private IVisitor GetVisitor <TRootType>()
{
var walker = TypeWalker <TRootType> .Create();
_walkerActions.ForEach(x => x(walker));
return(walker.Build(Depth, UsePropertyGuard ? new PropertyGuard() : null, SupportsCloning));
}
public override bool VisitBaseType(TypeBlockSyntax basetype, string path)
{
var branch = this.dependencies.GetPath(path, ".");
foreach (var child in branch.Children)
{
if (child.Name == basetype.BlockStatement.Identifier.ValueText)
{
TypeWalker walker = new TypeWalker(this.parser, child, this.model);
walker.Visit(basetype);
break;
}
}
return(true);
}
public void TypeWalker_StressTest_ComplexCircularReference_Build()
{
//Arrange
var watch = new Stopwatch();
//Act
watch.Start();
var visitor1 = TypeWalker <Document> .Create().ForProperty <DateTime>((x, m) => DateTime.Now).Build(10, new PropertyGuard(), false);
watch.Stop();
//Assert
Assert.IsTrue(watch.ElapsedMilliseconds <= 1000);
}
public void TypeWalker_StressTest_ComplexCircularReference_Visit()
{
//Arrange
var watch = new Stopwatch();
var visitor = TypeWalker <Document> .Create().ForProperty <DateTime>((x, m) => DateTime.Now.AddYears(10)).Build(10, new PropertyGuard(), false);
var values = new HashSet <PropertyValue>();
var document = GetComplexSample();
//Act
watch.Start();
visitor.Visit(document, depth: 10, guard: new InstanceGuard(), values: values);
watch.Stop();
//Assert
Assert.IsTrue(values.Count == 100 && values.All(x => ((DateTime)x.NewValue).Year == DateTime.Now.Year + 10));
}
public void TypeWalker_StressTest_SuppressedHierarchy_Visit()
{
//Arrange
var visitor = TypeWalker <SuppressedHierarchy> .Create().ForProperty <DateTime>((x, m) => DateTime.Now.AddYears(10)).Build(10, new PropertyGuard());
var hierarchy = new Faker <SuppressedHierarchy>().StrictMode(false)
.CustomInstantiator(x => SuppressedHierarchy.Build(6))
.Generate();
var values = new HashSet <PropertyValue>();
//Act
visitor.Visit(hierarchy, depth: 10, guard: new InstanceGuard(), values: values);
//Assert
Assert.AreEqual(3, values.Count);
}
public void TypeWalker_Visit_SimpleDict()
{
var bla = new Bla
{
Blas = new Dictionary <int, Bla1>
{
{ 1, new Bla1 {
Test = "t1"
} }, { 2, new Bla1 {
Test = "t2"
} }
}
};
var visitor = TypeWalker <Bla> .Create().ForProperty <Bla1, string>(b1 => b1.Test, (v, m) => "visited").Build(1);
visitor.Visit(bla, null, 1);
Assert.IsTrue(bla.Blas[1].Test == "visited" && bla.Blas[2].Test == "visited");
}
public void TestInitialize()
{
_visitor = TypeWalker <Parent> .Create()
.ForProperty <Parent, int>(p => p.TestInt, (x, m) => x * x)
.ForProperty <Parent, string>(p => p.TestString, (x, m) => x + x + m)
.ForProperty <Child, DateTime>(p => p.TestDate1, (x, m) => x.AddYears(10))
.ForProperty <CommonType>((x, m) => new CommonType {
CommonString = "..."
})
.ForProperty <ClassLevel1, string>(p => p.SomeString, (x, m) => "visited").Build();
_sample = new Parent
{
//level 0
TestString = "aaa",
TestInt = 10,
TestDate = DateTime.Now,
CommonType1 = new CommonType {
CommonString = "brlj"
},
Child = new Child
{
//level1
TestString1 = "aaa1",
TestInt1 = 10,
TestDate1 = DateTime.Now,
CommonType1 = new CommonType {
CommonString = "njanja"
},
ChildLevel1 = new ChildLevel1
{
//level2
ChildLevel2 = new ChildLevel2
{
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
}
}
},
//level0
CollectionChild = new CollectionChild()
{
//level0
TestList = new List <ClassLevel1>
{
//level1
new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
},
new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
}
},
//level0
TestCollection = new HashSet <ClassLevel1>(new[]
{
//level1
new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
},
new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
}
}),
//level0
TestIList = new List <ClassLevel1>
{
//level1
new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
},
new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
}
},
//level0
TestICollection = new HashSet <ClassLevel1>(new[]
{
//level1
new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
},
new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
}
}),
//level0
TestArray = new ClassLevel1[]
{
//level1
new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
},
new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
}
}
},
//level0
DictionaryChild = new DictionaryChild()
{
//level0
TestDict = new Dictionary <int, ClassLevel1>()
{
{
//level1
1, new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
}
}
,
{
//level1
2, new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
}
}
},
//level0
TestIDict = new Dictionary <int, ClassLevel1>()
{
{
//level1
1, new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
}
}
,
{
//level1
2, new ClassLevel1
{
//level2
ClassLevel2 = new ClassLevel2 {
TestCommonType = new CommonType {
CommonString = "njunjnu"
}
},
SomeString = "njenje"
}
}
}
}
};
_sample.Child.Parent = _sample;
_blueprint = new Parent();
_values = new HashSet <PropertyValue>();
}
