bf0_pm.h

Sifli Power management API.

Author: Sifli software development team

Unnamed Group

PM_DEBUG_PIN_HIGH()

PM_DEBUG_PIN_LOW()

PM_DEBUG_PIN_TOGGLE()

PM_DEBUG_PIN_ENABLE()

PM_DEBUG_PIN_INIT()

PM_NON_RETENTION_SECTION_NAME: non-retention section name

enum pm_scenario_name_t

Values:

enumerator PM_SCENARIO_UI

enumerator PM_SCENARIO_AUDIO

enumerator PM_SCENARIO_RFTEST

rt_uint32_t g_sleep_tick: Sleep ticks.

void pm_shutdown(void)

void aon_irq_handler_hook(uint32_t wsr)

AON IRQHandler hook.

It’s defined as weak function in pm module and called by AON_IRQHandler. User could reimplement it and perform customized action.

参数:

wsr – [in] wakeup source

返回值:

void –

uint32_t pm_get_wakeup_src(void)

get last wakeup source

返回值:: wakeup – source, for HPSYS, return HPSYS_AON_WSR_RTC and other value if SystemPowerOnModeGet() is PM_COLD_BOOT or PM_COLD_STANDBY return PMUC_WSR_RTC and other value if SystemPowerOnModeGet() is PM_HIBERNATE_BOOT or PM_SHUTDOWN_BOOT for LPSYS, return LPSYS_AON_WSR_RTC and other value if SystemPowerOnModeGet() is PM_COLD_BOOT or PM_COLD_STANDBY

uint32_t pm_get_power_mode(void)

get last low power mode

返回值:: low – power mode

rt_err_t pm_disable_pin_wakeup(uint8_t pin)

Disable pin wakeup.

参数:

pin – pin number, range: 0~5

返回值:

status –

rt_err_t pm_enable_rtc_wakeup(void)

Enable RTC wakeup.

返回值:: status –

rt_err_t pm_disable_rtc_wakeup(void)

Disable RTC wakeup.

返回值:: status –

rt_tick_t pm_latch_tick(rt_tick_t curr_tick, uint32_t curr_time, float gtime_freq, void *user_data)

Calculate the compensated rt_tick.

参数:

curr_tick – [in] current rt_tick
curr_time – [in] current GTIME
gtime_freq – [in] GTIMER frequency
user_data – [in] user data

返回值:

compensated – rt_tick

void pm_set_last_latch_tick(rt_tick_t last_latch_tick)

Update last latch tick if rt_tick cannot be updated as expected.

参数:

last_latch_tick – [in] last_latch_tick

返回:

void

rt_err_t pm_scenario_start(pm_scenario_name_t scenario)

Indicate specified scanario is started

参数:

scenario – [in] scenario

rt_err_t pm_scenario_stop(pm_scenario_name_t scenario)

Indicate specified scanario is stopped

参数:

scenario – [in] scenario

void pm_pin_restore(void)

Restore pin hardware state.

返回:: void

void pm_pin_backup(void)

Backup pin hardware state.

返回:: void

struct test_pm_data_restore_time_t

Public Members

uint32_t init_enter

uint32_t lcpu_wakeup

uint32_t preinit_begin

uint32_t acr_before

uint32_t acr_after

uint32_t xtal48_rdy

uint32_t dll_rdy

uint32_t pa_init_done

uint32_t pin_init_done

uint32_t power_rdy_exp

uint32_t power_rdy

uint32_t msp_init_done

uint32_t psram_rdy

uint32_t hal_init_done

uint32_t mpu_config_done

uint32_t ram_code_load_done

uint32_t restore_static_data_begin

uint32_t restore_static_data_done

uint32_t restore_ram_done

uint32_t restore_done

uint32_t device_resume_begin

uint32_t device_resume_done

struct test_pm_data_save_time_t

Public Members

uint32_t device_suspend_begin

uint32_t device_suspend_done

uint32_t save_start

uint32_t save_static_begin

uint32_t save_static_done

uint32_t save_done

struct test_pm_data_t

Public Members

test_pm_data_save_time_t save_time

test_pm_data_restore_time_t restore_time