kuc-arc-f

    def saveSensor(self, getDat, datMc):
    	ret=False
    	clsConst = com_appConst.appConstClass()
    	connection = MySQLdb.connect(host=clsConst.mHost, db=clsConst.mDB_NAME, user=clsConst.mUser, passwd=clsConst.mPass, charset="utf8")
    	if(datMc["vnum_1"]==1):
    		cursor = connection.cursor()
    		sSql=u"INSERT INTO t_sensors (mc_id"
    		sSql=sSql+",vnum"
    		sSql=sSql+",snum"

kuc-arc-f

    # @return TRUE: opne-Valve
    def Is_validValve(self, iSen , iMoi):
    	clsConst = com_appConst.appConstClass()
    	ret=clsConst.mNG_CODE
    	if(iMoi > iSen ):
    		ret=clsConst.mOK_CODE
    	return ret

kuc-arc-f

    def getResponse(self, dicGet , dicMst):
    	ret ="000000000000000000000000"
    	ret2=""
    	
    	k_flg_1=self.Is_validValve( int(dicGet["snum_1"]) ,dicMst["moi_num"])
    	k_flg_2=self.Is_validValve( int(dicGet["snum_2"]) ,dicMst["moi_num"])
    	k_flg_3=self.Is_validValve( int(dicGet["snum_3"]) ,dicMst["moi_num"])
    	k_flg_4=self.Is_validValve( int(dicGet["snum_4"]) ,dicMst["moi_num"])
        sMoi= self.getZero_byNum(str(dicMst["moi_num"]) ,4)

kuc-arc-f

    int iSen  =0;
    int iSen2 =0;
    int iSen3 =0;
    int iSen4 =0;
    float fSen  = inSen1;
    float fSen2 = inSen2;
    float fSen3 = inSen3;
    float fSen4 = inSen4;
    iSen  = int(fSen  * 1000);
    iSen2 = int(fSen2 * 1000);

kuc-arc-f

    if( mPc.readable()) {
        char c= mPc.getc();
        mResponse3+= c;
    }else{
        if(mResponse3.length() > 31){
            printf("==== response ==== \n");
            string sRes4 = mResponse3.substr(8);
            printf("%s\n" ,sRes4.c_str() );
            mResponse3="";

kuc-arc-f

    char buff[]="0000";
    sprintf(buff, "%d", mCtOpen);
printf("valve-open=%s\n" , buff);
    if(mCtOpen >= mValveGet){
        outRelary_1=0;
        outRelary_2=0;
        outRelary_3=0;
        outRelary_4=0;
        mResponse3="";
        mSTAT = mSTAT_CONECT;

kuc-arc-f

  int iSen =0;
  int iSen2=0;
  int iSen3=0;
  int iSen4=0;
  
  iSen =analogRead(SENSOR);
  iSen2 =analogRead(SENSOR_1);
  iSen3 =analogRead(SENSOR_2);
  iSen4 =analogRead(SENSOR_3);
  

kuc-arc-f

	def get_master(self, sId ):
		ret={}
		clsConst  = com_appConst.appConstClass()
		headers = {
		  "X-Parse-Application-Id": clsConst.mParse_APP_ID ,
		  "X-Parse-REST-API-Key": clsConst.mParse_REST_ID ,
		  "Content-Type": "application/json"
		}
		dtParam = {'mc_id': int(sId) };
		params = urllib.urlencode({"where":json.dumps(dtParam)})

kuc-arc-f

    MasterApp.prototype.update_master = function (  className , sid) {
    	var parent_app=this;
		var GameScore = Parse.Object.extend(className);
		var master = new GameScore();
		
		master.set("id", sid);
		var sMoi= $('input#txt_moi_num').val();
		var sKnum= $('input#txt_kai_num_1').val();
		var vnum1= $('#txt_vnum_1').val();
		var vnum2= $('#txt_vnum_2').val();

kuc-arc-f

//main
int main() {
    mPc.baud( 115200 );
    mSTAT = mSTAT_CONECT;
    mTimer.start();
    
    while(1) {
        float sec= mTimer.read();
        if(mSTAT == mSTAT_CONECT){
            if(sec >= mTmMax){