/// <summary>
/// Runs a test cycle.
/// </summary>
/// <param name="businessLogic">The business logic.</param>
/// <param name="methodsDescription">The methods description.</param>
/// <param name="indexToRun">The index to run.</param>
/// <returns>The index of the next method to run.</returns>
public int RunCycle(ExtensionRunnerBusinessLogic businessLogic, List <FullMethodDescription> methodsDescription, int indexToRun)
{
int runningIndex = indexToRun;
if (runningIndex == -1)
{
runningIndex++;
businessLogic.StartDelayTime = businessLogic.DateTimeNow();
}
if (runningIndex < methodsDescription.Count)
{
bool performed = businessLogic.InvokeMethod(businessLogic, methodsDescription[runningIndex], businessLogic.IntegrationTestGameObject);
if (performed)
{
runningIndex++;
businessLogic.StartDelayTime = businessLogic.DateTimeNow();
}
}
else
{
businessLogic.InvokeAssertionSuccessful(businessLogic.IntegrationTestGameObject);
}
return(runningIndex);
}
public void InvokeMethod_Should_PerformTheExpectedCallsAndReturnFalse_Given_TheInvokedMethodReturnsAAssertionResultRetryObject()
{
GameObject gameObject = UnitTestUtility.CreateGameObject();
ExtensionRunnerBusinessLogic businessLogic = new ExtensionRunnerBusinessLogic(gameObject);
Component component = Substitute.For <Component>();
MethodInfo mockedMethodInfo = Substitute.For <MethodInfo>();
string errorText = "message";
IAssertionResult methodInvokeAssertionResult = new AssertionResultRetry(errorText);
object[] parameters = new object[0];
mockedMethodInfo.Invoke(component, parameters).Returns(methodInvokeAssertionResult);
FullMethodDescription methodDescription = Substitute.For <FullMethodDescription>();
methodDescription.Method = mockedMethodInfo;
methodDescription.GetFullName().Returns <string>("component.method");
ExtensionRunnerBusinessLogic mockedBusinessLogic = Substitute.For <ExtensionRunnerBusinessLogic>(gameObject);
DateTime firstNowDatetime = new DateTime(2017, 05, 01, 00, 00, 00, 000);
mockedBusinessLogic.StartDelayTime = firstNowDatetime;
DateTime secondNowDatetime = new DateTime(2017, 05, 01, 00, 00, 00, 000);
mockedBusinessLogic.DateTimeNow().Returns <DateTime>(secondNowDatetime);
mockedBusinessLogic.GetParametersValues(methodDescription).Returns <object[]>(parameters);
string scenarioText = "scenarioText";
string bddMethodLocation = "bddMethodLocation";
List <FullMethodDescription> methods = new List <FullMethodDescription>();
methods.Add(methodDescription);
mockedBusinessLogic.MethodsDescription = methods;
mockedBusinessLogic.GetScenarioTextForErrorInSpecificMethod(methods, methodDescription).Returns(scenarioText);
mockedBusinessLogic.GetbddMethodLocationForSpecificMethod(methods, methodDescription).Returns(bddMethodLocation);
bool result = businessLogic.InvokeMethod(mockedBusinessLogic, methodDescription, gameObject);
Received.InOrder(() =>
{
mockedBusinessLogic.DateTimeNow();
mockedBusinessLogic.DateTimeNow();
mockedBusinessLogic.GetParametersValues(methodDescription);
mockedMethodInfo.Invoke(component, parameters);
mockedBusinessLogic.DateTimeNow();
mockedBusinessLogic.InvokeAssertionFailed(errorText, scenarioText, bddMethodLocation, gameObject);
});
Assert.IsFalse(result, "The method InvokeMethod doesn't return the right state");
}
public void InvokeMethod_Should_ReturnTrue_Given_TheInvokedMethodReturnsAAssertionResultSuccessfulObject()
{
GameObject gameObject = UnitTestUtility.CreateGameObject();
ExtensionRunnerBusinessLogic businessLogic = new ExtensionRunnerBusinessLogic(gameObject);
Component component = Substitute.For <Component>();
MethodInfo mockedMethodInfo = Substitute.For <MethodInfo>();
object methodInvokeAssertionResult = new AssertionResultSuccessful();
object[] parameters = new object[0];
mockedMethodInfo.Invoke(component, parameters).Returns(methodInvokeAssertionResult);
FullMethodDescription methodDescription = Substitute.For <FullMethodDescription>();
methodDescription.Method = mockedMethodInfo;
methodDescription.GetFullName().Returns <string>("component.method");
ExtensionRunnerBusinessLogic mockedBusinessLogic = Substitute.For <ExtensionRunnerBusinessLogic>(gameObject);
DateTime firstNowDatetime = new DateTime(2017, 05, 01, 00, 00, 00, 000);
mockedBusinessLogic.StartDelayTime = firstNowDatetime;
DateTime secondNowDatetime = new DateTime(2017, 05, 01, 00, 00, 00, 000);
mockedBusinessLogic.DateTimeNow().Returns <DateTime>(secondNowDatetime);
mockedBusinessLogic.GetParametersValues(methodDescription).Returns <object[]>(parameters);
mockedMethodInfo.Invoke(component, parameters).Returns(methodInvokeAssertionResult);
methodDescription.Method = mockedMethodInfo;
bool result = businessLogic.InvokeMethod(mockedBusinessLogic, methodDescription, gameObject);
Assert.IsTrue(result, "The method InvokeMethod doesn't return the right state");
}
public void RunCycle_Should_PerformTheExpectedCallsForTheFirstMethodInTheListAndReturnTheIndexForTheNextMethod_Given_TheMethodHasNotAConfiguredDelay()
{
GameObject gameObject = UnitTestUtility.CreateGameObject();
ExtensionRunnerBusinessLogic businessLogic = new ExtensionRunnerBusinessLogic(gameObject);
Component component = Substitute.For <Component>();
MethodInfo mockedMethodInfo = Substitute.For <MethodInfo>();
object methodInvokeAssertionResult = new AssertionResultSuccessful();
object[] parameters = new object[0];
mockedMethodInfo.Invoke(component, parameters).Returns(methodInvokeAssertionResult);
FullMethodDescription methodDescription = Substitute.For <FullMethodDescription>();
methodDescription.Method = mockedMethodInfo;
methodDescription.GetFullName().Returns <string>("component.method");
ExtensionRunnerBusinessLogic mockedBusinessLogic = Substitute.For <ExtensionRunnerBusinessLogic>(gameObject);
mockedBusinessLogic.IntegrationTestGameObject = gameObject;
List <FullMethodDescription> methodsDescription = new List <FullMethodDescription>();
methodsDescription.Add(methodDescription);
methodsDescription.Add(Substitute.For <FullMethodDescription>());
DateTime firstNowDatetime = new DateTime(2017, 05, 01, 00, 00, 00, 000);
mockedBusinessLogic.DateTimeNow().Returns <DateTime>(firstNowDatetime);
mockedBusinessLogic.InvokeMethod(mockedBusinessLogic, methodDescription, gameObject).Returns <bool>(true);
int indexToRun = -1;
int newIndexToRun = businessLogic.RunCycle(mockedBusinessLogic, methodsDescription, indexToRun);
Received.InOrder(() =>
{
mockedBusinessLogic.DateTimeNow();
mockedBusinessLogic.InvokeMethod(mockedBusinessLogic, methodDescription, gameObject);
mockedBusinessLogic.DateTimeNow();
});
Assert.AreEqual(1, newIndexToRun, "The method RunCycle doesn't return the right value");
}
public void InvokeMethod_Should_PerformTheExpectedCallsAndReturnFalse_Given_TheInvokedMethodHasAReachedDelayAndReturnsAAssertionResultRetryObject()
{
GameObject gameObject = UnitTestUtility.CreateGameObject();
ExtensionRunnerBusinessLogic businessLogic = new ExtensionRunnerBusinessLogic(gameObject);
Component component = Substitute.For <Component>();
MethodInfo mockedMethodInfo = Substitute.For <MethodInfo>();
object methodInvokeAssertionResult = new AssertionResultRetry("message");
object[] parameters = new object[0];
mockedMethodInfo.Invoke(component, parameters).Returns(methodInvokeAssertionResult);
FullMethodDescription methodDescription = Substitute.For <FullMethodDescription>();
methodDescription.Method = mockedMethodInfo;
methodDescription.GetFullName().Returns <string>("component.method");
methodDescription.TimeOut = 1000;
ExtensionRunnerBusinessLogic mockedBusinessLogic = Substitute.For <ExtensionRunnerBusinessLogic>(gameObject);
DateTime firstNowDatetime = new DateTime(2017, 05, 01, 00, 00, 00, 000);
mockedBusinessLogic.StartDelayTime = firstNowDatetime;
DateTime secondNowDatetime = new DateTime(2017, 05, 01, 00, 00, 00, 000);
mockedBusinessLogic.DateTimeNow().Returns <DateTime>(secondNowDatetime);
mockedBusinessLogic.GetParametersValues(methodDescription).Returns <object[]>(parameters);
bool result = businessLogic.InvokeMethod(mockedBusinessLogic, methodDescription, gameObject);
Received.InOrder(() =>
{
mockedBusinessLogic.DateTimeNow();
mockedBusinessLogic.DateTimeNow();
mockedBusinessLogic.GetParametersValues(methodDescription);
mockedMethodInfo.Invoke(component, parameters);
mockedBusinessLogic.DateTimeNow();
});
Assert.IsFalse(result, "The method InvokeMethod doesn't return the right state");
}
/// <summary>
/// Invokes the <paramref name="methodDescription"/> method.
/// </summary>
/// <param name="businessLogic">The business logic.</param>
/// <param name="methodDescription">The method description.</param>
/// <param name="gameObject">The game object.</param>
/// <returns>True if the method is executed or false if the method still has to be executed.</returns>
public virtual bool InvokeMethod(ExtensionRunnerBusinessLogic businessLogic, FullMethodDescription methodDescription, GameObject gameObject)
{
bool performed = false;
if (businessLogic.DateTimeNow().Subtract(businessLogic.StartDelayTime).TotalMilliseconds >= methodDescription.Delay)
{
if (businessLogic.StartTimoutTime == null)
{
businessLogic.StartTimoutTime = businessLogic.DateTimeNow();
}
if (methodDescription.Method != null && !methodDescription.Method.Equals(string.Empty))
{
MethodInfo method = methodDescription.Method;
Component component = methodDescription.ComponentObject;
object[] parameters = businessLogic.GetParametersValues(methodDescription);
IAssertionResult executionResult = null;
object executionResultObject = method.Invoke(component, parameters);
if (executionResultObject == null)
{
string errorText = "The Step Method return null.";
string scenarioText = businessLogic.GetScenarioTextForErrorInSpecificMethod(businessLogic.MethodsDescription, methodDescription);
string bddMethodLocation = businessLogic.GetbddMethodLocationForSpecificMethod(businessLogic.MethodsDescription, methodDescription);
businessLogic.InvokeAssertionFailed(errorText, scenarioText, bddMethodLocation, gameObject);
return(true);
}
if (typeof(AssertionResultSuccessful).IsAssignableFrom(executionResultObject.GetType()) ||
typeof(AssertionResultFailed).IsAssignableFrom(executionResultObject.GetType()) ||
typeof(AssertionResultRetry).IsAssignableFrom(executionResultObject.GetType()))
{
executionResult = (IAssertionResult)executionResultObject;
}
else
{
string errorText = "The return value of the Step Method is not a valid IAssertionResult implementation.";
string scenarioText = businessLogic.GetScenarioTextForErrorInSpecificMethod(businessLogic.MethodsDescription, methodDescription);
string bddMethodLocation = businessLogic.GetbddMethodLocationForSpecificMethod(businessLogic.MethodsDescription, methodDescription);
businessLogic.InvokeAssertionFailed(errorText, scenarioText, bddMethodLocation, gameObject);
return(true);
}
if (executionResult is AssertionResultSuccessful)
{
performed = true;
}
else if (executionResult is AssertionResultFailed)
{
string errorText = ((AssertionResultFailed)executionResult).Text;
string scenarioText = businessLogic.GetScenarioTextForErrorInSpecificMethod(businessLogic.MethodsDescription, methodDescription);
string bddMethodLocation = businessLogic.GetbddMethodLocationForSpecificMethod(businessLogic.MethodsDescription, methodDescription);
businessLogic.InvokeAssertionFailed(errorText, scenarioText, bddMethodLocation, gameObject);
performed = true;
}
else if (executionResult is AssertionResultRetry)
{
if (businessLogic.DateTimeNow().Subtract(businessLogic.StartTimoutTime ?? DateTime.MaxValue).TotalMilliseconds >= methodDescription.TimeOut)
{
string errorText = ((AssertionResultRetry)executionResult).Text;
string scenarioText = businessLogic.GetScenarioTextForErrorInSpecificMethod(businessLogic.MethodsDescription, methodDescription);
string bddMethodLocation = businessLogic.GetbddMethodLocationForSpecificMethod(businessLogic.MethodsDescription, methodDescription);
businessLogic.InvokeAssertionFailed(errorText, scenarioText, bddMethodLocation, gameObject);
performed = true;
}
performed = false;
}
}
else
{
performed = true;
businessLogic.StartTimoutTime = null;
}
}
return(performed);
}
