Searched refs:p (Results 1 – 25 of 25) sorted by relevance
21 In the sample @p m_single_channel is configured, and the SAADC driver is set to the advanced mode.23 - Provide an external timer in order to perform sampling at @p MAX_SAADC_SAMPLE_FREQUENCY.24 …ndpoints of the channel @p m_gppi_channels [ @p gppi_channels_purpose_t::SAADC_SAMPLING ] to trigg…26 …p m_gppi_channels [ @p gppi_channels_purpose_t::SAADC_START_ON_END ] to trigger SAADC task start (…28 @p nrfx_saadc_offset_calibrate triggers calibration in a non-blocking manner.29 Then, sampling is initiated at @p NRFX_SAADC_EVT_CALIBRATEDONE event in @p saadc_handler() by calli…30 Consecutive sample tasks are triggered by the external timer at the sample rate specified in @p SAA…33 …are setup up in a way that connects the @p NRF_SAADC_EVENT_RESULTDONE event with the GPIOTE task t…
20 Program works as a simple state machine and starts in state @p m_current_state == STATE_SINGLE_CONF…22 - STATE_SINGLE_CONFIG - SAADC driver is configured to work with only one channel ( @p m_single_chan…23 Afterward, @p m_current_state changes to STATE_SINGLE_SAMPLING.24 …ng on a single channel ( @p m_single_channel ) is performed a specified number of times ( @p SAMPL…25 - STATE_MULTIPLE_CONFIG - SAADC driver is configured to work with multiple channels ( @p m_multiple…26 Afterward, @p m_current_state changes to STATE_MULTIPLE_SAMPLING.27 …AMPLING - sampling on multiple channels ( @p m_multiple_channels ) is performed specified number o…30 by the @p nrfx_saadc_mode_trigger() function.32 In the sample there are GPIOTE tasks configured to toggle the specified ( @p m_out_pins ) loopback …
20 @p MSG_TO_SEND_MASTER message from @p m_tx_buffer_master is transmitted to @p m_rx_buffer_slave.21 Simultaneously, @p MSG_TO_SEND_SLAVE message from @p m_tx_buffer_slave is transmitted to @p m_rx_bu…22 When the transactions are completed both @p spim_handler() and @p spis_handler() are executed.23 The messages received are then read from @p m_rx_buffer_master and @p m_rx_buffer_slave.
20 @p MSG_TO_SEND_MASTER message from @p m_tx_buffer_master is transmitted to @p m_rx_buffer_slave.21 Simultaneously, @p MSG_TO_SEND_SLAVE from @p m_tx_buffer_slave is transmitted to @p m_rx_buffer_mas…22 When the transactions are completed both @p spim_handler() and @p spis_handler() are executed.23 The received messages are then read from @p m_rx_buffer_master and @p m_rx_buffer_slave.
20 In the sample the @p m_single_channel is configured, and the SAADC driver is set to the advanced mo…21 With that flag, the SAADC driver automatically triggers the @p NRF_SAADC_TASK_START task on the @p …23 @p nrfx_saadc_offset_calibrate triggers calibration in a non-blocking manner.24 Upon receiving the @p NRFX_SAADC_EVT_CALIBRATEDONE event in @p saadc_handler(), sampling is initiat…25 Consecutive sample tasks are triggered by the internal timer at the sample rate specified in @p SAA…28 …s are set up in a way that connects the @p NRF_SAADC_EVENT_RESULTDONE event with the GPIOTE task t…
20 Program works as a simple state machine and starts in state @p m_current_state == STATE_SINGLE_CONF…22 - STATE_SINGLE_CONFIG - SAADC driver is configured to work with only one channel ( @p m_single_chan…23 Afterward, @p m_current_state changes to STATE_SINGLE_SAMPLING.24 …ing on a single channel ( @p m_single_channel ) is performed specified number of times ( @p SAMPLI…25 - STATE_MULTIPLE_CONFIG - SAADC driver is configured to work with multiple channels ( @p m_multiple…26 Afterward, @p m_current_state changes to STATE_MULTIPLE_SAMPLING.27 …AMPLING - sampling on multiple channels ( @p m_multiple_channels ) is performed specified number o…30 Sampling is then invoked by the @p nrfx_saadc_mode_trigger() function.32 In the sample there are GPIOTE tasks configured to toggle specified ( @p m_out_pins ) loopback pins.
19 Program works as a simple state machine and starts in state @p m_current_state == STATE_SINGLE_CONF…21 - STATE_SINGLE_CONFIG - SAADC driver is configured to work with only one channel ( @p m_single_chan…22 Afterward, @p m_current_state changes to STATE_SINGLE_SAMPLING.23 …ing on a single channel ( @p m_single_channel ) is performed specified number of times ( @p SAMPLI…24 - STATE_MULTIPLE_CONFIG - SAADC driver is configured to work with multiple channels ( @p m_multiple…25 Afterward, @p m_current_state changes to STATE_MULTIPLE_SAMPLING.26 …AMPLING - sampling on multiple channels ( @p m_multiple_channels ) is performed specified number o…29 Sampling is then invoked by the @p nrfx_saadc_mode_trigger() function.31 In the sample there are GPIOTE tasks configured to toggle the specified ( @p m_out_pins ) loopback …
19 It then sends a specified message ( @p MSG_TO_SEND ) from master to slave and back using TWIM and T…21 * @p m_tx_buffer_master -> @p m_rx_buffer_slave -> @p m_rx_buffer_master23 The @p twim_handler() and @p twis_handler() are executed with relevant log messages.
19 …the nrfx_uarte driver, and using UARTE instance sends a specified message stored in @p m_tx_buffer.22 * @p m_tx_buffer -> @p m_rx_buffers24 To show the double-buffering feature the data is written to different buffers in the @p m_rx_buffer…25 The @p uarte_handler() is executed with relevant log messages.
20 A specified message ( @p MSG_TO_SEND ) from @p m_tx_buffer is transmitted.21 When the transfer finishes @p spim_handler(), the received message is read from @p m_rx_buffer.
19 Application initializes nrfx_twim and nrfx_twis drivers and sends a specified message ( @p MSG_TO_S…21 @p m_tx_buffer_master -> @p m_rx_buffer_slave -> @p m_rx_buffer_master
18 Application initializes the nrfx_uarte driver and sends a specified message ( @p MSG_TO_SEND ) usin…21 * @p m_tx_buffer -> @p m_rx_buffer23 The @p uarte_handler() is executed with relevant log messages.
20 The @p timer_handler() is executed in the following situations:21 * Regularly after a specified time (@p TIME_TO_WAIT_MS).22 * When the counter value is equal to @p COUNTER_MAX_VAL.
20 A specified message ( @p MSG_TO_SEND ) from @p m_tx_buffer is transmitted.21 When the transfer finishes, the received message is read from @p m_rx_buffer.
21 * @p m_drone_reg is used as an internal register map of the drone.23 * @p twim_handler() is executed with relevant log messages.24 * @p twis_handler() is used to prepare data for sending and updating particular registers of @p m_d…
23 * @p m_drone_reg is used as an internal register map of the drone.25 * @p twim_handler() is executed with relevant log messages.26 * @p twis_handler() is used to prepare data for receiving and sending.27 * @p register_read() function is used to write data from particular registers to buffer in master d…
21 It plays a simple sequence on LEDs (breathing effect) and replays this sequence @p NUM_OF_LOOPS tim…22 @p pwm_handler() is executed with a relevant log message after every loop.
20 It starts two-sequence playback on LEDs and replays this sequence @p NUM_OF_LOOPS times.21 The @p pwm_handler() is executed with a relevant log message after every loop.
58 #define RISCV_FENCE(p, s) __asm__ __volatile__ ("fence " #p "," #s : : : "memory") argument
10 body, table, div, p, dl { selector198 .p {203 td p.p {
21 The @p timer_handler() is executed after a specified time.
19 The @p rng_handler() is executed with a relevant log message until a number of generated numbers is…
19 @p egu_handler() is then executed once for each triggered channel with a relevant log message.
20 The @p temp_handler() is executed with relevant messages logged until a number of measurements perf…
