Struct PkcShared 

pub struct PkcShared { /* private fields */ }

Public-key coprocessor raw register interface. Invalid or unimplemented accesses raise a security alert and reset PKC; system response can include a global reset. No accesses are performed automatically.

Implementations

impl PkcShared

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

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

pub const fn pkc_status(self) -> Reg<PkcStatus, R>

Status Register.

pub const fn pkc_ctrl(self) -> Reg<PkcCtrl, RW>

PKC control. RESET must already have been cleared in an earlier write and observed cleared before a GO write; clearing RESET and setting GO in the same write raises a security alarm. Set only one GO bit with GOANY=0. After changing RESET or STOP, poll that bit until the new value is read back. STOP must already be disabled before changing RESET; do not enable STOP while changing RESET. This reset controls the PKC kernel, not device lifecycle.

pub const fn pkc_cfg(self) -> Reg<PkcCfg, RW>

Configuration. May be written only with PKC_CTRL.RESET=1; otherwise a security alarm is triggered. The documented noise/randomization/idle features are unavailable in this IP version.

pub const fn pkc_mode1(self) -> Reg<PkcMode1, RW>

Mode register, parameter set 1.

pub const fn pkc_xyptr1(self) -> Reg<PkcXyptr1, RW>

X+Y pointer register, parameter set 1.

pub const fn pkc_zrptr1(self) -> Reg<PkcZrptr1, RW>

Z+R pointer register, parameter set 1.

pub const fn pkc_len1(self) -> Reg<PkcLen1, RW>

Length register, parameter set 1.

pub const fn pkc_mode2(self) -> Reg<PkcMode2, RW>

Mode register, parameter set 2.

pub const fn pkc_xyptr2(self) -> Reg<PkcXyptr2, RW>

X+Y pointer register, parameter set 2.

pub const fn pkc_zrptr2(self) -> Reg<PkcZrptr2, RW>

Z+R pointer register, parameter set 2.

pub const fn pkc_len2(self) -> Reg<PkcLen2, RW>

Length register, parameter set 2.

pub const fn pkc_uptr(self) -> Reg<PkcUptr, RW>

Universal pointer FUP program. Do not update while GOANY=1 during an L2 calculation; hardware does not prevent this and the result can be corrupted or a security alarm raised.

pub const fn pkc_uptrt(self) -> Reg<PkcUptrt, RW>

Universal pointer FUP table. Do not update while GOANY=1 during an L2 calculation; hardware does not prevent this and the result can be corrupted or a security alarm raised.

pub const fn pkc_ulen(self) -> Reg<PkcUlen, RW>

Universal pointer length. Do not update while GOANY=1 during an L2 calculation; hardware does not prevent this and the result can be corrupted or a security alarm raised.

pub const fn pkc_soft_rst(self) -> Reg<PkcSoftRst, W>

Software reset.

pub const fn pkc_access_err(self) -> Reg<PkcAccessErr, R>

Read-only error status. Unimplemented SFR accesses set APB_NOTAV and raise a security alert; do not probe undefined offsets.

pub const fn pkc_access_err_clr(self) -> Reg<PkcAccessErrClr, W>

Clear Access Error.

pub const fn pkc_int_clr_enable(self) -> Reg<PkcIntClrEnable, W>

Interrupt enable clear.

pub const fn pkc_int_set_enable(self) -> Reg<PkcIntSetEnable, W>

Interrupt enable set.

pub const fn pkc_int_status(self) -> Reg<PkcIntStatus, R>

Interrupt status.

pub const fn pkc_int_enable(self) -> Reg<PkcIntEnable, R>

Interrupt enable.

pub const fn pkc_int_clr_status(self) -> Reg<PkcIntClrStatus, W>

Interrupt status clear.

pub const fn pkc_int_set_status(self) -> Reg<PkcIntSetStatus, W>

Interrupt status set.

Trait Implementations

impl Clone for PkcShared

fn clone(&self) -> PkcShared

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl PartialEq for PkcShared

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

impl Eq for PkcShared

impl Send for PkcShared

impl StructuralPartialEq for PkcShared

impl Sync for PkcShared