private string WritePatchResult(string dir, Results.PatchResult result, bool ignoreUnchanged)
{
var buffer = new StringBuilder();
buffer.AppendLine(dir);
var lines = new List <Results.Line>();
// Flatten the results
foreach (var action in result)
{
var operation = action.Key;
if (operation == Results.ReconcileOperation.UNCHANGED && ignoreUnchanged)
{
continue;
}
foreach (var entry in action.Value)
{
lines.Add(new Results.Line(operation, entry));
}
}
// Sort by filename
lines.Sort((x, y) => { return(string.CompareOrdinal(x.Item2.FilePath, y.Item2.FilePath)); });
foreach (var line in lines)
{
buffer.AppendLine($"{(char)line.Item1} {line.Item2}");
}
return(buffer.ToString());
}
private Results.PatchResult GeneratePatch(
Results.ScanResult src, Results.ScanResult target,
HashSet <string> srcPaths, HashSet <string> targetPaths,
HashSet <string> unchanged, HashSet <string> conflicts)
{
var retVal = new Results.PatchResult();
var additions = new HashSet <string>(srcPaths);
int addCount = additions.RemoveWhere(entry => targetPaths.Contains(entry));
retVal[Results.ReconcileOperation.ADD] = new List <FileResult>(addCount);
foreach (var entry in additions)
{
retVal[Results.ReconcileOperation.ADD].Add(src[entry]);
}
retVal[Results.ReconcileOperation.UNCHANGED] = new List <FileResult>(unchanged.Count);
foreach (var entry in unchanged)
{
retVal[Results.ReconcileOperation.UNCHANGED].Add(src[entry]);
}
retVal[Results.ReconcileOperation.CONFLICT] = new List <FileResult>(conflicts.Count);
foreach (var entry in conflicts)
{
retVal[Results.ReconcileOperation.CONFLICT].Add(target[entry]);
}
return(retVal);
}