public void RegisterUser()
{
GitLabWrapper gitLabWrapper = new GitLabWrapper(TestCredentials.GitServer, TestCredentials.GitLabToken);
DXVcsWrapper vcsWrapper = new DXVcsWrapper(TestCredentials.VcsServer);
RegisteredUsers users = new RegisteredUsers(gitLabWrapper, vcsWrapper);
var user = users.GetUser("Barakhov");
}
public SyncHistoryWrapper(SyncHistory history, DXVcsWrapper vcsWrapper, string vcsHistoryPath, string localHistoryPath)
{
this.history = history;
this.vcsHistoryPath = vcsHistoryPath;
this.localHistoryPath = localHistoryPath;
this.vcsWrapper = vcsWrapper;
}
static IList<TrackItem> CalcTrackItems(TrackBranch branch, IEnumerable<TrackItem> trackItems, DXVcsWrapper vcsWrapper)
{
List<TrackItem> list = new List<TrackItem>();
foreach (var trackItem in trackItems) {
list.AddRange(vcsWrapper.GenerateTrackItems(branch, trackItem));
}
return list;
}
public static IList<TrackBranch> Deserialize(string path, DXVcsWrapper vcsWrapper)
{
if (!File.Exists(path)) {
Log.Error($"Track branch config with path {path} was not found.");
return new List<TrackBranch>();
}
SharpSerializer serializer = new SharpSerializer();
var branches = (IList<TrackBranch>)serializer.Deserialize(path);
ProcessTrackItems(branches, vcsWrapper);
return branches;
}
public void SearchRegisteredUser()
{
GitLabWrapper gitLabWrapper = new GitLabWrapper(TestCredentials.GitServer, TestCredentials.GitLabToken);
DXVcsWrapper vcsWrapper = new DXVcsWrapper(TestCredentials.VcsServer);
RegisteredUsers users = new RegisteredUsers(gitLabWrapper, vcsWrapper);
var user = users.GetUser("litvinov");
Assert.IsNotNull(user);
Assert.IsTrue(user.IsRegistered);
var user2 = users.GetUser("Litvinov");
Assert.IsNotNull(user2);
Assert.IsTrue(user2.IsRegistered);
}
static MergeRequestResult ProcessMergeRequest(DXVcsWrapper vcsWrapper, GitWrapper gitWrapper, GitLabWrapper gitLabWrapper, RegisteredUsers users, User defaultUser, string localGitDir, TrackBranch branch, MergeRequest mergeRequest, SyncHistoryWrapper syncHistory) {
switch (mergeRequest.State) {
case "reopened":
case "opened":
return ProcessOpenedMergeRequest(vcsWrapper, gitWrapper, gitLabWrapper, users, defaultUser, localGitDir, branch, mergeRequest, syncHistory);
}
return MergeRequestResult.InvalidState;
}
static void ProcessTrackItems(IList<TrackBranch> branches, DXVcsWrapper vcsWrapper)
{
foreach (var branch in branches) {
foreach (var trackItem in branch.TrackItems)
trackItem.Branch = branch.Name;
branch.TrackItems = CalcTrackItems(branch, branch.TrackItems, vcsWrapper);
}
}
static void ProcessHistoryInternal(DXVcsWrapper vcsWrapper, GitWrapper gitWrapper, RegisteredUsers users, User defaultUser, string localGitDir, TrackBranch branch, IList<CommitItem> commits, SyncHistoryWrapper syncHistory) {
ProjectExtractor extractor = new ProjectExtractor(commits, (item) => {
var localCommits = vcsWrapper.GetCommits(item.TimeStamp, item.Items).Where(x => !IsLabel(x)).ToList();
bool hasModifications = false;
GitCommit last = null;
string token = syncHistory.CreateNewToken();
foreach (var localCommit in localCommits) {
string localProjectPath = Path.Combine(localGitDir, localCommit.Track.ProjectPath);
DirectoryHelper.DeleteDirectory(localProjectPath);
string trackPath = branch.GetTrackRoot(localCommit.Track);
vcsWrapper.GetProject(vcsServer, trackPath, localProjectPath, item.TimeStamp);
Log.Message($"git stage {localCommit.Track.ProjectPath}");
gitWrapper.Stage(localCommit.Track.ProjectPath);
string author = CalcAuthor(localCommit, defaultUser);
var comment = CalcComment(localCommit, author, token);
User user = users.GetUser(author);
try {
gitWrapper.Commit(comment.ToString(), user, localCommit.TimeStamp, false);
last = gitWrapper.FindCommit(x => true);
hasModifications = true;
}
catch (Exception) {
Log.Message($"Empty commit detected for {localCommit.Author} {localCommit.TimeStamp}.");
}
}
if (hasModifications) {
gitWrapper.PushEverything();
syncHistory.Add(last.Sha, item.TimeStamp.Ticks, token);
}
else {
var head = syncHistory.GetHead();
syncHistory.Add(head.GitCommitSha, item.TimeStamp.Ticks, token);
string author = CalcAuthor(item, defaultUser);
Log.Message($"Push empty commits rejected for {author} {item.TimeStamp}.");
}
syncHistory.Save();
});
int i = 0;
while (extractor.PerformExtraction())
Log.Message($"{++i} from {commits.Count} push to branch {branch.Name} completed.");
}
static IList<CommitItem> GenerateCommits(DXVcsWrapper vcsWrapper, TrackBranch branch, SyncHistoryWrapper syncHistory, bool mergeCommits) {
DateTime lastCommit = CalcLastCommitDate(syncHistory);
Log.Message($"Last commit has been performed at {lastCommit.ToLocalTime()}.");
var history = vcsWrapper.GenerateHistory(branch, lastCommit).OrderBy(x => x.ActionDate).ToList();
Log.Message($"History generated. {history.Count} history items obtained.");
IList<CommitItem> commits = vcsWrapper.GenerateCommits(history).Where(x => x.TimeStamp > lastCommit && !IsLabel(x)).ToList();
if (mergeCommits)
commits = vcsWrapper.MergeCommits(commits);
return commits;
}
static ProcessHistoryResult ProcessHistory(DXVcsWrapper vcsWrapper, GitWrapper gitWrapper, RegisteredUsers users, User defaultUser, string gitRepoPath, string localGitDir, TrackBranch branch, int commitsCount, SyncHistoryWrapper syncHistory, bool mergeCommits) {
IList<CommitItem> commits = GenerateCommits(vcsWrapper, branch, syncHistory, mergeCommits);
if (commits.Count > commitsCount) {
Log.Message($"Commits generated. First {commitsCount} of {commits.Count} commits taken.");
commits = commits.Take(commitsCount).ToList();
}
else {
Log.Message($"Commits generated. {commits.Count} commits taken.");
}
if (commits.Count > 0)
ProcessHistoryInternal(vcsWrapper, gitWrapper, users, defaultUser, localGitDir, branch, commits, syncHistory);
Log.Message($"Importing history from vcs completed.");
return commits.Count > commitsCount ? ProcessHistoryResult.NotEnough : ProcessHistoryResult.Success;
}
static int DoPatchWork(PatchOptions clo) {
string localGitDir = clo.LocalFolder != null && Path.IsPathRooted(clo.LocalFolder) ? clo.LocalFolder : Path.Combine(Environment.CurrentDirectory, clo.LocalFolder ?? repoPath);
string targetRepoPath = GetSimpleGitHttpPath(clo.Repo);
if (string.IsNullOrEmpty(targetRepoPath)) {
Log.Error($"Can`t parse repo path {clo.Repo}");
return 1;
}
string sourceRepoPath = GetSimpleGitHttpPath(clo.SourceRepo);
if (string.IsNullOrEmpty(sourceRepoPath)) {
Log.Error($"Can`t parse source repo path {clo.SourceRepo}");
return 1;
}
string username = clo.Login;
string password = clo.Password;
string gitlabauthtoken = clo.AuthToken;
string targetBranchName = clo.Branch;
string trackerPath = clo.Tracker;
string gitServer = clo.Server;
string sourceBranchName = clo.SourceBranch;
string patchdir = clo.PatchDir ?? localGitDir;
DXVcsWrapper vcsWrapper = new DXVcsWrapper(vcsServer, username, password);
TrackBranch trackBranch = FindBranch(targetBranchName, trackerPath, vcsWrapper);
if (trackBranch == null) {
return 1;
}
string historyPath = GetVcsSyncHistory(vcsWrapper, trackBranch.HistoryPath);
if (historyPath == null)
return 1;
SyncHistory history = SyncHistory.Deserialize(historyPath);
if (history == null)
return 1;
SyncHistoryWrapper syncHistory = new SyncHistoryWrapper(history, vcsWrapper, trackBranch.HistoryPath, historyPath);
var head = syncHistory.GetHistoryHead();
if (head == null)
return 1;
GitLabWrapper gitLabWrapper = new GitLabWrapper(gitServer, gitlabauthtoken);
Project targetProject = gitLabWrapper.FindProject(targetRepoPath);
if (targetProject == null) {
Log.Error($"Can`t find target project {targetRepoPath}.");
return 1;
}
Log.Message($"Target project url: {targetProject.HttpUrl}");
Branch targetBranch = gitLabWrapper.GetBranch(targetProject, targetBranchName);
if (targetBranch == null) {
Log.Error($"Can`t find targetBranch branch {targetBranchName}");
return 1;
}
Log.Message($"Target branch name: {targetBranch.Name}");
var sourceProject = gitLabWrapper.FindProjectFromAll(sourceRepoPath);
if (sourceProject == null) {
Log.Error($"Can`t find source project {sourceRepoPath}");
return 1;
}
Log.Message($"Source project url: {sourceProject.HttpUrl}");
var sourceBranch = gitLabWrapper.GetBranch(sourceProject, sourceBranchName);
if (sourceBranch == null) {
Log.Error($"Source branch {sourceBranchName} was not found.");
return 1;
}
Log.Message($"Target branch name: {sourceBranch.Name}");
MergeRequest mergeRequest = gitLabWrapper.GetMergeRequests(targetProject,
x => x.SourceBranch == sourceBranchName && x.TargetBranch == targetBranchName && x.SourceProjectId == sourceProject.Id).FirstOrDefault();
if (mergeRequest == null) {
Log.Error($"Can`t find merge request.");
return 1;
}
Log.Message($"Merge request id: {mergeRequest.Id}.");
Log.Message($"Merge request title: {mergeRequest.Title}.");
var comments = gitLabWrapper.GetComments(mergeRequest);
var mergeRequestSyncOptions = comments?.Where(x => IsXml(x.Note)).Where(x => {
var mr = MergeRequestOptions.ConvertFromString(x.Note);
return mr?.ActionType == MergeRequestActionType.sync;
}).Select(x => (MergeRequestSyncAction)MergeRequestOptions.ConvertFromString(x.Note).Action).LastOrDefault();
if (mergeRequest.Assignee?.Name != username || (!mergeRequestSyncOptions?.PerformTesting ?? false)) {
Log.Error($"Merge request is not assigned to service user {username} or doesn`t require testing.");
return 1;
}
GitWrapper gitWrapper = CreateGitWrapper(sourceRepoPath, localGitDir, sourceBranchName, username, password);
if (gitWrapper == null) {
Log.Error("Can`t create git wrapper.");
return 1;
}
var changes = gitLabWrapper
.GetMergeRequestChanges(mergeRequest)
.Where(x => trackBranch.TrackItems.FirstOrDefault(track => CheckItemForChangeSet(x, track)) != null)
.Select(x => new PatchItem() {
SyncAction = CalcSyncAction(x),
OldPath = x.OldPath,
NewPath = x.NewPath,
OldVcsPath = CalcVcsPath(trackBranch, x.OldPath),
NewVcsPath = CalcVcsPath(trackBranch, x.NewPath),
}).ToList();
var patch = new PatchInfo() { TimeStamp = DateTime.Now.Ticks, Items = changes };
var patchPath = Path.Combine(patchdir, patchZip);
using (Package zip = Package.Open(patchPath, FileMode.Create)) {
SavePatchInfo(patchdir, patch);
AddPart(zip, patchdir, "patch.info");
foreach (var path in CalcFilesForPatch(patch)) {
AddPart(zip, localGitDir, path);
}
}
Log.Message($"Patch.info generated at {patchPath}");
return 0;
}
static bool ValidateMergeRequest(DXVcsWrapper vcsWrapper, TrackBranch branch, SyncHistoryItem previous, User defaultUser) {
var history = vcsWrapper.GenerateHistory(branch, new DateTime(previous.VcsCommitTimeStamp)).Where(x => x.ActionDate.Ticks > previous.VcsCommitTimeStamp);
if (history.Any(x => x.User != defaultUser.UserName))
return false;
return true;
}
static int ProcessMergeRequests(DXVcsWrapper vcsWrapper, GitWrapper gitWrapper, GitLabWrapper gitLabWrapper, RegisteredUsers users, User defaultUser, string gitRepoPath, string localGitDir, string branchName, string tracker, SyncHistoryWrapper syncHistory, string userName) {
var project = gitLabWrapper.FindProject(gitRepoPath);
TrackBranch branch = GetBranch(branchName, tracker, vcsWrapper);
if (branch == null) {
Log.Error($"Specified branch {branchName} not found in track file.");
return 1;
}
var mergeRequests = GetMergeRequests(gitLabWrapper, branchName, userName, project);
if (!mergeRequests.Any()) {
Log.Message("Zero registered merge requests.");
return 0;
}
int result = 0;
foreach (var mergeRequest in mergeRequests) {
var mergeRequestResult = ProcessMergeRequest(vcsWrapper, gitWrapper, gitLabWrapper, users, defaultUser, localGitDir, branch, mergeRequest, syncHistory);
if (mergeRequestResult == MergeRequestResult.Failed)
return 1;
if (mergeRequestResult == MergeRequestResult.CheckoutFailed || mergeRequestResult == MergeRequestResult.Conflicts || mergeRequestResult == MergeRequestResult.InvalidState)
result = 1;
}
return result;
}
static TrackBranch FindBranch(string branchName, string trackerPath, DXVcsWrapper vcsWrapper) {
string configPath;
if (Path.IsPathRooted(trackerPath))
configPath = trackerPath;
else {
string localPath = Path.GetDirectoryName(Assembly.GetEntryAssembly().Location);
configPath = Path.Combine(localPath, trackerPath);
}
var branch = GetBranch(branchName, configPath, vcsWrapper);
if (branch == null) {
Log.Error($"Specified branch {branchName} not found.");
return null;
}
return branch;
}
static string GetVcsSyncHistory(DXVcsWrapper vcsWrapper, string historyPath) {
string local = Path.GetTempFileName();
return vcsWrapper.GetFile(historyPath, local);
}
static CheckMergeChangesResult CheckChangesForMerging(GitLabWrapper gitLabWrapper, string gitRepoPath, string branchName, SyncHistoryItem head, DXVcsWrapper vcsWrapper, TrackBranch branch, SyncHistoryWrapper syncHistory, User defaultUser) {
var project = gitLabWrapper.FindProject(gitRepoPath);
if (project == null) {
Log.Error($"Can`t find git project {gitRepoPath}");
return CheckMergeChangesResult.Error;
}
var gitlabBranch = gitLabWrapper.GetBranches(project).Single(x => x.Name == branchName);
if (gitlabBranch.Commit.Id.Equals(new Sha1(head.GitCommitSha))) {
var commits = GenerateCommits(vcsWrapper, branch, syncHistory, false);
if (commits.Count == 0) {
var mergeRequests = GetMergeRequests(gitLabWrapper, branchName, defaultUser.UserName, project);
if (!mergeRequests.Any()) {
Log.Message("Zero registered merge requests.");
return CheckMergeChangesResult.NoChanges;
}
}
}
return CheckMergeChangesResult.HasChanges;
}
static int DoSyncWork(SyncOptions clo) {
string localGitDir = clo.LocalFolder != null && Path.IsPathRooted(clo.LocalFolder) ? clo.LocalFolder : Path.Combine(Environment.CurrentDirectory, clo.LocalFolder ?? repoPath);
EnsureGitDir(localGitDir);
string gitRepoPath = clo.Repo;
string username = clo.Login;
string password = clo.Password;
string gitlabauthtoken = clo.AuthToken;
string branchName = clo.Branch;
string trackerPath = clo.Tracker;
string gitServer = clo.Server;
DXVcsWrapper vcsWrapper = new DXVcsWrapper(vcsServer, username, password);
TrackBranch branch = FindBranch(branchName, trackerPath, vcsWrapper);
if (branch == null)
return 1;
string historyPath = GetVcsSyncHistory(vcsWrapper, branch.HistoryPath);
if (historyPath == null)
return 1;
SyncHistory history = SyncHistory.Deserialize(historyPath);
if (history == null)
return 1;
SyncHistoryWrapper syncHistory = new SyncHistoryWrapper(history, vcsWrapper, branch.HistoryPath, historyPath);
var head = syncHistory.GetHistoryHead();
if (head == null)
return 1;
GitLabWrapper gitLabWrapper = new GitLabWrapper(gitServer, gitlabauthtoken);
RegisteredUsers registeredUsers = new RegisteredUsers(gitLabWrapper, vcsWrapper);
User defaultUser = registeredUsers.GetUser(username);
if (!defaultUser.IsRegistered) {
Log.Error($"default user {username} is not registered in the active directory.");
return 1;
}
var checkMergeChangesResult = CheckChangesForMerging(gitLabWrapper, gitRepoPath, branchName, head, vcsWrapper, branch, syncHistory, defaultUser);
if (checkMergeChangesResult == CheckMergeChangesResult.NoChanges)
return 0;
if (checkMergeChangesResult == CheckMergeChangesResult.Error)
return 1;
GitWrapper gitWrapper = CreateGitWrapper(gitRepoPath, localGitDir, branch.Name, username, password);
if (gitWrapper == null)
return 1;
ProcessHistoryResult processHistoryResult = ProcessHistory(vcsWrapper, gitWrapper, registeredUsers, defaultUser, gitRepoPath, localGitDir, branch, clo.CommitsCount, syncHistory, true);
if (processHistoryResult == ProcessHistoryResult.NotEnough)
return 0;
if (processHistoryResult == ProcessHistoryResult.Failed)
return 1;
int result = ProcessMergeRequests(vcsWrapper, gitWrapper, gitLabWrapper, registeredUsers, defaultUser, gitRepoPath, localGitDir, clo.Branch, clo.Tracker, syncHistory, username);
if (result != 0)
return result;
return 0;
}
static MergeRequestResult ProcessOpenedMergeRequest(DXVcsWrapper vcsWrapper, GitWrapper gitWrapper, GitLabWrapper gitLabWrapper, RegisteredUsers users, User defaultUser, string localGitDir, TrackBranch branch, MergeRequest mergeRequest, SyncHistoryWrapper syncHistory) {
string autoSyncToken = syncHistory.CreateNewToken();
var lastHistoryItem = syncHistory.GetHead();
Log.Message($"Start merging mergerequest {mergeRequest.Title}");
Log.ResetErrorsAccumulator();
var changes = gitLabWrapper.GetMergeRequestChanges(mergeRequest).ToList();
if (changes.Count >= MaxChangesCount) {
Log.Error($"Merge request contains more than {MaxChangesCount} changes and cannot be processed. Split it into smaller merge requests");
AssignBackConflictedMergeRequest(gitLabWrapper, users, mergeRequest, CalcCommentForFailedCheckoutMergeRequest(null));
return MergeRequestResult.Failed;
}
var genericChange = changes
.Where(x => branch.TrackItems.FirstOrDefault(track => CheckItemForChangeSet(x, track)) != null)
.Select(x => ProcessMergeRequestChanges(mergeRequest, x, localGitDir, branch, autoSyncToken)).ToList();
bool ignoreValidation = gitLabWrapper.ShouldIgnoreSharedFiles(mergeRequest);
if (!ValidateMergeRequestChanges(gitLabWrapper, mergeRequest, ignoreValidation) || !vcsWrapper.ProcessCheckout(genericChange, ignoreValidation, branch)) {
Log.Error("Merging merge request failed because failed validation.");
AssignBackConflictedMergeRequest(gitLabWrapper, users, mergeRequest, CalcCommentForFailedCheckoutMergeRequest(genericChange));
vcsWrapper.ProcessUndoCheckout(genericChange);
return MergeRequestResult.CheckoutFailed;
}
CommentWrapper comment = CalcComment(mergeRequest, branch, autoSyncToken);
mergeRequest = gitLabWrapper.ProcessMergeRequest(mergeRequest, comment.ToString());
if (mergeRequest.State == "merged") {
Log.Message("Merge request merged successfully.");
gitWrapper.Pull();
gitWrapper.LFSPull();
var gitCommit = gitWrapper.FindCommit(x => CommentWrapper.Parse(x.Message).Token == autoSyncToken);
long timeStamp = lastHistoryItem.VcsCommitTimeStamp;
if (gitCommit != null && vcsWrapper.ProcessCheckIn(genericChange, comment.ToString())) {
var checkinHistory = vcsWrapper.GenerateHistory(branch, new DateTime(timeStamp)).Where(x => x.ActionDate.Ticks > timeStamp);
var lastCommit = checkinHistory.OrderBy(x => x.ActionDate).LastOrDefault();
long newTimeStamp = lastCommit?.ActionDate.Ticks ?? timeStamp;
var mergeRequestResult = MergeRequestResult.Success;
if (!ValidateMergeRequest(vcsWrapper, branch, lastHistoryItem, defaultUser))
mergeRequestResult = MergeRequestResult.Mixed;
if (!ValidateChangeSet(genericChange))
mergeRequestResult = MergeRequestResult.Mixed;
syncHistory.Add(gitCommit.Sha, newTimeStamp, autoSyncToken, mergeRequestResult == MergeRequestResult.Success ? SyncHistoryStatus.Success : SyncHistoryStatus.Mixed);
syncHistory.Save();
Log.Message("Merge request checkin successfully.");
return mergeRequestResult;
}
Log.Error("Merge request checkin failed.");
if (gitCommit == null)
Log.Error($"Can`t find git commit with token {autoSyncToken}");
var failedHistory = vcsWrapper.GenerateHistory(branch, new DateTime(timeStamp));
var lastFailedCommit = failedHistory.OrderBy(x => x.ActionDate).LastOrDefault();
syncHistory.Add(gitCommit.Sha, lastFailedCommit?.ActionDate.Ticks ?? timeStamp, autoSyncToken, SyncHistoryStatus.Failed);
syncHistory.Save();
return MergeRequestResult.Failed;
}
Log.Message($"Merge request merging failed due conflicts. Resolve conflicts manually.");
vcsWrapper.ProcessUndoCheckout(genericChange);
AssignBackConflictedMergeRequest(gitLabWrapper, users, mergeRequest, CalcCommentForFailedCheckoutMergeRequest(genericChange));
return MergeRequestResult.Conflicts;
}
static TrackBranch GetBranch(string branchName, string configPath, DXVcsWrapper vcsWrapper) {
try {
var branches = TrackBranch.Deserialize(configPath, vcsWrapper);
return branches.FirstOrDefault(x => x.Name == branchName);
}
catch (Exception ex) {
Log.Error("Loading items for track failed", ex);
return null;
}
}
