Struct Sysctl0 

pub struct Sysctl0 { /* private fields */ }

system controller 0

Implementations

impl Sysctl0

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

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

pub const fn dspstall(self) -> Reg<Dspstall, RW>

DSP stall register

pub const fn ahbmatrixprior(self) -> Reg<Ahbmatrixprior, RW>

AHB matrix priority

pub const fn packerenable(self) -> Reg<Packerenable, RW>

Packer enable for DSP RAM packer

pub const fn m33nmisrcsel(self) -> Reg<M33nmisrcsel, RW>

M33 nmi source selection

pub const fn system_stick_calib(self) -> Reg<SystemStickCalib, RW>

system stick calibration

pub const fn system_nstick_calib(self) -> Reg<SystemNstickCalib, RW>

system nstick calibration

pub const fn product_id(self) -> Reg<ProductId, R>

product ID

pub const fn siliconrev_id(self) -> Reg<SiliconrevId, R>

SILICONREV ID

pub const fn jtag_id(self) -> Reg<JtagId, R>

jtag ID

pub const fn autoclkgateoverride0(self) -> Reg<Autoclkgateoverride0, RW>

auto clock gating override 0

pub const fn autoclkgateoverride1(self) -> Reg<Autoclkgateoverride1, RW>

auto clock gating override 1

pub const fn clkgateoverride0(self) -> Reg<Clkgateoverride0, RW>

Clock gate override 0

pub const fn ahb_sram_access_disable(self) -> Reg<AhbSramAccessDisable, RW>

AHB SRAM access disable

pub const fn dsp_sram_access_disable(self) -> Reg<DspSramAccessDisable, RW>

DSP SRAM access disable

pub const fn ahb_flexspi_access_disable( self, ) -> Reg<AhbFlexspiAccessDisable, RW>

AHB Flexspi access control

pub const fn dsp_flexspi_access_disable( self, ) -> Reg<DspFlexspiAccessDisable, RW>

DSP Flexspi access control

pub const fn flexspi_bootrom_scratch0(self) -> Reg<FlexspiBootromScratch0, RW>

FLEXSPI NOR flash configure context register

pub const fn usbclkctrl(self) -> Reg<Usbclkctrl, RW>

USB clock control

pub const fn usbclkstat(self) -> Reg<Usbclkstat, RW>

USB clock status

pub const fn usbphypll0locktimediv2(self) -> Reg<Usbphypll0locktimediv2, RW>

USB PHY PLL0 lock time division 2

pub const fn pdsleepcfg0(self) -> Reg<Pdsleepcfg0, RW>

Sleep configuration 0

pub const fn pdsleepcfg1(self) -> Reg<Pdsleepcfg1, RW>

Sleep configuration 1

pub const fn pdsleepcfg2(self) -> Reg<Pdsleepcfg2, RW>

Sleep configuration 2

pub const fn pdsleepcfg3(self) -> Reg<Pdsleepcfg3, RW>

Sleep configuration 3

pub const fn pdruncfg0(self) -> Reg<Pdruncfg0, RW>

Run configuration 0

pub const fn pdruncfg1(self) -> Reg<Pdruncfg1, RW>

Run configuration 1

pub const fn pdruncfg2(self) -> Reg<Pdruncfg2, RW>

Run configuration 2

pub const fn pdruncfg3(self) -> Reg<Pdruncfg3, RW>

Run configuration 3

pub const fn pdruncfg0_set(self) -> Reg<Pdruncfg0Set, W>

Run configuration 0 set

pub const fn pdruncfg1_set(self) -> Reg<Pdruncfg1Set, W>

Run configuration 1 set

pub const fn pdruncfg2_set(self) -> Reg<Pdruncfg2Set, W>

Run configuration 2 set

pub const fn pdruncfg3_set(self) -> Reg<Pdruncfg3Set, W>

Run configuration 3 set

pub const fn pdruncfg0_clr(self) -> Reg<Pdruncfg0Clr, W>

Run configuration 0 clear

pub const fn pdruncfg1_clr(self) -> Reg<Pdruncfg1Clr, W>

Run configuration 1 clear

pub const fn pdruncfg2_clr(self) -> Reg<Pdruncfg2Clr, W>

Run configuration 2 clear

pub const fn pdruncfg3_clr(self) -> Reg<Pdruncfg3Clr, W>

Run configuration 3 clear

pub const fn pdwakecfg(self) -> Reg<Pdwakecfg, RW>

PD Wake Configuration

pub const fn starten0(self) -> Reg<Starten0, RW>

Start enable 0

pub const fn starten1(self) -> Reg<Starten1, RW>

Start enable 1

pub const fn starten0_set(self) -> Reg<Starten0Set, W>

Start enable 0 set

pub const fn starten1_set(self) -> Reg<Starten1Set, W>

Start enable 1 set

pub const fn starten0_clr(self) -> Reg<Starten0Clr, W>

Start enable 0 clear

pub const fn starten1_clr(self) -> Reg<Starten1Clr, W>

Start enable 1 clear

pub const fn mainclksafety(self) -> Reg<Mainclksafety, RW>

Main Clock Safety

pub const fn hwwake(self) -> Reg<Hwwake, RW>

Hardware Wake-up control

pub const fn tempsensorctl(self) -> Reg<Tempsensorctl, RW>

tempsensor ctrl

pub const fn bootstateseed(self, n: usize) -> Reg<Bootstateseed, RW>

boot state seed register

pub const fn bootstatehmac(self, n: usize) -> Reg<Bootstatehmac, RW>

boot state hmac register

pub const fn flexspipadctrl(self) -> Reg<Flexspipadctrl, RW>

FLEXSPI IO pads ctrl register

pub const fn sdiopadctl(self) -> Reg<Sdiopadctl, RW>

sdio pad ctrl

pub const fn dicehwreg(self, n: usize) -> Reg<Dicehwreg, RW>

DICE General Purpose 32-Bit Data Register

pub const fn uuid(self, n: usize) -> Reg<Uuid, R>

UUIDn 32-Bit Data Register

pub const fn aeskey_srcsel(self) -> Reg<AeskeySrcsel, RW>

AES key source selection

pub const fn hashhwkeydisable(self) -> Reg<Hashhwkeydisable, RW>

Hash hardware key disable

pub const fn dbg_locken(self) -> Reg<DbgLocken, RW>

Debug Write Lock registers

pub const fn dbg_features(self) -> Reg<DbgFeatures, RW>

Debug features control for the CM33

pub const fn dbg_features_dp(self) -> Reg<DbgFeaturesDp, RW>

Debug features duplicate

pub const fn hwunlock_disable(self) -> Reg<HwunlockDisable, RW>

HW unlock disable

pub const fn cs_protcpu0(self) -> Reg<CsProtcpu0, RW>

Code Security for CPU0

pub const fn cs_protcpu1(self) -> Reg<CsProtcpu1, RW>

Code Security for CPU1

pub const fn dbg_auth_scratch(self) -> Reg<DbgAuthScratch, RW>

Debug authorization scratch

pub const fn key_block(self) -> Reg<KeyBlock, RW>

Key block

Trait Implementations

impl Clone for Sysctl0

fn clone(&self) -> Sysctl0

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl PartialEq for Sysctl0

fn eq(&self, other: &Sysctl0) -> 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 Sysctl0

impl Eq for Sysctl0

impl Send for Sysctl0

impl StructuralPartialEq for Sysctl0

impl Sync for Sysctl0