public override void Run()
{
mode = (Patcher.Mode)Settings.Default.PatchMode;
taskInterface.SetStatus("Deleting Old Src");
if (Directory.Exists(patchedDir))
{
//Delete directories' files without deleting the directories themselves. This prevents weird UnauthorizedAccessExceptions from the directory being in a state of limbo.
EmptyDirectoryRecursive(patchedDir);
}
var removedFileList = Path.Combine(patchDir, DiffTask.RemovedFileList);
var noCopy = File.Exists(removedFileList) ? new HashSet <string>(File.ReadAllLines(removedFileList)) : new HashSet <string>();
var items = new List <WorkItem>();
foreach (var(file, relPath) in EnumerateFiles(patchDir))
{
if (relPath.EndsWith(".patch"))
{
items.Add(new WorkItem("Patching: " + relPath, () => Patch(file)));
noCopy.Add(relPath.Substring(0, relPath.Length - 6));
}
else if (relPath != DiffTask.RemovedFileList)
{
items.Add(new WorkItem("Copying: " + relPath, () => Copy(file, Path.Combine(patchedDir, relPath))));
}
}
foreach (var(file, relPath) in EnumerateSrcFiles(baseDir))
{
if (!noCopy.Contains(relPath))
{
items.Add(new WorkItem("Copying: " + relPath, () => Copy(file, Path.Combine(patchedDir, relPath))));
}
}
//Delete empty directories, since the directory was recursively wiped instead of being deleted.
DeleteEmptyDirs(patchedDir);
try
{
CreateDirectory(Program.logsDir);
logFile = new StreamWriter(Path.Combine(Program.logsDir, "patch.log"));
taskInterface.SetMaxProgress(items.Count);
ExecuteParallel(items);
}
finally {
logFile?.Close();
}
cutoff.Set(DateTime.Now);
if (fuzzy > 0)
{
taskInterface.Invoke(new Action(() => ShowReviewWindow(results)));
}
}
public void Patch(Patcher.Mode mode)
{
if (baseLines == null)
{
LoadBaseFile();
}
var patcher = new Patcher(patchFile.patches, baseLines);
patcher.Patch(mode);
results = patcher.Results.ToList();
patchedLines = patcher.ResultLines;
}
public override void Run()
{
mode = (Patcher.Mode)Settings.Default.PatchMode;
string removedFileList = Path.Combine(patchDir, DiffTask.RemovedFileList);
var noCopy = File.Exists(removedFileList) ? new HashSet <string>(File.ReadAllLines(removedFileList)) : new HashSet <string>();
var items = new List <WorkItem>();
var newFiles = new HashSet <string>();
foreach (var(file, relPath) in EnumerateFiles(patchDir))
{
if (relPath.EndsWith(".patch"))
{
items.Add(new WorkItem("Patching: " + relPath, () => newFiles.Add(PreparePath(Patch(file).PatchedPath))));
noCopy.Add(relPath.Substring(0, relPath.Length - 6));
}
else if (relPath != DiffTask.RemovedFileList)
{
string destination = Path.Combine(patchedDir, relPath);
items.Add(new WorkItem("Copying: " + relPath, () => Copy(file, destination)));
newFiles.Add(destination);
}
}
foreach (var(file, relPath) in EnumerateSrcFiles(baseDir))
{
if (!noCopy.Contains(relPath))
{
string destination = Path.Combine(patchedDir, relPath);
items.Add(new WorkItem("Copying: " + relPath, () => Copy(file, destination)));
newFiles.Add(destination);
}
}
try
{
CreateDirectory(Program.logsDir);
logFile = new StreamWriter(Path.Combine(Program.logsDir, "patch.log"));
taskInterface.SetMaxProgress(items.Count);
ExecuteParallel(items);
}
finally {
logFile?.Close();
}
cutoff.Set(DateTime.Now);
//Remove files and directories that weren't in patches and original src.
taskInterface.SetStatus("Deleting Old Src");
foreach (var(file, relPath) in EnumerateSrcFiles(patchedDir))
{
if (!newFiles.Contains(file))
{
File.Delete(file);
}
}
DeleteEmptyDirs(patchedDir);
//Show patch reviewer if there were any fuzzy patches.
if (fuzzy > 0)
{
taskInterface.Invoke(new Action(() => ShowReviewWindow(results)));
}
}
