public void Single_Property_With_Null_Final_Value_Should_Return_Correct_Chain()
{
var source = new
{
Foo = 1,
Bar = (object)null,
};
var expected = new[]
{
new PropertyPathToken
{
Type = PropertyPathTokenType.Valid,
Object = source,
PropertyName = "Bar",
},
new PropertyPathToken
{
Type = PropertyPathTokenType.FinalValue,
Object = null,
PropertyName = null,
},
};
PropertyPathParser target = new PropertyPathParser();
PropertyPathToken[] result = target.Parse(source, "Bar").ToArray();
CollectionAssert.AreEqual(expected, result);
}
public void Parse_ValidPath_IsParsedCorrect(string path)
{
var parser = new PropertyPathParser();
var parsedPath = parser.Parse(path);
Assert.AreEqual(path, parsedPath.ToString());
}
public void When_PropertyPath_Is_A_Reference_Object_Without_Chain()
{
XPMemberInfo associationMemberInfo = GetAssociationMemberInfo();
Isolate.WhenCalled(() => ReflectorHelper.GetXpMemberInfo(null,"Category")).WithExactArguments().WillReturn(associationMemberInfo);
var propertyPathParser = new PropertyPathParser(null);
CriteriaOperator criteriaOperator = propertyPathParser.Parse("Category","SomeProperty=50");
Assert.AreEqual(new BinaryOperator("Category.SomeProperty",50).ToString(), criteriaOperator.ToString());
}
public void Parse_InValidPath_ThrowsFormatException(string path)
{
var parser = new PropertyPathParser();
Assert.Throws <FormatException>(() =>
{
parser.Parse(path);
});
}
public void ControlChar2()
{
string text = "(";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.ControlChar, "(")
);
}
public void AttachedPropertyTest()
{
string text = "(ownerType.propertyName)";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.AttachedProperty, "ownerType.propertyName")
);
}
public void MultipleIndexerTest()
{
string text = "[index1,index2]";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.Indexer, "index1,index2")
);
}
public void When_PropertyPath_Is_A_Reference_Object_Without_Chain()
{
XPMemberInfo associationMemberInfo = GetAssociationMemberInfo();
Isolate.WhenCalled(() => XpandReflectionHelper.GetXpMemberInfo(null, "Category")).WithExactArguments().WillReturn(associationMemberInfo);
var propertyPathParser = new PropertyPathParser(null, Session.DefaultSession);
CriteriaOperator criteriaOperator = propertyPathParser.Parse("Category", "SomeProperty=50");
Assert.AreEqual(new BinaryOperator("Category.SomeProperty", 50).ToString(), criteriaOperator.ToString());
}
public void When_PropertyPath_Is_A_Collection_Without_Chain()
{
XPMemberInfo collectionMemberInfo = GetCollectionMemberInfo();
Isolate.WhenCalled(() => ReflectorHelper.GetXpMemberInfo(null,"Orders")).WithExactArguments().WillReturn(collectionMemberInfo);
var parser = new PropertyPathParser(null);
CriteriaOperator criteriaOperator= parser.Parse("Orders", "Amount=50");
Assert.AreEqual("[Orders][[Amount] = 50]", criteriaOperator.ToString());
}
public void SourceTraversalTest()
{
string text = "propertyName/propertyNameX";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.SourceTraversal, "propertyName/propertyNameX")
);
}
public void SimpleIndexerTest()
{
string text = "[key]";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.Indexer, "key")
);
}
public void SimplePropertyTest()
{
string text = "Test";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.PropertyOrType, "Test")
);
}
public void When_Parameter_Is_A_Chain()
{
XPMemberInfo collectionMemberInfo = GetCollectionMemberInfo();
Isolate.WhenCalled(() => XpandReflectionHelper.GetXpMemberInfo(null, "Customers")).WithExactArguments().WillReturn(collectionMemberInfo);
var parser = new PropertyPathParser(null, Session.DefaultSession);
CriteriaOperator criteriaOperator = parser.Parse("Customers", "Order.OrderLine.Ammount=50");
Assert.AreEqual(new ContainsOperator("Customers", new BinaryOperator("Order.OrderLine.Ammount", 50)).ToString(), criteriaOperator.ToString());
}
public void When_PropertyPath_Is_A_Collection_Without_Chain()
{
XPMemberInfo collectionMemberInfo = GetCollectionMemberInfo();
Isolate.WhenCalled(() => XpandReflectionHelper.GetXpMemberInfo(null, "Orders")).WithExactArguments().WillReturn(collectionMemberInfo);
var parser = new PropertyPathParser(null, Session.DefaultSession);
CriteriaOperator criteriaOperator = parser.Parse("Orders", "Amount=50");
Assert.AreEqual("[Orders][[Amount] = 50]", criteriaOperator.ToString());
}
public void ComplexTest2()
{
string text = "(TextBlock.Background).(SolidColorBrush.Color)";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.AttachedProperty, "TextBlock.Background"),
new PropertyPathSegment(SegmentKind.AttachedProperty, "SolidColorBrush.Color")
);
}
public void When_PropertyPath_Is_A_Reference_Object_With_A_Reference_Object_In_Chain()
{
XPMemberInfo associationMemberInfo = GetAssociationMemberInfo();
Isolate.WhenCalled(() => ReflectorHelper.GetXpMemberInfo(null,"Order")).WillReturn(associationMemberInfo);
Isolate.WhenCalled(() => ReflectorHelper.GetXpMemberInfo(null, "Order.OrderLine")).WillReturn(associationMemberInfo);
var parser = new PropertyPathParser(null);
CriteriaOperator criteriaOperator = parser.Parse("Order.OrderLine", "Amount=50");
Assert.AreEqual(new BinaryOperator("Order.OrderLine.Amount", 50).ToString(), criteriaOperator.ToString());
}
public void ControlChar3()
{
string text = "test[";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.PropertyOrType, "test"),
new PropertyPathSegment(SegmentKind.ControlChar, "[")
);
}
public void ControlChar4()
{
string text = "(testType.";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.AttachedProperty, "(testType"),
new PropertyPathSegment(SegmentKind.ControlChar, ".")
);
}
public void TwoPartsTest()
{
string text = "propertyName.propertyName2";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.PropertyOrType, "propertyName"),
new PropertyPathSegment(SegmentKind.PropertyOrType, "propertyName2")
);
}
public void MixedTest1()
{
string text = "(testType.prop).(someType.as";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.AttachedProperty, "testType.prop"),
new PropertyPathSegment(SegmentKind.AttachedProperty, "(someType.as")
);
}
public void When_PropertyPath_Is_A_Reference_Object_With_A_Reference_Object_In_Chain()
{
XPMemberInfo associationMemberInfo = GetAssociationMemberInfo();
Isolate.WhenCalled(() => XpandReflectionHelper.GetXpMemberInfo(null, "Order")).WillReturn(associationMemberInfo);
Isolate.WhenCalled(() => XpandReflectionHelper.GetXpMemberInfo(null, "Order.OrderLine")).WillReturn(associationMemberInfo);
var parser = new PropertyPathParser(null, Session.DefaultSession);
CriteriaOperator criteriaOperator = parser.Parse("Order.OrderLine", "Amount=50");
Assert.AreEqual(new BinaryOperator("Order.OrderLine.Amount", 50).ToString(), criteriaOperator.ToString());
}
public void ComplexTest()
{
string text = "ColorGrid[20,30].SolidColorBrushResult";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.PropertyOrType, "ColorGrid"),
new PropertyPathSegment(SegmentKind.Indexer, "20,30"),
new PropertyPathSegment(SegmentKind.PropertyOrType, "SolidColorBrushResult")
);
}
public void ControlChar1()
{
string text = "propertyName.propertyName2[index].";
PropertyPathSegment[] result = PropertyPathParser.Parse(text).ToArray();
CompareResults(result,
new PropertyPathSegment(SegmentKind.PropertyOrType, "propertyName"),
new PropertyPathSegment(SegmentKind.PropertyOrType, "propertyName2"),
new PropertyPathSegment(SegmentKind.Indexer, "index"),
new PropertyPathSegment(SegmentKind.ControlChar, ".")
);
}
public void When_PropertyPath_Is_A_Reference_Object_With_A_Collection_In_Chain()
{
XPMemberInfo collectionMemberInfo = GetCollectionMemberInfo();
XPMemberInfo associationMemberInfo = GetAssociationMemberInfo();
Isolate.WhenCalled(() => XpandReflectionHelper.GetXpMemberInfo(null, "Order")).WithExactArguments().WillReturn(associationMemberInfo);
Isolate.WhenCalled(() => XpandReflectionHelper.GetXpMemberInfo(null, "Order.OrderLines")).WithExactArguments().WillReturn(collectionMemberInfo);
var parser = new PropertyPathParser(null);
CriteriaOperator criteriaOperator = parser.Parse("Order.OrderLines", "Ammount=50");
Assert.AreEqual(new ContainsOperator("Order.OrderLines", new BinaryOperator("Ammount", 50)).ToString(), criteriaOperator.ToString());
}
public void Multiple_Properties_With_Broken_Link_Should_Return_Correct_Chain()
{
var source = new
{
Foo = new
{
Bar = new
{
Qux = 9,
}
},
};
var expected = new[]
{
new PropertyPathToken
{
Type = PropertyPathTokenType.Valid,
Object = source,
PropertyName = "Foo",
},
new PropertyPathToken
{
Type = PropertyPathTokenType.Valid,
Object = source.Foo,
PropertyName = "Bar",
},
new PropertyPathToken
{
Type = PropertyPathTokenType.Broken,
Object = source.Foo.Bar,
PropertyName = "Baz",
},
};
PropertyPathParser target = new PropertyPathParser();
PropertyPathToken[] result = target.Parse(source, "Foo.Bar.Baz").ToArray();
CollectionAssert.AreEqual(expected, result);
}
public void No_Property_Should_Return_Source_As_FinalValue()
{
var source = new
{
Foo = 1,
Bar = 2,
};
var expected = new[]
{
new PropertyPathToken
{
Type = PropertyPathTokenType.FinalValue,
Object = source,
}
};
PropertyPathParser target = new PropertyPathParser();
PropertyPathToken[] result = target.Parse(source, "").ToArray();
CollectionAssert.AreEqual(expected, result);
}
public void Single_Property_Broken_Sould_Return_Correct_Chain()
{
var source = new
{
Foo = 1,
Bar = (object)null,
};
var expected = new[]
{
new PropertyPathToken
{
Type = PropertyPathTokenType.Broken,
Object = source,
PropertyName = "Baz",
},
};
PropertyPathParser target = new PropertyPathParser();
PropertyPathToken[] result = target.Parse(source, "Baz").ToArray();
CollectionAssert.AreEqual(expected, result);
}
public void When_PropertyPath_Is_A_Reference_Object_With_A_Collection_And_A_Collection_In_Chain()
{
XPMemberInfo collectionMemberInfo = GetCollectionMemberInfo();
XPMemberInfo associationMemberInfo = GetAssociationMemberInfo();
Isolate.WhenCalled(() => ReflectorHelper.GetXpMemberInfo(null, "Customer")).WithExactArguments().WillReturn(associationMemberInfo);
Isolate.WhenCalled(() => ReflectorHelper.GetXpMemberInfo(null, "Customer.Orders")).WithExactArguments().WillReturn(collectionMemberInfo);
Isolate.WhenCalled(() => ReflectorHelper.GetXpMemberInfo(null, "Customer.Orders.OrderLines")).WithExactArguments().WillReturn(collectionMemberInfo);
var parser = new PropertyPathParser(null);
CriteriaOperator criteriaOperator= parser.Parse("Customer.Orders.OrderLines", "Ammount=50");
Assert.AreEqual(new ContainsOperator("Customer.Orders",new ContainsOperator("OrderLines",new BinaryOperator("Ammount",50))).ToString(), criteriaOperator.ToString());
}
public void No_Property_And_No_Source_Should_Throw_Exception()
{
PropertyPathParser target = new PropertyPathParser();
PropertyPathToken[] result = target.Parse(null, "").ToArray();
}
