private static string getOUTPUTRATE(txtTablesLib.simpleTableTests table, txtTablesLib.textRules rules)
{
string ret = "";
List <Dictionary <string, string> > result;
string Spanunit;
string CPLSout;
string RATE_VAL;
string RATE_UNIT;
string FLOW_SEL;
string VOL_F_UNIT;
string MASS_F_UNIT;
string OUT_MODE;
RATE_VAL = Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("E14_P1_RATE_VAL")).Value.AsString();
RATE_UNIT = Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("E13_P1_RATE_UNIT")).Value.AsString();
FLOW_SEL = Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("C30_PV_FLOW_SEL")).Value.AsString();
VOL_F_UNIT = Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("C32_VOL_F_UNIT")).Value.AsString();
MASS_F_UNIT = Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("C33_MASS_F_UNIT")).Value.AsString();
OUT_MODE = Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("E10_P1_OUT_MODE")).Value.AsString();
rules.ResultColumnsCount = 3;
CPLSout = "P/SOUT1" + RATE_VAL;
switch (FLOW_SEL)
{
case "1":
result = table.getTableResult(Properties.Settings.Default.drvDatabase + "units.txt", VOL_F_UNIT, rules);
Spanunit = result[0]["VOL_F_UNIT"].ToString();
break;
case "2":
result = table.getTableResult(Properties.Settings.Default.drvDatabase + "units.txt", MASS_F_UNIT, rules);
Spanunit = result[0]["MASS_F_UNIT"].ToString();
break;
default:
Spanunit = "";
break;
}
result = table.getTableResult(Properties.Settings.Default.drvDatabase + "units.txt", RATE_UNIT, rules);
if (result.Count > 0)
{
CPLSout += result[0]["RATE_UNIT"].ToString();
}
switch (OUT_MODE)
{
case "": // don't print
CPLSout = "";
break;
case "0": // no function
break;
case "1": // fixed pulse output
switch (RATE_UNIT)
{
case "0":
case "1":
case "2":
case "3":
case "4":
case "5":
CPLSout += Spanunit + "/P";
break;
case "6":
case "7":
case "8":
case "9":
case "10":
case "11":
CPLSout += "P/" + Spanunit;
break;
}
break;
case "2": // frequency output
case "3": // status output
break;
}
return(CPLSout);
}
public static void fillInfo()
{
string[] textos;
txtTablesLib.sErrorInfo sErr = new txtTablesLib.sErrorInfo();
txtTablesLib.simpleTableTests table = new txtTablesLib.simpleTableTests(Properties.Settings.Default.drvDatabase + "dlls");
txtTablesLib.textRules rules = new txtTablesLib.textRules();
List <Dictionary <string, string> > result;
rules.ColumnSeparator = "\t";
rules.ORSeparator = ",";
rules.ResultColumnsCount = 1;
rules.RowSeparator = "\r\n";
rules.SearchCriteria = txtTablesLib.textRules.eSearchCriteria.getOnlyFirstOccurrencyLine;
rules.useWildcards = true;
Model.PrintFieldData.Clear();
addPrintData("MODEL", Model.MSCODE.Substring(0, Model.MSCODE.IndexOf("-")));
addPrintData("STYLE", Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("SCODE")).Value);
textos = clFacilities.divideTexto(Model.MSCODE.Substring(Model.MSCODE.IndexOf("-")), clFacilities.eDivideTexto.CODE, true, Properties.Settings.Default.limitIntegralSUFIX1, Properties.Settings.Default.limitIntegralSUFIX2);
addPrintData("SUFFIX1", textos[0]);
addPrintData("SUFFIX2", textos.Length > 1 ? textos[1] : "");
if (!getAccessTable().ToUpper().Equals("AXF_Brain_Hart".ToUpper()))
{
addPrintData("SIZE", Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("C27_NOMINAL_SIZE")).Value);
addPrintData("METERFACTORL", Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("C20_LOWMF")).Value);
addPrintData("METERFACTORH", Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("C21_HIGHMF")).Value);
}
else
{
addPrintData("SIZE", Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("NOMISIZE")).Value);
addPrintData("METERFACTORL", Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("LOWMF")).Value);
addPrintData("METERFACTORH", Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("HIGHMF")).Value);
}
addPrintData("FLUIDPRESS", table.getStringTableResult(Properties.Settings.Default.drvDatabase + "FluidPress.txt", Model.MSCODE, rules));
addPrintData("FLUIDTEMP", table.getStringTableResult(Properties.Settings.Default.drvDatabase + "FluidTemp.txt", Model.MSCODE, rules));
addPrintData("AMBTEMP", table.getStringTableResult(Properties.Settings.Default.drvDatabase + "AmbTemp.txt", Model.MSCODE, rules));
rules.ResultColumnsCount = 2;
result = table.getTableResult(Properties.Settings.Default.drvDatabase + "PowerSupply.txt", Model.MSCODE, rules);
addPrintData("SUPPLY1", result.Count > 0 ? result[0]["POWERSUPPLY11"].ToString() : "");
addPrintData("SUPPLY2", result.Count > 0 ? result[0]["POWERSUPPLY12"].ToString() : "");
rules.ResultColumnsCount = 1;
addPrintData("OUTPUT1", table.getStringTableResult(Properties.Settings.Default.drvDatabase + "OutputType.txt", Model.MSCODE, rules));
addPrintData("OUTPUT2", getOUTPUTRATE(table, rules));
addPrintData("OUTPUT3", ""); // BLANK
rules.ResultColumnsCount = 1;
addPrintData("OUTPUT4", table.getStringTableResult(Properties.Settings.Default.drvDatabase + "Output.txt", Model.MSCODE, rules));
addPrintData("YEARMONTH", table.getStringTableResult(Properties.Settings.Default.drvDatabase + "ProdYear.txt", Model.MSCODE, rules));
addPrintData("SERIAL", Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("SERIALNO")).Value);
addPrintData("SERIAL2", Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("WEEKNO")).Value);
addPrintData("COMBNO", Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("CSERIAL")).Value);
textos = clFacilities.divideTexto(Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("TAGNO")).Value, clFacilities.eDivideTexto.SPACES, true, Properties.Settings.Default.limitIntegralTAG1, Properties.Settings.Default.limitIntegralTAG2);
addPrintData("TAG1", textos[0]);
//addPrintData("TAG2", textos[1]);
textos = clFacilities.divideTexto(Model.DBFieldData.FirstOrDefault(x => x.Key.Equals("TAGNO")).Value, clFacilities.eDivideTexto.SPACES, true, Properties.Settings.Default.limitTagTAG1, Properties.Settings.Default.limitTagTAG2);
addPrintData("TAG_TAG1", textos[0]);
addPrintData("TAG_TAG2", textos[1]);
Model.hasIntegral = Model.MSCODE.Substring(8, 1).Equals("A");
Model.hasRemoteSensor = "DW".Contains(Model.MSCODE.Substring(8, 1));
Model.hasTag = Model.MSCODE.Contains("/SCT");
}
