protected void GetMethodMockInternal(CallPattern callPattern, int depth, List<MethodMockMatcherTreeNode> results, MatchingOptions matchingOptions)
{
if (depth == callPattern.ArgumentMatchers.Count + 1)
{
var resultNode = this.Children.Select(x => x as MethodMockMatcherTreeNode).ToList();
results.AddRange(resultNode);
foreach (var result in resultNode)
{
DebugView.TraceEvent(IndentLevel.Matcher, () => String.Format("Found candidate arrangement (id={0}) {1} {2}",
result.Id, result.MethodMock.ArrangementExpression,
result.MethodMock.IsSequential ? String.Format("(in sequence, used: {0})", result.MethodMock.IsUsed ? "yes" : "no") : ""));
}
return;
}
var matcher = depth == 0 ? callPattern.InstanceMatcher : callPattern.ArgumentMatchers[depth - 1];
var children = this.GetMatchingChildren(matcher, matchingOptions, depth);
foreach (var child in children)
{
child.GetMethodMockInternal(callPattern, depth + 1, results, matchingOptions);
}
}
private IEnumerable <MatcherTreeNode> GetMatchingChildren(IMatcher matcher, MatchingOptions options, int depth)
{
switch (options)
{
case MatchingOptions.Concretizing:
return(this.Children.Where(child => TraceMatch(matcher, child.Matcher, depth)).Cast <MatcherTreeNode>());
case MatchingOptions.Generalizing:
return(this.Children.Where(child => TraceMatch(child.Matcher, matcher, depth)).Cast <MatcherTreeNode>());
case MatchingOptions.Exact:
return(this.Children.Where(child => child.Matcher.Equals(matcher)).Cast <MatcherTreeNode>());
default:
throw new ArgumentException("options");
}
}
protected void GetMethodMockInternal(CallPattern callPattern, int depth, List <MethodMockMatcherTreeNode> results, MatchingOptions matchingOptions)
{
if (depth == callPattern.ArgumentMatchers.Count + 1)
{
var resultNode = this.Children.Select(x => x as MethodMockMatcherTreeNode).ToList();
results.AddRange(resultNode);
foreach (var result in resultNode)
{
DebugView.TraceEvent(IndentLevel.Matcher, () => String.Format("Found candidate arrangement (id={0}) {1} {2}",
result.Id, result.MethodMock.ArrangementExpression,
result.MethodMock.IsSequential ? String.Format("(in sequence, used: {0})", result.MethodMock.IsUsed ? "yes" : "no") : ""));
}
return;
}
var matcher = depth == 0 ? callPattern.InstanceMatcher : callPattern.ArgumentMatchers[depth - 1];
var children = this.GetMatchingChildren(matcher, matchingOptions, depth);
foreach (var child in children)
{
child.GetMethodMockInternal(callPattern, depth + 1, results, matchingOptions);
}
}
private MatcherTreeNode GetMatchingChild(IMatcher matcher, MatchingOptions options, int depth)
{
return(this.GetMatchingChildren(matcher, options, depth).FirstOrDefault());
}
private MatcherTreeNode GetMatchingChild(IMatcher matcher, MatchingOptions options, int depth)
{
return this.GetMatchingChildren(matcher, options, depth).FirstOrDefault();
}
private IEnumerable<MatcherTreeNode> GetMatchingChildren(IMatcher matcher, MatchingOptions options, int depth)
{
switch (options)
{
case MatchingOptions.Concretizing:
return this.Children.Where(child => TraceMatch(matcher, child.Matcher, depth)).Cast<MatcherTreeNode>();
case MatchingOptions.Generalizing:
return this.Children.Where(child => TraceMatch(child.Matcher, matcher, depth)).Cast<MatcherTreeNode>();
case MatchingOptions.Exact:
return this.Children.Where(child => child.Matcher.Equals(matcher)).Cast<MatcherTreeNode>();
default:
throw new ArgumentException("options");
}
}
