|
public Create ( Microsoft.CodeAnalysis.CSharp.Syntax.FieldDeclarationSyntax mixinFieldDeclaration ) : |
||
| mixinFieldDeclaration | Microsoft.CodeAnalysis.CSharp.Syntax.FieldDeclarationSyntax | |
| return | ||
public void CreateMixinFromFieldDefinition_Error()
{
WithSourceFiles(Files.Person);
var personClass = CreateClass(nameof(Person));
var mixinField = personClass.SourceCode.FindMixinReference("_name");
var mixinFactory = new MixinReferenceFactory(Semantic);
var mixin = mixinFactory.Create(mixinField);
// Assert: type could not be resolved and null should be returned instead
Assert.IsNull(mixin);
}
public void CreateMixinFromBaseList_Success()
{
WithSourceFiles(Files.NotCompilable, Files.Mixin);
var personClass = CreateClass("SimpleChildClassWithInterface");
var baseClass = (SimpleBaseTypeSyntax)personClass.SourceCode.BaseList.Types[0];
var mixinFactory = new MixinReferenceFactory(Semantic);
var mixin = mixinFactory.Create(baseClass);
Assert.IsNotNull(mixin);
}
public void CreateMixinFromFieldDefinition_Success()
{
WithSourceFiles(Files.Person, Files.Name);
var personClass = CreateClass(nameof(Person));
var mixinField = personClass.SourceCode.FindMixinReference("_name");
var mixinFactory = new MixinReferenceFactory(Semantic);
var mixin = mixinFactory.Create(mixinField);
Assert.AreEqual("_name", mixin.Name);
Assert.AreEqual(3, mixin.Class.Properties.Count());
}
public void ClassWithNativeFields_CanExecuteMixinCommand_CannotExecute()
{
WithSourceFiles(Files.Person);
var person = CreateClass(nameof(PersonWithNativeTypes));
var fieldDeclarations = person.SourceCode.DescendantNodes().OfType<FieldDeclarationSyntax>();
var mixinFactory = new MixinReferenceFactory(Semantic);
foreach (var fieldDeclaration in fieldDeclarations)
{
var mixin = mixinFactory.Create(fieldDeclaration);
var mixinCommand = new IncludeMixinCommand(mixin);
Assert.IsFalse(mixinCommand.CanExecute(person));
}
}
