/// <summary>
/// Draws the cog button.
/// </summary>
/// <param name="unityInterface">The unity interface.</param>
/// <param name="methodDescription">The method description.</param>
/// <param name="bddExtensionRunner">The BDD extension runner.</param>
internal void DrawCogButton(IUnityInterfaceWrapper unityInterface, MethodDescription methodDescription, BDDExtensionRunner bddExtensionRunner)
{
string cogTexture = @"cog.png";
string cogTextureFullPath = Utilities.GetAssetFullPath(bddExtensionRunner, cogTexture);
Texture2D inputTexture = unityInterface.AssetDatabaseLoadAssetAtPath(cogTextureFullPath, typeof(Texture2D));
GUILayoutOption[] options = new GUILayoutOption[2] {
unityInterface.GUILayoutWidth(16), unityInterface.GUILayoutHeight(16)
};
if (unityInterface.GUILayoutButton(inputTexture, EditorStyles.label, options))
{
GenericMenu menu = new GenericMenu();
GUIContent content = new GUIContent("Open method source");
bool on = false;
MethodInfo method = null;
if (methodDescription != null)
{
on = true;
method = methodDescription.Method;
menu.AddItem(content, on, () => { SourcesManagement.OpenMethodSourceCode(method, unityInterface); });
}
else
{
menu.AddDisabledItem(content);
}
menu.ShowAsContext();
}
}
/// <summary>
/// Builds the list of <see cref="FullMethodDescription"/> objects based on the information contained into a <see cref="BaseMethodDescription"/> object.
/// </summary>
/// <param name="baseMethodDescription">The <see cref="BaseMethodDescription"/> object.</param>
/// <param name="stepNumber">The index of the Step Method inside a chosenMethod list.</param>
/// <returns>A <see cref="List"/> of <see cref="FullMethodDescription"/> object. Each element represent one of the element in the call chain defined by the <see cref="CallBefore"/> attributes. The last one is the main method described by the <paramref name="baseMethodDescription"/> parameter.</returns>
public virtual List <FullMethodDescription> BuildFromBaseMethodDescription(BaseMethodDescription baseMethodDescription, uint stepNumber)
{
MethodDescriptionBuilder methodDescriptionBuilder = new MethodDescriptionBuilder();
MethodParametersLoader methodParametersLoader = new MethodParametersLoader();
string parametersIndex = string.Empty;
MethodDescription methodDescription = methodDescriptionBuilder.Build(methodParametersLoader, baseMethodDescription, parametersIndex);
return(this.Build(methodDescription, stepNumber));
}
public void LoadMethodsDescriptionsFromChosenMethods_Should_ReturnTheExpectedMethodDescriptionObjects_Given_ADynamicComponentAndAListOfChosenMethods()
{
MethodsManagementUtilities methodsManagementUtilities = new MethodsManagementUtilities();
MethodsManagementUtilitiesTestFirstDynamicComponent bddComponent1 = UnitTestUtility.CreateComponent <MethodsManagementUtilitiesTestFirstDynamicComponent>();
MethodsManagementUtilitiesTestSecondDynamicComponent bddComponent2 = UnitTestUtility.CreateComponent <MethodsManagementUtilitiesTestSecondDynamicComponent>();
ArrayStorageUtilities arrayStorageUtilities = new ArrayStorageUtilities();
FieldInfo firstStringArrayStorage = arrayStorageUtilities.GetArrayStorageFieldInfoByType(bddComponent1, typeof(string));
firstStringArrayStorage.SetValue(bddComponent1, new string[1] {
"Parameter For The MethodsManagementUtilitiesTestFirstDynamicComponent.GivenMethod"
});
FieldInfo secondStringArrayStorage = arrayStorageUtilities.GetArrayStorageFieldInfoByType(bddComponent2, typeof(string));
secondStringArrayStorage.SetValue(bddComponent2, new string[1] {
"Parameter For The MethodsManagementUtilitiesTestSecondDynamicComponent.GivenMethod"
});
Component[] dynamicBDDComponents = new Component[2] {
bddComponent1, bddComponent2
};
BaseMethodDescriptionBuilder methodBuilder = new BaseMethodDescriptionBuilder();
string[] chosenMethods = new string[2] {
"MethodsManagementUtilitiesTestSecondDynamicComponent.GivenMethod", "MethodsManagementUtilitiesTestFirstDynamicComponent.GivenMethod"
};
IMethodsFilter methodFilter = new MethodsFilterByMethodsFullNameList(chosenMethods);
MethodsLoader methodsLoader = new MethodsLoader(methodBuilder, methodFilter);
MethodDescriptionBuilder methodDescriptionBuilder = new MethodDescriptionBuilder();
MethodParametersLoader methodParametersLoader = new MethodParametersLoader();
string[] chosenMethodsParametersIndexes = new string[2] {
";string,MethodsManagementUtilitiesTestSecondDynamicComponent.GivenMethod.stringParam.,stringPVS.Array.data[0];", ";string,MethodsManagementUtilitiesTestFirstDynamicComponent.GivenMethod.stringParam.,stringPVS.Array.data[0];"
};
List <MethodDescription> methodDescriptionList = methodsManagementUtilities.LoadMethodsDescriptionsFromChosenMethods <GivenBaseAttribute>(dynamicBDDComponents, methodsLoader, methodDescriptionBuilder, methodParametersLoader, chosenMethods, chosenMethodsParametersIndexes);
Assert.AreEqual(2, methodDescriptionList.Count, "The method LoadMethodsDescriptionsFromChosenMethods doesn't return the expected amount of Method Descriptions");
MethodDescription expectedMethodDescription1 = null;
MethodDescription expectedMethodDescription2 = null;
if (chosenMethods[0].Equals(methodDescriptionList[0].Method.DeclaringType.Name + "." + methodDescriptionList[0].Method.Name))
{
expectedMethodDescription1 = methodDescriptionList[0];
expectedMethodDescription2 = methodDescriptionList[1];
}
else
{
expectedMethodDescription1 = methodDescriptionList[1];
expectedMethodDescription2 = methodDescriptionList[0];
}
Assert.AreEqual(chosenMethods[0], expectedMethodDescription1.GetFullName(), "The method LoadMethodsDescriptionsFromChosenMethods doesn't return the expected methods");
Assert.AreEqual(chosenMethods[1], expectedMethodDescription2.GetFullName(), "The method LoadMethodsDescriptionsFromChosenMethods doesn't return the expected methods");
}
/// <summary>
/// Gets the method description.
/// </summary>
/// <param name="methodDescriptionBuilder">The method description builder.</param>
/// <param name="parametersLoader">The parameters loader.</param>
/// <param name="chosenMethods">The chosen methods.</param>
/// <param name="methodsList">The methods list.</param>
/// <param name="index">The index.</param>
/// <returns>The method description.</returns>
public MethodDescription GetMethodDescription(MethodDescriptionBuilder methodDescriptionBuilder, MethodParametersLoader parametersLoader, ChosenMethods chosenMethods, List <BaseMethodDescription> methodsList, int index)
{
MethodDescription methodDescription = null;
if (!chosenMethods.ChosenMethodsNames[index].Equals(string.Empty))
{
methodDescription = this.GetMethodDescriptionForTheChosenMethod(methodDescriptionBuilder, parametersLoader, chosenMethods.ChosenMethodsNames[index], chosenMethods.ChosenMethodsParametersIndex[index], methodsList);
}
return(methodDescription);
}
/// <summary>
/// Builds a list of <see cref="FullMethodDescription"/> objects given a list of <see cref="MethodDescription"/> objects.
/// </summary>
/// <typeparam name="T">The type of the Step Method.</typeparam>
/// <param name="methodsDescriptionsList">The methods descriptions list.</param>
/// <param name="fullMethodDescriptionBuilder">The full method description builder.</param>
/// <returns>A list of <see cref="FullMethodDescription"/> objects.</returns>
public List <FullMethodDescription> LoadFullMethodsDescriptions <T>(List <MethodDescription> methodsDescriptionsList, FullMethodDescriptionBuilder fullMethodDescriptionBuilder) where T : IGivenWhenThenDeclaration
{
List <FullMethodDescription> fullMethodsDescriptions = new List <FullMethodDescription>();
for (int index = 0; index < methodsDescriptionsList.Count; index++)
{
MethodDescription methodDescription = methodsDescriptionsList[index];
List <FullMethodDescription> fullmethodDescriptionsList = fullMethodDescriptionBuilder.Build(methodDescription, (uint)index + 1);
fullMethodsDescriptions.AddRange(fullmethodDescriptionsList);
}
return(fullMethodsDescriptions);
}
/// <summary>
/// Gets the <see cref="MethodDescription"/> object for the chosen method.
/// </summary>
/// <param name="methodDescriptionBuilder">The method description builder.</param>
/// <param name="parametersLoader">The parameters loader.</param>
/// <param name="chosenMethodName">Name of the chosen method.</param>
/// <param name="chosenMethodParametersIndex">Index of the chosen method parameters.</param>
/// <param name="methodsList">The methods list.</param>
/// <returns>The <see cref="MethodDescription"/> object for the chosen method.</returns>
public MethodDescription GetMethodDescriptionForTheChosenMethod(MethodDescriptionBuilder methodDescriptionBuilder, MethodParametersLoader parametersLoader, string chosenMethodName, string chosenMethodParametersIndex, List <BaseMethodDescription> methodsList)
{
MethodDescription methodDescription = null;
foreach (BaseMethodDescription baseMethodDescription in methodsList)
{
if (baseMethodDescription.GetFullName().Equals(chosenMethodName))
{
methodDescription = methodDescriptionBuilder.Build(parametersLoader, baseMethodDescription, chosenMethodParametersIndex);
}
}
return(methodDescription);
}
/// <summary>
/// Builds the list of <see cref="FullMethodDescription"/> objects based on the information contained into a <see cref="MethodDescription"/> object.
/// </summary>
/// <param name="methodDescription">The method description.</param>
/// <param name="stepNumber">The step number.</param>
/// <returns>A <see cref="List"/> of <see cref="FullMethodDescription"/> object. Each element represent one of the element in the call chain defined by the <see cref="CallBefore"/> attributes. The last one is the main method described by the <paramref name="methodDescription"/> parameter.</returns>
public virtual List <FullMethodDescription> Build(MethodDescription methodDescription, uint stepNumber)
{
List <FullMethodDescription> result = new List <FullMethodDescription>();
if (methodDescription != null)
{
FullMethodDescription mainFullMethodDescription = this.GetFullMethodDescription(methodDescription.ComponentObject, methodDescription.Method, methodDescription.StepType, methodDescription.Text, methodDescription.Parameters, methodDescription.ParametersIndex, methodDescription.ExecutionOrder, 0, 0, stepNumber, string.Empty, null);
this.AddDelayAndTimeoutToMainFullMethodDescription(mainFullMethodDescription);
result = this.GetCallBeforeListFullMethodsDescriptions(mainFullMethodDescription, mainFullMethodDescription.ParametersIndex);
result.Add(mainFullMethodDescription);
}
return(result);
}
public void GetMethodDescriptionForTheChosenMethod_Should_ReturnTheExpectedMethodDescriptionObject_Given_ADynamicComponentAndTheMethodFullNameAndTheParametersIndexes()
{
MethodDescriptionBuilder methodDescriptionBuilder = Substitute.For <MethodDescriptionBuilder>();
MethodParametersLoader parametersLoader = Substitute.For <MethodParametersLoader>();
RunnerEditorBusinessLogicMethodsUtilitiesTestDynamicComponent component = UnitTestUtility.CreateComponent <RunnerEditorBusinessLogicMethodsUtilitiesTestDynamicComponent>();
ArrayStorageUtilities arrayStorageUtilities = new ArrayStorageUtilities();
FieldInfo firstStringArrayStorage = arrayStorageUtilities.GetArrayStorageFieldInfoByType(component, typeof(string));
firstStringArrayStorage.SetValue(component, new string[2] {
"FirstValue", "SecondValue"
});
FieldInfo firstIntArrayStorage = arrayStorageUtilities.GetArrayStorageFieldInfoByType(component, typeof(int));
firstIntArrayStorage.SetValue(component, new int[2] {
33, 14
});
MethodInfo method = component.GetType().GetMethod("WhenMethod");
string parametersIndex = ";string,RunnerEditorBusinessLogicMethodsUtilitiesTestDynamicComponent.WhenMethod.whenStringParam.,stringPVS.Array.data[0];int,RunnerEditorBusinessLogicMethodsUtilitiesTestDynamicComponent.WhenMethod.whenIntParam.,intPVS.Array.data[0];";
MethodParametersLoader methodParametersLoader = new MethodParametersLoader();
MethodParameters methodParameters = methodParametersLoader.LoadMethodParameters(component, method, string.Empty, parametersIndex);
parametersLoader.LoadMethodParameters(component, method, string.Empty, parametersIndex).Returns(methodParameters);
BaseMethodDescriptionBuilder baseMethodDescriptionBuilder = new BaseMethodDescriptionBuilder();
BaseMethodDescription baseMethodDescription = baseMethodDescriptionBuilder.Build <WhenBaseAttribute>(component, method);
MethodDescriptionBuilder methodDescriptionBuilderInstance = new MethodDescriptionBuilder();
MethodDescription methodDescription = methodDescriptionBuilderInstance.Build(parametersLoader, baseMethodDescription, parametersIndex);
methodDescriptionBuilder.Build(parametersLoader, baseMethodDescription, parametersIndex).Returns(methodDescription);
string chosenMethodName = "RunnerEditorBusinessLogicMethodsUtilitiesTestDynamicComponent.WhenMethod";
string chosenMethodParametersIndex = parametersIndex;
List <BaseMethodDescription> methodList = new List <BaseMethodDescription>();
methodList.Add(baseMethodDescriptionBuilder.Build <WhenBaseAttribute>(component, component.GetType().GetMethod("SecondWhenMethod")));
methodList.Add(baseMethodDescriptionBuilder.Build <WhenBaseAttribute>(component, component.GetType().GetMethod("WhenMethod")));
methodList.Add(baseMethodDescriptionBuilder.Build <WhenBaseAttribute>(component, component.GetType().GetMethod("ThirdWhenMethod")));
RunnerEditorBusinessLogicMethodsUtilities methodsUtilities = new RunnerEditorBusinessLogicMethodsUtilities();
MethodDescription result = methodsUtilities.GetMethodDescriptionForTheChosenMethod(methodDescriptionBuilder, parametersLoader, chosenMethodName, chosenMethodParametersIndex, methodList);
Assert.IsTrue(methodDescription.Equals(result), "The method UnityTestToolsBDDExtensionRunnerEditorBusinessLogic.GetMethodDescriptionForTheChosenMethod doesn't return the right object");
}
/// <summary>
/// Builds a list of <see cref="FullMethodDescription"/> objects given a list of method full names.
/// </summary>
/// <typeparam name="T">The type of the Step Method.</typeparam>
/// <param name="dynamicBDDComponents">The dynamic BDD components.</param>
/// <param name="methodsLoader">The methods loader.</param>
/// <param name="methodDescriptionBuilder">The method description builder.</param>
/// <param name="methodParametersLoader">The method parameters loader.</param>
/// <param name="chosenMethods">The chosen methods.</param>
/// <param name="chosenMethodsParametersIndexes">The chosen methods parameters indexes.</param>
/// <returns>A list of <see cref="FullMethodDescription"/> objects.</returns>
public List <MethodDescription> LoadMethodsDescriptionsFromChosenMethods <T>(Component[] dynamicBDDComponents, MethodsLoader methodsLoader, MethodDescriptionBuilder methodDescriptionBuilder, MethodParametersLoader methodParametersLoader, string[] chosenMethods, string[] chosenMethodsParametersIndexes) where T : IGivenWhenThenDeclaration
{
List <MethodDescription> methodsDescriptions = new List <MethodDescription>();
List <BaseMethodDescription> baseMethodsDescriptions = methodsLoader.LoadOrderedStepMethods <T>(dynamicBDDComponents, chosenMethods);
for (int index = 0; index < baseMethodsDescriptions.Count; index++)
{
BaseMethodDescription baseMethodDescription = baseMethodsDescriptions[index];
string parametersIndex = chosenMethodsParametersIndexes[index];
MethodDescription methodDescription = methodDescriptionBuilder.Build(methodParametersLoader, baseMethodDescription, parametersIndex);
methodsDescriptions.Add(methodDescription);
}
return(methodsDescriptions);
}
public void LoadFullMethodsDescriptions_Should_LoadParametersForTheCallBeforeMethod_When_TheParameterIndexOfTheMainMethodDescriptionIsProperlySet()
{
// Create the MethodDescription
MethodsManagementUtilitiesTestThirdDynamicComponent component = UnitTestUtility.CreateComponent <MethodsManagementUtilitiesTestThirdDynamicComponent>();
MethodInfo mainMethodInfo = component.GetType().GetMethod("SecondGivenMethod");
MethodDescriptionBuilder methodDescriptionBuilder = new MethodDescriptionBuilder();
MethodParametersLoader methodParametersLoader = new MethodParametersLoader();
BaseMethodDescriptionBuilder baseMethodDescriptionBuilder = new BaseMethodDescriptionBuilder();
FullMethodDescriptionBuilder fullMethodDescriptionBuilder = new FullMethodDescriptionBuilder();
BaseMethodDescription mainBaseMethodDescription = baseMethodDescriptionBuilder.Build <GivenBaseAttribute>(component, mainMethodInfo);
string parametersIndex = ";System.String,MethodsManagementUtilitiesUTDynamicCallBeforeParameterLoad.SecondGivenMethod.stringParam.,stringPVS.Array.data[0]" +
";System.String,MethodsManagementUtilitiesUTDynamicCallBeforeParameterLoad.GivenMethod.stringParam.,stringPVS.Array.data[1]";
ArrayStorageUtilities arrayStorageUtilities = new ArrayStorageUtilities();
FieldInfo stringPVS = arrayStorageUtilities.GetArrayStorageFieldInfoByType(component, typeof(string));
string[] stringArray = new string[2] {
"FirstElementForTheMainMethod", "SecondElementForTheCallBeforeMethod"
};
stringPVS.SetValue(component, stringArray);
MethodDescription mainMethodDescription = methodDescriptionBuilder.Build(methodParametersLoader, mainBaseMethodDescription, parametersIndex);
// Creating the expected FullMethodDescription list
MethodInfo callBeforeMethodInfo = component.GetType().GetMethod("GivenMethod");
List <FullMethodDescription> expectedFullMethodDescriptionsList = fullMethodDescriptionBuilder.Build(mainMethodDescription, 1);
expectedFullMethodDescriptionsList[0].Parameters = methodParametersLoader.LoadMethodParameters(component, callBeforeMethodInfo, string.Empty, parametersIndex);
// Executing LoadFullMethodsDescriptions
List <MethodDescription> methodsDescriptionsList = new List <MethodDescription>();
methodsDescriptionsList.Add(mainMethodDescription);
MethodsManagementUtilities methodsManagementUtilities = new MethodsManagementUtilities();
List <FullMethodDescription> result = methodsManagementUtilities.LoadFullMethodsDescriptions <GivenBaseAttribute>(methodsDescriptionsList, fullMethodDescriptionBuilder);
// Compare the FullMethodDescriptions
Assert.AreEqual(2, result.Count, "The method build doesn't return the right number of element in the list");
Assert.AreEqual(expectedFullMethodDescriptionsList[0], result[0], "The method build doesn't return the right fullMethodDescription");
Assert.AreEqual(expectedFullMethodDescriptionsList[1], result[1], "The method build doesn't return the right fullMethodDescription");
}
public void LoadFullMethodsDescriptions_Should_ReturnTheExpectedListOfFullMethodDescriptionObjects_Given_AListOfMethodDescriptionObjectsOfMethodsContainingCallBeforeAttributes()
{
// Create the MethodDescription
MethodsManagementUtilitiesUTDynamicBDDForTestForCallBeforeMethodsList component = UnitTestUtility.CreateComponent <MethodsManagementUtilitiesUTDynamicBDDForTestForCallBeforeMethodsList>();
MethodInfo mainMethodInfo = component.GetType().GetMethod("SecondThenMethod");
MethodDescriptionBuilder methodDescriptionBuilder = new MethodDescriptionBuilder();
MethodParametersLoader methodParametersLoader = new MethodParametersLoader();
BaseMethodDescriptionBuilder baseMethodDescriptionBuilder = new BaseMethodDescriptionBuilder();
BaseMethodDescription mainBaseMethodDescription = baseMethodDescriptionBuilder.Build <ThenBaseAttribute>(component, mainMethodInfo);
string parametersIndex = string.Empty;
MethodDescription firstChosenMethodDescription = methodDescriptionBuilder.Build(methodParametersLoader, mainBaseMethodDescription, parametersIndex);
// Create the expected FullMethodDescription
MethodInfo firstCallBeforeMethodInfo = component.GetType().GetMethod("ThenMethod");
BaseMethodDescription firstCallBeforeBaseMethodDescription = baseMethodDescriptionBuilder.Build <ThenBaseAttribute>(component, firstCallBeforeMethodInfo);
MethodDescription secondChosenMethodDescription = methodDescriptionBuilder.Build(methodParametersLoader, firstCallBeforeBaseMethodDescription, parametersIndex);
FullMethodDescriptionBuilder fullMethodDescriptionBuilder = new FullMethodDescriptionBuilder();
List <FullMethodDescription> firstChosenFullMethodDescriptionsList = fullMethodDescriptionBuilder.BuildFromBaseMethodDescription(firstChosenMethodDescription, 1);
List <FullMethodDescription> seconChosenFullMethodDescriptionsList = fullMethodDescriptionBuilder.BuildFromBaseMethodDescription(secondChosenMethodDescription, 2);
List <FullMethodDescription> expectedFullMethodDescriptionsList = new List <FullMethodDescription>();
expectedFullMethodDescriptionsList.AddRange(firstChosenFullMethodDescriptionsList);
expectedFullMethodDescriptionsList.AddRange(seconChosenFullMethodDescriptionsList);
// Build the fullMethodDescription
List <MethodDescription> methodsDescriptionsList = new List <MethodDescription>();
methodsDescriptionsList.Add(firstChosenMethodDescription);
methodsDescriptionsList.Add(secondChosenMethodDescription);
MethodsManagementUtilities methodsManagementUtilities = new MethodsManagementUtilities();
List <FullMethodDescription> result = methodsManagementUtilities.LoadFullMethodsDescriptions <ThenBaseAttribute>(methodsDescriptionsList, fullMethodDescriptionBuilder);
// Compare the FullMethodDescriptions
Assert.AreEqual(6, result.Count, "The method build doesn't return the right number of element in the list");
Assert.AreEqual(expectedFullMethodDescriptionsList[0], result[0], "The method build doesn't return the right fullMethodDescription");
Assert.AreEqual(expectedFullMethodDescriptionsList[1], result[1], "The method build doesn't return the right fullMethodDescription");
Assert.AreEqual(expectedFullMethodDescriptionsList[2], result[2], "The method build doesn't return the right fullMethodDescription");
Assert.AreEqual(expectedFullMethodDescriptionsList[3], result[3], "The method build doesn't return the right fullMethodDescription");
Assert.AreEqual(expectedFullMethodDescriptionsList[4], result[4], "The method build doesn't return the right fullMethodDescription");
Assert.AreEqual(expectedFullMethodDescriptionsList[5], result[5], "The method build doesn't return the right fullMethodDescription");
}
public void Build_Should_ReturnTheExpectedMethodDescriptionObject_Given_ADynamicComponentForAThenMethodWithoutParameters()
{
MethodDescriptionBuilderTestDynamicComponent component = UnitTestUtility.CreateComponent <MethodDescriptionBuilderTestDynamicComponent>();
MethodInfo methodInfo = component.GetType().GetMethod("ThenMethod");
string parametersIndex = null;
MethodDescription expectedMethodDescription = new MethodDescription();
expectedMethodDescription.ComponentObject = component;
expectedMethodDescription.Method = methodInfo;
expectedMethodDescription.StepType = typeof(ThenBaseAttribute);
expectedMethodDescription.Text = ((IGivenWhenThenDeclaration)methodInfo.GetCustomAttributes(typeof(ThenBaseAttribute), true)[0]).GetStepScenarioText();
expectedMethodDescription.ExecutionOrder = ((IGivenWhenThenDeclaration)methodInfo.GetCustomAttributes(typeof(ThenBaseAttribute), true)[0]).GetExecutionOrder();
ArrayStorageUtilities arrayStorageUtilities = new ArrayStorageUtilities();
FieldInfo arrayStorage = arrayStorageUtilities.GetArrayStorageFieldInfoByType(component, typeof(string));
arrayStorage.SetValue(component, new string[0]);
MethodParameters methodParameters = new MethodParameters();
methodParameters.Parameters = new MethodParameter[0];
expectedMethodDescription.Parameters = methodParameters;
expectedMethodDescription.ParametersIndex = parametersIndex;
MethodParametersLoader methodParametersLoader = Substitute.For <MethodParametersLoader>();
methodParametersLoader.LoadMethodParameters(component, methodInfo, string.Empty, parametersIndex).Returns(expectedMethodDescription.Parameters);
BaseMethodDescription baseMethodDescription = new BaseMethodDescription();
baseMethodDescription.ComponentObject = component;
baseMethodDescription.Method = methodInfo;
baseMethodDescription.StepType = typeof(ThenBaseAttribute);
baseMethodDescription.Text = ((IGivenWhenThenDeclaration)methodInfo.GetCustomAttributes(typeof(ThenBaseAttribute), true)[0]).GetStepScenarioText();
baseMethodDescription.ExecutionOrder = ((IGivenWhenThenDeclaration)methodInfo.GetCustomAttributes(typeof(ThenBaseAttribute), true)[0]).GetExecutionOrder();
MethodDescriptionBuilder methodDescriptionBuilder = new MethodDescriptionBuilder();
MethodDescription builderResult = methodDescriptionBuilder.Build(methodParametersLoader, baseMethodDescription, parametersIndex);
Assert.IsTrue(expectedMethodDescription.Equals(builderResult), "The method MethodDescriptionBuilder.Build does not return the expected object");
}
/// <summary>
/// Draws the Step Method sentence.
/// </summary>
/// <param name="unityInterface">The unity interface.</param>
/// <param name="chosenMethod">The chosen method.</param>
/// <param name="methodDescription">The method description.</param>
/// <param name="textSize">Size of the text.</param>
public void DrawDescription(IUnityInterfaceWrapper unityInterface, string chosenMethod, MethodDescription methodDescription, float textSize)
{
string description = string.Empty;
if (methodDescription != null)
{
description = methodDescription.GetDecodifiedText();
}
else if (chosenMethod.Equals(string.Empty))
{
description = ChoseMethodFromComboBox;
}
else
{
description = "### The method " + chosenMethod + " is missing ###";
}
unityInterface.EditorGUILayoutLabelField(description, textSize);
}
/// <summary>
/// Checks if there is a missed method and adds it at the end of the combo box list..
/// </summary>
/// <param name="chosenMethods">The chosen methods.</param>
/// <param name="methodsNames">The methods names.</param>
/// <param name="index">The index.</param>
/// <param name="methodDescription">The method description.</param>
/// <returns>The updated combo box list.</returns>
public string[] CheckMissedMethod(ChosenMethods chosenMethods, string[] methodsNames, int index, MethodDescription methodDescription)
{
if (methodDescription == null)
{
methodsNames = this.AddMissedMethodNameToMethodsNames(chosenMethods.ChosenMethodsNames[index], methodsNames);
}
return(methodsNames);
}
public void Build_Should_ReturnTheExpectedMethodDescriptionObject_Given_ADynamicComponentForAGivenMethodWithAStringParameterWithItsParameterIndex()
{
MethodDescriptionBuilderTestDynamicComponent component = UnitTestUtility.CreateComponent <MethodDescriptionBuilderTestDynamicComponent>();
MethodInfo methodInfo = component.GetType().GetMethod("GivenMethod");
string parametersIndex = ";string,DynamicBDDForTest.GivenMethod.stringParam.,StringsArrayStorage.Array.data[0];";
MethodDescription expectedMethodDescription = new MethodDescription();
expectedMethodDescription.ComponentObject = component;
expectedMethodDescription.Method = methodInfo;
expectedMethodDescription.StepType = typeof(GivenBaseAttribute);
expectedMethodDescription.Text = ((IGivenWhenThenDeclaration)methodInfo.GetCustomAttributes(typeof(GivenBaseAttribute), true)[0]).GetStepScenarioText();
expectedMethodDescription.ExecutionOrder = ((IGivenWhenThenDeclaration)methodInfo.GetCustomAttributes(typeof(GivenBaseAttribute), true)[0]).GetExecutionOrder();
ArrayStorageUtilities arrayStorageUtilities = new ArrayStorageUtilities();
FieldInfo arrayStorage = arrayStorageUtilities.GetArrayStorageFieldInfoByType(component, typeof(string));
arrayStorage.SetValue(component, new string[1] {
"Parameter Value"
});
MethodParameter expectedParameter = new MethodParameter();
expectedParameter.ParameterInfoObject = methodInfo.GetParameters()[0];
ParameterLocation parameterLocation = new ParameterLocation();
parameterLocation.ParameterClassLocation = new ParameterLocation.ClassLocation();
parameterLocation.ParameterClassLocation.ComponentObject = component;
parameterLocation.ParameterClassLocation.ComponentType = component.GetType();
parameterLocation.ParameterArrayLocation = new ParameterLocation.ArrayLocation();
parameterLocation.ParameterArrayLocation.ArrayFieldInfo = component.GetType().GetField("StringsArrayStorage");
parameterLocation.ParameterArrayLocation.ArrayName = "StringsArrayStorage";
parameterLocation.ParameterArrayLocation.ArrayIndex = 0;
expectedParameter.ParameterLocation = parameterLocation;
expectedParameter.Value = "Parameter Value";
MethodParameters methodParameters = new MethodParameters();
methodParameters.Parameters = new MethodParameter[1] {
expectedParameter
};
expectedMethodDescription.Parameters = methodParameters;
expectedMethodDescription.ParametersIndex = parametersIndex;
MethodParametersLoader methodParametersLoader = Substitute.For <MethodParametersLoader>();
methodParametersLoader.LoadMethodParameters(component, methodInfo, string.Empty, parametersIndex).Returns(expectedMethodDescription.Parameters);
BaseMethodDescription baseMethodDescription = new BaseMethodDescription();
baseMethodDescription.ComponentObject = component;
baseMethodDescription.Method = methodInfo;
baseMethodDescription.StepType = typeof(GivenBaseAttribute);
baseMethodDescription.Text = ((IGivenWhenThenDeclaration)methodInfo.GetCustomAttributes(typeof(GivenBaseAttribute), true)[0]).GetStepScenarioText();
baseMethodDescription.ExecutionOrder = ((IGivenWhenThenDeclaration)methodInfo.GetCustomAttributes(typeof(GivenBaseAttribute), true)[0]).GetExecutionOrder();
MethodDescriptionBuilder methodDescriptionBuilder = new MethodDescriptionBuilder();
MethodDescription builderResult = methodDescriptionBuilder.Build(methodParametersLoader, baseMethodDescription, parametersIndex);
Assert.IsTrue(expectedMethodDescription.Equals(builderResult), "The method MethodDescriptionBuilder.Build does not return the expected object");
}
/// <summary>
/// Draws the dynamic rows.
/// </summary>
/// <typeparam name="T">The type of the Step Methods.</typeparam>
/// <param name="unityInterface">The unity interface.</param>
/// <param name="methodsLoader">The methods loader.</param>
/// <param name="methodDescriptionBuilder">The method description builder.</param>
/// <param name="parametersLoader">The parameters loader.</param>
/// <param name="bddComponents">The BDD components.</param>
/// <param name="chosenMethods">The chosen methods.</param>
/// <param name="foldouts">The foldouts.</param>
/// <param name="serializedObjects">The serialized objects.</param>
/// <param name="target">The target.</param>
/// <param name="methodsUtilities">The methods utilities.</param>
/// <param name="dynamicRowsElements">The dynamic rows elements.</param>
/// <param name="lockParametersRows">If set to <c>true</c> [lock parameters rows].</param>
/// <param name="rebuild">If set to <c>true</c> [rebuild].</param>
/// <param name="updatedChosenMethodsList">The updated chosen methods list.</param>
/// <param name="updatedFoldouts">The updated foldouts.</param>
/// <param name="dirtyStatus">If set to <c>true</c> [dirty status].</param>
/// <param name="undoText">The undo text.</param>
/// <returns>True if a rebuild of the parameters index is requested.</returns>
public bool DrawDynamicRows <T>(
IUnityInterfaceWrapper unityInterface,
MethodsLoader methodsLoader,
MethodDescriptionBuilder methodDescriptionBuilder,
MethodParametersLoader parametersLoader,
Component[] bddComponents,
ChosenMethods chosenMethods,
bool[] foldouts,
Dictionary <Type, ISerializedObjectWrapper> serializedObjects,
UnityEngine.Object target,
RunnerEditorBusinessLogicMethodsUtilities methodsUtilities,
RunnerEditorBusinessLogicDynamicRowsElements dynamicRowsElements,
bool lockParametersRows,
bool rebuild,
out ChosenMethods updatedChosenMethodsList,
out bool[] updatedFoldouts,
out bool dirtyStatus,
out string undoText) where T : IGivenWhenThenDeclaration
{
updatedChosenMethodsList = (ChosenMethods)chosenMethods.Clone();
updatedFoldouts = new bool[foldouts.Length];
Array.Copy(foldouts, updatedFoldouts, foldouts.Length);
undoText = string.Empty;
dirtyStatus = false;
List <BaseMethodDescription> methodsList = methodsLoader.LoadStepMethods <T>(bddComponents);
string[] methodsNames = methodsUtilities.GetMethodsNames(methodsList);
FullMethodDescriptionBuilder fullMethodDescriptionBuilder = new FullMethodDescriptionBuilder();
for (int index = 0; index < chosenMethods.ChosenMethodsNames.Length; index++)
{
MethodDescription methodDescription = methodsUtilities.GetMethodDescription(methodDescriptionBuilder, parametersLoader, chosenMethods, methodsList, index);
methodsNames = methodsUtilities.CheckMissedMethod(chosenMethods, methodsNames, index, methodDescription);
List <FullMethodDescription> fullMethodDescriptionsList = fullMethodDescriptionBuilder.Build(methodDescription, (uint)index + 1);
unityInterface.EditorGUILayoutBeginHorizontal();
dynamicRowsElements.DrawFoldoutSymbol(unityInterface, updatedFoldouts, index, fullMethodDescriptionsList);
dynamicRowsElements.DrawLabel <T>(unityInterface, index);
float textSize = (unityInterface.EditorGUIUtilityCurrentViewWidth() - RunnerEditorBusinessLogicData.LabelWidthAbsolute - RunnerEditorBusinessLogicData.ButtonsWidthAbsolute) * RunnerEditorBusinessLogicData.TextWidthPercent;
dynamicRowsElements.DrawDescription(unityInterface, chosenMethods.ChosenMethodsNames[index], methodDescription, textSize);
string newChosenMethod = dynamicRowsElements.DrawComboBox(unityInterface, chosenMethods.ChosenMethodsNames[index], methodsNames);
rebuild = methodsUtilities.UpdateDataIfNewMethodIsChosen(newChosenMethod, updatedChosenMethodsList, updatedFoldouts, index, rebuild, out undoText);
dirtyStatus = dirtyStatus || dynamicRowsElements.DrawAddRowButton(unityInterface, index, updatedChosenMethodsList, target, undoText, out updatedChosenMethodsList, out undoText);
dirtyStatus = dirtyStatus || dynamicRowsElements.DrawRemoveRowButton(unityInterface, index, updatedChosenMethodsList, target, undoText, out updatedChosenMethodsList, out undoText);
if (dirtyStatus)
{
break;
}
dynamicRowsElements.DrawCogButton(unityInterface, methodDescription, (BDDExtensionRunner)target);
unityInterface.EditorGUILayoutEndHorizontal();
dynamicRowsElements.DrawParametersRows(unityInterface, foldouts[index], fullMethodDescriptionsList, serializedObjects, lockParametersRows);
}
return(rebuild);
}
