public void It_will_report_diff_when_right_is_null()
{
var a = new Person();
Object b = null;
Assert.IsTrue(Diff.ObjectValues(a, b).DiffFound);
Assert.IsTrue(Diff.ObjectValues(b, a).DiffFound);
}
public void It_will_report_diff_when_left_is_null()
{
Object a = null;
var b = new Person();
Assert.IsTrue(Diff.ObjectValues(a, b).DiffFound);
Assert.IsTrue(Diff.ObjectValues(b, a).DiffFound);
}
public void It_will_throw_exception_to_say_its_currently_not_possible()
{
var left = new Person { Children = new List<Person>() };
left.Children.Add(left);
var right = new Person { Children = new List<Person>() };
right.Children.Add(right);
Diff.ObjectValues(left, right);
}
public void It_can_deal_with_nulls_on_props()
{
var left = new Person {NameProperty = "Gøran"};
var right = new Person {NameProperty = null};
var diff = Diff.ObjectValues(left, right);
Assert.IsTrue(diff.DiffFound);
Assert.AreEqual(1, diff.Table.Rows.Count());
}
public void It_will_report_diff_on_properties_with_nulls()
{
var personA = new Person { NameProperty = "Gøran" };
var personB = new Person { NameProperty = null };
Cross.diff(personA, personB, (left, right) =>
{
var diff = Diff.ObjectValues(left, right);
Assert.AreEqual(1, diff.Table.Rows.Count());
Assert.AreEqual("NameProperty", diff.Table[0].MemberPath);
});
}
public void It_can_intercept_based_on_member_path()
{
var interceptor = new MemberPathInterceptor<string>(
"^NameField$",
input => input.ToUpper());
var personA = new Person { NameField = "Gøran", NameProperty = "Gøran" };
var personB = new Person { NameField = "Torkild", NameProperty = "Torkild" };
var diff = Diff.ObjectValues(personA, personB, interceptor);
Assert.AreEqual("GØRAN", diff.Table[0].LeftValue);
Assert.AreEqual("TORKILD", diff.Table[0].RightValue);
Assert.AreEqual("Gøran", diff.Table[1].LeftValue);
Assert.AreEqual("Torkild", diff.Table[1].RightValue);
}
public void It_can_intercept_on_node_type()
{
var interceptor = new TypeInterceptor<int>(input => input + 1);
var personA = new Person { NameField = "Gøran", WeightField = 70, AgeField = 20, AgeProperty = 20 };
var personB = new Person { NameField = "Torkild", WeightField = 80, AgeField = 30, AgeProperty = 30 };
var diff = Diff.ObjectValues(personA, personB, interceptor);
Assert.AreEqual(4, diff.Table.Rows.Count());
Assert.AreEqual("Gøran", diff.Table[0].LeftValue);
Assert.AreEqual("Torkild", diff.Table[0].RightValue);
Assert.AreEqual(21, diff.Table[1].LeftValue);
Assert.AreEqual(31, diff.Table[1].RightValue);
Assert.AreEqual(70, diff.Table[2].LeftValue);
Assert.AreEqual(80, diff.Table[2].RightValue);
Assert.AreEqual(21, diff.Table[3].LeftValue);
Assert.AreEqual(31, diff.Table[3].RightValue);
}
public void It_can_handle_a_relatively_large_object_graph()
{
const int generations = 1000;
Person left = null;
Person right = null;
Measure("Building test set:", () =>
{
left = new Person();
Generations(generations, left);
right = new Person();
Generations(generations, right);
});
Measure("Diff", () =>
{
var diff = Diff.ObjectValues(left, right, new TypeInterceptor<string>(input =>
{
return input;
}));
Assert.AreEqual(0, diff.Table.Rows.Count());
});
}
public void It_will_report_diff_on_public_float_properties()
{
var a = new Person { WeightProperty = 80 };
var b = new Person { WeightProperty = 81 };
Assert.IsTrue(Diff.ObjectValues(a, b).DiffFound);
Assert.IsTrue(Diff.ObjectValues(b, a).DiffFound);
}
public void It_will_report_diff_on_public_Enum_fields()
{
var personA = new Person {GenderField = Gender.Female};
var personB = new Person {GenderField = Gender.Male};
Cross.diff(personA, personB, (left, right) =>
{
var report = Diff.ObjectValues(left, right);
Assert.IsTrue(report.DiffFound);
Assert.AreEqual(1, report.Table.Rows.Count());
Assert.AreEqual("GenderField", report.Table[0].MemberPath);
});
}
public void It_will_report_diff_on_public_float_field()
{
var a = new Person { WeightField = 70 };
var b = new Person { WeightField = 81 };
Assert.IsTrue(Diff.ObjectValues(a, b).DiffFound);
Assert.IsTrue(Diff.ObjectValues(b, a).DiffFound);
}
public void It_will_report_diff_on_public_int_fields()
{
var a = new Person { AgeField = 20 };
var b = new Person { AgeField = 29 };
Assert.IsTrue(Diff.ObjectValues(a, b).DiffFound);
}
public void It_will_report_diff_on_public_decimal_properties()
{
var personA = new Person {HeightProperty = 1.8m};
var personB = new Person {HeightProperty = 2.10m};
Cross.diff(personA, personB, (left, right) =>
{
var diff = Diff.ObjectValues(left, right);
Assert.AreEqual(1, diff.Table.Rows.Count());
Assert.AreEqual("HeightProperty", diff.Table[0].MemberPath);
});
}
public void It_will_report_diff_on_public_String_properties()
{
var a = new Person { NameProperty = "Gøran" };
var b = new Person { NameProperty = "Gøran Hansen" };
Assert.IsTrue(Diff.ObjectValues(a, b).DiffFound);
Assert.IsTrue(Diff.ObjectValues(b, a).DiffFound);
}
public void It_will_report_diff_on_object_properties()
{
var personA = new Person
{
Children = new List<Person>
{
new Person { NameProperty = "Steve" }
}
};
var personB = new Person
{
Children = new List<Person>
{
new Person { NameProperty = "Bill" }
}
};
Cross.diff(personA, personB, (left, right) =>
{
var diffResult = Diff.ObjectValues(left, right);
Assert.AreEqual(1, diffResult.Table.Rows.Count());
Assert.AreEqual("Children[0].NameProperty", diffResult.Table[0].MemberPath);
});
}
public void It_will_report_diff_on_public_Enum_properties()
{
var left = new Person {GenderProperty = Gender.Femal};
var right = new Person {GenderProperty = Gender.Male};
var report = Diff.ObjectValues(left, right);
Assert.IsTrue(report.DiffFound);
Assert.AreEqual(1, report.Table.Rows.Count());
Assert.AreEqual("GenderProperty", report.Table[0].MemberPath);
}
public void It_will_report_diff_on_public_decimal_properties()
{
var a = new Person {HeightProperty = 1.8m};
var b = new Person {HeightProperty = 2.10m};
var diff = Diff.ObjectValues(a, b);
Assert.AreEqual(1, diff.Table.Rows.Count());
Assert.AreEqual("HeightProperty", diff.Table[0].MemberPath);
}
private static void Generations(int depth, Person person)
{
if (depth == 0) return;
var newChild = new Person();
person.Children = new List<Person>();
for (int i = 0; i < 100; i++)
{
person.Children.Add(new Person());
}
Generations(depth - 1, newChild);
}
public void It_will_report_diff_on_public_float_field()
{
var left = new Person { WeightField = 70 };
var right = new Person { WeightField = 81 };
Assert.IsTrue(Diff.ObjectValues(left, right).DiffFound);
}
public void It_will_not_intercept_invalid_type_when_intercept_by_member_path()
{
var interceptor = new MemberPathInterceptor<int>("^NameField$",
input => input + 10);
var left = new Person { NameField = "Gøran", NameProperty = "Gøran" };
var right = new Person { NameField = "Torkild", NameProperty = "Torkild" };
var diff = Diff.ObjectValues(left, right, interceptor);
Assert.AreEqual(2, diff.Table.Rows.Count());
}
public void It_should_be_possible_to_intercept_lists()
{
var left = new Person();
left.Children = new List<Person>();
var right = new Person();
right.Children = new List<Person>();
var numberOfInterceptions = 0;
var listInterceptor = new TypeInterceptor<IEnumerable<Person>>(input =>
{
numberOfInterceptions++;
return input;
});
Diff.ObjectValues(left, right, listInterceptor);
Assert.AreEqual(2, numberOfInterceptions);
}
public void It_will_report_diff_on_public_int_properties()
{
var left = new Person {AgeProperty = 20};
var right = new Person {AgeProperty = 29};
Assert.IsTrue(Diff.ObjectValues(left, right).DiffFound);
}
public void It_will_report_diff_on_public_int_properties()
{
var a = new Person { AgeProperty = 20 };
var b = new Person { AgeProperty = 29 };
Assert.IsTrue(Diff.ObjectValues(a, b).DiffFound);
Assert.IsTrue(Diff.ObjectValues(b, a).DiffFound);
}
public void It_will_not_report_diff_on_object_references()
{
var a = new Person { Children = new List<Person>() };
var b = new Person { Children = new List<Person>() };
Assert.IsFalse(Diff.ObjectValues(a, b).DiffFound);
Assert.IsFalse(Diff.ObjectValues(b, a).DiffFound);
}
public void It_will_report_diff_on_public_String_fields()
{
var a = new Person { NameField = "Steve" };
var b = new Person { NameField = "Bill" };
Assert.IsTrue(Diff.ObjectValues(a, b).DiffFound);
Assert.IsTrue(Diff.ObjectValues(b, a).DiffFound);
}
public void It_will_report_diff_on_object_when_one_of_the_sides_are_null()
{
var a = new Person { Children = new List<Person>() };
var b = new Person();
Assert.IsTrue(Diff.ObjectValues(a, b).DiffFound);
Assert.IsTrue(Diff.ObjectValues(b, a).DiffFound);
}
public void It_will_report_multiple_diffs()
{
var personA = new Person
{
NameProperty = "Gøran", AgeProperty = 29, NameField = "Hansen", AgeField = 31
};
var personB = new Person
{
NameProperty = "Gøran Hansen", AgeProperty = 30, NameField = "Mr Hansen", AgeField = 32
};
Cross.diff(personA, personB, (left, right) =>
{
var report = Diff.ObjectValues(left, right);
Assert.IsTrue(report.DiffFound);
Assert.AreEqual(4, report.Table.Rows.Count());
Assert.AreEqual("NameField", report.Table[0].MemberPath);
Assert.AreEqual("AgeField", report.Table[1].MemberPath);
Assert.AreEqual("NameProperty", report.Table[2].MemberPath);
Assert.AreEqual("AgeProperty", report.Table[3].MemberPath);
});
}
public void It_will_report_diff_on_public_DateTime_properties()
{
var personA = new Person {BornProperty = new DateTime(1981, 10, 10)};
var personB = new Person {BornProperty = new DateTime(1981, 10, 11)};
Cross.diff(personA, personB, (left, right) =>
{
var diff = Diff.ObjectValues(left, right);
Assert.AreEqual(1, diff.Table.Rows.Count());
});
}
public void It_will_report_diff_on_public_DateTime_fields()
{
var left = new Person { BornField = new DateTime(1981, 10, 10) };
var right = new Person { BornField = new DateTime(1982, 10, 10) };
var diff = Diff.ObjectValues(left, right);
Assert.AreEqual(1, diff.Table.Rows.Count());
}
public void It_will_report_diff_on_public_float_properties()
{
var left = new Person {WeightProperty = 80};
var right = new Person {WeightProperty = 81};
Assert.IsTrue(Diff.ObjectValues(left, right).DiffFound);
}
