public void WhenTypeAttributeIsNotFound_ThenThrows()
{
var processor = new ModelElementDirectiveProcessor();
processor.StartProcessingRun(provider, null, new CompilerErrorCollection());
Assert.Throws<DirectiveProcessorException>(() => processor.ProcessDirective("ModelElement", new Dictionary<string, string>()));
}
public void WhenTypeAttributeIsNotFound_ThenThrows()
{
var processor = new ModelElementDirectiveProcessor();
processor.StartProcessingRun(provider, null, new CompilerErrorCollection());
Assert.Throws <DirectiveProcessorException>(() => processor.ProcessDirective("ModelElement", new Dictionary <string, string>()));
}
public void WhenGettingReferenceWithEmptyElementAssemblyPath_ThenThrows()
{
var processor = new ModelElementDirectiveProcessor();
CallContext.LogicalSetData(ModelElementDirectiveProcessor.KeyCallContextElementAssemblyPath, "");
Assert.Throws<DirectiveProcessorException>(() => processor.GetReferencesForProcessingRun());
}
public void WhenGettingReferenceWithNonExistingElementAssemblyPath_ThenThrows()
{
var processor = new ModelElementDirectiveProcessor();
CallContext.LogicalSetData(ModelElementDirectiveProcessor.KeyCallContextElementAssemblyPath, "C:\\Temp\\" + Guid.NewGuid().ToString("X") + ".dll");
Assert.Throws <DirectiveProcessorException>(() => processor.GetReferencesForProcessingRun());
}
public void WhenGettingReferenceWithEmptyElementAssemblyPath_ThenThrows()
{
var processor = new ModelElementDirectiveProcessor();
CallContext.LogicalSetData(ModelElementDirectiveProcessor.KeyCallContextElementAssemblyPath, "");
Assert.Throws <DirectiveProcessorException>(() => processor.GetReferencesForProcessingRun());
}
public void WhenGettingImportsAndElementNamespaceWasDefined_ThenReturnsDefaultImportsAndElementNamespace()
{
var processor = new ModelElementDirectiveProcessor();
CallContext.LogicalSetData(ModelElementDirectiveProcessor.KeyCallContextElementNamespace, "FooNamespace");
var imports = processor.GetImportsForProcessingRun();
Assert.True(imports.Contains("FooNamespace"));
}
public void WhenGettingImports_ThenReturnsDefaultImports()
{
var processor = new ModelElementDirectiveProcessor();
var imports = processor.GetImportsForProcessingRun();
Assert.True(imports.Contains(typeof(System.Linq.IQueryable).Namespace));
Assert.True(imports.Contains(typeof(System.Collections.Generic.IEnumerable <>).Namespace));
Assert.True(imports.Contains(typeof(Microsoft.VisualStudio.Modeling.Integration.IModelBus).Namespace));
}
public void WhenGettingReferenceAndElementAssemblyPathWasDefined_ThenReturnsDefaultReferencesAndElementReference()
{
var processor = new ModelElementDirectiveProcessor();
var elementAssemblyPath = Path.GetTempFileName();
CallContext.LogicalSetData(ModelElementDirectiveProcessor.KeyCallContextElementAssemblyPath, elementAssemblyPath);
var references = processor.GetReferencesForProcessingRun();
Assert.True(references.Contains(elementAssemblyPath));
}
public void WhenTypeAttributeIsFound_ThenElementPropertyIsGenerated()
{
var processor = new ModelElementDirectiveProcessor();
processor.StartProcessingRun(provider, null, new CompilerErrorCollection());
processor.ProcessDirective("ModelElement", directiveAttributes);
var result = processor.GetClassCodeForProcessingRun();
Assert.NotNull(result);
Assert.True(result.Contains("public new Foo.Bar Element"));
Assert.True(result.Contains("return ((Foo.Bar)(base.Element));"));
}
public void WhenTypeAttributeIsFound_ThenElementPropertyIsGenerated()
{
var processor = new ModelElementDirectiveProcessor();
processor.StartProcessingRun(provider, null, new CompilerErrorCollection());
processor.ProcessDirective("ModelElement", directiveAttributes);
var result = processor.GetClassCodeForProcessingRun();
Assert.NotNull(result);
Assert.True(result.Contains("public new Foo.Bar Element"));
Assert.True(result.Contains("return ((Foo.Bar)(base.Element));"));
}
public void WhenGettingReference_ThenReturnsDefaultReferences()
{
var processor = new ModelElementDirectiveProcessor();
var elementAssemblyPath = this.GetType().Assembly.ManifestModule.FullyQualifiedName;
CallContext.LogicalSetData(ModelElementDirectiveProcessor.KeyCallContextElementAssemblyPath, elementAssemblyPath);
var references = processor.GetReferencesForProcessingRun();
Assert.True(references.Contains(typeof(IQueryable).Assembly.Location));
Assert.True(references.Contains(typeof(IVsHierarchy).Assembly.Location));
Assert.True(references.Contains(typeof(ModelElement).Assembly.Location));
Assert.True(references.Contains(typeof(IModelBus).Assembly.Location));
Assert.True(references.Contains(typeof(ModelBusEnabledTextTransformation).Assembly.Location));
}
public void WhenGettingReferenceWithoutElementAssemblyPath_ThenThrows()
{
var processor = new ModelElementDirectiveProcessor();
Assert.Throws<DirectiveProcessorException>(() => processor.GetReferencesForProcessingRun());
}
public void WhenDirectiveNameIsModeling_ThenDirectiveIsSupported()
{
var processor = new ModelElementDirectiveProcessor();
Assert.True(processor.IsDirectiveSupported("ModelElement"));
}
public void WhenDirectiveNameIsNotModelElement_ThenDirectiveIsNotSupported()
{
var processor = new ModelElementDirectiveProcessor();
Assert.False(processor.IsDirectiveSupported("Foo"));
}
public void WhenGettingImportsAndElementNamespaceWasDefined_ThenReturnsDefaultImportsAndElementNamespace()
{
var processor = new ModelElementDirectiveProcessor();
CallContext.LogicalSetData(ModelElementDirectiveProcessor.KeyCallContextElementNamespace, "FooNamespace");
var imports = processor.GetImportsForProcessingRun();
Assert.True(imports.Contains("FooNamespace"));
}
public void WhenGettingImports_ThenReturnsDefaultImports()
{
var processor = new ModelElementDirectiveProcessor();
var imports = processor.GetImportsForProcessingRun();
Assert.True(imports.Contains(typeof(System.Linq.IQueryable).Namespace));
Assert.True(imports.Contains(typeof(System.Collections.Generic.IEnumerable<>).Namespace));
Assert.True(imports.Contains(typeof(Microsoft.VisualStudio.Modeling.Integration.IModelBus).Namespace));
}
public void WhenDirectiveNameIsNotModelElement_ThenDirectiveIsNotSupported()
{
var processor = new ModelElementDirectiveProcessor();
Assert.False(processor.IsDirectiveSupported("Foo"));
}
public void WhenGettingReferenceWithNonExistingElementAssemblyPath_ThenThrows()
{
var processor = new ModelElementDirectiveProcessor();
CallContext.LogicalSetData(ModelElementDirectiveProcessor.KeyCallContextElementAssemblyPath, "C:\\Temp\\" + Guid.NewGuid().ToString("X") + ".dll");
Assert.Throws<DirectiveProcessorException>(() => processor.GetReferencesForProcessingRun());
}
public void WhenDirectiveNameIsModeling_ThenDirectiveIsSupported()
{
var processor = new ModelElementDirectiveProcessor();
Assert.True(processor.IsDirectiveSupported("ModelElement"));
}
public void WhenGettingReferenceWithoutElementAssemblyPath_ThenThrows()
{
var processor = new ModelElementDirectiveProcessor();
Assert.Throws <DirectiveProcessorException>(() => processor.GetReferencesForProcessingRun());
}
public void WhenGettingReference_ThenReturnsDefaultReferences()
{
var processor = new ModelElementDirectiveProcessor();
var elementAssemblyPath = this.GetType().Assembly.ManifestModule.FullyQualifiedName;
CallContext.LogicalSetData(ModelElementDirectiveProcessor.KeyCallContextElementAssemblyPath, elementAssemblyPath);
var references = processor.GetReferencesForProcessingRun();
Assert.True(references.Contains(typeof(IQueryable).Assembly.Location));
Assert.True(references.Contains(typeof(IVsHierarchy).Assembly.Location));
Assert.True(references.Contains(typeof(ModelElement).Assembly.Location));
Assert.True(references.Contains(typeof(IModelBus).Assembly.Location));
Assert.True(references.Contains(typeof(ModelBusEnabledTextTransformation).Assembly.Location));
}
public void WhenGettingReferenceAndElementAssemblyPathWasDefined_ThenReturnsDefaultReferencesAndElementReference()
{
var processor = new ModelElementDirectiveProcessor();
var elementAssemblyPath = Path.GetTempFileName();
CallContext.LogicalSetData(ModelElementDirectiveProcessor.KeyCallContextElementAssemblyPath, elementAssemblyPath);
var references = processor.GetReferencesForProcessingRun();
Assert.True(references.Contains(elementAssemblyPath));
}