public void ShouldNotMatch_Blue_White()
{
//assign
IColor white = new ColorWhite();
IColor blueColor = new ColorBlue();
//act
bool matches = blueColor.Matches(white);
//assert
matches.Should().BeFalse();
}
public void ShouldNotMatch_Blue_Red()
{
//assign
IColor redColor = new ColorRed();
IColor blueColor = new ColorBlue();
//act
bool matches = blueColor.Matches(redColor);
//assert
matches.Should().BeFalse();
}
public void ShouldNotMatch_Blue_Green()
{
//assign
IColor blue = new ColorBlue();
IColor green = new ColorGreen();
//act
bool matches = blue.Matches(green);
//assert
matches.Should().BeFalse();
}
public void ShouldMatch_Blue_Blue()
{
//assign
IColor blueColor2 = new ColorBlue();
IColor blueColor1 = new ColorBlue();
//act
bool matches = blueColor1.Matches(blueColor2);
//assert
matches.Should().BeTrue();
}
public void Register_Instance_Transient_NotThrow()
{
var container = Container.Create();
var instanceBlue = new ColorBlue();
container.Register(Scope.Transient, instanceBlue);
container.ThrowIfNotResolved();
Assert.Pass();
}
public void Resolve_Transient_All_Instances_Different()
{
const int EXPECTED_COUNT = 2;
var container = Container.Create();
var colorRed = new ColorRed();
var colorBlue = new ColorBlue();
container.Register <IColor, ColorRed>(Scope.Transient, colorRed);
container.Register <IColor, ColorBlue>(Scope.Transient, colorBlue);
var colors = container.ResolveAll <IColor>();
var actualCount = colors.Length;
Assert.AreEqual(EXPECTED_COUNT, actualCount);
Assert.AreNotEqual(colors[0], colors[1]);
}
