package xin.glue.ui.G.G01;

import com.posdata.glue.biz.activity.PosActivity;
import com.posdata.glue.biz.constants.PosBizControlConstants;
import com.posdata.glue.context.PosContext;
import com.posdata.glue.dao.vo.PosParameter;
import com.posdata.glue.dao.vo.PosRowSet;

public class XinSaveCCMSt extends PosActivity {

	public String runActivity(PosContext context) {
		
		String[] CCM_SPEED_MIN = (String[])context.get("CCM_SPEED_MIN");
		String[] CCM_SPEED_MAX = (String[])context.get("CCM_SPEED_MAX");
		String[] CCM_SPEED_AVG = (String[])context.get("CCM_SPEED_AVG");
		String[] LT_ARRV_TEMP = (String[])context.get("LT_ARRV_TEMP");
		String[] SOLIDE_TEMP1 = (String[])context.get("SOLIDE_TEMP1");
		String[] SOLIDE_TEMP2 = (String[])context.get("SOLIDE_TEMP2");
		String[] TD_TEMP_MIN = (String[])context.get("TD_TEMP_MIN");
		String[] TD_TEMP_MAX = (String[])context.get("TD_TEMP_MAX");
		String[] TD_TEMP_AVG = (String[])context.get("TD_TEMP_AVG");
		String[] MD1_WTH_MIN = (String[])context.get("MD1_WTH_MIN");
		String[] MD1_WTH_MAX = (String[])context.get("MD1_WTH_MAX");
		String[] MD2_WTH_MIN = (String[])context.get("MD2_WTH_MIN");
		String[] MD2_WTH_MAX = (String[])context.get("MD2_WTH_MAX");
		String[] COOL_WATER = (String[])context.get("COOL_WATER");
		String[] MD1_OSCILL_CNT = (String[])context.get("MD1_OSCILL_CNT");
		String[] MD1_OSCILL_WTH = (String[])context.get("MD1_OSCILL_WTH");
		String[] MD2_OSCILL_CNT = (String[])context.get("MD2_OSCILL_CNT");
		String[] MD2_OSCILL_WTH = (String[])context.get("MD2_OSCILL_WTH");
		String[] STL_GRD = (String[])context.get("STL_GRD");
		
		PosParameter param = new PosParameter();
		
		param.setWhereClauseParameter(0, STL_GRD[0]);
		
		PosRowSet rowset = this.getDao("mesdao").find("UIG010020_03.select", param);
		
		if(rowset.hasNext()){
			param = new PosParameter();
			
			param.setWhereClauseParameter(0, CCM_SPEED_MIN[0]);
			param.setWhereClauseParameter(1, CCM_SPEED_MAX[0]);
			param.setWhereClauseParameter(2, CCM_SPEED_AVG[0]);
			param.setWhereClauseParameter(3, LT_ARRV_TEMP[0]);
			param.setWhereClauseParameter(4, SOLIDE_TEMP1[0]);
			param.setWhereClauseParameter(5, SOLIDE_TEMP2[0]);
			param.setWhereClauseParameter(6, TD_TEMP_MIN[0]);
			param.setWhereClauseParameter(7, TD_TEMP_MAX[0]);
			param.setWhereClauseParameter(8, TD_TEMP_AVG[0]);
			param.setWhereClauseParameter(9, MD1_WTH_MIN[0]);
			param.setWhereClauseParameter(10, MD1_WTH_MAX[0]);
			param.setWhereClauseParameter(11, MD2_WTH_MIN[0]);
			param.setWhereClauseParameter(12, MD2_WTH_MAX[0]);
			param.setWhereClauseParameter(13, COOL_WATER[0]);
			param.setWhereClauseParameter(14, MD1_OSCILL_CNT[0]);
			param.setWhereClauseParameter(15, MD1_OSCILL_WTH[0]);
			param.setWhereClauseParameter(16, MD2_OSCILL_CNT[0]);
			param.setWhereClauseParameter(17, MD2_OSCILL_WTH[0]);
			param.setWhereClauseParameter(18, STL_GRD[0]);
			
			this.getDao("mesdao").update("UIG010020_01.update", param);
		}else{
			
			param = new PosParameter();
			
			param.setValueParamter(0, CCM_SPEED_MIN[0]);
			param.setValueParamter(1, CCM_SPEED_MAX[0]);
			param.setValueParamter(2, CCM_SPEED_AVG[0]);
			param.setValueParamter(3, LT_ARRV_TEMP[0]);
			param.setValueParamter(4, SOLIDE_TEMP1[0]);
			param.setValueParamter(5, SOLIDE_TEMP2[0]);
			param.setValueParamter(6, TD_TEMP_MIN[0]);
			param.setValueParamter(7, TD_TEMP_MAX[0]);
			param.setValueParamter(8, TD_TEMP_AVG[0]);
			param.setValueParamter(9, MD1_WTH_MIN[0]);
			param.setValueParamter(10, MD1_WTH_MAX[0]);
			param.setValueParamter(11, MD2_WTH_MIN[0]);
			param.setValueParamter(12, MD2_WTH_MAX[0]);
			param.setValueParamter(13, COOL_WATER[0]);
			param.setValueParamter(14, MD1_OSCILL_CNT[0]);
			param.setValueParamter(15, MD1_OSCILL_WTH[0]);
			param.setValueParamter(16, MD2_OSCILL_CNT[0]);
			param.setValueParamter(17, MD2_OSCILL_WTH[0]);
			param.setValueParamter(18, STL_GRD[0]);
			
			this.getDao("mesdao").update("UIG010020_01.insert", param);
		}
		
		return PosBizControlConstants.SUCCESS;
	}

}