Struct ClocksManager

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pub struct ClocksManager {
    pub gpio_output0_clock: GpioOutput0Clock,
    pub gpio_output1_clock: GpioOutput1Clock,
    pub gpio_output2_clock: GpioOutput2Clock,
    pub gpio_output3_clock: GpioOutput3Clock,
    pub reference_clock: ReferenceClock,
    pub system_clock: SystemClock,
    pub peripheral_clock: PeripheralClock,
    pub hstx_clock: HstxClock,
    pub usb_clock: UsbClock,
    pub adc_clock: AdcClock,
    /* private fields */
}

Expand description

Abstraction layer providing Clock Management.

Fields§

§gpio_output0_clock: GpioOutput0Clock

GpioOutput0Clock field

§gpio_output1_clock: GpioOutput1Clock

GpioOutput1Clock field

§gpio_output2_clock: GpioOutput2Clock

GpioOutput2Clock field

§gpio_output3_clock: GpioOutput3Clock

GpioOutput3Clock field

§reference_clock: ReferenceClock

ReferenceClock field

§system_clock: SystemClock

SystemClock field

§peripheral_clock: PeripheralClock

PeripheralClock field

§hstx_clock: HstxClock

HstxClock field

§usb_clock: UsbClock

UsbClock field

§adc_clock: AdcClock

AdcClock field

Implementations§

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impl ClocksManager

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pub fn new(clocks_block: CLOCKS) -> ClocksManager

Exchanges CLOCKS block against Self.

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impl ClocksManager

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pub fn init_default( &mut self, xosc: &CrystalOscillator<Stable>, pll_sys: &PhaseLockedLoop<Locked, PLL_SYS>, pll_usb: &PhaseLockedLoop<Locked, PLL_USB>, ) -> Result<(), ClockError>

Initialize the clocks to a sane default

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pub fn configure_sleep_enable(&mut self, clock_gate: ClockGate)

Configure the clocks staying ON during deep-sleep.

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pub fn sleep_enable(&self) -> ClockGate

Read the clock gate configuration while the device is in its (deep) sleep state.

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pub fn wake_enable(&self) -> ClockGate

Read the clock gate configuration while the device is in its wake state.

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pub fn free(self) -> CLOCKS

Releases the CLOCKS block

Auto Trait Implementations§

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impl UnwindSafe for ClocksManager

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