public NameScopeTests()
{
var topDownValueContext = new TopDownValueContext();
sut = new ObjectAssembler(RuntimeTypeSource, new ValueContext(RuntimeTypeSource, topDownValueContext));
source = new InstructionResources(this);
}
public void GivenChildWithPreviousName_LatestNameIsRegisteredInParent()
{
var runtimeTypeSource = CreateRuntimeTypeSource();
var x = CreateBuilder(runtimeTypeSource);
var topDownValueContext = new TopDownValueContext();
var valueConnectionContext = new ValueContext(runtimeTypeSource, topDownValueContext);
var sut = new ObjectAssembler(runtimeTypeSource, valueConnectionContext);
var batch = new Collection<Instruction>
{
x.StartObject<DummyClass>(),
x.StartMember<DummyClass>(d => d.Child),
x.StartObject<ChildClass>(),
x.StartMember<ChildClass>(c => c.Name),
x.Value("OuterName"),
x.EndMember(),
x.EndObject(),
x.EndMember(),
x.EndObject(),
};
sut.Process(batch);
var result = (DummyClass)sut.Result;
var childClass = result.Find("OuterName");
Assert.NotNull(childClass);
}
public void MultinameRegistrationGivesSameObjectTwoSubsequentNames()
{
var runtimeTypeSource = CreateRuntimeTypeSource();
var x = CreateBuilder(runtimeTypeSource);
var topDownValueContext = new TopDownValueContext();
var valueConnectionContext = new ValueContext(runtimeTypeSource, topDownValueContext, new Dictionary <string, object>());
var sut = new ObjectAssembler(runtimeTypeSource, valueConnectionContext);
var batch = new Collection <Instruction>
{
x.StartObject <DummyClass>(),
x.StartMember <DummyClass>(d => d.Child),
x.StartObject <ChildClass>(),
x.StartMember <ChildClass>(c => c.Name),
x.Value("OuterName"),
x.EndMember(),
x.EndObject(),
x.EndMember(),
x.EndObject(),
};
sut.Process(batch);
var result = (DummyClass)sut.Result;
var child = (DummyObject)result.Child;
Assert.Equal("InnerName", child.NamesHistory[0]);
Assert.Equal("OuterName", child.NamesHistory[1]);
}
public void GivenChildWithPreviousName_LatestNameIsRegisteredInParent()
{
var runtimeTypeSource = CreateRuntimeTypeSource();
var x = CreateBuilder(runtimeTypeSource);
var topDownValueContext = new TopDownValueContext();
var valueConnectionContext = new ValueContext(runtimeTypeSource, topDownValueContext, new Dictionary <string, object>());
var sut = new ObjectAssembler(runtimeTypeSource, valueConnectionContext);
var batch = new Collection <Instruction>
{
x.StartObject <DummyClass>(),
x.StartMember <DummyClass>(d => d.Child),
x.StartObject <ChildClass>(),
x.StartMember <ChildClass>(c => c.Name),
x.Value("OuterName"),
x.EndMember(),
x.EndObject(),
x.EndMember(),
x.EndObject(),
};
sut.Process(batch);
var result = (DummyClass)sut.Result;
var childClass = result.Find("OuterName");
Assert.NotNull(childClass);
}
public void MultinameRegistrationGivesSameObjectTwoSubsequentNames()
{
var runtimeTypeSource = CreateRuntimeTypeSource();
var x = CreateBuilder(runtimeTypeSource);
var topDownValueContext = new TopDownValueContext();
var valueConnectionContext = new ValueContext(runtimeTypeSource, topDownValueContext);
var sut = new ObjectAssembler(runtimeTypeSource, valueConnectionContext);
var batch = new Collection<Instruction>
{
x.StartObject<DummyClass>(),
x.StartMember<DummyClass>(d => d.Child),
x.StartObject<ChildClass>(),
x.StartMember<ChildClass>(c => c.Name),
x.Value("OuterName"),
x.EndMember(),
x.EndObject(),
x.EndMember(),
x.EndObject(),
};
sut.Process(batch);
var result = (DummyClass)sut.Result;
var child = (DummyObject)result.Child;
Assert.Equal("InnerName", child.NamesHistory[0]);
Assert.Equal("OuterName", child.NamesHistory[1]);
}
public void EndMemberAssignsInstanceToParentProperty()
{
var state = new StackingLinkedList <Level>();
var dummyClass = new DummyClass();
var xamlType = WiringContext.TypeContext.GetXamlType(dummyClass.GetType());
state.Push(
new Level
{
Instance = dummyClass,
XamlMember = xamlType.GetMember("Child"),
});
var childClass = new ChildClass();
state.Push(
new Level
{
XamlType = xamlType,
Instance = childClass,
});
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.EndObject());
Assert.AreEqual(1, state.Count);
var expectedInstance = state.CurrentValue.Instance;
Assert.AreSame(expectedInstance, dummyClass);
Assert.AreSame(((DummyClass)expectedInstance).Child, childClass);
}
public void GivenCtorArguments_WritingEndObjectMakesResultTheProvidedValueOfTheMarkupExtension()
{
var state = new StackingLinkedList <Level>();
var xamlType = WiringContext.TypeContext.GetXamlType(typeof(DummyClass));
state.Push(
new Level
{
XamlType = xamlType,
Instance = new DummyClass(),
XamlMember = xamlType.GetMember("SampleProperty")
});
var constructionArguments = new Collection <ConstructionArgument> {
new ConstructionArgument("Value", "Value")
};
state.Push(
new Level
{
XamlType = WiringContext.TypeContext.GetXamlType(typeof(DummyExtension)),
CtorArguments = constructionArguments,
});
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.EndObject());
Assert.AreEqual("Value", sut.Result);
}
protected IObjectAssembler CreateObjectAssembler()
{
var topDownValueContext = new TopDownValueContext();
var objectAssembler = new ObjectAssembler(RuntimeTypeSource, new ValueContext(RuntimeTypeSource, topDownValueContext, new Dictionary <string, object>()));
return(objectAssembler);
}
public void EndMemberAssignsInstanceToParentProperty()
{
var state = new StackingLinkedList<Level>();
var dummyClass = new DummyClass();
var xamlType = WiringContext.TypeContext.GetXamlType(dummyClass.GetType());
state.Push(
new Level
{
Instance = dummyClass,
XamlMember = xamlType.GetMember("Child"),
});
var childClass = new ChildClass();
state.Push(
new Level
{
XamlType = xamlType,
Instance = childClass,
});
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.EndObject());
Assert.AreEqual(1, state.Count);
var expectedInstance = state.CurrentValue.Instance;
Assert.AreSame(expectedInstance, dummyClass);
Assert.AreSame(((DummyClass)expectedInstance).Child, childClass);
}
public IObjectAssembler CreateAssembler(Settings settings)
{
var mapping = new DeferredLoaderMapping();
mapping.Map<DataTemplate>(template => template.Content, new DummyDeferredLoader());
var objectAssembler = new ObjectAssembler(runtimeTypeSource, new TopDownValueContext(), settings);
return new TemplateHostingObjectAssembler(objectAssembler, mapping);
}
private ObjectAssembler CreateAssemblerToReadSpecificInstance(object instance)
{
var settings = new ObjectAssemblerSettings {
RootInstance = instance
};
var assembler = new ObjectAssembler(WiringContext, topDownValueContext, settings);
return(assembler);
}
public IRepository PopulatedXmlRepository()
{
ObjectAssembler assembler = new ObjectAssembler(_create);
IRepository repository = new XmlRepository(assembler);
_populateRepository(repository);
return(repository);
}
private IObjectAssembler GetObjectAssemblerForSpecificRoot(object rootInstance)
{
var objectAssembler = new ObjectAssembler(wiringContext, new TopDownValueContext(), new ObjectAssemblerSettings { RootInstance = rootInstance });
var mapping = new DeferredLoaderMapping();
mapping.Map<DataTemplate>(template => template.Content, new DummyDeferredLoader());
var templateAwareObjectAssembler = new TemplateHostingObjectAssembler(objectAssembler, mapping);
return templateAwareObjectAssembler;
}
public IObjectAssembler CreateAssembler(ObjectAssemblerSettings settings)
{
var mapping = new DeferredLoaderMapping();
mapping.Map <DataTemplate>(template => template.Content, new DummyDeferredLoader());
var objectAssembler = new ObjectAssembler(wiringContext, new TopDownValueContext(), settings);
return(new TemplateHostingObjectAssembler(objectAssembler, mapping));
}
public PerspexObjectAssembler(IWiringContext wiringContext, ObjectAssemblerSettings objectAssemblerSettings = null)
{
var mapping = new DeferredLoaderMapping();
mapping.Map <XamlDataTemplate>(template => template.Content, new TemplateLoader());
var assembler = new ObjectAssembler(wiringContext, new TopDownMemberValueContext(), objectAssemblerSettings);
_objectAssembler = new TemplateHostingObjectAssembler(assembler, mapping);
}
public IObjectAssembler CreateAssembler(Settings settings)
{
var mapping = new DeferredLoaderMapping();
mapping.Map <DataTemplate>(template => template.Content, new DummyDeferredLoader());
var topDownValueContext = new TopDownValueContext();
var valueConnectionContext = new ValueContext(runtimeTypeSource, topDownValueContext, settings.ParsingContext);
var objectAssembler = new ObjectAssembler(runtimeTypeSource, valueConnectionContext, settings);
return(new TemplateHostingObjectAssembler(objectAssembler, mapping));
}
private IObjectAssembler CreateObjectAssembler(Settings settings)
{
var topDownValueContext = new TopDownValueContext();
var objectAssembler = new ObjectAssembler(runtimeTypeSource, new ValueContext(runtimeTypeSource, topDownValueContext, new Dictionary<string, object>()), settings);
var mapping = new DeferredLoaderMapping();
mapping.Map<DataTemplate>(template => template.Content, new DummyDeferredLoader());
var templateAwareObjectAssembler = new TemplateHostingObjectAssembler(objectAssembler, mapping);
return templateAwareObjectAssembler;
}
public PerspexObjectAssembler(IRuntimeTypeSource runtimeTypeSource, Settings objectAssemblerSettings = null)
{
var mapping = new DeferredLoaderMapping();
mapping.Map <ControlTemplate>(x => x.Content, new TemplateLoader());
mapping.Map <DataTemplate>(x => x.Content, new TemplateLoader());
mapping.Map <FocusAdornerTemplate>(x => x.Content, new TemplateLoader());
mapping.Map <TreeDataTemplate>(x => x.Content, new TemplateLoader());
mapping.Map <ItemsPanelTemplate>(x => x.Content, new TemplateLoader());
assembler = new ObjectAssembler(runtimeTypeSource, new TopDownValueContext(), objectAssemblerSettings);
objectAssembler = new TemplateHostingObjectAssembler(assembler, mapping);
}
public IObjectAssembler CreateSutForLoadingSpecificInstance(object instance)
{
var topDownValueContext = new TopDownValueContext();
var valueConnectionContext = new ValueContext(RuntimeTypeSource, topDownValueContext);
var settings = new Settings {
RootInstance = instance
};
var assembler = new ObjectAssembler(RuntimeTypeSource, valueConnectionContext, settings);
return(assembler);
}
public PerspexObjectAssembler(IWiringContext wiringContext, ObjectAssemblerSettings objectAssemblerSettings = null)
{
var mapping = new DeferredLoaderMapping();
mapping.Map <ControlTemplate>(x => x.Content, new TemplateLoader());
mapping.Map <DataTemplate>(x => x.Content, new TemplateLoader());
mapping.Map <FocusAdornerTemplate>(x => x.Content, new TemplateLoader());
mapping.Map <TreeDataTemplate>(x => x.Content, new TemplateLoader());
mapping.Map <ItemsPanelTemplate>(x => x.Content, new TemplateLoader());
var assembler = new ObjectAssembler(wiringContext, new TopDownValueContext(), objectAssemblerSettings);
_objectAssembler = new TemplateHostingObjectAssembler(assembler, mapping);
}
private IObjectAssembler GetObjectAssemblerForSpecificRoot(object rootInstance)
{
var objectAssembler = new ObjectAssembler(wiringContext, new TopDownValueContext(), new ObjectAssemblerSettings {
RootInstance = rootInstance
});
var mapping = new DeferredLoaderMapping();
mapping.Map <DataTemplate>(template => template.Content, new DummyDeferredLoader());
var templateAwareObjectAssembler = new TemplateHostingObjectAssembler(objectAssembler, mapping);
return(templateAwareObjectAssembler);
}
private IObjectAssembler CreateObjectAssembler(Settings settings)
{
var topDownValueContext = new TopDownValueContext();
var objectAssembler = new ObjectAssembler(runtimeTypeSource, new ValueContext(runtimeTypeSource, topDownValueContext, new Dictionary <string, object>()), settings);
var mapping = new DeferredLoaderMapping();
mapping.Map <DataTemplate>(template => template.Content, new DummyDeferredLoader());
var templateAwareObjectAssembler = new TemplateHostingObjectAssembler(objectAssembler, mapping);
return(templateAwareObjectAssembler);
}
public XamlXmlLoader Build()
{
var wiringContextBuilder = new WiringContextBuilder();
wiringContextBuilder
.WithContentPropertiesFromAssemblies(lookupAssemblies)
.WithNsPrefixes(prefixes)
.WithConverters(Converters.FromAssemblies(lookupAssemblies));
RegisterNamespaces(wiringContextBuilder);
RegisterContentProperties(wiringContextBuilder);
var wiringContext = wiringContextBuilder.Build();
var assembler = new ObjectAssembler(wiringContext);
return new XamlXmlLoader(assembler, wiringContext);
}
public void StartObjectShouldSetTheXamlType()
{
var state = new StackingLinkedList <Level>();
state.Push(new Level());
var type = typeof(DummyClass);
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.StartObject(type));
var actualType = sut.StateCommuter.Current.XamlType;
var expectedType = WiringContext.TypeContext.GetXamlType(type);
Assert.AreEqual(expectedType, actualType);
}
public AvaloniaObjectAssembler(
IRuntimeTypeSource typeSource,
ITopDownValueContext topDownValueContext,
Settings settings = null)
{
var mapping = new DeferredLoaderMapping();
mapping.Map <ControlTemplate>(x => x.Content, new TemplateLoader());
mapping.Map <DataTemplate>(x => x.Content, new TemplateLoader());
mapping.Map <FocusAdornerTemplate>(x => x.Content, new TemplateLoader());
mapping.Map <TreeDataTemplate>(x => x.Content, new TemplateLoader());
mapping.Map <ItemsPanelTemplate>(x => x.Content, new TemplateLoader());
var parsingDictionary = GetDictionary(settings);
var valueContext = new ValueContext(typeSource, topDownValueContext, parsingDictionary);
assembler = new ObjectAssembler(typeSource, valueContext, settings);
objectAssembler = new TemplateHostingObjectAssembler(assembler, mapping);
}
public void SimpleTest()
{
var input = new Collection <Instruction>
{
X.StartObject <Item>(),
X.StartMember <Item>(i => i.Template),
X.StartObject <Template>(),
X.StartMember <Template>(i => i.Content),
X.StartObject <Grid>(),
X.EndObject(),
X.EndMember(),
X.EndObject(),
X.EndMember(),
X.EndObject(),
};
var mapping = new DeferredLoaderMapping();
var assembler = new DummyDeferredLoader();
mapping.Map <Template>(t => t.Content, assembler);
var topDownValueContext = new TopDownValueContext();
var objectAssembler = new ObjectAssembler(RuntimeTypeSource, new ValueContext(RuntimeTypeSource, topDownValueContext));
var sut = new TemplateHostingObjectAssembler(objectAssembler, mapping);
foreach (var instruction in input)
{
sut.Process(instruction);
}
var actualNodes = sut.NodeList;
var expectedInstructions = new List <Instruction>
{
X.StartObject <Grid>(),
X.EndObject(),
}.AsReadOnly();
Assert.Equal(expectedInstructions, actualNodes);
Assert.NotNull(((Item)sut.Result).Template.Content);
}
public void SimpleTest()
{
var input = new Collection<Instruction>
{
X.StartObject<Item>(),
X.StartMember<Item>(i => i.Template),
X.StartObject<Template>(),
X.StartMember<Template>(i => i.Content),
X.StartObject<Grid>(),
X.EndObject(),
X.EndMember(),
X.EndObject(),
X.EndMember(),
X.EndObject(),
};
var mapping = new DeferredLoaderMapping();
var assembler = new DummyDeferredLoader();
mapping.Map<Template>(t => t.Content, assembler);
var topDownValueContext = new TopDownValueContext();
var objectAssembler = new ObjectAssembler(RuntimeTypeSource, new ValueContext(RuntimeTypeSource, topDownValueContext));
var sut = new TemplateHostingObjectAssembler(objectAssembler, mapping);
foreach (var instruction in input)
{
sut.Process(instruction);
}
var actualNodes = sut.NodeList;
var expectedInstructions = new List<Instruction>
{
X.StartObject<Grid>(),
X.EndObject(),
}.AsReadOnly();
Assert.Equal(expectedInstructions, actualNodes);
Assert.NotNull(((Item) sut.Result).Template.Content);
}
public void GivenConfigurationOfCollection_GetObjectConfiguresTheLevel()
{
var state = new StackingLinkedList <Level>();
var type = typeof(DummyClass);
var xamlMember = WiringContext.TypeContext.GetXamlType(type).GetMember("Items");
state.Push(
new Level
{
Instance = new DummyClass(),
XamlMember = xamlMember,
});
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.GetObject());
Assert.AreEqual(2, state.Count);
Assert.IsTrue(state.CurrentValue.Collection != null);
Assert.IsTrue(state.CurrentValue.IsGetObject);
}
public void GivenConfigurationOfCollection_GetObjectConfiguresTheLevel()
{
var state = new StackingLinkedList<Level>();
var type = typeof(DummyClass);
var xamlMember = WiringContext.TypeContext.GetXamlType(type).GetMember("Items");
state.Push(
new Level
{
Instance = new DummyClass(),
XamlMember = xamlMember,
});
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.GetObject());
Assert.AreEqual(2, state.Count);
Assert.IsTrue(state.CurrentValue.Collection != null);
Assert.IsTrue(state.CurrentValue.IsGetObject);
}
public void GivenStateAfterGetObject_WritingObjectAssignsItToTheCollection()
{
var state = new StackingLinkedList <Level>();
var collection = new Collection <Item>();
state.Push(
new Level
{
Collection = collection,
IsGetObject = true,
XamlMember = WiringContext.TypeContext.GetXamlType(typeof(DummyClass)).GetMember("Items"),
});
state.Push(new Level());
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.StartObject <Item>());
sut.Process(X.EndObject());
Assert.AreEqual(1, collection.Count);
}
public void GivenConfiguredXamlType_StartMemberInstantiatesItSetsTheMember()
{
var state = new StackingLinkedList <Level>();
var type = typeof(DummyClass);
state.Push(
new Level
{
XamlType = WiringContext.TypeContext.GetXamlType(type)
});
var xamlMember = WiringContext.TypeContext.GetXamlType(type).GetMember("Items");
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.StartMember <DummyClass>(d => d.Items));
Assert.AreEqual(1, state.Count);
Assert.IsInstanceOfType(state.CurrentValue.Instance, type);
Assert.AreEqual(state.CurrentValue.XamlMember, xamlMember);
}
public void GivenConfiguredInstance_StartMemberSetsTheMember()
{
var state = new StackingLinkedList <Level>();
var dummyClass = new DummyClass();
var xamlType = WiringContext.TypeContext.GetXamlType(dummyClass.GetType());
state.Push(
new Level
{
Instance = dummyClass,
XamlType = xamlType,
});
var xamlMember = xamlType.GetMember("Items");
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.StartMember <DummyClass>(d => d.Items));
Assert.AreEqual(1, state.Count);
Assert.AreEqual(state.CurrentValue.XamlMember, xamlMember);
}
public void GivenStateAfterGetObject_NeedsTwoEndObjectsToConsumeAllTheLevels()
{
var state = new StackingLinkedList <Level>();
var collection = new Collection <Item>();
state.Push(
new Level
{
Collection = collection,
XamlMember = WiringContext.TypeContext.GetXamlType(typeof(DummyClass)).GetMember("Items"),
IsGetObject = true,
});
state.Push(new Level {
XamlType = WiringContext.TypeContext.GetXamlType(typeof(Item))
});
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.EndObject());
sut.Process(X.EndObject());
Assert.AreEqual(0, state.Count);
}
public EndMemberCommand(ObjectAssembler assembler, ITopDownValueContext topDownValueContext)
: base(assembler)
{
this.topDownValueContext = topDownValueContext;
typeContext = Assembler.WiringContext.TypeContext;
}
public ValueCommand(ObjectAssembler objectAssembler, ITopDownValueContext topDownValueContext, string value) : base(objectAssembler)
{
this.value = value;
ValuePipeLine = new ValuePipeline(objectAssembler.WiringContext.TypeContext, topDownValueContext);
}
public void StartObjectShouldSetTheXamlType()
{
var state = new StackingLinkedList<Level>();
state.Push(new Level());
var type = typeof(DummyClass);
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.StartObject(type));
var actualType = sut.StateCommuter.Current.XamlType;
var expectedType = WiringContext.TypeContext.GetXamlType(type);
Assert.AreEqual(expectedType, actualType);
}
public void GivenStateAfterGetObject_NeedsTwoEndObjectsToConsumeAllTheLevels()
{
var state = new StackingLinkedList<Level>();
var collection = new Collection<Item>();
state.Push(
new Level
{
Collection = collection,
XamlMember = WiringContext.TypeContext.GetXamlType(typeof(DummyClass)).GetMember("Items"),
IsGetObject = true,
});
state.Push(new Level { XamlType = WiringContext.TypeContext.GetXamlType(typeof(Item)) });
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.EndObject());
sut.Process(X.EndObject());
Assert.AreEqual(0, state.Count);
}
public void GivenConfiguredXamlType_StartMemberInstantiatesItSetsTheMember()
{
var state = new StackingLinkedList<Level>();
var type = typeof(DummyClass);
state.Push(
new Level
{
XamlType = WiringContext.TypeContext.GetXamlType(type)
});
var xamlMember = WiringContext.TypeContext.GetXamlType(type).GetMember("Items");
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.StartMember<DummyClass>(d => d.Items));
Assert.AreEqual(1, state.Count);
Assert.IsInstanceOfType(state.CurrentValue.Instance, type);
Assert.AreEqual(state.CurrentValue.XamlMember, xamlMember);
}
public EndObjectCommand(ObjectAssembler assembler)
: base(assembler)
{
}
public IObjectAssembler CreateSutForLoadingSpecificInstance(object instance)
{
var settings = new Settings { RootInstance = instance };
var assembler = new ObjectAssembler(TypeRuntimeTypeSource, new TopDownValueContext(), settings);
return assembler;
}
public StartMemberCommand(ObjectAssembler assembler, XamlMemberBase member) : base(assembler)
{
this.member = member;
}
public NameScopeTests()
{
sut = new ObjectAssembler(TypeRuntimeTypeSource, new TopDownValueContext());
source = new InstructionResources(this);
}
public StartObjectCommand(ObjectAssembler assembler, XamlType xamlType, object rootInstance)
: base(assembler)
{
this.xamlType = xamlType;
this.rootInstance = rootInstance;
}
public EndObjectCommand(ObjectAssembler assembler) : base(assembler)
{
}
public void MixedCollectionWithRootInstance()
{
var root = new ArrayList();
var settings = new ObjectAssemblerSettings { RootInstance = root };
var assembler = new ObjectAssembler(WiringContext, topDownValueContext, settings);
assembler.PumpNodes(source.MixedCollection);
var result = assembler.Result;
Assert.IsInstanceOfType(result, typeof(ArrayList));
var arrayList = (ArrayList)result;
Assert.IsTrue(arrayList.Count > 0);
}
public NameScopeTests()
{
sut = new ObjectAssembler(WiringContext, new TopDownValueContext());
source = new XamlInstructionResources(this);
}
public ValueCommand(ObjectAssembler objectAssembler, ITopDownValueContext topDownValueContext, string value)
: base(objectAssembler)
{
this.value = value;
ValuePipeLine = new ValuePipeline(objectAssembler.WiringContext.TypeContext, topDownValueContext);
}
public GetObjectCommand(ObjectAssembler objectAssembler)
: base(objectAssembler)
{
}
public void GivenCtorArguments_WritingEndObjectMakesResultTheProvidedValueOfTheMarkupExtension()
{
var state = new StackingLinkedList<Level>();
var xamlType = WiringContext.TypeContext.GetXamlType(typeof(DummyClass));
state.Push(
new Level
{
XamlType = xamlType,
Instance = new DummyClass(),
XamlMember = xamlType.GetMember("SampleProperty")
});
var constructionArguments = new Collection<ConstructionArgument> { new ConstructionArgument("Value", "Value") };
state.Push(
new Level
{
XamlType = WiringContext.TypeContext.GetXamlType(typeof(DummyExtension)),
CtorArguments = constructionArguments,
});
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.EndObject());
Assert.AreEqual("Value", sut.Result);
}
public GetObjectCommand(ObjectAssembler objectAssembler) : base(objectAssembler)
{
}
public void GivenStateAfterGetObject_WritingObjectAssignsItToTheCollection()
{
var state = new StackingLinkedList<Level>();
var collection = new Collection<Item>();
state.Push(
new Level
{
Collection = collection,
IsGetObject = true,
XamlMember = WiringContext.TypeContext.GetXamlType(typeof(DummyClass)).GetMember("Items"),
});
state.Push(new Level());
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.StartObject<Item>());
sut.Process(X.EndObject());
Assert.AreEqual(1, collection.Count);
}
private ObjectAssembler CreateAssemblerToReadSpecificInstance(object instance)
{
var settings = new ObjectAssemblerSettings {RootInstance = instance};
var assembler = new ObjectAssembler(WiringContext, topDownValueContext, settings);
return assembler;
}
protected Command(ObjectAssembler assembler)
{
Assembler = assembler;
}
public GetObjectWriter(ObjectAssembler objectAssembler)
{
this.objectAssembler = objectAssembler;
bag = objectAssembler.Bag;
}
public void GivenConfiguredInstance_StartMemberSetsTheMember()
{
var state = new StackingLinkedList<Level>();
var dummyClass = new DummyClass();
var xamlType = WiringContext.TypeContext.GetXamlType(dummyClass.GetType());
state.Push(
new Level
{
Instance = dummyClass,
XamlType = xamlType,
});
var xamlMember = xamlType.GetMember("Items");
var sut = new ObjectAssembler(state, WiringContext, new TopDownValueContext());
sut.Process(X.StartMember<DummyClass>(d => d.Items));
Assert.AreEqual(1, state.Count);
Assert.AreEqual(state.CurrentValue.XamlMember, xamlMember);
}
public StartMemberWriter(ObjectAssembler objectAssembler)
{
this.objectAssembler = objectAssembler;
bag = objectAssembler.Bag;
}
public IParser Create(Settings settings)
{
var objectAssemblerForUndefinedRoot = new ObjectAssembler(runtimeTypeSource, new TopDownValueContext(), settings);
return CreateParser(objectAssemblerForUndefinedRoot);
}
public StartObjectWriter(ObjectAssembler objectAssembler, object rootInstance = null)
{
this.objectAssembler = objectAssembler;
this.rootInstance = rootInstance;
bag = objectAssembler.Bag;
}
protected Command(ObjectAssembler assembler)
{
Assembler = assembler;
}
public NameScopeTests()
{
sut = new ObjectAssembler(WiringContext, new TopDownValueContext());
source = new XamlInstructionResources(this);
}