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#include "hal_irrx.h"


#ifdef HAL_IRRX_MODULE_ENABLED
#include "low_hal_irrx.h"
#include "hal_log.h"
#include <stdio.h>
#include <string.h>
#include "hal_sleep_manager.h"
#include "hal_sleep_driver.h"


static hal_irrx_running_status_t s_hal_irrx_status = HAL_IRRX_IDLE;

#ifdef HAL_SLEEP_MANAGER_ENABLED
static uint8_t irrx_sleep_handler = 0;
#endif

hal_irrx_status_t hal_irrx_init(void)
{
    halIrRxReset();

#ifdef HAL_SLEEP_MANAGER_ENABLED
    /*get sleep handler*/
    irrx_sleep_handler = hal_sleep_manager_set_sleep_handle("irrx");
    if (irrx_sleep_handler == INVALID_SLEEP_HANDLE) {
        log_hal_error("there's no available handle when IRRX get sleep handle");
        return HAL_IRRX_STATUS_NOT_SUPPORTED;
    }
    /*lock sleep mode*/
    hal_sleep_manager_lock_sleep(irrx_sleep_handler);
#endif
    return HAL_IRRX_STATUS_OK;
}



hal_irrx_status_t hal_irrx_deinit(void)
{
    halIrRxReset();

#ifdef HAL_SLEEP_MANAGER_ENABLED
    /*unlock sleep mode*/
    hal_sleep_manager_unlock_sleep(irrx_sleep_handler);
    /*release sleep hander*/
    hal_sleep_manager_release_sleep_handle(irrx_sleep_handler);
#endif

    return HAL_IRRX_STATUS_OK;
}



hal_irrx_status_t hal_irrx_receive_rc5_start(uint8_t             format,
        hal_irrx_callback_t callback,
        void                *parameter)
{
    UINT8 ucInverse = 0;
    UINT8 ucBitReverse = 0;
    ENUM_HAL_RET_T ret = HAL_RET_FAIL;

    halIrRxReset();

    ucInverse = format & HAL_IRRX_RC5_RECEIVE_FORMAT_SIGNAL_INVERSE;
    ucBitReverse = format & HAL_IRRX_RC5_RECEIVE_FORMAT_BIT_REVERSE;

    ret = halIrRxRC5(ucInverse, ucBitReverse, 1, 1600); // RC5 should use 1600(800ms) for sample_period.
    if (HAL_RET_FAIL == ret) {
        return HAL_IRRX_STATUS_INVALID_PARAM;
    }
    halIrRxRegisterCallback(LOW_HAL_IRRX_MODE_RC5, (low_hal_irrx_callback_t)callback,parameter);

    s_hal_irrx_status = HAL_IRRX_BUSY;

    return HAL_IRRX_STATUS_OK;
}


hal_irrx_status_t hal_irrx_receive_rc5(hal_irrx_rc5_code_t *code)
{
    if (HAL_IRRX_BUSY != s_hal_irrx_status) {
        return HAL_IRRX_STATUS_NOT_SUPPORTED;
    }

    halIrRxRC5Read((PUINT8)(&(code->bits)), (PUINT32)(&(code->code[0])), (PUINT32)(&(code->code[1])));

    s_hal_irrx_status = HAL_IRRX_IDLE;

    return HAL_IRRX_STATUS_OK;
}


hal_irrx_status_t hal_irrx_receive_pwd_start(
    const hal_irrx_pwd_config_t     *config,
    hal_irrx_callback_t             callback,
    uint32_t                        *precision_us)
{
    ENUM_HAL_RET_T ret = HAL_RET_FAIL;
    void   *parameter = NULL;

    halIrRxReset();

    ret = halIrRxPulseWidthDetect(3, config->inverse, config->terminate_threshold, (unsigned int *)(precision_us));
    if (HAL_RET_FAIL == ret) {
        return HAL_IRRX_STATUS_INVALID_PARAM;
    }
    halIrRxRegisterCallback(LOW_HAL_IRRX_MODE_PWD, (low_hal_irrx_callback_t)callback,parameter);

    s_hal_irrx_status = HAL_IRRX_BUSY;

    return HAL_IRRX_STATUS_OK;

}


hal_irrx_status_t hal_irrx_receive_pwd(uint8_t  *received_length,
                                       uint8_t  *buffer,
                                       uint8_t  buffer_length)
{
    if (HAL_IRRX_BUSY != s_hal_irrx_status) {
        return HAL_IRRX_STATUS_NOT_SUPPORTED;
    }

    halIrRxPWDRead((PUINT8)received_length, (PUINT8)buffer, (UINT8)buffer_length);

    s_hal_irrx_status = HAL_IRRX_IDLE;

    return HAL_IRRX_STATUS_OK;
}


hal_irrx_status_t hal_irrx_get_running_status(hal_irrx_running_status_t *running_status)

{
    *running_status = s_hal_irrx_status;
    return HAL_IRRX_STATUS_OK;

}

#endif