This fork

Project Description

The Should Assertion Library provides a set of extension methods for test assertions for AAA and BDD style tests. It provides assertions only, and as a result it is Test runner agnostic. The assertions are a direct fork of the xUnit test assertions. This project was born because test runners Should be independent of the the assertions!

Should Assertion Library comes in two flavors, each with its own binary.

• Standard (Should.dll)
• Fluent (Should.Fluent.dll)

Use our prerelease nuget feed: http://www.myget.org/F/should/

###Standard

Install from nuget.

PM> install-package should

The following example shows some of the assertions that are available for objects, booleans, string, and collections.

public void Should_assertions()
{
   object obj = null;
   obj.ShouldBeNull();

    obj = new object();
    obj.ShouldBeType(typeof(object));
    obj.ShouldEqual(obj);
    obj.ShouldNotBeNull();
    obj.ShouldNotBeSameAs(new object());
    obj.ShouldNotBeType(typeof(string));
    obj.ShouldNotEqual("foo");

    obj = "x";
    obj.ShouldNotBeInRange("y", "z");
    obj.ShouldBeInRange("a", "z");
    obj.ShouldBeSameAs("x");

    "This String".ShouldContain("This");
    "This String".ShouldNotBeEmpty();
    "This String".ShouldNotContain("foobar");

    false.ShouldBeFalse();
    true.ShouldBeTrue();

    var list = new List<object>();
    list.ShouldBeEmpty();
    list.ShouldNotContain(new object());

    var item = new object();
    list.Add(item);
    list.ShouldNotBeEmpty();
    list.ShouldContain(item);
}

###Fluent

Should.Fluent is a direct port of ShouldIt. Install from nuget.

PM> install-package ShouldFluent

The following shows the same assertions as above but in the fluent style.

public void Should_fluent_assertions()
{
    object obj = null;
    obj.Should().Be.Null();

    obj = new object();
 	obj.Should().Be.OfType(typeof(object));
	obj.Should().Equal(obj);
    obj.Should().Not.Be.Null();
    obj.Should().Not.Be.SameAs(new object());
    obj.Should().Not.Be.OfType<string>();
    obj.Should().Not.Equal("foo");

    obj = "x";
    obj.Should().Not.Be.InRange("y", "z");
    obj.Should().Be.InRange("a", "z");
    obj.Should().Be.SameAs("x");

    "This String".Should().Contain("This");
    "This String".Should().Not.Be.Empty();
    "This String".Should().Not.Contain("foobar");

    false.Should().Be.False();
    true.Should().Be.True();

    var list = new List<object>();
    list.Should().Count.Zero();
    list.Should().Not.Contain.Item(new object());

    var item = new object();
    list.Add(item);
    list.Should().Not.Be.Empty();
    list.Should().Contain.Item(item);
};

Here are some additional examples of assertions using the fluent API:

public void Should_fluent_assertions()
{
    var numbers = new List<int> { 1, 1, 2, 3 };
    numbers.Should().Contain.Any(x => x == 1);
    numbers
        .Should().Count.AtLeast(1)
        .Should().Count.NoMoreThan(5)
        .Should().Count.Exactly(4)
        .Should().Contain.One(x => x > 2);

    var id = new Guid();
    id.Should().Be.Empty();

    id = Guid.NewGuid();
    id.Should().Not.Be.Empty();

    var date = DateTime.Now;
    date1.Should().Be.Today();

    var str = "";
    str.Should().Be.NullOrEmpty();                

    var one = "1";
    one.Should().Be.ConvertableTo<int>();

    var idString = Guid.NewGuid().ToString();
    idString.Should().Be.ConvertableTo<Guid>();
}