Struct Espi 

pub struct Espi { /* private fields */ }

Enhanced Serial Peripheral Interface

Implementations

impl Espi

pub const unsafe fn from_ptr(ptr: *mut ()) -> Self

pub const fn as_ptr(&self) -> *mut ()

pub const fn mctrl(self) -> Reg<Mctrl, RW>

Master Control

pub const fn mstat(self) -> Reg<Mstat, RW>

Master Status

pub const fn intenset(self) -> Reg<Intenset, RW>

Interrupt Enable Set

pub const fn intenclr(self) -> Reg<Intenclr, RW>

Interrupt Clear

pub const fn intstat(self) -> Reg<Intstat, RW>

Masked Interrupt Status

pub const fn dmactrl(self) -> Reg<Dmactrl, RW>

DMA Control

pub const fn rambase(self) -> Reg<Rambase, RW>

RAM Base

pub const fn mapbase(self) -> Reg<Mapbase, RW>

Mapped Base

pub const fn irqpush(self) -> Reg<Irqpush, RW>

IRQ Push

pub const fn wirewo(self) -> Reg<Wirewo, RW>

Virtual Wire MCU-to-host

pub const fn wirero(self) -> Reg<Wirero, R>

Virtual Wire Host-to-MCU

pub const fn p80stat(self) -> Reg<P80stat, RW>

Port 80 Status

pub const fn stataddr(self) -> Reg<Stataddr, RW>

Status Block Address

pub const fn espicap(self) -> Reg<Espicap, RW>

eSPI Capabilities

pub const fn espicfg(self) -> Reg<Espicfg, R>

eSPI Configuration

pub const fn espimisc(self) -> Reg<Espimisc, RW>

eSPI Miscellaneous

pub const fn rpmc_support1(self) -> Reg<RpmcSupport1, RW>

RPMC Support 1

pub const fn rpmc_support2(self) -> Reg<RpmcSupport2, RW>

RPMC Support 2

pub const fn wirein_gpio(self) -> Reg<WireinGpio, R>

WIREIN_GPIO

pub const fn wireout_gpio(self) -> Reg<WireoutGpio, R>

WIREOUT_GPIO

pub const fn p0cfg(self) -> Reg<P0cfg, RW>

Port Configuration

pub const fn p0stat(self) -> Reg<P0stat, RW>

Port Status

pub const fn p0irulestat(self) -> Reg<P0irulestat, RW>

Set Interrupt Rules and User Status

pub const fn p0addr(self) -> Reg<P0addr, RW>

Port Address

pub const fn p0omflen(self) -> Reg<P0omflen, RW>

Port OOB, Mastering, and Flash Length

pub const fn p0datain(self) -> Reg<P0datain, R>

Port Data Input

pub const fn p0dataout(self) -> Reg<P0dataout, RW>

Port Data Out

pub const fn p0ramuse(self) -> Reg<P0ramuse, RW>

Port RAM Use

pub const fn p1cfg(self) -> Reg<P1cfg, RW>

Port Configuration

pub const fn p1stat(self) -> Reg<P1stat, RW>

Port Status

pub const fn p1irulestat(self) -> Reg<P1irulestat, RW>

Set Interrupt Rules and User Status

pub const fn p1addr(self) -> Reg<P1addr, RW>

Port Address

pub const fn p1omflen(self) -> Reg<P1omflen, RW>

Port OOB, Mastering, and Flash Length

pub const fn p1datain(self) -> Reg<P1datain, R>

Port Data Input

pub const fn p1dataout(self) -> Reg<P1dataout, RW>

Port Data Out

pub const fn p1ramuse(self) -> Reg<P1ramuse, RW>

Port RAM Use

pub const fn p2cfg(self) -> Reg<P2cfg, RW>

Port Configuration

pub const fn p2stat(self) -> Reg<P2stat, RW>

Port Status

pub const fn p2irulestat(self) -> Reg<P2irulestat, RW>

Set Interrupt Rules and User Status

pub const fn p2addr(self) -> Reg<P2addr, RW>

Port Address

pub const fn p2omflen(self) -> Reg<P2omflen, RW>

Port OOB, Mastering, and Flash Length

pub const fn p2datain(self) -> Reg<P2datain, R>

Port Data Input

pub const fn p2dataout(self) -> Reg<P2dataout, RW>

Port Data Out

pub const fn p2ramuse(self) -> Reg<P2ramuse, RW>

Port RAM Use

pub const fn p3cfg(self) -> Reg<P3cfg, RW>

Port Configuration

pub const fn p3stat(self) -> Reg<P3stat, RW>

Port Status

pub const fn p3irulestat(self) -> Reg<P3irulestat, RW>

Set Interrupt Rules and User Status

pub const fn p3addr(self) -> Reg<P3addr, RW>

Port Address

pub const fn p3omflen(self) -> Reg<P3omflen, RW>

Port OOB, Mastering, and Flash Length

pub const fn p3datain(self) -> Reg<P3datain, R>

Port Data Input

pub const fn p3dataout(self) -> Reg<P3dataout, RW>

Port Data Out

pub const fn p3ramuse(self) -> Reg<P3ramuse, RW>

Port RAM Use

pub const fn p4cfg(self) -> Reg<P4cfg, RW>

Port Configuration

pub const fn p4stat(self) -> Reg<P4stat, RW>

Port Status

pub const fn p4irulestat(self) -> Reg<P4irulestat, RW>

Set Interrupt Rules and User Status

pub const fn p4addr(self) -> Reg<P4addr, RW>

Port Address

pub const fn p4omflen(self) -> Reg<P4omflen, RW>

Port OOB, Mastering, and Flash Length

pub const fn p4datain(self) -> Reg<P4datain, R>

Port Data Input

pub const fn p4dataout(self) -> Reg<P4dataout, RW>

Port Data Out

pub const fn p4ramuse(self) -> Reg<P4ramuse, RW>

Port RAM Use

Trait Implementations

impl Clone for Espi

fn clone(&self) -> Espi

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl PartialEq for Espi

fn eq(&self, other: &Espi) -> 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 Espi

impl Eq for Espi

impl Send for Espi

impl StructuralPartialEq for Espi

impl Sync for Espi