protected ErrorResult SyncRunCommand(MatlabCommand toRunCommand)
{
//SingleMatlabCommand toRunCommand = new SingleMatlabCommand(commandString);
runCanceled = false;
return(MatlabSyncProgram.RunMatlab(toRunCommand, true));
}
/*public override void RunSync()
* {
* if (!Directory.Exists(tempPath))
* Directory.CreateDirectory(tempPath);
* File.Delete(outputLogPath);
*
* if(testWorkspace is CCTestWorkspace)
* RunCCTestCase();
* if (testWorkspace is SBTestWorkspace)
* RunSBTestCase();
*
* MatlabCommand modelSettingsCommand = MatlabCommandBuilder.GetModelSettingsMatlabCommand(testWorkspace.modelSettings);
* modelSettingsCommand.SaveToMatlabScript(tempPath + "\\" + MatlabCommandBuilder.ModelSettingsScriptFileName + ".m");
* SyncRunMainScript();
* }*/
public override void RunAsync()
{
MatlabAsyncProgram.KillMatlab();
matlabAsyncProgram = new MatlabAsyncProgram(testWorkspace.modelSettings.MatlabExePath);
if (!Directory.Exists(tempPath))
{
Directory.CreateDirectory(tempPath);
}
File.Delete(outputLogPath);
if (testWorkspace is CCTestWorkspace)
{
RunCCTestCase();
}
if (testWorkspace is SLTestWorkspace)
{
RunSBTestCase();
}
MatlabCommand modelSettingsCommand = MatlabCommandBuilder.GetModelSettingsMatlabCommand(testWorkspace.modelSettings);
modelSettingsCommand.SaveToMatlabScript(tempPath + "\\" + MatlabCommandBuilder.ModelSettingsScriptFileName + ".m");
AsyncRunMainScript();
}
public void RunMatlab(MatlabCommand matlabCommand, bool silentMode)
{
string arguemntString = " -r \"" + matlabCommand.ToString() + "\"";
Process process = new Process();
process.StartInfo.Arguments = arguemntString;
process.StartInfo.FileName = programPath;
process.Start();
}
public override ErrorResult RunSync()
{
RunExtractInfo();
MatlabCommand modelSettingsCommand = MatlabCommandBuilder.GetModelSettingsMatlabCommand(testWorkspace.modelSettings);
modelSettingsCommand.SaveToMatlabScript(tempPath + "\\" + MatlabCommandBuilder.ModelSettingsScriptFileName + ".m");
return(SyncRunMainScript());
}
public static ErrorResult RunMatlab(MatlabCommand matlabCommand, bool silentMode)
{
string commandString = matlabCommand.ToString();
matlab.Visible = 0;
string ans = matlab.Execute(commandString);
return(new ErrorResult());
}
public void TestCreateCommand_ValidArgs()
{
string cmdText = "b=a*a";
MatlabEngine engine = new MatlabEngine();
MatlabCommand cmd = engine.CreateCommand(cmdText);
SingleStatementMatlabCommand theCmd = cmd as SingleStatementMatlabCommand;
Assert.AreEqual(cmdText, theCmd.Input);
}
public override void RunAsync()
{
MatlabAsyncProgram.KillMatlab();
CCTestWorkspace ccTestWorkspace = (CCTestWorkspace)testWorkspace;
if (Directory.Exists(tempPath))
{
Directory.Delete(tempPath, true);
}
Directory.CreateDirectory(tempPath);
File.Delete(outputLogPath);
MatlabCommand modelSettingsCommand = MatlabCommandBuilder.GetModelSettingsMatlabCommand(ccTestWorkspace.modelSettings);
modelSettingsCommand.SaveToMatlabScript(tempPath + "\\" + MatlabCommandBuilder.ModelSettingsScriptFileName + ".m");
CompositeMatlabCommand mainScriptCommand = new CompositeMatlabCommand();
mainScriptCommand.LoadFromMatlabScript(templatePath + "\\RandomExploration\\RandomExplorationRun-Common.m");
CompositeMatlabCommand GenerateNewValueCommand = new CompositeMatlabCommand();
if (ccTestWorkspace.advancedCCSettings.randomExplorationAlgorithm == RandomExplorationAlgorithmsEnum.RandomSearch)
{
GenerateNewValueCommand.LoadFromMatlabScript(templatePath + "\\RandomExploration\\RandomExplorationRun-RandomSearchGenerateValues.m");
}
else if (ccTestWorkspace.advancedCCSettings.randomExplorationAlgorithm == RandomExplorationAlgorithmsEnum.AdaptiveRandomSearch)
{
GenerateNewValueCommand.LoadFromMatlabScript(templatePath + "\\RandomExploration\\RandomExplorationRun-AdaptiveRandomSearchGenerateNewValues.m");
GenerateNewValueCommand.ReplaceInTemplate("[NumCandidatePointsInAdaptiveRandomVal]", "5");
}
mainScriptCommand.ReplaceInTemplate("[MiLTester_GenerateNewValuesCode]", GenerateNewValueCommand);
mainScriptCommand.ReplaceInTemplate("[MiLTester_CodeRootVal]", codePath);
mainScriptCommand.ReplaceInTemplate("[MiLTester_SimulationTimeVal]", testWorkspace.GetSimulationTime().ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_SimulinkModelPathVal]", testWorkspace.modelSettings.SimulinkModelPath);
mainScriptCommand.ReplaceInTemplate("[MiLTester_DesiredValueVar]", ccTestWorkspace.GetDesiredValueVariable().parameterName);
mainScriptCommand.ReplaceInTemplate("[MiLTester_ActualValueVar]", ccTestWorkspace.GetActualValueVariable().parameterName);
mainScriptCommand.ReplaceInTemplate("[MiLTester_MinAlgorithmIterationsVal]", ccTestWorkspace.GetRandomExplorationMinAlgorithmIterations().ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_MaxAlgorithmIterationsVal]", ccTestWorkspace.GetRandomExplorationMaxAlgorithmIterations().ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_NumberOfPointsInEachRegionVal]", ccTestWorkspace.ccSettings.numberOfPointsInEachRegion.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_HeatMapDiagramDivisionFactorVal]", ccTestWorkspace.ccSettings.heatMapDiagramDivisionFactor.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_RangeStartVal]", ccTestWorkspace.GetDesiredValueVariable().from.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_RangeStopVal]", ccTestWorkspace.GetDesiredValueVariable().to.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_CalibrationVariablesNamesVar]", ccTestWorkspace.GetCalibrationVariableNamesStr());
mainScriptCommand.ReplaceInTemplate("[MiLTester_CalibrationVariablesMinimumsVal]", ccTestWorkspace.GetCalibrationVariableMinimumsStr());
mainScriptCommand.ReplaceInTemplate("[MiLTester_CalibrationVariablesMaximumsVal]", ccTestWorkspace.GetCalibrationVariableMaximumsStr());
mainScriptCommand.SaveToMatlabScript(tempPath + "\\" + MatlabCommandBuilder.MainScriptFileName + ".m");
AsyncRunMainScript();
}
//protected override void ReportResultsOnRunFinish(MatlabRunOutput matlabRunOutput)
//{
// singleTestRunProgressListener.TestFinished(matlabRunOutput.CheckOutput());
//}
public override ErrorResult RunSync()
{
if (!Directory.Exists(tempPath))
{
Directory.CreateDirectory(tempPath);
}
File.Delete(outputLogPath);
if (testWorkspace is SLTestWorkspace)
{
RunSLTestCase();
}
MatlabCommand modelSettingsCommand = MatlabCommandBuilder.GetModelSettingsMatlabCommand(testWorkspace.modelSettings);
modelSettingsCommand.SaveToMatlabScript(tempPath + "\\" + MatlabCommandBuilder.ModelSettingsScriptFileName + ".m");
return(SyncRunMainScript());
}
private void _runScript(MatlabEngine engine, IEnumerable <string> script)
{
try
{
string currentDir = Directory.GetCurrentDirectory();
string cdToDir = string.Format("cd {0}", currentDir);
MatlabCommand cmd = engine.CreateCommand(cdToDir);
cmd.Execute();
MatlabCommand c = engine.CreateCommand(script);
c.Execute();
MatlabCommand close = engine.CreateCommand("fclose('all')");
close.Execute();
}
catch (Exception e)
{
string err = "Error executing Matlab script. Ensure all variables have been provided " +
"and that the script functions within Matlab.";
throw new AlgorithmException(err, e);
}
}
public override void RunAsync()
{
MatlabAsyncProgram.KillMatlab();
matlabAsyncProgram = new MatlabAsyncProgram(testWorkspace.modelSettings.MatlabExePath);
SLTestWorkspace slTestWorkspace = (SLTestWorkspace)testWorkspace;
//if (Directory.Exists(tempPath))
// Directory.Delete(tempPath,true);
//Directory.CreateDirectory(tempPath);
//File.Delete(outputLogPath);
MatlabCommand modelSettingsCommand = MatlabCommandBuilder.GetModelSettingsMatlabCommand(slTestWorkspace.modelSettings);
modelSettingsCommand.SaveToMatlabScript(tempPath + "\\" + MatlabCommandBuilder.ModelSettingsScriptFileName + ".m");
CompositeMatlabCommand mainScriptCommand = new CompositeMatlabCommand();
mainScriptCommand.LoadFromMatlabScript(templatePath + "\\SLTestGeneration\\SLTestGenerationRun.m");
mainScriptCommand.ReplaceInTemplate("[MiLTester_CodeRootVal]", codePath);
mainScriptCommand.ReplaceInTemplate("[MiLTester_ModelComltName]", testWorkspace.modelSettings.GetSimulinkModelNameWithNoExtension());
mainScriptCommand.ReplaceInTemplate("[MiLTester_SimulinkModelPathVal]", testWorkspace.modelSettings.GetSimulinkModelDirectory());
mainScriptCommand.SaveToMatlabScript(tempPath + "\\" + MatlabCommandBuilder.MainScriptFileName + ".m");
AsyncRunMainScript();
}
public void RunSingleStateSearchInRegion(HeatMapRegion heatMapRegion)
{
MatlabAsyncProgram.KillMatlab();
matlabAsyncProgram = new MatlabAsyncProgram(testWorkspace.modelSettings.MatlabExePath);
CCTestWorkspace ccTestWorkspace = (CCTestWorkspace)testWorkspace;
if (!Directory.Exists(tempPath))
{
Directory.CreateDirectory(tempPath);
}
File.Delete(outputLogPath);
MatlabCommand modelSettingsCommand = MatlabCommandBuilder.GetModelSettingsMatlabCommand(ccTestWorkspace.modelSettings);
modelSettingsCommand.SaveToMatlabScript(tempPath + "\\" + MatlabCommandBuilder.ModelSettingsScriptFileName + ".m");
CompositeMatlabCommand mainScriptCommand = new CompositeMatlabCommand();
mainScriptCommand.LoadFromMatlabScript(templatePath + "\\SingleStateSearch\\SingleStateSearch-Common.m");
CompositeMatlabCommand GenerateNewValuesCommand = new CompositeMatlabCommand();
CompositeMatlabCommand ReplaceValuesCommand = new CompositeMatlabCommand();
if (ccTestWorkspace.advancedCCSettings.singelStateSearchAlgorithm == SingelStateSearchAlgorithmsEnum.RandomSearch)
{
GenerateNewValuesCommand.LoadFromMatlabScript(templatePath + "\\SingleStateSearch\\RandomSearch\\SingleStateSearch-RandomSearchGenerateValues.m");
ReplaceValuesCommand.LoadFromMatlabScript(templatePath + "\\SingleStateSearch\\RandomSearch\\SingleStateSearch-RandomSearchReplaceValues.m");
}
else if (ccTestWorkspace.advancedCCSettings.singelStateSearchAlgorithm == SingelStateSearchAlgorithmsEnum.HillClimbing)
{
GenerateNewValuesCommand.LoadFromMatlabScript(templatePath + "\\SingleStateSearch\\HillClimbing\\SingleStateSearch-HillClimbingGenerateValues.m");
GenerateNewValuesCommand.ReplaceInTemplate("[MiLTester_EASigmalVal]", ccTestWorkspace.GetSigmaForSingleStateSearch().ToString());
ReplaceValuesCommand.LoadFromMatlabScript(templatePath + "\\SingleStateSearch\\HillClimbing\\SingleStateSearch-HillClimbingReplaceValues.m");
}
else if (ccTestWorkspace.advancedCCSettings.singelStateSearchAlgorithm == SingelStateSearchAlgorithmsEnum.HCRR)
{
GenerateNewValuesCommand.LoadFromMatlabScript(templatePath + "\\SingleStateSearch\\HCRR\\SingleStateSearch-HillClimbingGenerateValues.m");
GenerateNewValuesCommand.ReplaceInTemplate("[MiLTester_EASigmalVal]", ccTestWorkspace.GetSigmaForSingleStateSearch().ToString());
ReplaceValuesCommand.LoadFromMatlabScript(templatePath + "\\SingleStateSearch\\HCRR\\SingleStateSearch-HillClimbingReplaceValues.m");
}
else if (ccTestWorkspace.advancedCCSettings.singelStateSearchAlgorithm == SingelStateSearchAlgorithmsEnum.SimulatedAnnealing)
{
GenerateNewValuesCommand.LoadFromMatlabScript(templatePath + "\\SingleStateSearch\\SimulatedAnnealing\\SingleStateSearch-SimulatedAnnealingGenerateValues.m");
GenerateNewValuesCommand.ReplaceInTemplate("[MiLTester_EASigmalVal]", ccTestWorkspace.GetSigmaForSingleStateSearch().ToString());
ReplaceValuesCommand.LoadFromMatlabScript(templatePath + "\\SingleStateSearch\\SimulatedAnnealing\\SingleStateSearch-SimulatedAnnealingReplaceValues.m");
ReplaceValuesCommand.ReplaceInTemplate("[MiLTester_AnnealingScheduleVal]", ccTestWorkspace.GetAnnealingScheduleForSingleStateSearch().ToString());
}
mainScriptCommand.ReplaceInTemplate("[MiLTester_GenerateNewValuesCode]", GenerateNewValuesCommand);
mainScriptCommand.ReplaceInTemplate("[MiLTester_ReplaceValuesCode]", ReplaceValuesCommand);
mainScriptCommand.ReplaceInTemplate("[MiLTester_CodeRootVal]", codePath);
mainScriptCommand.ReplaceInTemplate("[MiLTester_SimulationTimeVal]", testWorkspace.GetSimulationTime().ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_SimulinkModelPathVal]", testWorkspace.modelSettings.SimulinkModelPath);
mainScriptCommand.ReplaceInTemplate("[MiLTester_SearchVariablesCntVal]", ccTestWorkspace.GetSearchVariablesCnt().ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_RegionWidthRangeStartVal]", heatMapRegion.xStart.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_RegionWidthRangeStopVal]", heatMapRegion.xEnd.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_RegionHeightRangeStartVal]", heatMapRegion.yStart.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_RegionHeightRangeStopVal]", heatMapRegion.yEnd.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_WorstPointFromRandomExplorationInitialDesiredVal]", heatMapRegion.worstCasePointFromRandomExploration.x.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_WorstPointFromRandomExplorationFinalDesiredVal]", heatMapRegion.worstCasePointFromRandomExploration.y.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_AlgorithmRoundsVal]", ccTestWorkspace.advancedCCSettings.algorithmRounds.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_AlgorithmIterationsVal]", ccTestWorkspace.advancedCCSettings.algorithmIterations.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_SelectedObjectiveFunction]", heatMapRegion.requirementName);
mainScriptCommand.ReplaceInTemplate("[MiLTester_DesiredValueVar]", ccTestWorkspace.GetDesiredValueVariable().parameterName);
mainScriptCommand.ReplaceInTemplate("[MiLTester_ActualValueVar]", ccTestWorkspace.GetActualValueVariable().parameterName);
mainScriptCommand.ReplaceInTemplate("[MiLTester_RegionWidthIndexVal]", heatMapRegion.indexX.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_RegionHeightIndexVal]", heatMapRegion.indexY.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_RangeStartVal]", ccTestWorkspace.GetDesiredValueVariable().from.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_RangeStopVal]", ccTestWorkspace.GetDesiredValueVariable().to.ToString());
mainScriptCommand.ReplaceInTemplate("[MiLTester_AnnealingStartTemprature]", ccTestWorkspace.GetAnnealingStartTemprature().ToString());
mainScriptCommand.SaveToMatlabScript(tempPath + "\\" + MatlabCommandBuilder.MainScriptFileName + ".m");
AsyncRunMainScript();
}
public override ErrorResult RunSync()
{
MatlabCommand closeWindowsMatlabCommand = MatlabCommandBuilder.GetCloseWindowsMatlabCommand();
return(SyncRunCommand(closeWindowsMatlabCommand));
}
public override ErrorResult RunSync()
{
MatlabCommand highlightBlockCommand = MatlabCommandBuilder.GeHighlightBlcokMatlabCommand(blockPath);
return(SyncRunCommand(highlightBlockCommand));
}
public void TestCreateComplexCommand_ValidArgs()
{
IEnumerable <string> cmds = new [] { "a=1+1" };
MatlabEngine engine = new MatlabEngine();
MatlabCommand cmd = engine.CreateCommand(cmds);
}
