StandardResponse IResponseProcessor.ProcessResponse(IEnumerable<string> responseLines, int exitCode, String splitRegEx = null)
{
var lines = responseLines.ToList();
var standardResponse = new StandardResponse();
((IResponseProcessor)standardResponse).ProcessResponse(lines, exitCode);
if (exitCode != 0) return standardResponse;
var regex = new Regex(@"[ ]{4}");
var tabulatedLines = lines.ToList().Select(x =>
{
while (Regex.IsMatch(x, @"^\t*([ ]{4})+")) // Ensures we are still working on a tab at the beginning of the line
x = regex.Replace(x, "\t", 1);
return x;
}).ToList(); //Convert the beginning spaces to tabs
if (tabulatedLines.Any(x => !Regex.IsMatch(x, @"^\t"))) // If any lines start with a tab level of 0, we need to tab everything over by 1 tab
tabulatedLines = tabulatedLines.Select(x =>
{
if (!String.IsNullOrWhiteSpace(x))
return "\t" + x;
return x;
}).ToList();
var root = new Tree();
RecursivelyProcessToTree(tabulatedLines.Skip(3).GetEnumerator(), root, splitRegEx);
standardResponse.ResponseObject = root.Children.Select(child => RecursivelyFlattenToDynamic(child)).ToList(); // Remove the root and add the dynamic objects to the response
return standardResponse;
}
dynamic RecursivelyFlattenToDynamic(Tree source)
{
IDictionary<string, object> current = new ExpandoObject();
if (!(source.Value is String) || source.Value != "!#COLLECTION")
current[source.Title] = source.Value;
else if (source.Value == "!#VALUE")
return source.Value;
var lastHeading = String.Empty;
var keepLastHeading = false;
if (source.Children.All(x => x.Value is String && x.Value == "!#COLLECTION"))
current[source.Title] = source.Children.Select(child => child.RawText.Trim()).Cast<dynamic>().ToList();
else
{
foreach (var childGrouping in source.Children.GroupBy(x => x.Title))
{
if (childGrouping.Count() > 1) // It's a collection of objects
{
var collection = childGrouping.Select(subChild => RecursivelyFlattenToDynamic(subChild)).ToList();
if (keepLastHeading)
current[lastHeading] = collection;
else
current[childGrouping.Key.Pluralize(false)] = collection;
}
else // It's a single object
{
var child = childGrouping.First();
if (child.Children.Any())
{
keepLastHeading = false;
current[child.Title] = RecursivelyFlattenToDynamic(child);
}
else if (child.Value is String)
{
if (child.Value == "!#COLLECTION")
current[child.Title] = null;
else if (child.Value != "!#COLLECTION")
current[child.Title] = child.Value;
}
else
current[child.Title] = child.Value;
}
if (keepLastHeading)
keepLastHeading = false;
if (childGrouping.First().Value is String && childGrouping.First().Value == "!#COLLECTION")
{
lastHeading = childGrouping.Key;
keepLastHeading = true;
}
}
}
return current;
}
public Boolean IsSameLevelAs(Tree otherTree)
{
return IsSameLevelAs(otherTree.TreeLevel);
}
public Boolean IsParentOf(Tree otherTree)
{
return IsParentOf(otherTree.TreeLevel);
}
void RecursivelyProcessToTree(IEnumerator<String> lineEnumerator, Tree parent, String splitRegEx)
{
//We are in the scope of the owning tree here
while (lineEnumerator.MoveNext())
{
var line = lineEnumerator.Current;
if (String.IsNullOrWhiteSpace(line))
continue;
var level = line.Length - line.TrimStart('\t').Length;
var tree = new Tree(line.Trim(), level, splitRegEx) { Parent = parent };
if (parent.TreeLevel == level - 1) // If the new tree is a child of this tree, add it to the parent
parent.Children.Add(tree);
else if (level - 1 > parent.TreeLevel) // If the new tree is a distant child of this tree, recursively add it to the last tree we processed
{
var newParent = parent.Children.Any() ? parent.Children.Last() : parent;
tree.Parent = newParent;
newParent.Children.Add(tree);
RecursivelyProcessToTree(lineEnumerator, tree, splitRegEx);
}
else // Otherwise, get the correct parent and recursively add it's children in
{
while (parent.TreeLevel >= 0 && parent.TreeLevel > ((level - 1 < 0 ? 0 : level - 1)))
parent = parent.Parent;
parent.Children.Add(tree);
}
}
}