2.29

#define NO_REMOTE 0x00
#define USE_REMOTE 0x01
//#define CONTROL_MODE NO_REMOTE
#define CONTROL_MODE USE_REMOTE
//00 7F XX
#define BUTTON_0  0x14
#define BUTTON_1  0x04
#define BUTTON_2  0x10
#define BUTTON_3  0x11
#define BUTTON_4  0x01
#define BUTTON_5  0x19
#define BUTTON_6  0x1D
#define BUTTON_7  0x55
#define BUTTON_8  0x56
#define BUTTON_9  0x57
#define BUTTON_INPUT 0x53
#define BUTTON_OUTPUT 0x47
#define BUTTON_SWITCH 0x0A
#define BUTTON_VGA  0x5D

#define REMOTE_START_CMD1 0x00
#define REMOTE_START_CMD2 0x7F

 

 

if(UartTick == 3)
      {
       if((UartCmds[0]  == REMOTE_START_CMD1)&&(UartCmds[1]  == REMOTE_START_CMD2))
       {
        UartDetected = TRUE;
        ES = 0;
       }
      }

 

 

 

 

#elif(CONTROL_MODE==USE_REMOTE) 
/* for(cTick=0;cTick<UartCmds[cTick];cTick++)
  {
   if(UartCmds[cTick]==Botton_SWITCH)
    Remote_SwitchPort();
   else if(UartCmds[cTick]==Botton_RESET)
    Remote_Detect();
   else if
    Remote_Detect();
  }
*/
 if(UartDetected == TRUE)  //UartDetected,处理
 {
  Remote_Detect();
  UartDetected = FALSE; //UartDetect继续接收
  ES = 1;
  UartTick =0;
 }
#endif
}

void Remote_Detect(void)
{ //BYTE Input1,Input2,Output1,Output2;
 BYTE Remote_Buffer[10];
 BYTE Remote_State;
 printf("\r\nKeycode=%d",UartCmds[2]);
 switch(UartCmds[2])
  {
   case BUTTON_VGA:  Remote_Index=0; break;
   case BUTTON_INPUT:  Remote_State=Remote_Input;break;
   case BUTTON_OUTPUT:  Remote_State=Remote_Output;break;
   case BUTTON_SWITCH: 
   case BUTTON_0:   NumInput=1;{if(Remote_State=Remote_Input)Input=0x00;else if(Remote_State=Remote_Output)Output=0x00;}
   case BUTTON_1:   Input=0x00;
   case BUTTON_2:   Input=0x00;
   case BUTTON_3:   Input=0x00;
   case BUTTON_4:   Input=0x00;
   case BUTTON_5:   Input=0x00;
   case BUTTON_6:   Input=0x00;
   case BUTTON_7:   Input=0x00;
   case BUTTON_8:   Input=0x00;
   case BUTTON_9:   Input=0x00;
   default: break;
    
  }

if(Remote_Index==0)
{
 if(Remote_State==Remote_Input)
  {
   if(NumInput==1)
    {
     Input=UartCmds[2];
    }
  }
}