nrf_axon_platform.h File Reference

#include "drivers/axon/nrf_axon_driver.h"

Go to the source code of this file.

Macros
#define	EXPORT_API

Functions
uint32_t	nrf_axon_platform_get_clk_hz ()
	Global buffer for all axon nn model intermediate results.
uint32_t	nrf_axon_platform_get_ticks ()
	Returns the current time in units returned by nrf_axon_platform_get_clk_hz().
void	nrf_axon_platform_printf (const char *fmt,...)
	General purpose function for writing to the console.
nrf_axon_result_e	nrf_axon_platform_init ()
	Peforms necessary one-time-only platform and driver initialization code.
void	nrf_axon_platform_close ()
	Peforms necessary one-time-only platform and driver clean-up code on shutdown.
uint32_t	nrf_axon_platform_disable_interrupts ()
	disable/enable all interrupts These functions are used by the driver to perform light-weight synchronization. Interrupts will be disabled to examine and potentially update a state variable that is used across multiple threads and potentially in the interrupt context.
void	nrf_axon_platform_restore_interrupts (uint32_t restore_value)
bool	nrf_axon_platform_reserve_for_driver ()
	Reserves Axon hardware use for asynchronous job processing by the driver.
void	nrf_axon_platform_free_reservation_from_driver ()
	Frees the Axon hardware reservation made by nrf_axon_platform_reserve_for_driver().
bool	nrf_axon_platform_reserve_for_user ()
	Reserves Axon hardware use for synchronous job processing by the user.
void	nrf_axon_platform_free_reservation_from_user ()
	Frees the user's Axon reservation made with nrf_axon_platform_free_reservation_from_driver();.
void	nrf_axon_platform_generate_driver_event ()
	Driver event to event processing synchronization function.
void	nrf_axon_platform_wait_for_user_event ()
	Driver to User signaling in synchronous mode.
void	nrf_axon_platform_generate_user_event ()
int	nrf_axon_simulator_run_test_files (char *input_file_path, char *output_file_path, char *input_file_ext, char *output_file_head_str, uint32_t buffer_size, int(*callback_function)(char *input_file_name, char *output_file_name, int8_t *buffer, uint32_t buffer_size))