public ExpressionKind EatAssertationTest(string invokedElementName)
{
// Arrange
var invocationExpression = Mock.Of <IInvocationExpression>();
var snapshot = Mock.Of <ISnapshot>();
var parentEater =
Mock.Of <IParentReferenceEater>(t => t.Eat(snapshot, invocationExpression) == ExpressionKind.None);
var argsEater = Mock.Of <IArgumentsEater>();
var mockEater = Mock.Of <IMockOfInvocationEater>();
var kindHelper = Mock.Of <ExpressionKindHelper>();
var eater = Mock.Of <IEater>();
var helper = Mock.Of <EatExpressionHelper>(t => t.GetInvokedElementName(invocationExpression) == invokedElementName);
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Assert
return(invocationEater.Eat(snapshot, invocationExpression));
}
public void AddAssertationToSnapshotTest(string invokedElementName)
{
// Arrange
var invocationExpression = Mock.Of <IInvocationExpression>();
var snapshot = new Mock <ISnapshot>();
var parentEater =
Mock.Of <IParentReferenceEater>(t => t.Eat(snapshot.Object, invocationExpression) == ExpressionKind.None);
var argsEater = Mock.Of <IArgumentsEater>();
var mockEater = Mock.Of <IMockOfInvocationEater>();
var kindHelper = Mock.Of <ExpressionKindHelper>();
var eater = Mock.Of <IEater>();
var helper = Mock.Of <EatExpressionHelper>(t => t.GetInvokedElementName(invocationExpression) == invokedElementName);
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Act
invocationEater.Eat(snapshot.Object, invocationExpression);
// Assert
snapshot.Verify(t => t.Add(ExpressionKind.Assert, invocationExpression));
}
public void AddAssertationToSnapshotTest(string invokedElementName)
{
// Arrange
var invocationExpression = Mock.Of<IInvocationExpression>();
var snapshot = new Mock<ISnapshot>();
var parentEater =
Mock.Of<IParentReferenceEater>(t => t.Eat(snapshot.Object, invocationExpression) == ExpressionKind.None);
var argsEater = Mock.Of<IArgumentsEater>();
var mockEater = Mock.Of<IMockOfInvocationEater>();
var kindHelper = Mock.Of<ExpressionKindHelper>();
var eater = Mock.Of<IEater>();
var helper = Mock.Of<EatExpressionHelper>(t => t.GetInvokedElementName(invocationExpression) == invokedElementName);
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Act
invocationEater.Eat(snapshot.Object, invocationExpression);
// Assert
snapshot.Verify(t => t.Add(ExpressionKind.Assert, invocationExpression));
}
public void EatParentReferenceTest()
{
// Arrange
var invocationExpression = Mock.Of <IInvocationExpression>();
var snapshot = Mock.Of <ISnapshot>();
var eater = Mock.Of <IEater>();
var parentEater = new Mock <IParentReferenceEater>();
var argsEater = Mock.Of <IArgumentsEater>();
var mockEater = Mock.Of <IMockOfInvocationEater>();
parentEater.Setup(t => t.Eat(snapshot, invocationExpression)).Returns(ExpressionKind.None).Verifiable();
var kindHelper = Mock.Of <ExpressionKindHelper>();
var expressionHelper = Mock.Of <EatExpressionHelper>(t => t.GetInvokedElementName(invocationExpression) == "Method:NUnit.Framework.Assert");
var invocationEater = new InvocationExpressionEater(eater, expressionHelper, kindHelper, parentEater.Object, argsEater, mockEater);
// Act
invocationEater.Eat(snapshot, invocationExpression);
// Assert
parentEater.VerifyAll();
}
public void ReturnKindOfInvocationBasedOnPArentReferenceKindTest()
{
// Arrange
var invocationExpression = Mock.Of <IInvocationExpression>();
var snapshot = Mock.Of <ISnapshot>();
var parentEater =
Mock.Of <IParentReferenceEater>(t => t.Eat(snapshot, invocationExpression) == ExpressionKind.StubCandidate);
var argsEater = Mock.Of <IArgumentsEater>();
var mockEater = Mock.Of <IMockOfInvocationEater>();
var kindHelper = Mock.Of <ExpressionKindHelper>(t => t.InvocationKindByParentReferenceKind(ExpressionKind.StubCandidate) == ExpressionKind.Stub);
var eater = Mock.Of <IEater>();
var invokedMethod = Mock.Of <IMethod>(t => t.Module.Name == "ModuleName");
var helper = Mock.Of <EatExpressionHelper>(t => t.GetInvokedElement(invocationExpression) == invokedMethod &&
t.GetInvokedElementName(invocationExpression) == "");
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Act
var kind = invocationEater.Eat(snapshot, invocationExpression);
// Assert
Assert.AreEqual(kind, ExpressionKind.Stub);
}
public void EatStubBecauseInvokedElementIsNotInTestScopeTest()
{
// Arrange
var invocationExpression = Mock.Of <IInvocationExpression>();
var snapshot = Mock.Of <ISnapshot>(t => t.IsInTestScope("ModuleName") == false);
var parentEater =
Mock.Of <IParentReferenceEater>(t => t.Eat(snapshot, invocationExpression) == ExpressionKind.None);
var argsEater = Mock.Of <IArgumentsEater>();
var mockEater = Mock.Of <IMockOfInvocationEater>();
var kindHelper = Mock.Of <ExpressionKindHelper>();
var eater = Mock.Of <IEater>();
var invokedMethod = Mock.Of <IMethod>(t => t.Module.Name == "ModuleName");
var helper = Mock.Of <EatExpressionHelper>(t => t.GetInvokedElement(invocationExpression) == invokedMethod &&
t.GetInvokedElementName(invocationExpression) == "");
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Act
var kind = invocationEater.Eat(snapshot, invocationExpression);
// Assert
Assert.AreEqual(kind, ExpressionKind.StubCandidate);
}
public void AddExpressionToSnapshotIfBasedOnPArentReferenceKindisTargetCallTest()
{
// Arrange
var invocationExpression = Mock.Of <IInvocationExpression>();
var snapshot = new Mock <ISnapshot>();
var parentEater =
Mock.Of <IParentReferenceEater>(t => t.Eat(snapshot.Object, invocationExpression) == ExpressionKind.StubCandidate);
var argsEater = Mock.Of <IArgumentsEater>();
var mockEater = Mock.Of <IMockOfInvocationEater>();
var kindHelper = Mock.Of <ExpressionKindHelper>(t => t.InvocationKindByParentReferenceKind(ExpressionKind.StubCandidate) == ExpressionKind.TargetCall);
var eater = Mock.Of <IEater>();
var invokedMethod = Mock.Of <IMethod>(t => t.Module.Name == "ModuleName");
var helper = Mock.Of <EatExpressionHelper>(t => t.GetInvokedElement(invocationExpression) == invokedMethod &&
t.GetInvokedElementName(invocationExpression) == "");
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Act
var kind = invocationEater.Eat(snapshot.Object, invocationExpression);
// Assert
snapshot.Verify(t => t.Add(ExpressionKind.TargetCall, invocationExpression), Times.Once);
Assert.AreEqual(kind, ExpressionKind.TargetCall);
}
public void AddTargetCallToSnapshotTest()
{
// Arrange
var invocationExpression = Mock.Of<IInvocationExpression>();
var snapshot = new Mock<ISnapshot>();
snapshot.Setup(t => t.IsInTestScope("ModuleName")).Returns(true);
var parentEater =
Mock.Of<IParentReferenceEater>(t => t.Eat(snapshot.Object, invocationExpression) == ExpressionKind.None);
var argsEater = Mock.Of<IArgumentsEater>();
var mockEater = Mock.Of<IMockOfInvocationEater>();
var kindHelper = Mock.Of<ExpressionKindHelper>();
var eater = Mock.Of<IEater>();
var invokedMethod = Mock.Of<IMethod>(t => t.Module.Name == "ModuleName");
var helper = Mock.Of<EatExpressionHelper>(t => t.GetInvokedElement(invocationExpression) == invokedMethod
&& t.GetInvokedElementName(invocationExpression) == "");
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Act
invocationEater.Eat(snapshot.Object, invocationExpression);
// Assert
snapshot.Verify(t => t.Add(ExpressionKind.TargetCall, invocationExpression), Times.Once);
}
public void AddExpressionToSnapshotIfBasedOnPArentReferenceKindisTargetCallTest()
{
// Arrange
var invocationExpression = Mock.Of<IInvocationExpression>();
var snapshot = new Mock<ISnapshot>();
var parentEater =
Mock.Of<IParentReferenceEater>(t => t.Eat(snapshot.Object, invocationExpression) == ExpressionKind.StubCandidate);
var argsEater = Mock.Of<IArgumentsEater>();
var mockEater = Mock.Of<IMockOfInvocationEater>();
var kindHelper = Mock.Of<ExpressionKindHelper>(t => t.InvocationKindByParentReferenceKind(ExpressionKind.StubCandidate) == ExpressionKind.TargetCall);
var eater = Mock.Of<IEater>();
var invokedMethod = Mock.Of<IMethod>(t => t.Module.Name == "ModuleName");
var helper = Mock.Of<EatExpressionHelper>(t => t.GetInvokedElement(invocationExpression) == invokedMethod
&& t.GetInvokedElementName(invocationExpression) == "");
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Act
var kind = invocationEater.Eat(snapshot.Object, invocationExpression);
// Assert
snapshot.Verify(t => t.Add(ExpressionKind.TargetCall, invocationExpression), Times.Once);
Assert.AreEqual(kind, ExpressionKind.TargetCall);
}
public void EatArgumentsTest()
{
// Arrange
var args = new TreeNodeCollection <ICSharpArgument>();
var invocationExpression = Mock.Of <IInvocationExpression>();
Mock.Get(invocationExpression).Setup(t => t.Arguments)
.Returns(args);
var snapshot = Mock.Of <ISnapshot>();
var eater = Mock.Of <IEater>();
var parentEater = Mock.Of <IParentReferenceEater>();
var argsEater = new Mock <IArgumentsEater>();
var mockEater = Mock.Of <IMockOfInvocationEater>();
var kindHelper = Mock.Of <ExpressionKindHelper>();
var expressionHelper = Mock.Of <EatExpressionHelper>(t => t.GetInvokedElementName(invocationExpression) == "Method:NUnit.Framework.Assert");
var invocationEater = new InvocationExpressionEater(eater, expressionHelper, kindHelper, parentEater, argsEater.Object, mockEater);
// Act
invocationEater.Eat(snapshot, invocationExpression);
// Assert
argsEater.Verify(t => t.Eat(snapshot, args), Times.Once);
}
public void AddTargetCallToSnapshotTest()
{
// Arrange
var invocationExpression = Mock.Of <IInvocationExpression>();
var snapshot = new Mock <ISnapshot>();
snapshot.Setup(t => t.IsInTestScope("ModuleName")).Returns(true);
var parentEater =
Mock.Of <IParentReferenceEater>(t => t.Eat(snapshot.Object, invocationExpression) == ExpressionKind.None);
var argsEater = Mock.Of <IArgumentsEater>();
var mockEater = Mock.Of <IMockOfInvocationEater>();
var kindHelper = Mock.Of <ExpressionKindHelper>();
var eater = Mock.Of <IEater>();
var invokedMethod = Mock.Of <IMethod>(t => t.Module.Name == "ModuleName");
var helper = Mock.Of <EatExpressionHelper>(t => t.GetInvokedElement(invocationExpression) == invokedMethod &&
t.GetInvokedElementName(invocationExpression) == "");
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Act
invocationEater.Eat(snapshot.Object, invocationExpression);
// Assert
snapshot.Verify(t => t.Add(ExpressionKind.TargetCall, invocationExpression), Times.Once);
}
public void EatParentReferenceTest()
{
// Arrange
var invocationExpression = Mock.Of<IInvocationExpression>();
var snapshot = Mock.Of<ISnapshot>();
var eater = Mock.Of<IEater>();
var parentEater = new Mock<IParentReferenceEater>();
var argsEater = Mock.Of<IArgumentsEater>();
var mockEater = Mock.Of<IMockOfInvocationEater>();
parentEater.Setup(t => t.Eat(snapshot, invocationExpression)).Returns(ExpressionKind.None).Verifiable();
var kindHelper = Mock.Of<ExpressionKindHelper>();
var expressionHelper = Mock.Of<EatExpressionHelper>(t => t.GetInvokedElementName(invocationExpression) == "Method:NUnit.Framework.Assert");
var invocationEater = new InvocationExpressionEater(eater, expressionHelper, kindHelper, parentEater.Object, argsEater, mockEater);
// Act
invocationEater.Eat(snapshot, invocationExpression);
// Assert
parentEater.VerifyAll();
}
public void ReturnKindOfInvocationBasedOnPArentReferenceKindTest()
{
// Arrange
var invocationExpression = Mock.Of<IInvocationExpression>();
var snapshot = Mock.Of<ISnapshot>();
var parentEater =
Mock.Of<IParentReferenceEater>(t => t.Eat(snapshot, invocationExpression) == ExpressionKind.StubCandidate);
var argsEater = Mock.Of<IArgumentsEater>();
var mockEater = Mock.Of<IMockOfInvocationEater>();
var kindHelper = Mock.Of<ExpressionKindHelper>(t => t.InvocationKindByParentReferenceKind(ExpressionKind.StubCandidate) == ExpressionKind.Stub);
var eater = Mock.Of<IEater>();
var invokedMethod = Mock.Of<IMethod>(t => t.Module.Name == "ModuleName");
var helper = Mock.Of<EatExpressionHelper>(t => t.GetInvokedElement(invocationExpression) == invokedMethod
&& t.GetInvokedElementName(invocationExpression) == "");
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Act
var kind = invocationEater.Eat(snapshot, invocationExpression);
// Assert
Assert.AreEqual(kind, ExpressionKind.Stub);
}
public void EatTargetCallTest()
{
// Arrange
var invocationExpression = Mock.Of<IInvocationExpression>();
var snapshot = Mock.Of<ISnapshot>(t => t.IsInTestScope("ModuleName") == true);
var parentEater =
Mock.Of<IParentReferenceEater>(t => t.Eat(snapshot, invocationExpression) == ExpressionKind.None);
var argsEater = Mock.Of<IArgumentsEater>();
var mockEater = Mock.Of<IMockOfInvocationEater>();
var kindHelper = Mock.Of<ExpressionKindHelper>();
var eater = Mock.Of<IEater>();
var invokedMethod = Mock.Of<IMethod>(t => t.Module.Name == "ModuleName");
var helper = Mock.Of<EatExpressionHelper>(t => t.GetInvokedElement(invocationExpression) == invokedMethod
&& t.GetInvokedElementName(invocationExpression) == "");
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Act
var kind = invocationEater.Eat(snapshot, invocationExpression);
// Assert
Assert.AreEqual(kind, ExpressionKind.TargetCall);
}
public void EatStubBecauseInvokedElementIsNotTestMethodTest()
{
// Arrange
var invocationExpression = Mock.Of<IInvocationExpression>();
var snapshot = Mock.Of<ISnapshot>();
var parentEater =
Mock.Of<IParentReferenceEater>(t => t.Eat(snapshot, invocationExpression) == ExpressionKind.None);
var argsEater = Mock.Of<IArgumentsEater>();
var mockEater = Mock.Of<IMockOfInvocationEater>();
var kindHelper = Mock.Of<ExpressionKindHelper>();
var eater = Mock.Of<IEater>();
var invoked = Mock.Of<IDeclaredElement>();
var helper = Mock.Of<EatExpressionHelper>(t => t.GetInvokedElement(invocationExpression) == invoked
&& t.GetInvokedElementName(invocationExpression) == "");
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Act
var kind = invocationEater.Eat(snapshot, invocationExpression);
// Assert
Assert.AreEqual(kind, ExpressionKind.StubCandidate);
}
public void EatArgumentsTest()
{
// Arrange
var args = new TreeNodeCollection<ICSharpArgument>();
var invocationExpression = Mock.Of<IInvocationExpression>();
Mock.Get(invocationExpression).Setup(t => t.Arguments)
.Returns(args);
var snapshot = Mock.Of<ISnapshot>();
var eater = Mock.Of<IEater>();
var parentEater = Mock.Of<IParentReferenceEater>();
var argsEater = new Mock<IArgumentsEater>();
var mockEater = Mock.Of<IMockOfInvocationEater>();
var kindHelper = Mock.Of<ExpressionKindHelper>();
var expressionHelper = Mock.Of<EatExpressionHelper>(t => t.GetInvokedElementName(invocationExpression) == "Method:NUnit.Framework.Assert");
var invocationEater = new InvocationExpressionEater(eater, expressionHelper, kindHelper, parentEater, argsEater.Object, mockEater);
// Act
invocationEater.Eat(snapshot, invocationExpression);
// Assert
argsEater.Verify(t => t.Eat(snapshot, args), Times.Once);
}
public ExpressionKind EatAssertationTest(string invokedElementName)
{
// Arrange
var invocationExpression = Mock.Of<IInvocationExpression>();
var snapshot = Mock.Of<ISnapshot>();
var parentEater =
Mock.Of<IParentReferenceEater>(t => t.Eat(snapshot, invocationExpression) == ExpressionKind.None);
var argsEater = Mock.Of<IArgumentsEater>();
var mockEater = Mock.Of<IMockOfInvocationEater>();
var kindHelper = Mock.Of<ExpressionKindHelper>();
var eater = Mock.Of<IEater>();
var helper = Mock.Of<EatExpressionHelper>(t => t.GetInvokedElementName(invocationExpression) == invokedElementName);
var invocationEater = new InvocationExpressionEater(eater, helper, kindHelper, parentEater, argsEater, mockEater);
// Assert
return invocationEater.Eat(snapshot, invocationExpression);
}
