mut vrt_ctx,
                    tsk_vals: *mut vmod_priv,
                    vcl_vals: *const vmod_priv,
                ),
            >,
        }
        pub static VMOD_EXPORTS: VmodExports = VmodExports {
            vmod_c_on_event: Some(vmod_c_on_event),
            vmod_c_per_tsk_val: Some(vmod_c_per_tsk_val),
        };
        #[allow(non_upper_case_globals)]
        #[no_mangle]
        pub static Vmod_tuple_Data: vmod_data = vmod_data {
            vrt_major: 0,
            vrt_minor: 0,
            file_id: c"41c8f93b128c17e6327da85165e29dc663acf100bf5bfb80ffce76925121d6fe"
                .as_ptr(),
            name: c"tuple".as_ptr(),
            func_name: c"Vmod_vmod_tuple_Func".as_ptr(),
            func_len: ::std::mem::size_of::<VmodExports>() as c_int,
            func: &VMOD_EXPORTS as *const _ as *const c_void,
            abi: VMOD_ABI_Version.as_ptr(),
            json: JSON.as_ptr(),
            proto: null(),
            vcs: c"".as_ptr(),
            version: c"".as_ptr(),
        };
        const JSON: &CStr = c"(moved to @json.snap files)";
    }
    use super::{PerTask1, PerTask2, PerVcl1, PerVcl2};
    pub fn on_event(vcl_vals: &mut Option<Box<(PerVcl1, PerVcl2)>>) {}
    pub fn per_tsk_val(
        tsk_vals: &mut Option<Box<(PerTask1, PerTask2)>>,
        vcl_vals: Option<&(PerVcl1, PerVcl2)>,
    ) {}
}