static int Main(string[] args)
{
var options = new Options();
if (!CommandLine.Parser.Default.ParseArguments(args, options))
{
return(4);
}
if (options.Args.Count != 3)
{
Console.Write(options.GetUsage());
return(5);
}
String sinterconf = options.Args[0];
String infilename = options.Args[1];
String outfilename = options.Args[2];
String workingDir = Path.GetDirectoryName(sinterconf);
String filenameBase = Path.GetFileNameWithoutExtension(sinterconf);
String performanceFile = Path.Combine(workingDir, filenameBase + "._time.txt");
JArray inputsArray = parseCSVInputs(infilename);
JArray outputsArray = new JArray();
List <sinter_AppError> runStatuses = null;
List <List <object> > ts_byRunNumber = null;
SinterProcess sp = new SinterProcess();
sp.runSeries(sinterconf, null, inputsArray, options.Relaunch, options.Timelimit, ref outputsArray, ref runStatuses, ref ts_byRunNumber);
writeOutCsv(outfilename, outputsArray);
CsvFileWriter csvWriter = new CsvFileWriter(performanceFile);
string headerString = "Open Time, Sinter Sent Time, Send Time, Run Time, Receive Time, Sinter Recieve Time";
csvWriter.WriteLine(headerString);
for (int ii = 0; ii < inputsArray.Count; ++ii)
{
csvWriter.WriteRow((List <object>)ts_byRunNumber[ii]);
}
csvWriter.Close();
Console.WriteLine("FINISHED. PRESS ENTER KEY TO EXIT PROGRAM.");
Console.ReadLine();
return(0);
}
public void UnitTest1()
{
String sinterconf = Properties.Settings.Default.UnitsTestSinter;
String infilename = Properties.Settings.Default.UnitsTestInputs;
String workingDir = Properties.Settings.Default.UnitsWorkingDir;
StreamReader inStream = new StreamReader(infilename);
StreamReader sinterConfigStream = new StreamReader(sinterconf);
string inString = inStream.ReadToEnd();
string sinterConfigString = sinterConfigStream.ReadToEnd();
inStream.Close();
sinterConfigStream.Close();
JArray injson = (JArray)JToken.Parse(inString);
JArray outjson = new JArray();
List <sinter_AppError> runStatuses = null;
List <List <object> > ts_byRunNumber = null;
SinterProcess sp = new SinterProcess();
sp.runSeries(sinterconf, null, injson, false, -1, ref outjson, ref runStatuses, ref ts_byRunNumber);
Assert.IsTrue(runStatuses[0] == sinter_AppError.si_OKAY);
//Verify the inputs
Assert.IsTrue(212.0 == (double)outjson[0]["inputs"]["in.boil.celsius"]["value"]);
Assert.IsTrue("degF" == (string)outjson[0]["inputs"]["in.boil.celsius"]["units"]);
Assert.IsTrue(100.0 == (double)outjson[0]["inputs"]["in.boil.fahrenheit"]["value"]);
Assert.IsTrue("degC" == (string)outjson[0]["inputs"]["in.boil.fahrenheit"]["units"]);
Assert.IsTrue(-273.15 == (double)outjson[0]["inputs"]["in.misc.kelvin"]["value"][0]);
Assert.IsTrue("degC" == (string)outjson[0]["inputs"]["in.misc.kelvin"]["units"]);
//Verify the outputs
Assert.IsTrue(sinter_HelperFunctions.fuzzyEquals(100.0, (double)outjson[0]["outputs"]["out.boil.celsius"]["value"], .00001));
Assert.IsTrue("degC" == (string)outjson[0]["outputs"]["out.boil.celsius"]["units"]);
Assert.IsTrue(sinter_HelperFunctions.fuzzyEquals(212.0, (double)outjson[0]["outputs"]["out.boil.fahrenheit"]["value"], .00001));
Assert.IsTrue("degF" == (string)outjson[0]["outputs"]["out.boil.fahrenheit"]["units"]);
Assert.IsTrue(sinter_HelperFunctions.fuzzyEquals(0, (double)outjson[0]["outputs"]["out.misc.kelvin"]["value"][0], .00001));
Assert.IsTrue(sinter_HelperFunctions.fuzzyEquals(273.15, (double)outjson[0]["outputs"]["out.misc.kelvin"]["value"][1], .00001));
Assert.IsTrue(sinter_HelperFunctions.fuzzyEquals(373.15, (double)outjson[0]["outputs"]["out.misc.kelvin"]["value"][2], .00001));
Assert.IsTrue("K" == (string)outjson[0]["outputs"]["out.misc.kelvin"]["units"]);
}
/// <summary>
/// Main
/// </summary>
/// <param name="args"></param>
/// <returns></returns>
static int Main(string[] args)
{
var options = new Options();
if (!CommandLine.Parser.Default.ParseArguments(args, options))
{
return(4);
}
if (options.Args.Count != 3)
{
Console.Write(options.GetUsage());
return(5);
}
String sinterconf = options.Args[0];
String infilename = options.Args[1];
String outfilename = options.Args[2];
String workingDir = Path.GetDirectoryName(sinterconf);
String filenameBase = Path.GetFileNameWithoutExtension(sinterconf);
String performanceFile = Path.Combine(workingDir, filenameBase + "._time.txt");
StreamReader inStream = new StreamReader(infilename);
//So, at the end of this we should have 1 or more input sets in the JArray inputsArray
//The console version reads in json, the actual version just pulls the dictionary from the database
string injson = "";
JToken inputJToken = null;
JArray inputsArray = null; //Will be set if the input file is a set of runs
JArray outputsArray = new JArray();
try
{
injson = inStream.ReadToEnd();
inputJToken = JToken.Parse(injson);
if (inputJToken is JArray)
{
inputsArray = (JArray)inputJToken;
}
else if (inputJToken is JObject)
{ //Console Sinter is expecting a JArray in the same format as the Gateway takes. [ { Input = {...} }, { { Inputs = {...} } ]
inputsArray = new JArray();
JObject singleInputDict = (JObject)inputJToken;
JObject outterDict = new JObject();
outterDict.Add("inputs", singleInputDict);
inputsArray.Add(outterDict);
}
}
catch (Exception ex)
{
Console.WriteLine("Exception while running simulation: " + ex.Message);
}
finally
{
inStream.Close();
}
List <sinter_AppError> runStatuses = null;
List <List <object> > ts_byRunNumber = null;
//
// NOTE: Implementation Detail WORKING DIRECTORY MUST CONTAIN SinterConfig File
//
SinterProcess sp = new SinterProcess();
sp.runSeries(sinterconf, null, inputsArray,
options.Relaunch, options.Timelimit, ref outputsArray, ref runStatuses, ref ts_byRunNumber);
JsonSerializerSettings jss = new JsonSerializerSettings();
jss.ReferenceLoopHandling = ReferenceLoopHandling.Ignore;
string jsonOutput = JsonConvert.SerializeObject(outputsArray, Formatting.Indented, jss);
StreamWriter outStream = new StreamWriter(outfilename);
outStream.WriteLine(jsonOutput);
outStream.Close();
CsvFileWriter csvWriter = new CsvFileWriter(performanceFile);
string headerString = "Open Time, Sinter Sent Time, Send Time, Run Time, Receive Time, Sinter Recieve Time";
csvWriter.WriteLine(headerString);
for (int ii = 0; ii < inputsArray.Count; ++ii)
{
csvWriter.WriteRow((List <object>)ts_byRunNumber[ii]);
}
csvWriter.Close();
Console.WriteLine("FINISHED. PRESS ENTER KEY TO EXIT PROGRAM.");
Console.ReadLine();
return(0);
}
