Stm_common/stm32 Multi/Led.c

#include "multi_led.h"
#include "include.h"

struct Led lRun,lAla,lErr;

void ScanLed ( void )		//100ms
{
	led_ticks();
}

void Set_RUN_GPIO(bool state) 
{
	SET_RUN_LED(state);
}
void Set_ALA_GPIO(bool state) 
{
	SET_ALA_LED(state);
}
void Set_ERR_GPIO(bool state) 
{
	SET_ERR_LED(state);
}


void Leds_Init(void)
{
	led_init_Head();
	led_init(&lRun, Set_RUN_GPIO);		
	led_init(&lAla, Set_ALA_GPIO);		
	led_init(&lErr, Set_ERR_GPIO);		

	led_set_state(&lRun, LED_WORK, 	0, 	LED_STATE2_FLASH, 	1000, 	0, 	0 );
	led_set_state(&lAla, LED_TX, 	0, 	LED_STATE0_OFF, 	0, 		0, 	0 );
	led_set_state(&lErr, LED_GZ, 	0, 	LED_STATE0_OFF, 	0, 		0, 	0 );
	
	led_start(&lRun);
	led_start(&lAla);
	led_start(&lErr);	
	//make the timer invoking the button_ticks() interval 5ms.
	//This function is implemented by yourself.
	//__timer_start(button_ticks, 0, 100); 

}


/*
通用:WorkLed闪动
通信正常: TxLed 亮 (其他功能可共用), GZLed 灭; 传输TxLed 闪
通信故障: TxLed 灭, GZLed 亮:电源故障
通信故障,100s声光提示,声可消除;光保持到,无线模块复位,或故障消除
*/
pFault FAULT_State = {.State = Bin ( 00 ) };
pFault FAULT_StateOld = {.State = Bin ( 00 ) };
bool FAULT_State_NoChange = true;
u8 sysLed_Pretreat ( u8 State )	//预处理一下:故障和恢复
{
    u8 Res = State;

    //3G/电源 故障与恢复
    switch ( State )
    {
    case LED_MODE_WORK_3G_OK:
        FAULT_State.Flag._3g = 0;
        break;

    case LED_MODE_WORK_3G_FAIL:
        FAULT_State.Flag._3g = 1;
        break;

    case LED_MODE_WORK_DC_BAT_OK:
        FAULT_State.Flag._dc_bat = 0;
        break;

    case LED_MODE_WORK_DC_BAT_FAIL:
        FAULT_State.Flag._dc_bat = 1;
        break;

    default:
        return State;
    }

    if ( FAULT_State.Flag._3g )				Res = LED_MODE_WORK_3G_FAIL;		//最优先3G
    else if ( FAULT_State.Flag._dc_bat )	Res = LED_MODE_WORK_DC_BAT_FAIL;

    FAULT_State_NoChange = false;

    return Res;
}



#if 0
//灯的控制和蜂鸣器的控制
void sysLed_Set ( u8 State )
{
    State = sysLed_Pretreat ( State );

    switch ( SysRunType )
    {
    case SysRun_Norm:
        switch ( State )
        {
        case LED_MODE_WORK_RUN:
            LedDoing ( LED_WORK, 0,	LED_STATE2_FLASH,	1000,	0,	0 );	//单位100ms: 500ms开,500ms关

            if ( FAULT_State_NoChange )					//初始化状态
            {
                LedDoing ( LED_TX,	0,	LED_STATE0_OFF, 	0,		0,	0 );
                LedDoing ( LED_GZ,	0,	LED_STATE0_OFF,		0,		0,	0 );
            }
            else if ( FAULT_State.Flag._3g )			//1.3g故障, 2.3g+电源故障
            {
                LedDoing ( LED_TX,	0,	LED_STATE0_OFF, 	0,		0,	0 );
                LedDoing ( LED_GZ,	0,	LED_STATE1_ON,		0,		0,	0 );
            }
            else if ( FAULT_State.Flag._dc_bat )		//3g正常, 电源故障
            {
                LedDoing ( LED_TX,	0,	LED_STATE1_ON,		0,		0,	0 );
                LedDoing ( LED_GZ,	0,	LED_STATE2_FLASH,	500,	0,	0 );
            }
            else										//3g正常, 电源正常
            {
                LedDoing ( LED_TX,	0,	LED_STATE1_ON,		0,		0,	0 );
                LedDoing ( LED_GZ,	0,	LED_STATE0_OFF, 	0,		0,	0 );
            }

            break;

        case LED_MODE_WORK_3G_OK:
            LedDoing ( LED_TX,	0,	LED_STATE1_ON,		0,		0,	0 );
            LedDoing ( LED_GZ,	0,	LED_STATE0_OFF, 	0,		0,	0 );
            break;

        case LED_MODE_WORK_3G_FAIL:
            LedDoing ( LED_TX,	0,	LED_STATE0_OFF, 	0,		0,	0 );
            LedDoing ( LED_GZ,	0,	LED_STATE1_ON,		0,		0,	0 );
            break;

        case LED_MODE_WORK_DC_BAT_OK:
            LedDoing ( LED_GZ,	0,	LED_STATE0_OFF, 	0,		0,	0 );
            break;

        case LED_MODE_WORK_DC_BAT_FAIL:
            LedDoing ( LED_GZ,	0,	LED_STATE2_FLASH,	500,	0,	0 );
            break;

        case LED_MODE_WORK_3G_TX:
            LedDoing ( LED_TX,	0,	LED_STATE5_FLASH_DELAY, 100, 200, 1 ); //100ms开,开关1次
            break;
			
		case LED_MODE_WORK_3G_RX:
			LedDoing ( LED_TX,	0,	LED_STATE5_FLASH_DELAY, 100, 400, 1 ); //100ms开,开关2次
			break;

        case LED_MODE_TEST_RUN:
        case LED_MODE_TEST_KGL_IN:
            break;
        }

        break;

    case SysRun_Test:
        switch ( State )
        {
        case LED_MODE_WORK_RUN:
            break;

        case LED_MODE_WORK_3G_OK:
            LedDoing ( LED_TX,	0,	LED_STATE1_ON,		0,		0,	0 );
            break;

        case LED_MODE_WORK_3G_FAIL:
            LedDoing ( LED_TX,	0,	LED_STATE0_OFF, 	0,		0,	0 );
            break;

        case LED_MODE_WORK_DC_BAT_OK:
        case LED_MODE_WORK_DC_BAT_FAIL:
        case LED_MODE_WORK_3G_TX:
		case LED_MODE_WORK_3G_RX:	
            break;

        case LED_MODE_TEST_RUN:
            LedDoing ( LED_WORK, 0,	LED_STATE2_FLASH,	200,	0,	0 );
            LedDoing ( LED_GZ,	0,	LED_STATE2_FLASH,	200,	0,	0 );
            LedDoing ( LED_TX,	0,	LED_STATE2_FLASH,	200,	0,	0 );
            break;

        case LED_MODE_TEST_KGL_IN:
            LedDoing ( LED_GZ,	0,	LED_STATE4_NOT, 	0,		0,	0 );
            break;
        }

        break;
    }

    if ( SysRunType == SysRun_Norm )
    {
        if ( FAULT_StateOld.State != FAULT_State.State )                  
        {
            FAULT_StateOld.State = FAULT_State.State;
            ( FAULT_State.State == 0 ) ? StopBeep() : StartBeep ( WARMING_BEEP );    //判断是否是正常状态，是正常则停，告警则响
        }
    }

}

#endif