public ClassForTests(string firstName = "", string surname = "", int age = 0, ClassForTests cc = null, double height = 0)
{
Friend = cc;
FirstName = firstName;
Surname = surname;
Age = age;
Height = height;
}
public void SerializingFields_IfObjectHasIt()
{
var person = new ClassForTests("Ivan", age: 123);
var printer = ObjectPrinter.For <ClassForTests>();
var s = printer.PrintToString(person);
s.Should().Contain("Height");
}
public void SerializingFieldsInWayOfType_WhenSerializingItsType()
{
var person = new ClassForTests("Ivan", age: 123);
var printer = ObjectPrinter.For <ClassForTests>()
.Serializing <double>().Using(x => "Long");
var s = printer.PrintToString(person);
s.Should().Contain("Long");
}
public void ExcludingAllPropertiesOfType_WhenExcluding()
{
var person = new ClassForTests("Ivan", "Kogut", 19);
var printer = ObjectPrinter.For <ClassForTests>()
.Excluding <string>();
var s = printer.PrintToString(person);
s.Should().NotContain("FirstName").And.NotContain("Surname");
}
public void ExcludingProperty_WhenExcluding()
{
var person = new ClassForTests("Ivan", age: 123);
var printer = ObjectPrinter.For <ClassForTests>()
.Excluding(p => p.Age);
var s = printer.PrintToString(person);
s.Should().NotContain("Age");
}
public void SerializePropertyInOwnWay_WhenSerializing()
{
var person1 = new ClassForTests("Ivan", "Kogut", 19);
var person2 = new ClassForTests("Alex", "Smelov", 19);
var printer = ObjectPrinter.For <ClassForTests>()
.Serializing(p => p.Age).Using(a => "A lot");
var sIvan = printer.PrintToString(person1);
var sAlex = printer.PrintToString(person2);
sIvan.Should().NotContain("19").And.Contain("A lot");
sAlex.Should().NotContain("19").And.Contain("A lot");
}
public void SerializeTypeInOwnWay_WhenSerializing()
{
var person1 = new ClassForTests("Ivan", "Kogut", 19);
var person2 = new ClassForTests("Alex", "Smelov", 19);
var printer = ObjectPrinter.For <ClassForTests>()
.Serializing <string>().Using(x => "Vitya");
var sIvan = printer.PrintToString(person1);
var sAlex = printer.PrintToString(person2);
sIvan.Should().Contain("Vitya").And.NotContain("Ivan").And.NotContain("Kogut");
sAlex.Should().Contain("Vitya").And.NotContain("Alex").And.NotContain("Smelov");
}
public void NotFall_IfObjectHasRecursionLinks()
{
var person1 = new ClassForTests("Ivan", "Kogut", 19);
var person2 = new ClassForTests("Alex", "Smelov", 19);
person1.Friend = person2;
person2.Friend = person1;
var printer = ObjectPrinter.For <ClassForTests>();
var s = printer.PrintToString(person1);
s.IndexOf("Ivan").Should().Be(s.LastIndexOf("Ivan"));
s.Should().Contain("<cyclic link is detected>");
}
public void SerializeInPropertyWayDespiteTypeWay_WhenSerializingForPropertyAndType()
{
var person1 = new ClassForTests("Ivan", "Kogut", 19);
var person2 = new ClassForTests("Alex", "Smelov", 19);
var printer = ObjectPrinter.For <ClassForTests>()
.Serializing <int>().Using(p => "Bullshit")
.Serializing(p => p.Age).Using(p => "A lot");
var sIvan = printer.PrintToString(person1);
var sAlex = printer.PrintToString(person2);
sIvan.Should().NotContain("Bullshit").And.Contain("A lot");
sAlex.Should().NotContain("Bullshit").And.Contain("A lot");
}
public void CutStringProperties_WhenCutPrefix()
{
var person1 = new ClassForTests("Ivan", "Kogut", 19);
var person2 = new ClassForTests("Alex", "Smelov", 19);
var printer = ObjectPrinter.For <ClassForTests>()
.Serializing(p => p.FirstName).CutPrefix(2)
.Serializing(p => p.Surname).CutPrefix(3);
var sIvan = printer.PrintToString(person1);
var sAlex = printer.PrintToString(person2);
sIvan.Should().Contain("Iv").And.NotContain("Iva");
sIvan.Should().Contain("Kog").And.NotContain("Kogu");
sAlex.Should().Contain("Al").And.NotContain("Ale");
sAlex.Should().Contain("Sme").And.NotContain("Smel");
}