hal.h

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#ifndef __rcl_hal_h__
#define __rcl_hal_h__
 
#include <stdint.h>
 
void hal_init_fsm(void (*setupFsmCb)(void), void (*schedFsmCb)(void),
                  void (*commandFsmCb)(void));
void hal_trigger_command_fsm(void);
void hal_trigger_dispatch_fsm(void);
void hal_trigger_scheduler_fsm();
uint32_t hal_get_ifg_reg(void);
uint32_t hal_get_current_time(void);
void hal_enable_setup_time_irq(void);
void hal_setup_setup_time(uint32_t setupTime);
void hal_setup_start_time(uint32_t startTime);
void hal_setup_hard_stop_time(uint32_t stopTime);
void hal_enable_hard_stop_time_irq(void);
void hal_setup_graceful_stop_time(uint32_t stopTime);
void hal_enable_graceful_stop_time_irq(void);
void hal_cancel_setup_time(void);
void hal_cancel_start_time(void);
void hal_cancel_hard_stop_time(void);
void hal_cancel_graceful_stop_time(void);
void hal_disable_radio_interrupts(void);
int16_t hal_get_temperature(void);
 
typedef enum {
    HAL_TIMER_EVT_NONE = 0,
    HAL_TIMER_EVT_SETUP = 1,
    HAL_TIMER_EVT_START = 2,
    HAL_TIMER_EVT_GRACEFUL_STOP = 3,
    HAL_TIMER_EVT_HARD_STOP = 4,
} HalTimerEvent;
 
typedef enum {
    RCL_POWER_STANDBY_AWAKE = 0,
    RCL_POWER_XTAL_AVAILABLE = 1,
} RCL_PowerEvent;
 
HalTimerEvent hal_check_clear_timer_compare(void);
void hal_setup_sync_found_cap(void);
void hal_arm_sync_found_cap(void);
uint32_t hal_get_sync_found_cap(void);
void hal_set_clkctl(uint32_t clkctl);
void hal_enable_clk_buffer(void);
void hal_power_set_constraint(void);
void hal_power_release_constraint(void);
void hal_power_open(void (*f)(RCL_PowerEvent));
void hal_power_close(void);
void hal_set_systim_imask(void);
#endif