public void ClassWhoseLongerConstructorThrowsCreation(
ClassWhoseLongerConstructorThrows dummy1, ClassWhoseLongerConstructorThrows dummy2)
{
"Given a type with multiple constructors"
.See <ClassWhoseLongerConstructorThrows>();
"And its longer constructor throws"
.See(() => new ClassWhoseLongerConstructorThrows(0, 0));
"And a dummy of that type is requested"
.x(() => dummy1 = this.CreateDummy <ClassWhoseLongerConstructorThrows>());
"And another dummy of that type is requested"
.x(() => dummy2 = this.CreateDummy <ClassWhoseLongerConstructorThrows>());
"Then it returns a dummy from the first request"
.x(() => dummy1.Should().NotBeNull());
"And the dummy is created via the shorter constructor"
.x(() => dummy1.CalledConstructor.Should().Be("(int)"));
"And it returns a dummy from the second request"
.x(() => dummy2.Should().NotBeNull());
"And that dummy is created via the shorter constructor"
.x(() => dummy2.CalledConstructor.Should().Be("(int)"));
"And the dummies are distinct"
.x(() => dummy1.Should().NotBeSameAs(dummy2));
"And the longer constructor was only attempted once"
.x(() => ClassWhoseLongerConstructorThrows.NumberOfTimesLongerConstructorWasCalled.Should().Be(1));
}
public void ClassWhoseLongerConstructorThrowsCreation(
ClassWhoseLongerConstructorThrows dummy)
{
"Given a type with multiple constructors"
.See <ClassWhoseLongerConstructorThrows>();
"And its longer constructor throws"
.See(() => new ClassWhoseLongerConstructorThrows(0, 0));
"When a dummy of that type is requested"
.x(() => dummy = this.CreateDummy <ClassWhoseLongerConstructorThrows>());
"Then it returns a dummy"
.x(() => dummy.Should().NotBeNull());
"And the dummy is created via the shorter constructor"
.x(() => dummy.CalledConstructor.Should().Be("(int)"));
}
public void ClassWhoseLongerConstructorThrowsCreation(
ClassWhoseLongerConstructorThrows dummy1, ClassWhoseLongerConstructorThrows dummy2)
{
"Given a type with multiple constructors"
.See <ClassWhoseLongerConstructorThrows>();
"And its longer constructor throws"
.See(() => new ClassWhoseLongerConstructorThrows(0, 0));
// If multiple theads attempt to create the dummy at the same time, the
// unsuccessful constructors may be called more than once, so serialize dummy
// creation for this test.
"And nobody else is trying to create a dummy of the class right now"
.x(() => Monitor.TryEnter(typeof(ClassWhoseLongerConstructorThrows), TimeSpan.FromSeconds(30)).Should().BeTrue("we must enter the monitor"))
.Teardown(() => Monitor.Exit(typeof(ClassWhoseLongerConstructorThrows)));
"When a dummy of that type is requested"
.x(() => dummy1 = this.CreateDummy <ClassWhoseLongerConstructorThrows>());
"And another dummy of that type is requested"
.x(() => dummy2 = this.CreateDummy <ClassWhoseLongerConstructorThrows>());
"Then it returns a dummy from the first request"
.x(() => dummy1.Should().NotBeNull());
"And the dummy is created via the shorter constructor"
.x(() => dummy1.CalledConstructor.Should().Be("(int)"));
"And it returns a dummy from the second request"
.x(() => dummy2.Should().NotBeNull());
"And that dummy is created via the shorter constructor"
.x(() => dummy2.CalledConstructor.Should().Be("(int)"));
"And the dummies are distinct"
.x(() => dummy1.Should().NotBeSameAs(dummy2));
"And the longer constructor was only attempted once"
.x(() => ClassWhoseLongerConstructorThrows.NumberOfTimesLongerConstructorWasCalled.Should().Be(1));
}
