#include "hwCtrl.h"
#include "PINdef.h"


#define IO_INPUT    0x01
#define IO_OUTPUT   0x00

void IO_Init(void)
{

}

void Output_Ctrl(uint8_t state)
{
    
}

#define KEY_AD_TH   60
uint8_t isKeyMatchAd(uint16_t val,uint16_t match)
{
    if ( val >= (match - KEY_AD_TH) && val <= (match + KEY_AD_TH))
    {
        return 1;
    }
    return 0;
}

#define KEY_AD_V0   60
#define KEY_AD_V1   492
#define KEY_AD_V2   882
#define KEY_AD_V3   1277
#define KEY_AD_V4   1733

#define KEY_AD_V5   992
#define KEY_AD_V6   1350

uint16_t g_AdVal[3];

uint8_t GetKeyState(uint8_t keyno)
{
    switch (keyno)
    {
    case SIGID_KEY1:
        return isKeyMatchAd(g_AdVal[ADCH_KEYAD1],KEY_AD_V5);
    case SIGID_KEY2:
        return isKeyMatchAd(g_AdVal[ADCH_KEYAD1],KEY_AD_V6);
    case SIGID_KEY3:
        return GPIO_Read(IO_KEY3)?1:0;
    case SIGID_KEY4:
        return GPIO_Read(IO_KEY4)?1:0;
    case SIGID_KEY5:
        return GPIO_Read(IO_KEY5)?1:0;
    case SIGID_KEY6:
        return GPIO_Read(IO_KEY6)?1:0;
    case SIGID_KEY7:
        return GPIO_Read(IO_KEY7)?1:0;
    case SIGID_KEY8:
        return GPIO_Read(IO_KEY8)?1:0;
    case SIGID_KEY9:
        return isKeyMatchAd(g_AdVal[ADCH_KEYAD2],KEY_AD_V0);
    case SIGID_KEY10:
        return isKeyMatchAd(g_AdVal[ADCH_KEYAD2],KEY_AD_V1);
    case SIGID_KEY13:
        return isKeyMatchAd(g_AdVal[ADCH_KEYAD2],KEY_AD_V2);
    case SIGID_KEY11:
        return isKeyMatchAd(g_AdVal[ADCH_KEYAD2],KEY_AD_V3);
    case SIGID_KEY12:
        return isKeyMatchAd(g_AdVal[ADCH_KEYAD2],KEY_AD_V4);
    default:
        return 0;
    }
}


#define LED_OFF GPIO_LOW
#define LED_ON  GPIO_HIGH

#if BOARDCFG == LEFT_BOARD
#define LEDF1   IO_LED4
#define LEDF2   IO_LED5
#define LEDF3   IO_LED6

#define LEDH1   IO_LED1
#define LEDH2   IO_LED2
#define LEDH3   IO_LED3
#else
#define LEDF1   IO_LED1
#define LEDF2   IO_LED2
#define LEDF3   IO_LED3

#define LEDH1   IO_LED4
#define LEDH2   IO_LED5
#define LEDH3   IO_LED6
#endif

void FanLED_Ctrl(uint8_t state)
{
    switch (state)
    {
    case 0:
        GPIO_Set(LEDF1,LED_OFF);
        GPIO_Set(LEDF2,LED_OFF);
        GPIO_Set(LEDF3,LED_OFF);
        break;
    case 1:
        GPIO_Set(LEDF1,LED_ON);
        GPIO_Set(LEDF2,LED_OFF);
        GPIO_Set(LEDF3,LED_OFF);
        break;
    case 2:
        GPIO_Set(LEDF1,LED_ON);
        GPIO_Set(LEDF2,LED_ON);
        GPIO_Set(LEDF3,LED_OFF);
        break;
    case 3:
        GPIO_Set(LEDF1,LED_ON);
        GPIO_Set(LEDF2,LED_ON);
        GPIO_Set(LEDF3,LED_ON);
        break;
    default:
        break;
    }
}
void HeatLED_Ctrl(uint8_t state)
{
    switch (state)
    {
    case 0:
        GPIO_Set(LEDH1,LED_OFF);
        GPIO_Set(LEDH2,LED_OFF);
        GPIO_Set(LEDH3,LED_OFF);
        break;
    case 1:
        GPIO_Set(LEDH1,LED_ON);
        GPIO_Set(LEDH2,LED_OFF);
        GPIO_Set(LEDH3,LED_OFF);
        break;
    case 2:
        GPIO_Set(LEDH1,LED_ON);
        GPIO_Set(LEDH2,LED_ON);
        GPIO_Set(LEDH3,LED_OFF);
        break;
    case 3:
        GPIO_Set(LEDH1,LED_ON);
        GPIO_Set(LEDH2,LED_ON);
        GPIO_Set(LEDH3,LED_ON);
        break;
    default:
        break;
    }
}