public void AddChild(CallPattern callPattern, IMethodMock methodMock, int id)
{
var node = new MethodMockMatcherTreeNode(methodMock, id);
callPattern.MethodMockNode = node;
AddChildInternal(callPattern, 0, node);
}
public static void Attach(IMethodMock methodMock)
{
var behavior = new PreserveRefOutValuesBehavior(methodMock);
var madeReplacements = ReplaceRefOutArgsWithAnyMatcher(methodMock.CallPattern);
if (madeReplacements)
methodMock.Behaviors.Add(behavior);
}
public static void Attach(IMethodMock methodMock)
{
var behavior = new PreserveRefOutValuesBehavior(methodMock);
var madeReplacements = ReplaceRefOutArgsWithAnyMatcher(methodMock.CallPattern);
if (madeReplacements)
methodMock.Behaviors.Add(behavior);
}
public static void Attach(IMethodMock methodMock)
{
var callPattern = methodMock.CallPattern;
if (!(callPattern.Method is ConstructorInfo) || callPattern.Method.IsStatic || !(callPattern.InstanceMatcher is AnyMatcher))
return;
methodMock.Behaviors.Add(new ConstructorMockBehavior());
}
public OccurrencesMatcherTreeNode(IMethodMock mock)
: this()
{
if (mock != null)
{
Mocks.Add(mock);
}
}
public static void Attach(IMethodMock methodMock)
{
var callPattern = methodMock.CallPattern;
if (!(callPattern.Method is ConstructorInfo)
|| callPattern.Method.IsStatic
|| !(callPattern.InstanceMatcher is AnyMatcher)
|| typeof(string) == callPattern.Method.DeclaringType
#if !COREFX
|| typeof(ContextBoundObject).IsAssignableFrom(callPattern.Method.DeclaringType)
#endif
)
return;
methodMock.Behaviors.Add(new ConstructorMockBehavior());
}
public static void Attach(IMethodMock methodMock)
{
var callPattern = methodMock.CallPattern;
if (!(callPattern.Method is ConstructorInfo) ||
callPattern.Method.IsStatic ||
!(callPattern.InstanceMatcher is AnyMatcher) ||
typeof(string) == callPattern.Method.DeclaringType
#if !COREFX
|| typeof(ContextBoundObject).IsAssignableFrom(callPattern.Method.DeclaringType)
#endif
)
{
return;
}
methodMock.Behaviors.Add(new ConstructorMockBehavior());
}
public PreserveRefOutValuesBehavior(IMethodMock methodMock)
{
var argMatchers = methodMock.CallPattern.ArgumentMatchers;
var method = methodMock.CallPattern.Method;
var parameters = GetParameters(method);
var offsetDueToExtensionMethod = method.IsExtensionMethod() ? 1 : 0;
for (int i = 0; i < parameters.Length; ++i)
{
if (!parameters[i].ParameterType.IsByRef || argMatchers[i].ProtectRefOut)
continue;
var matcher = argMatchers[i] as IValueMatcher;
if (matcher == null)
continue;
var value = matcher.Value;
values.Add(i + offsetDueToExtensionMethod, value);
}
}
public PreserveRefOutValuesBehavior(IMethodMock methodMock)
{
var argMatchers = methodMock.CallPattern.ArgumentMatchers;
var method = methodMock.CallPattern.Method;
var parameters = GetParameters(method);
var offsetDueToExtensionMethod = method.IsExtensionMethod() ? 1 : 0;
for (int i = 0; i < parameters.Length; ++i)
{
if (!parameters[i].ParameterType.IsByRef || argMatchers[i].ProtectRefOut)
continue;
var matcher = argMatchers[i] as IValueMatcher;
if (matcher == null)
continue;
var value = matcher.Value;
values.Add(i + offsetDueToExtensionMethod, value);
}
}
public void AddOrUpdateOccurence(CallPattern callPattern, IMethodMock mock)
{
AddOrUpdateOccurenceInternal(callPattern, 0, mock);
}
public void AddChild(CallPattern callPattern, IMethodMock methodMock,int id)
{
var node = new MethodMockMatcherTreeNode(methodMock, id);
callPattern.MethodMockNode = node;
AddChildInternal(callPattern, 0, node);
}
void MockMethod(string name, IMethodMock method)
{
MethodGroup existingMock = null;
if (Values.ContainsKey(name))
{
existingMock = Values[name] as MethodGroup;
if (existingMock == null)
throw new InvalidMockException("The member \"" + name + "\" has already been set as a parameter and cannot be mocked now as a method"); //TODM
}
if (existingMock == null)
{
existingMock = new MethodGroup(method);
SetMember(name, existingMock);
}
else
{
//TODM: if a method is mocked twice, the second mock will take precedence
existingMock.Insert(0, method);
}
}
public void AddOrUpdateOccurence(CallPattern callPattern, IMethodMock mock)
{
AddOrUpdateOccurenceInternal(callPattern, 0, mock);
}
protected void AddOrUpdateOccurenceInternal(CallPattern callPattern, int depth, IMethodMock mock)
{
if (depth == callPattern.ArgumentMatchers.Count+1)
{
var resultNode = this.Children.FirstOrDefault() as OccurrencesMatcherTreeNode;
if(mock != null)
resultNode.Mocks.Add(mock);
resultNode.Calls++;
return;
}
var matcher = depth == 0 ? callPattern.InstanceMatcher : callPattern.ArgumentMatchers[depth - 1];
var child = this.GetMatchingChild(matcher, MatchingOptions.Exact, depth);
if (child != null)
{
child.AddOrUpdateOccurenceInternal(callPattern, depth + 1, mock);
}
else
{
this.AddChildInternal(callPattern, depth, new OccurrencesMatcherTreeNode(mock));
}
}
public MethodMockMatcherTreeNode(IMethodMock methodMock = null, int id = 0)
: base(null)
{
MethodMock = methodMock;
Id = id;
}
public ActivatorCreateInstanceTBehavior(IMethodMock delegatedMock)
{
this.delegatedMock = delegatedMock;
}
public InvocationOccurrenceBehavior(IMethodMock methodMock)
{
this.methodMock = methodMock;
}
public static void Attach(IMethodMock newExprMethodMock, IMethodMock createInstanceMethodMock)
{
var activatorBehavior = new ActivatorCreateInstanceTBehavior(newExprMethodMock);
createInstanceMethodMock.Behaviors.Add(activatorBehavior);
}
public static void Attach(IMethodMock newExprMethodMock, IMethodMock createInstanceMethodMock)
{
var activatorBehavior = new ActivatorCreateInstanceTBehavior(newExprMethodMock);
createInstanceMethodMock.Behaviors.Add(activatorBehavior);
}
public InvocationOccurrenceBehavior(IMethodMock methodMock)
{
this.methodMock = methodMock;
}
public MethodMockMatcherTreeNode(IMethodMock methodMock = null, int id = 0)
:base(null)
{
MethodMock = methodMock;
Id = id;
}
protected void AddOrUpdateOccurenceInternal(CallPattern callPattern, int depth, IMethodMock mock)
{
if (depth == callPattern.ArgumentMatchers.Count + 1)
{
var resultNode = this.Children.FirstOrDefault() as OccurrencesMatcherTreeNode;
if (mock != null)
{
resultNode.Mocks.Add(mock);
}
resultNode.Calls++;
return;
}
var matcher = depth == 0 ? callPattern.InstanceMatcher : callPattern.ArgumentMatchers[depth - 1];
var child = this.GetMatchingChild(matcher, MatchingOptions.Exact, depth);
if (child != null)
{
child.AddOrUpdateOccurenceInternal(callPattern, depth + 1, mock);
}
else
{
this.AddChildInternal(callPattern, depth, new OccurrencesMatcherTreeNode(mock));
}
}
public OccurrencesMatcherTreeNode(IMethodMock mock)
: this()
{
if (mock != null)
Mocks.Add(mock);
}
public ActivatorCreateInstanceTBehavior(IMethodMock delegatedMock)
{
this.delegatedMock = delegatedMock;
}
