Crate nrf_mpsl_sys 

See Nordic’s documentation for usage and details.

Structs

NRF_GPIO_Type

GPIO Port 0 (P0)

mpsl_clock_hfclk_ctrl_source_t

Type representing HFCLK clock handling external API that is expected by MPSL to be delivered on init.

mpsl_clock_lfclk_cfg_t

Type representing LFCLK oscillator source.

mpsl_clock_lfclk_ctrl_source_t

Type representing LFCLK clock handling external API that is expected by MPSL to be delivered on init.

mpsl_cx_interface_t

Set of pointers to functions in MPSL Coexistence interface.

mpsl_cx_request_t

Structure with parameters describing next coexistence request.

mpsl_ecb_hal_data_t

AES ECB data structure

mpsl_fem_calibration_data_t__bindgen_ty_1

Calibration data for simple GPIO.

mpsl_fem_calibration_data_t__bindgen_ty_2

Calibration data for nRF21540 GPIO.

mpsl_fem_calibration_data_t__bindgen_ty_3

Calibration data for nRF21540 GPIO/SPI.

mpsl_fem_calibration_point_t

Type binding gain of the FEM with PA power control value for calibration purposes.

mpsl_fem_external_conditions_t

External conditions that affect Front-End Module’s power model.

mpsl_fem_gpio_pin_config_t

Configuration parameters for pins that control Front End Module.

mpsl_fem_gpiote_pin_config_t

Configuration parameters for pins that control Front End Module through a GPIOTE peripheral.

mpsl_fem_pin_t

GPIO pin and port to be used by Front End Module.

mpsl_fem_power_model_output_t

Decomposition of a single value of output power on the antenna.

mpsl_fem_power_model_t

Front-End Module power model.

mpsl_pm_params_t

MPSL Power Management parameters.

mpsl_timeslot_request_earliest_t

Parameters for a request for a timeslot as early as possible.

mpsl_timeslot_request_normal_t

Parameters for a normal timeslot request.

mpsl_timeslot_request_t

Timeslot request parameters.

mpsl_timeslot_signal_return_param_t

Return parameters of the timeslot signal callback.

mpsl_timeslot_signal_return_param_t__bindgen_ty_1__bindgen_ty_1

mpsl_timeslot_signal_return_param_t__bindgen_ty_1__bindgen_ty_2

mpsl_tx_power_envelope_t

Max TX power envelope. It is up to the application to allocate memory for an envelope.

Constants

MPSL_BUILD_REVISION_SIZE

MPSL_CLOCK_HF_LATENCY_BEST

MPSL_CLOCK_HF_LATENCY_TYPICAL

MPSL_CLOCK_HF_LATENCY_WORST_CASE

MPSL_CLOCK_LF_SRC_EXT_FULL_SWING

< Apply external full swing signal to XL1, leave XL2 grounded or unconnected. This option is not available on nRF53.

MPSL_CLOCK_LF_SRC_EXT_LOW_SWING

< Apply external low swing signal to XL1, ground XL2. This option is not available on nRF53.

MPSL_CLOCK_LF_SRC_RC

< LFCLK RC oscillator.

MPSL_CLOCK_LF_SRC_SYNTH

< LFCLK Synthesized from HFCLK.

MPSL_CLOCK_LF_SRC_XTAL

< LFCLK crystal oscillator.

MPSL_CX_OP_IDLE_LISTEN

Listening for asynchronous transmissions

MPSL_CX_OP_RX

Active reception

MPSL_CX_OP_TX

Active transmission

MPSL_CX_REQ_TRIG_INSTANT

< Request is triggered instantly, during mpsl_cx_request call

MPSL_DEFAULT_CLOCK_ACCURACY_PPM

MPSL_DEFAULT_SKIP_WAIT_LFCLK_STARTED

MPSL_ECB_CIPHERTEXT_LENGTH

MPSL_ECB_CLEARTEXT_IN_LOCAL_RAM

MPSL_ECB_CLEARTEXT_LENGTH

MPSL_ECB_INPUT_LE

MPSL_ECB_KEY_LENGTH

MPSL_ECB_NO_FLAGS

MPSL_ECB_OUTPUT_LE

MPSL_HIGH_IRQ_PRIORITY

MPSL_PHY_BLE_1M

MPSL_PHY_BLE_2M

MPSL_PHY_BLE_LR125Kbit

MPSL_PHY_BLE_LR500Kbit

MPSL_PHY_Ieee802154_250Kbit

MPSL_PM_EVENT_STATE_BEFORE_EVENT

MPSL_PM_EVENT_STATE_NO_EVENTS_LEFT

MPSL_PM_LOW_LATENCY_STATE_OFF

MPSL_PM_LOW_LATENCY_STATE_ON

MPSL_PM_LOW_LATENCY_STATE_RELEASING

MPSL_PM_LOW_LATENCY_STATE_REQUESTING

MPSL_PPI_CHANNELS_USED_MASK

MPSL_RECOMMENDED_RC_CTIV

MPSL_RECOMMENDED_RC_TEMP_CTIV

MPSL_RESERVED_PPI_CHANNELS

MPSL_TIMESLOT_CONTEXT_COUNT_MAX

MPSL_TIMESLOT_CONTEXT_SIZE

MPSL_TIMESLOT_DISTANCE_MAX_US

MPSL_TIMESLOT_EARLIEST_TIMEOUT_MAX_US

MPSL_TIMESLOT_EXTENSION_MARGIN_MIN_US

MPSL_TIMESLOT_EXTENSION_PROCESSING_TIME_MAX_US

MPSL_TIMESLOT_EXTENSION_TIME_MIN_US

MPSL_TIMESLOT_HFCLK_CFG_NO_GUARANTEE

< This configuration allows for earlier and tighter scheduling of timeslots. The RC oscillator may be the clock source in part or for the whole duration of the timeslot. The RC oscillator’s accuracy must therefore be taken into consideration.

MPSL_TIMESLOT_HFCLK_CFG_XTAL_GUARANTEED

< The high frequency clock source is the external crystal for the whole duration of the timeslot. This should be the preferred option for events that use the radio or require high timing accuracy.

MPSL_TIMESLOT_LENGTH_MAX_US

MPSL_TIMESLOT_LENGTH_MIN_US

MPSL_TIMESLOT_PRIORITY_HIGH

< High priority.

MPSL_TIMESLOT_PRIORITY_NORMAL

< Low priority.

MPSL_TIMESLOT_REQ_TYPE_EARLIEST

< Request timeslot as early as possible. This should always be used for the first request in a session.

MPSL_TIMESLOT_REQ_TYPE_NORMAL

< Normal timeslot request.

MPSL_TIMESLOT_SIGNAL_ACTION_END

< End the current timeslot event.

MPSL_TIMESLOT_SIGNAL_ACTION_EXTEND

< Request an extension of the current timeslot event. Maximum execution time for this action: MPSL_TIMESLOT_EXTENSION_PROCESSING_TIME_MAX_US. This action must be started at least MPSL_TIMESLOT_EXTENSION_MARGIN_MIN_US before the end of a timeslot event.

MPSL_TIMESLOT_SIGNAL_ACTION_NONE

< Return without action.

MPSL_TIMESLOT_SIGNAL_ACTION_REQUEST

< Request a new timeslot event.

MPSL_TIMESLOT_SIGNAL_BLOCKED

< The previous request was blocked. The signal will be executed in the same context as mpsl_low_priority_process.

MPSL_TIMESLOT_SIGNAL_CANCELLED

< The previous request was cancelled. The signal will be executed in the same context as mpsl_low_priority_process.

MPSL_TIMESLOT_SIGNAL_EXTEND_FAILED

< This signal indicates extend action failed. The signal will be executed in the same context as the previous signal.

MPSL_TIMESLOT_SIGNAL_EXTEND_SUCCEEDED

< This signal indicates extend action succeeded. The signal will be executed in the same context as the previous signal.

MPSL_TIMESLOT_SIGNAL_INVALID_RETURN

< The previous timeslot callback return value was invalid. The signal will be executed in the same context as the previous signal which had an invalid return value. The application should avoid to continuously provide invalid return values. Doing so, will lead to an infinite loop.

MPSL_TIMESLOT_SIGNAL_OVERSTAYED

< The timeslot event was closed too late. An assert will be triggered after the processing of this signal completes.

MPSL_TIMESLOT_SIGNAL_RADIO

< This signal indicates the RADIO interrupt. The signal will be executed in the same context as MPSL_IRQ_RADIO_Handler.

MPSL_TIMESLOT_SIGNAL_SESSION_CLOSED

< The session has been closed.

MPSL_TIMESLOT_SIGNAL_SESSION_IDLE

< The timeslot session has no more pending requests. The signal will be executed in the same context as mpsl_low_priority_process.

MPSL_TIMESLOT_SIGNAL_START

< This signal indicates the start of the timeslot. The signal will be executed in the same context as MPSL_IRQ_TIMER0_Handler.

MPSL_TIMESLOT_SIGNAL_TIMER0

< This signal indicates the TIMER0 interrupt. The signal will be executed in the same context as MPSL_IRQ_TIMER0_Handler. The timer being used is defined by MPSL_TIMER0.

MPSL_TIMESLOT_START_JITTER_US

MPSL_TOTAL_NUM_OF_802154_CHANNELS

MPSL_TOTAL_NUM_OF_BLE_CHANNELS

MPSL_WORST_CLOCK_ACCURACY_PPM

NRF_EACCES

NRF_EADDRINUSE

NRF_EAFNOSUPPORT

NRF_EAGAIN

NRF_ECANCELED

NRF_ECONNRESET

NRF_EFAULT

NRF_EHOSTDOWN

NRF_EINPROGRESS

NRF_EINVAL

NRF_EIO

NRF_EISCONN

NRF_EKEYEXPIRED

NRF_EKEYREJECTED

NRF_EKEYREVOKED

NRF_ENETDOWN

NRF_ENETUNREACH

NRF_ENOBUFS

NRF_ENOENT

NRF_ENOKEY

NRF_ENOMEM

NRF_ENOPROTOOPT

NRF_ENOTCONN

NRF_EOPNOTSUPP

NRF_EPERM

NRF_EPROTONOSUPPORT

NRF_EPROTOTYPE

NRF_ESOCKTNOSUPPORT

NRF_ETIMEDOUT

UINT8_MAX

Functions

MPSL_IRQ_CLOCK_Handler^⚠

POWER_CLOCK interrupt handler

MPSL_IRQ_RADIO_Handler^⚠

RADIO interrupt handler

MPSL_IRQ_RTC0_Handler^⚠

RTC0 interrupt handler

MPSL_IRQ_TIMER0_Handler^⚠

TIMER0 interrupt handler.

mpsl_build_revision_get^⚠

Obtain build revision

mpsl_calibration_timer_handle^⚠

Application needs to call this when calibration shall occur.

mpsl_clock_ctrl_source_register^⚠

Register an external clock driver.

mpsl_clock_ctrl_source_unregister^⚠

Unregisters external clock driver from MPSL.

mpsl_clock_hfclk_is_running^⚠

Checks if the high frequency crystal oscillator is running.

mpsl_clock_hfclk_latency_set^⚠

Informs MPSL about the actual ramp-up time of the high-frequency crystal oscillator.

mpsl_clock_hfclk_release^⚠

Releases the high frequency crystal oscillator.

mpsl_clock_hfclk_request^⚠

Request the high frequency crystal oscillator.

mpsl_clock_task_trigger_on_rtc_start_set^⚠

Trigger a task upon start of the RTC.

mpsl_constlat_request_callback^⚠

MPSL requesting CONSTLAT to be on.

mpsl_cx_granted_ops_get^⚠

Get list of radio operations currently granted by PTA.

mpsl_cx_interface_set^⚠

Connects to one of Coexistence PTA client implementation

mpsl_cx_register_callback^⚠

Register callback function called when radio operations granted by PTA change.

mpsl_cx_release^⚠

Release last radio operation requested from PTA

mpsl_cx_req_grant_delay_get^⚠

Get time PTA needs to respond with grant signal to request signal.

mpsl_cx_request^⚠

Request radio operation from PTA

mpsl_ecb_block_encrypt^⚠

Encrypts a block according to the specified parameters.

mpsl_ecb_block_encrypt_extended^⚠

Encrypts a block according to the specified parameters.

mpsl_fem_device_config_254_apply_get^⚠

Gets flag which determines whether DEVICE-CONFIG-254 shall be applied.

mpsl_fem_device_config_254_apply_set^⚠

Sets flag which determines whether DEVICE-CONFIG-254 shall be applied.

mpsl_fem_init^⚠

Initializes API of MPSL FEM.

mpsl_fem_power_model_set^⚠

Sets Front-End Module power model.

mpsl_init^⚠

MPSL initialization

mpsl_is_initialized^⚠

Returns true if MPSL is already initialized, false otherwise.

mpsl_low_priority_process^⚠

MPSL low priority processing handler.

mpsl_lowpower_request_callback^⚠

De-request CONSTLAT to be on.

mpsl_pan_rfu^⚠

RFU

mpsl_pm_init^⚠

Initialize MPSL external Power Management integration.

mpsl_pm_low_latency_requested^⚠

Get low latency request status.

mpsl_pm_low_latency_state_get^⚠

Get low latency state.

mpsl_pm_low_latency_state_set^⚠

Set low latency state.

mpsl_pm_params_get^⚠

Get next expected event time.

mpsl_pm_uninit^⚠

Uninitialize MPSL external Power Management integration.

mpsl_temperature_get^⚠

Get the temperature measured on the chip

mpsl_timeslot_request^⚠

Requests a timeslot.

mpsl_timeslot_session_close^⚠

Closes a session for timeslot requests.

mpsl_timeslot_session_count_set^⚠

Set or update the MPSL timeslot configuration.

mpsl_timeslot_session_open^⚠

Opens a session for timeslot requests.

mpsl_tx_power_channel_map_set^⚠

Sets maximum TX power envelope. If the PHY already has an envelope configured, it will be over-written.

mpsl_tx_power_dbm_to_radio_register_convert^⚠

Converts radio power in dBm to RADIO.TXPOWER register code.

mpsl_tx_power_radio_supported_power_adjust^⚠

Adjusts TX power to a value supported by the RADIO peripheral.

mpsl_uninit^⚠

Uninitialize MPSL. Stops clocks and scheduler. This will release all peripherals and reduce power usage.

Type Aliases

IRQn_Type

Configuration_of_CMSIS

MPSL_CLOCK_LF_SRC

Low frequency clock source.

MPSL_TIMESLOT_HFCLK_CFG

Timeslot high frequency clock source configuration.

MPSL_TIMESLOT_PRIORITY

Timeslot event priorities.

MPSL_TIMESLOT_REQUEST_TYPE

Timeslot request type.

MPSL_TIMESLOT_SIGNAL

The timeslot signal types.

MPSL_TIMESLOT_SIGNAL_ACTION

The actions requested by the signal callback.

mpsl_assert_handler_t

Function prototype for the assert handler.

mpsl_clock_hfclk_callback_t

High frequency clock callback.

mpsl_clock_hfclk_latency_config_t

mpsl_cx_cb_t

Callback used to notify radio protocol about changes of granted radio operations.

mpsl_cx_op_map_t

Bitmap representing a list of radio operations.

mpsl_cx_op_t

Radio operations which may be requested from or granted by PTA.

mpsl_cx_prio_t

Priority of given radio operation.

mpsl_cx_req_trig_t

Coexistence request signal triggers.

mpsl_fem_pa_power_control_t

Type for PA power control to be applied to Front-End Module, depending on its type.

mpsl_fem_power_model_init_t

Pointer to function to be used by MPSL to initialize the model.

mpsl_fem_power_model_output_fetch_t

Pointer to function to be used by MPSL to retrieve the model’s output.

mpsl_phy_t

PHYs supported for limiting channel TX power

mpsl_pm_event_state_t

MPSL Power Management state in regards to next event.

mpsl_pm_low_latency_state_t

MPSL Power Management low latency state.

mpsl_timeslot_callback_t

The timeslot signal callback type.

mpsl_timeslot_session_id_t

The timeslot session id type

mpsl_tx_power_t

TX power, dBm.

Unions

mpsl_fem_calibration_data_t

Union that provides data for calibrating Front-End Module gain.

mpsl_timeslot_request_t__bindgen_ty_1

mpsl_timeslot_signal_return_param_t__bindgen_ty_1

mpsl_tx_power_envelope_t__bindgen_ty_1