Struct Usbfs 

pub struct Usbfs { /* private fields */ }

Implementations

impl Usbfs

pub const fn syscfg(&self) -> &'static Reg<Syscfg_SPEC, RW>

System Configuration Control Register

pub const fn syssts0(&self) -> &'static Reg<Syssts0_SPEC, R>

System Configuration Status Register 0

pub const fn dvstctr0(&self) -> &'static Reg<Dvstctr0_SPEC, RW>

Device State Control Register 0

pub const fn cfifo(&self) -> &'static Reg<Cfifo_SPEC, RW>

CFIFO Port Register

pub const fn cfifol(&self) -> &'static Reg<Cfifol_SPEC, RW>

CFIFO Port Register

pub const fn cfifosel(&self) -> &'static Reg<Cfifosel_SPEC, RW>

CFIFO Port Select Register

pub const fn cfifoctr(&self) -> &'static Reg<Cfifoctr_SPEC, RW>

CFIFO Port Control Register

pub const fn intenb0(&self) -> &'static Reg<Intenb0_SPEC, RW>

Interrupt Enable Register 0

pub const fn brdyenb(&self) -> &'static Reg<Brdyenb_SPEC, RW>

BRDY Interrupt Enable Register

pub const fn nrdyenb(&self) -> &'static Reg<Nrdyenb_SPEC, RW>

NRDY Interrupt Enable Register

pub const fn bempenb(&self) -> &'static Reg<Bempenb_SPEC, RW>

BEMP Interrupt Enable Register

pub const fn sofcfg(&self) -> &'static Reg<Sofcfg_SPEC, RW>

SOF Output Configuration Register

pub const fn intsts0(&self) -> &'static Reg<Intsts0_SPEC, RW>

Interrupt Status Register 0

pub const fn brdysts(&self) -> &'static Reg<Brdysts_SPEC, RW>

BRDY Interrupt Status Register

pub const fn nrdysts(&self) -> &'static Reg<Nrdysts_SPEC, RW>

NRDY Interrupt Status Register

pub const fn bempsts(&self) -> &'static Reg<Bempsts_SPEC, RW>

BEMP Interrupt Status Register

pub const fn frmnum(&self) -> &'static Reg<Frmnum_SPEC, R>

Frame Number Register

pub const fn dvchgr(&self) -> &'static Reg<Dvchgr_SPEC, RW>

Device State Change Register

pub const fn usbaddr(&self) -> &'static Reg<Usbaddr_SPEC, RW>

USB Address Register

pub const fn usbreq(&self) -> &'static Reg<Usbreq_SPEC, R>

USB Request Type Register

pub const fn usbval(&self) -> &'static Reg<Usbval_SPEC, R>

USB Request Value Register

pub const fn usbindx(&self) -> &'static Reg<Usbindx_SPEC, R>

USB Request Index Register

pub const fn usbleng(&self) -> &'static Reg<Usbleng_SPEC, R>

USB Request Length Register

pub const fn dcpcfg(&self) -> &'static Reg<Dcpcfg_SPEC, RW>

DCP Configuration Register

pub const fn dcpmaxp(&self) -> &'static Reg<Dcpmaxp_SPEC, RW>

DCP Maximum Packet Size Register

pub const fn dcpctr(&self) -> &'static Reg<Dcpctr_SPEC, RW>

DCP Control Register

pub const fn pipesel(&self) -> &'static Reg<Pipesel_SPEC, RW>

Pipe Window Select Register

pub const fn pipecfg(&self) -> &'static Reg<Pipecfg_SPEC, RW>

Pipe Configuration Register

pub const fn pipemaxp(&self) -> &'static Reg<Pipemaxp_SPEC, RW>

Pipe Maximum Packet Size Register

pub const fn pipectr( &self, ) -> &'static ClusterRegisterArray<Reg<Pipectr_SPEC, RW>, 2, 0x2>

PIPE%s Control Registers

pub const fn pipe6ctr(&self) -> &'static Reg<Pipectr_SPEC, RW>

pub const fn pipe7ctr(&self) -> &'static Reg<Pipectr_SPEC, RW>

pub const fn pipetre( &self, ) -> &'static ClusterRegisterArray<Reg<Pipetre_SPEC, RW>, 2, 0x4>

PIPE%s Transaction Counter Enable Register

pub const fn pipe4tre(&self) -> &'static Reg<Pipetre_SPEC, RW>

pub const fn pipe5tre(&self) -> &'static Reg<Pipetre_SPEC, RW>

pub const fn pipetrn( &self, ) -> &'static ClusterRegisterArray<Reg<Pipetrn_SPEC, RW>, 2, 0x4>

PIPE%s Transaction Counter Register

pub const fn pipe4trn(&self) -> &'static Reg<Pipetrn_SPEC, RW>

pub const fn pipe5trn(&self) -> &'static Reg<Pipetrn_SPEC, RW>

pub const fn physectrl(&self) -> &'static Reg<Physectrl_SPEC, RW>

PHY Single-ended Receiver Control Register

pub const fn dpusr0r(&self) -> &'static Reg<Dpusr0R_SPEC, RW>

Deep Software Standby USB Transceiver Control/Pin Monitor Register

pub const fn dpusr1r(&self) -> &'static Reg<Dpusr1R_SPEC, RW>

Deep Software Standby USB Suspend/Resume Interrupt Register

Trait Implementations

impl Clone for Usbfs

fn clone(&self) -> Usbfs

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl PartialEq for Usbfs

fn eq(&self, other: &Usbfs) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Copy for Usbfs

impl Eq for Usbfs

impl Send for Usbfs

USB 2.0 Full-Speed Module

impl StructuralPartialEq for Usbfs

impl Sync for Usbfs