internal IEnumerable <CRflRow> NewR1NCForeignKeyRows(CRflProperty aR1NCProperty)
{
var aR1NPTyp = aR1NCProperty.DeclaringTyp;
var aR1NCTyp = this.GetReturnTyp(aR1NCProperty);
var aFkPropertyName = this.GetR1NCForeignKeyPropertyName(aR1NCProperty);
var aSelfTypName = aR1NPTyp.Name;
var aFkTypName = aR1NCTyp.Name;
var aGeneratedComment = "Generated by " + nameof(CGenModelInterpreter) + "." + nameof(NewR1NCForeignKeyRows);
var aFkPropertyRow = CRflRow.New(aFkTypName, aFkPropertyName, this.Tok.Mdl_P_A_Typ_Nme, nameof(System.Guid), string.Empty, aGeneratedComment);
var aFkPropertyWriteOnlyBySystemRow = CRflRow.New(aFkTypName, aFkPropertyName, this.Tok.Trg_P_A_WriteOnlyBySystem, true.ToString());
var aFkCounterpartTypeAttributeType = this.Tok.GetModelAttributeTypName(typeof(CbOrm.App.Sys.CForeignKeyCounterpartTypeAttribute));
var aFkCounterpartTypeAttributeValue = aSelfTypName;
var aFkCounterpartTypeAttributeRow = CRflRow.New(aFkTypName, aFkPropertyName, this.Tok.Mdl_P_A_Nme_DomA + aFkCounterpartTypeAttributeType, aFkCounterpartTypeAttributeValue, string.Empty, aGeneratedComment);
var aFkCounterpartPropertyAttributeType = this.Tok.GetModelAttributeTypName(typeof(CForeignKeyCounterpartPropertyNameAttribute));
var aFkCounterpartPropertyAttributeValue = aR1NCProperty.Name;
var aFkCounterpartAttributeRow = CRflRow.New(aFkTypName, aFkPropertyName, this.Tok.Mdl_P_A_Nme_DomA + aFkCounterpartPropertyAttributeType, aFkCounterpartPropertyAttributeValue, string.Empty, aGeneratedComment);
yield return(aFkPropertyRow);
yield return(aFkPropertyWriteOnlyBySystemRow);
yield return(aFkCounterpartTypeAttributeRow);
yield return(aFkCounterpartAttributeRow);
}
public virtual IEnumerable <CRflRow> NewR1NCReverseNavigationRows(CRflProperty aR1NCProperty)
{
var aR1NPTyp = aR1NCProperty.DeclaringTyp;
var aR1NCTyp = this.GetReturnTyp(aR1NCProperty);
var aTargetTypName = aR1NCTyp.Name;
var aReverseRefPropertyName = this.GetR1NCReverseNavigationRefName(aR1NCProperty);
var aReferencedTypName = aR1NPTyp.Name;
var aGeneratorComment = "Generated by " + nameof(CGenModelInterpreter) + "." + nameof(NewR1NCReverseNavigationRows);
var aRefTypDeclRow = CRflRow.New(aTargetTypName, aReverseRefPropertyName, this.Tok.Mdl_P_A_Typ_Nme, aReferencedTypName, string.Empty, aGeneratorComment);
var aRefCardinalityRow = CRflRow.New(aTargetTypName, aReverseRefPropertyName, this.Tok.Mdl_P_A_Nme_Crd, CCardinalityEnum.R1NP.ToString().TrimStart("R"), string.Empty, aGeneratorComment);
yield return(aRefTypDeclRow);
yield return(aRefCardinalityRow);
}
public MainWindow()
{
InitializeComponent();
var aDirectoryInfo = new DirectoryInfo(
System.IO.Path.Combine(new FileInfo(this.GetType().Assembly.Location).Directory.Parent.Parent.Parent.FullName,
@"CbOrm\UnitTest"
));
var aFileInfo = new FileInfo(System.IO.Path.Combine(aDirectoryInfo.FullName, "TestSequence.xdl"));
var aRows = CRflRow.NewFromTextFile(aFileInfo);
var aVms = (from aRow in aRows
where aRow.RecognizeBool
select new CTestCaseVm(aFileInfo.Directory, aRow)).ToArray();
this.TestCaseVms = aVms;
this.RefreshTestCase();
this.InterceptionBorder.Visibility = Visibility.Collapsed;
this.TestSequenceFile = aFileInfo;
}
public virtual IEnumerable <CRflRow> NewR11CReverseNavigationRows(CRflProperty aR11CProperty)
{
var aR11PTyp = aR11CProperty.DeclaringTyp;
var aR11CTyp = this.GetReturnTyp(aR11CProperty);
var aTargetTypName = aR11CTyp.Name;
var aReverseRefPropertyName = this.GetR11CReverseNavigationRefName(aR11CProperty);
var aFkPropertyName = this.GetR11CReverseNavigationFkPropertyName(aR11CProperty);
var aReferencedTypName = aR11PTyp.Name;
var aGeneratorComment = "Generated by " + nameof(CGenModelInterpreter) + "." + nameof(NewR11CReverseNavigationRows);
var aRefTypDeclRow = CRflRow.New(aTargetTypName, aReverseRefPropertyName, this.Tok.Mdl_P_A_Typ_Nme, aReferencedTypName, string.Empty, aGeneratorComment);
var aRefCardinalityRow = CRflRow.New(aTargetTypName, aReverseRefPropertyName, this.Tok.Mdl_P_A_Nme_Crd, CCardinalityEnum.R11P.ToString().TrimStart("R"), string.Empty, aGeneratorComment);
var aRefFkRow = CRflRow.New(aTargetTypName, aFkPropertyName, this.Tok.Mdl_P_A_Typ_Nme, nameof(Guid));
var aFkCounterpartTypeAttributeType = this.Tok.GetModelAttributeTypName(typeof(CbOrm.App.Sys.CForeignKeyCounterpartTypeAttribute));
var aSelfTypName = aR11CTyp.Name;
var aSelfPropertyName = aReverseRefPropertyName;
yield return(aRefFkRow);
yield return(aRefTypDeclRow);
yield return(aRefCardinalityRow);
}
public void Run(CTestCase aTestCase)
{
var aReport = this.Report;
var aTestSequence = this.TestSequence;
var aDir = this.TestCasesDirectoryInfo;
var aTestInterceptor = this.TestInterceptor;
var aInterceptTemplate = new Action <CTestResultEventArgs>(delegate(CTestResultEventArgs aArgs)
{
aTestInterceptor.Accepted = (bool)aArgs.TestResult.Dyn().Ok;
aTestInterceptor.OnIntercept(aArgs);
if (!aTestInterceptor.Accepted)
{
throw new Exception("TestCase interceptur did not accept.");
}
});
var aInModelFileInfo = new FileInfo(Path.Combine(aDir.FullName, aTestCase.Name + "-in.xdl"));
var aOutTestFileInfo = new FileInfo(Path.Combine(aDir.FullName, aTestCase.Name + "-out-test.cs"));
var aOutOkFileInfo = new FileInfo(Path.Combine(aDir.FullName, aTestCase.Name + "-out-ok.cs"));
System.Diagnostics.Debug.Print("Running Test: " + aTestCase.Name);
if (aInModelFileInfo.Exists)
{
var aGenerator = new CCodeGenerator(new CGenModelInterpreter(),
new CGenTokens(),
new CCodeDomBuilder(),
aInModelFileInfo,
null,
aOutTestFileInfo,
null);
var aTestCaseId = aTestCase.Name;
var aNamespace = "Test" + aTestCaseId.Replace("-", "_");
var aNamespaceRow = CRflRow.New(string.Empty, string.Empty, this.Tok.Mdl_G_A_Nsp_Nme, aNamespace);
var aSchemaRow = CRflRow.New(string.Empty, string.Empty, this.Tok.Mdl_G_A_ModelName, "Test");
aGenerator.Exp.ChainedExpanders.Add(new CRowsExpander(aNamespaceRow, aSchemaRow));
aGenerator.GenerateCode();
var aOutTestLines = File.ReadAllLines(aOutTestFileInfo.FullName);
if (!aOutTestFileInfo.Exists)
{
System.Diagnostics.Debugger.Break(); // First Test detected. Continue to accept.
File.WriteAllLines(aOutTestFileInfo.FullName, aOutTestLines);
}
else if (!aOutOkFileInfo.Exists)
{
System.Diagnostics.Debugger.Break(); // First Test-Validation detected. Continue to accept.
File.WriteAllLines(aOutOkFileInfo.FullName, aOutTestLines);
}
else
{
try
{
Action aAcceptAction;
var aTestResults = new List <CTestResult>();
var aOkLines = File.ReadAllLines(aOutOkFileInfo.FullName);
if (aOutTestLines.Length != aOkLines.Length)
{
aTestResults.Add(CTestResultBuilder.NewTestResult(aTestCase, false, default(int?), "Number of generated rows missmatch."));
aAcceptAction = new Action(delegate() { File.WriteAllLines(aOutOkFileInfo.FullName, aOutTestLines); });
}
else
{
var aLinePairs = from aIdx in Enumerable.Range(0, aOutTestLines.Length) select new Tuple <int, string, string>(aIdx, aOkLines[aIdx], aOutTestLines[aIdx]);
var aFirstDiff = (from aTest in aLinePairs
where aTest.Item2 != aTest.Item3
select aTest).FirstOrDefault();
if (aFirstDiff.IsNullRef())
{
var aTestMethods = new CGenTestMethods();
var aExcNullable = aTestMethods.RunTests(aTestCase);
aTestResults.AddRange(aTestMethods.TestResults);
aTestResults.Add(CTestResultBuilder.NewTestResult(aTestCase, aExcNullable.IsNullRef(), default, aExcNullable.IsNullRef() ? string.Empty : aExcNullable.Message));
public CRflAttribute(CRflProperty aRflProperty, CRflRow aRflRow)
{
this.RflProperty = aRflProperty;
this.Row = aRflRow;
}