public void PrintToString_ReturnStringWithoutExcludedType_WhenTypeExcluded()
{
var testClass = new TestClassExcludedString();
var printer = ObjectPrinter.For <TestClassExcludedString>()
.Excluding <string>()
.Excluding <double>();
string s1 = printer.PrintToString(testClass);
Console.WriteLine("|" + s1 + "|");
s1.Should().BeEquivalentTo("TestClassExcludedString" + Environment.NewLine);
}
public void PrintToString_ReturnCurrentString_WhenStringTrim()
{
var testClass = new TestClassExcludedString();
testClass.TestText = "Text";
var printer = ObjectPrinter.For <TestClassExcludedString>()
.Printing(x => x.TestText).TrimmedToLength(2);
string s1 = printer.PrintToString(testClass);
Console.WriteLine("|" + s1 + "|");
s1.Should().BeEquivalentTo("TestClassExcludedString"
+ Environment.NewLine
+ "\t" + " TestText = Te"
+ Environment.NewLine);
}
public void PrintToString_ReturnCurrentString_WhenUsingAlternativeSerializationForProperty()
{
var testClass = new TestClassExcludedString();
testClass.TestText = "Text";
var printer = ObjectPrinter.For <TestClassExcludedString>()
.Printing(x => x.TestText).Using(s => s + " + AltSerializeProperty(str)");
string s1 = printer.PrintToString(testClass);
Console.WriteLine("|" + s1 + "|");
s1.Should().BeEquivalentTo("TestClassExcludedString"
+ Environment.NewLine
+ "\t" + " TestText = Text + AltSerializeProperty(str)"
+ Environment.NewLine);
}
