protected override bool ProcessLine(string line, out GitBranch result) { base.ProcessLine(line, out result); if (line == null) { return(false); } var proc = new LineParser(line); if (proc.IsAtEnd) { return(false); } try { string name; string trackingName = null; if (proc.Matches('*')) { proc.MoveNext(); } proc.SkipWhitespace(); if (proc.Matches("(HEAD ")) { name = "detached"; proc.MoveToAfter(')'); } else { name = proc.ReadUntilWhitespace(); } proc.ReadUntilWhitespaceTrim(); if (proc.Matches(trackingBranchRegex)) { trackingName = proc.ReadChunk('[', ']'); var indexOf = trackingName.IndexOf(':'); if (indexOf != -1) { trackingName = trackingName.Substring(0, indexOf); } } result = new GitBranch(name, trackingName); return(true); } catch (Exception ex) { Logger.Warning(ex, "Unexpected input when listing branches"); } return(false); }
public override void LineReceived(string line) { if (line == null) { return; } var proc = new LineParser(line); if (proc.IsAtEnd) { return; } try { string name; string trackingName = null; if (proc.Matches('*')) { proc.MoveNext(); } proc.SkipWhitespace(); if (proc.Matches("(HEAD ")) { name = "detached"; proc.MoveToAfter(')'); } else { name = proc.ReadUntilWhitespace(); } proc.ReadUntilWhitespaceTrim(); if (proc.Matches(trackingBranchRegex)) { trackingName = proc.ReadChunk('[', ']'); var indexOf = trackingName.IndexOf(':'); if (indexOf != -1) { trackingName = trackingName.Substring(0, indexOf); } } var branch = new GitBranch(name, trackingName); RaiseOnEntry(branch); } catch (Exception ex) { Logger.Warning(ex, "Unexpected input when listing branches"); } }
private GitRemote ReturnRemote() { var modes = currentModes.Select(s => s.ToUpperInvariant()).ToArray(); var isFetch = modes.Contains("FETCH"); var isPush = modes.Contains("PUSH"); GitRemoteFunction remoteFunction; if (isFetch && isPush) { remoteFunction = GitRemoteFunction.Both; } else if (isFetch) { remoteFunction = GitRemoteFunction.Fetch; } else if (isPush) { remoteFunction = GitRemoteFunction.Push; } else { remoteFunction = GitRemoteFunction.Unknown; } string host; string user = null; var proc = new LineParser(currentUrl); if (proc.Matches("http") || proc.Matches("https")) { proc.MoveToAfter(':'); proc.MoveNext(); proc.MoveNext(); host = proc.ReadUntil('/'); } else { //Assuming SSH here user = proc.ReadUntil('@'); proc.MoveNext(); host = proc.ReadUntil(':'); currentUrl = currentUrl.Substring(user.Length + 1); } var remote = new GitRemote(currentName, host, currentUrl, remoteFunction, user, null, null); Reset(); return(remote); }
protected override bool ProcessLine(string line, out int result) { base.ProcessLine(line, out result); //parses 2488 objects, 4237 kilobytes try { var proc = new LineParser(line); proc.MoveToAfter(','); var kilobytes = int.Parse(proc.ReadUntilWhitespaceTrim()); result = kilobytes; return(true); } catch {} return(false); }
protected override bool ProcessLine(string line, out GitStatus result) { result = default; if (line == null) { ReturnStatus(); } else { Prepare(); var proc = new LineParser(line); if (gitStatus.LocalBranch == null) { if (proc.Matches("##")) { proc.MoveToAfter('#'); proc.SkipWhitespace(); string branchesString; if (proc.Matches(branchTrackedAndDelta)) { //master...origin/master [ahead 1] //master...origin/master [behind 1] //master...origin/master [ahead 1, behind 1] branchesString = proc.ReadUntilWhitespace(); proc.MoveToAfter('['); var deltaString = proc.ReadUntil(']'); var deltas = deltaString.Split(new[] { ", " }, StringSplitOptions.RemoveEmptyEntries); foreach (var delta in deltas) { var deltaComponents = delta.Split(' '); if (deltaComponents[0] == "ahead") { gitStatus.ahead = Int32.Parse(deltaComponents[1]); } else if (deltaComponents[0] == "behind") { gitStatus.behind = Int32.Parse(deltaComponents[1]); } else if (deltaComponents[0] == "gone") { } else { throw new InvalidOperationException("Unexpected deltaComponent in o"); } } } else { branchesString = proc.ReadToEnd(); } var branches = branchesString.Split(new[] { "..." }, StringSplitOptions.RemoveEmptyEntries); gitStatus.localBranch = branches[0]; if (branches.Length == 2) { gitStatus.remoteBranch = branches[1]; } } else { HandleUnexpected(line); } } else { var gitStatusMarker = proc.Read(2); if (gitStatusMarker == null) { HandleUnexpected(line); return(false); } /* * X Y Meaning * ------------------------------------------------- * [AMD] not updated * M [ MD] updated in index * A [ MD] added to index * D deleted from index * R [ MD] renamed in index * C [ MD] copied in index * [MARC] index and work tree matches * [ MARC] M work tree changed since index * [ MARC] D deleted in work tree * [ D] R renamed in work tree * [ D] C copied in work tree * ------------------------------------------------- * D D unmerged, both deleted * A A unmerged, both added * A U unmerged, added by us * D U unmerged, deleted by us * U A unmerged, added by them * U D unmerged, deleted by them * U U unmerged, both modified * ------------------------------------------------- * ? ? untracked * ! ! ignored * ------------------------------------------------- */ string originalPath = null; string path = null; var indexStatusMarker = gitStatusMarker[0]; var workTreeStatusMarker = gitStatusMarker[1]; GitFileStatus indexStatus = GitStatusEntry.ParseStatusMarker(indexStatusMarker); GitFileStatus workTreeStatus = GitStatusEntry.ParseStatusMarker(workTreeStatusMarker); GitFileStatus status = workTreeStatus != GitFileStatus.None ? workTreeStatus : indexStatus; if (status == GitFileStatus.None) { HandleUnexpected(line); return(false); } if (status == GitFileStatus.Copied || status == GitFileStatus.Renamed) { var files = proc.ReadToEnd() .Split(new[] { "->" }, StringSplitOptions.RemoveEmptyEntries) .Select(s => s.Trim()) .Select(s => s.Trim('"')) .ToArray(); originalPath = files[0]; path = files[1]; } else { path = proc.ReadToEnd().Trim().Trim('"'); } var gitStatusEntry = gitObjectFactory.CreateGitStatusEntry(path, indexStatus, workTreeStatus, originalPath); gitStatus.Entries.Add(gitStatusEntry); } } return(false); }