#include "t_define.h"
#include "t_bk3231sf.h"
#include "t_icu.h"

void IcuPphCfg(uint8 pph, uint8 clksrc, uint8 clkfreq, uint8 clkprediv, uint8 clken, uint8 inten, uint8 wakeen, uint8 fiqprio)
{
	if(pph == ICU_PPH_CORE)
	{
		
	}
	else if(pph == ICU_PPH_ADC)
	{
		REG_ICU_ADC_CLK_CFG = SET_VALUE(REG_ICU_ADC_CLK_CFG, 
							                      (BM_ICU_ADC_CLK_DIV|BM_ICU_ADC_CLK_DISEN), 
							                      (((uint32)clkprediv<<BO_ICU_ADC_CLK_DIV) | ((uint32)clken<<BO_ICU_ADC_CLK_DISEN)));
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
																	 (BM_ICU_INT_ADC|BM_ICU_INT_ADC_WAKEUP), 
																	 (((uint32)inten<<BO_ICU_INT_ADC) | ((uint32)wakeen<<BO_ICU_INT_ADC_WAKEUP)));
		REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_ADC|BM_ICU_INT_ADC_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_ADC) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_ADC_WAKEUP)));
	}
	else if(pph == ICU_PPH_UART)
	{
		REG_ICU_UART_CLK_CFG = SET_VALUE(REG_ICU_I2C_CLK_CFG, 
							                       BM_ICU_UART_CLK_DISEN, 
							                       ((uint32)clken<<BO_ICU_UART_CLK_DISEN));
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
																	 (BM_ICU_INT_UART|BM_ICU_INT_UART_WAKEUP), 
																	 (((uint32)inten<<BO_ICU_INT_UART) | ((uint32)wakeen<<BO_ICU_INT_UART_WAKEUP)));	
    REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_UART|BM_ICU_INT_UART_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_UART) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_UART_WAKEUP)));		
	}
	else if(pph == ICU_PPH_I2C0)
	{
		REG_ICU_I2C_CLK_CFG = SET_VALUE(REG_ICU_I2C_CLK_CFG, 
							                      BM_ICU_I2C0_CLK_DISEN, 
							                      ((uint32)clken<<BO_ICU_I2C0_CLK_DISEN));
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
																	 (BM_ICU_INT_I2C0|BM_ICU_INT_I2C0_WAKEUP), 
																	 (((uint32)inten<<BO_ICU_INT_I2C0) | ((uint32)wakeen<<BO_ICU_INT_I2C0_WAKEUP)));
    REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_I2C0|BM_ICU_INT_I2C0_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_I2C0) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_I2C0_WAKEUP)));			
	}
	else if(pph == ICU_PPH_I2C1)
	{
		REG_ICU_I2C_CLK_CFG = SET_VALUE(REG_ICU_I2C_CLK_CFG, 
							                      BM_ICU_I2C1_CLK_DISEN, 
							                      ((uint32)clken<<BO_ICU_I2C1_CLK_DISEN));		
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
							                     (BM_ICU_INT_I2C1|BM_ICU_INT_I2C1_WAKEUP), 
							                     (((uint32)inten<<BO_ICU_INT_I2C1) | ((uint32)wakeen<<BO_ICU_INT_I2C1_WAKEUP)));
    REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_I2C1|BM_ICU_INT_I2C1_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_I2C1) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_I2C1_WAKEUP)));			
	}	
	else if(pph == ICU_PPH_SPI)
	{
		
	}	
	else if(pph == ICU_PPH_CEVA)
	{
		
	}
	else if(pph == ICU_PPH_WD)
	{
		
	}
	else if(pph == ICU_PPH_BK24)
	{
		
	}
	else if(pph == ICU_PPH_LPO)
	{
		
	}
	else if(pph == ICU_PPH_RTC)
	{
		REG_ICU_RTC_CLK_CFG = SET_VALUE(REG_ICU_RTC_CLK_CFG, 
																	  BM_ICU_RTC_CLK_DISEN, 
																	  ((uint32)clken<<BO_ICU_RTC_CLK_DISEN));
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
																	 (BM_ICU_INT_RTC|BM_ICU_INT_RTC_WAKEUP), 
																	 (((uint32)inten<<BO_ICU_INT_RTC) | ((uint32)wakeen<<BO_ICU_INT_RTC_WAKEUP)));
		REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_PWM) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_PWM_WAKEUP)));
	}
	else if(pph == ICU_PPH_PWM0)
	{
		REG_ICU_PWM0_CLK_CFG = SET_VALUE(REG_ICU_PWM0_CLK_CFG, 
							                       (BM_ICU_PWM0_CLK_SEL|BM_ICU_PWM0_CLK_DISEN), 
							                       (((uint32)clkfreq<<BO_ICU_PWM0_CLK_SEL) | ((uint32)clken<<BO_ICU_PWM0_CLK_DISEN)));
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
																	 (BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP), 
																	 (((uint32)inten<<BO_ICU_INT_PWM) | ((uint32)wakeen<<BO_ICU_INT_PWM_WAKEUP)));
		REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_PWM) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_PWM_WAKEUP)));
	}
	else if(pph == ICU_PPH_PWM1)
	{
		REG_ICU_PWM1_CLK_CFG = SET_VALUE(REG_ICU_PWM1_CLK_CFG, 
							                       (BM_ICU_PWM1_CLK_SEL|BM_ICU_PWM1_CLK_DISEN), 
							                       (((uint32)clkfreq<<BO_ICU_PWM1_CLK_SEL) | ((uint32)clken<<BO_ICU_PWM1_CLK_DISEN)));
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
																	 (BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP), 
																	 (((uint32)inten<<BO_ICU_INT_PWM) | ((uint32)wakeen<<BO_ICU_INT_PWM_WAKEUP)));
		REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_PWM) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_PWM_WAKEUP)));		
	}
	else if(pph == ICU_PPH_PWM2)
	{
		REG_ICU_PWM2_CLK_CFG = SET_VALUE(REG_ICU_PWM2_CLK_CFG, 
							                       (BM_ICU_PWM2_CLK_SEL|BM_ICU_PWM2_CLK_DISEN), 
							                       (((uint32)clkfreq<<BO_ICU_PWM2_CLK_SEL) | ((uint32)clken<<BO_ICU_PWM2_CLK_DISEN)));
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
																	 (BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP), 
																	 (((uint32)inten<<BO_ICU_INT_PWM) | ((uint32)wakeen<<BO_ICU_INT_PWM_WAKEUP)));
		REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_PWM) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_PWM_WAKEUP)));		
	}
	else if(pph == ICU_PPH_PWM3)
	{
		REG_ICU_PWM3_CLK_CFG = SET_VALUE(REG_ICU_PWM3_CLK_CFG, 
							                       (BM_ICU_PWM3_CLK_SEL|BM_ICU_PWM3_CLK_DISEN), 
							                       (((uint32)clkfreq<<BO_ICU_PWM3_CLK_SEL) | ((uint32)clken<<BO_ICU_PWM3_CLK_DISEN)));
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
																	 (BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP), 
																	 (((uint32)inten<<BO_ICU_INT_PWM) | ((uint32)wakeen<<BO_ICU_INT_PWM_WAKEUP)));
		REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_PWM) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_PWM_WAKEUP)));		
	}
	else if(pph == ICU_PPH_PWM4)
	{
		REG_ICU_PWM4_CLK_CFG = SET_VALUE(REG_ICU_PWM4_CLK_CFG, 
							                       (BM_ICU_PWM4_CLK_SEL|BM_ICU_PWM4_CLK_DISEN), 
							                       (((uint32)clkfreq<<BO_ICU_PWM4_CLK_SEL) | ((uint32)clken<<BO_ICU_PWM4_CLK_DISEN)));
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
																	 (BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP), 
																	 (((uint32)inten<<BO_ICU_INT_PWM) | ((uint32)wakeen<<BO_ICU_INT_PWM_WAKEUP)));
		REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_PWM) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_PWM_WAKEUP)));		
	}
	else if(pph == ICU_PPH_PWM5)
	{
		REG_ICU_PWM4_CLK_CFG = SET_VALUE(REG_ICU_PWM4_CLK_CFG, 
							                       (BM_ICU_PWM5_CLK_SEL|BM_ICU_PWM5_CLK_DISEN), 
							                       (((uint32)clkfreq<<BO_ICU_PWM5_CLK_SEL) | ((uint32)clken<<BO_ICU_PWM5_CLK_DISEN)));
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
																	 (BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP), 
																	 (((uint32)inten<<BO_ICU_INT_PWM) | ((uint32)wakeen<<BO_ICU_INT_PWM_WAKEUP)));
		REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_PWM|BM_ICU_INT_PWM_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_PWM) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_PWM_WAKEUP)));		
	}
	else if(pph == ICU_PPH_TIMER)
	{
		REG_ICU_PWM4_CLK_CFG = SET_VALUE(REG_ICU_PWM4_CLK_CFG, 
							                       (BM_ICU_TIMER_CLK_SEL|BM_ICU_TIMER_CLK_DISEN), 
							                       (((uint32)clkfreq<<BO_ICU_TIMER_CLK_SEL) | ((uint32)clken<<BO_ICU_TIMER_CLK_DISEN)));
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
																	 (BM_ICU_INT_TIMER|BM_ICU_INT_TIMER_WAKEUP), 
																	 (((uint32)inten<<BO_ICU_INT_TIMER) | ((uint32)wakeen<<BO_ICU_INT_TIMER_WAKEUP)));
		REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_TIMER|BM_ICU_INT_TIMER_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_TIMER) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_TIMER_WAKEUP)));		
	}
	else if(pph == ICU_PPH_GPIO)
	{
		REG_ICU_PPH_INT_EN = SET_VALUE(REG_ICU_PPH_INT_EN, 
																	 (BM_ICU_INT_GPIO|BM_ICU_INT_GPIO_WAKEUP), 
																	 (((uint32)inten<<BO_ICU_INT_GPIO) | ((uint32)wakeen<<BO_ICU_INT_GPIO_WAKEUP)));
		REG_ICU_PPH_INT_FIQ_PRIORITY_EN = SET_VALUE(REG_ICU_PPH_INT_FIQ_PRIORITY_EN,
																								(BM_ICU_INT_GPIO|BM_ICU_INT_GPIO_WAKEUP),
																								(((uint32)(inten&fiqprio)<<BO_ICU_INT_GPIO) | ((uint32)(wakeen&fiqprio)<<BO_ICU_INT_GPIO_WAKEUP)));
	}
}
void IcuPphClkCfg(uint8 pph, uint8 clksrc, uint8 clkfreq, uint8 clkprediv, uint8 clken)
{
	
}
void IcuPphIntCfg(uint8 pph, uint8 inten, uint8 wakeen, uint8 fiqprio)
{
	
}
uint32 IcuPphGetIntSta(void)
{
	return REG_ICU_PPH_INT_STA;
}
void IcuPphClearIntSta(uint32 intsta)
{
	REG_ICU_PPH_INT_STA = intsta;
}
void IcuPphFiqCfg(uint8 en)
{
	REG_ICU_FIQ_IRQ_EN = SET_VALUE(REG_ICU_FIQ_IRQ_EN,
								                 BM_ICU_INT_FIQ_EN,	
								                 (en<<BO_ICU_INT_FIQ_EN));
}
void IcuPphIrqCfg(uint8 en)
{
	REG_ICU_FIQ_IRQ_EN = SET_VALUE(REG_ICU_FIQ_IRQ_EN,
								                 BM_ICU_INT_IRQ_EN,	
								                 (en<<BM_ICU_INT_IRQ_EN));	
}
void IcuPphIrqFiqCfg(uint8 en)
{
	
}

void IcuEnterDeepSleep(void)
{
	REG_ICU_GPIO4_DEEP_WAKEUP_EN = SET_VALUE(REG_ICU_GPIO4_DEEP_WAKEUP_EN,
											                     BM_ICU_DEEP_SLEEP_CTRL_WORD,	
											                     (0x3231ul<<BO_ICU_DEEP_SLEEP_CTRL_WORD));
}