#include "rf_switch_driver.h"
#include "gd32f10x_gpio.h"


/**! \func	 void vRFSwitchInit(struct rf_switch_config *config)
 *  \brief  Initialize RF Switch
 */
void vRFSwitchInit(struct rf_switch_config *config, uint32_t portA, uint32_t pinA, uint32_t portB, uint32_t pinB, uint32_t portC, uint32_t pinC)
{
	config->enable = 0;
	config->rfOutState = RF_OUT_01;
	config->portA = portA;
	config->portB = portB;
	config->portC = portC;
	config->pinA = pinA;
	config->pinB = pinB;
	config->pinC = pinC;
	vSwitchRFOut(config, config->rfOutState);	
}

/**! \func	 void vRFSwitchEnable(struct rf_switch_config *config)
 *  \brief  Enable RF Switch
 */
void vRFSwitchEnable(struct rf_switch_config *config)
{
	config->enable = 1;
}

/**! \func	 void vRFSwitchDisable(struct rf_switch_config *config)
 *  \brief  Disable RF Switch
 */
void vRFSwitchDisable(struct rf_switch_config *config)
{
	config->enable = 0;
}

/**! \func	 void vSwitchRFOut(struct rf_switch_config *config, RF_OUT_ENUM state)
 *  \brief  Switch between RF out state
 */
void vSwitchRFOut(struct rf_switch_config *config, RF_OUT_ENUM state)
{
 	 config->rfOutState = state;	 
	
	 if (state & 0x01)
		 gpio_bit_set(config->portA, config->pinA);
	 else
	   gpio_bit_reset(config->portA, config->pinA);
	 
	 if (state & 0x02)
		 gpio_bit_set(config->portB, config->pinB);
	 else
		 gpio_bit_reset(config->portB, config->pinB);
	 
	 if (state & 0x04)
		 gpio_bit_set(config->portC, config->pinC);
	 else
		 gpio_bit_reset(config->portC, config->pinC);
}

/**! \func	RF_OUT_ENUM xGetRFSwitchState(struct rf_switch_config *config)
 *  \brief  Get RF Switch State
 */
RF_OUT_ENUM xGetRFSwitchState(struct rf_switch_config *config)
{
	return config->rfOutState;
}