private static bool TryRemote(Repository gitRepository, string name, ReleaseNotesGenerationParameters context,
out IIssueTracker issueTracker)
{
var upstream = gitRepository.Network.Remotes[name];
if (upstream == null)
{
issueTracker = null;
return false;
}
return IssueTrackerFactory.TryCreateIssueTrackerFromUrl(
upstream.Url,
context.IssueTracker.Authentication.ToIssueTrackerSettings(),
out issueTracker);
}
private static bool TryRemote(Repository gitRepository, string name, ReleaseNotesGenerationParameters context,
out IIssueTracker issueTracker)
{
var upstream = gitRepository.Network.Remotes[name];
if (upstream == null)
{
issueTracker = null;
return(false);
}
return(IssueTrackerFactory.TryCreateIssueTrackerFromUrl(
upstream.Url,
context.IssueTracker.Authentication.ToIssueTrackerSettings(),
out issueTracker));
}
public static Task <SemanticReleaseNotes> GenerateReleaseNotesAsync(ReleaseNotesGenerationParameters generationParameters,
IRepository gitRepo, SemanticReleaseNotes previousReleaseNotes,
Categories categories, TaggedCommit tagToStartFrom, ReleaseInfo currentReleaseInfo)
{
var issuenumberregex = new Regex(@"#\s?(\d+)", RegexOptions.Compiled);
var semanticReleases = new Dictionary <string, SemanticRelease>();
var releases = ReleaseFinder.FindReleases(gitRepo, tagToStartFrom, currentReleaseInfo);
foreach (var release in releases)
{
if (!semanticReleases.ContainsKey(release.Name))
{
var beginningSha = release.FirstCommit != null?release.FirstCommit.Substring(0, 10) : null;
var endSha = release.LastCommit != null?release.LastCommit.Substring(0, 10) : null;
semanticReleases.Add(release.Name, new SemanticRelease(release.Name, release.When, new ReleaseDiffInfo
{
BeginningSha = beginningSha,
EndSha = endSha,
// TODO DiffUrlFormat = context.Repository.DiffUrlFormat
}));
}
var semanticRelease = semanticReleases[release.Name];
var commits = gitRepo.Commits.Where(x => x.Author.When >= release.PreviousReleaseDate && x.Author.When <= release.When);
foreach (Commit commit in commits)
{
var match = issuenumberregex.Match(commit.Message);
var releaseNoteItem = new ReleaseNoteItem(match.Success ? commit.Message.Replace(match.Groups[0].Value, "") :commit.Message, match.Success ? match.Groups[0].Value : string.Empty, match.Success? string.Format(generationParameters.IssueTracker.Server, match.Groups[0].Value): string.Empty, null, commit.Author.When, new[] { new Contributor(commit.Author.Name, commit.Author.Email, string.Empty) });
semanticRelease.ReleaseNoteLines.Add(releaseNoteItem);
}
}
var semanticReleaseNotes = new SemanticReleaseNotes(semanticReleases.Values, categories);
var mergedReleaseNotes = semanticReleaseNotes.Merge(previousReleaseNotes);
return(Task.FromResult(mergedReleaseNotes));
}
public ReleaseNotesGenerator(ReleaseNotesGenerationParameters generationParameters)
{
_generationParameters = generationParameters;
}
public static async Task <SemanticReleaseNotes> GenerateReleaseNotesAsync(ReleaseNotesGenerationParameters generationParameters,
IRepository gitRepo, IIssueTracker issueTracker, SemanticReleaseNotes previousReleaseNotes,
Categories categories, TaggedCommit tagToStartFrom, ReleaseInfo currentReleaseInfo)
{
var releases = ReleaseFinder.FindReleases(gitRepo, tagToStartFrom, currentReleaseInfo);
var findIssuesSince =
IssueStartDateBasedOnPreviousReleaseNotes(gitRepo, previousReleaseNotes)
??
tagToStartFrom.Commit.Author.When;
var filter = new IssueTrackerFilter
{
Since = findIssuesSince,
IncludeOpen = false
};
var closedIssues = (await issueTracker.GetIssuesAsync(filter)).ToArray();
// As discussed here: https://github.com/GitTools/GitReleaseNotes/issues/85
var semanticReleases = new Dictionary <string, SemanticRelease>();
foreach (var issue in closedIssues)
{
// 1) Include all issues from the issue tracker that are assigned to this release
foreach (var fixVersion in issue.FixVersions)
{
if (!fixVersion.IsReleased)
{
continue;
}
if (!semanticReleases.ContainsKey(fixVersion.Name))
{
semanticReleases.Add(fixVersion.Name, new SemanticRelease(fixVersion.Name, fixVersion.ReleaseDate));
}
var semanticRelease = semanticReleases[fixVersion.Name];
var releaseNoteItem = new ReleaseNoteItem(issue.Title, issue.Id, issue.Url, issue.Labels,
issue.DateClosed, new Contributor[] { /*TODO: implement*/ });
semanticRelease.ReleaseNoteLines.Add(releaseNoteItem);
}
// 2) Get closed issues from the issue tracker that have no fixversion but are closed between the last release and this release
if (issue.FixVersions.Count == 0)
{
foreach (var release in releases)
{
if (issue.DateClosed.HasValue &&
issue.DateClosed.Value > release.PreviousReleaseDate &&
(release.When == null || issue.DateClosed <= release.When))
{
if (!semanticReleases.ContainsKey(release.Name))
{
var beginningSha = release.FirstCommit != null?release.FirstCommit.Substring(0, 10) : null;
var endSha = release.LastCommit != null?release.LastCommit.Substring(0, 10) : null;
semanticReleases.Add(release.Name, new SemanticRelease(release.Name, release.When, new ReleaseDiffInfo
{
BeginningSha = beginningSha,
EndSha = endSha,
// TODO DiffUrlFormat = context.Repository.DiffUrlFormat
}));
}
var semanticRelease = semanticReleases[release.Name];
var releaseNoteItem = new ReleaseNoteItem(issue.Title, issue.Id, issue.Url, issue.Labels,
issue.DateClosed, issue.Contributors);
semanticRelease.ReleaseNoteLines.Add(releaseNoteItem);
}
}
}
}
// 3) Remove any duplicates
foreach (var semanticRelease in semanticReleases.Values)
{
var handledIssues = new HashSet <string>();
for (var i = 0; i < semanticRelease.ReleaseNoteLines.Count; i++)
{
var releaseNoteLine = semanticRelease.ReleaseNoteLines[i] as ReleaseNoteItem;
if (releaseNoteLine == null)
{
continue;
}
if (handledIssues.Contains(releaseNoteLine.IssueNumber))
{
semanticRelease.ReleaseNoteLines.RemoveAt(i--);
continue;
}
handledIssues.Add(releaseNoteLine.IssueNumber);
}
}
var semanticReleaseNotes = new SemanticReleaseNotes(semanticReleases.Values, categories);
var mergedReleaseNotes = semanticReleaseNotes.Merge(previousReleaseNotes);
return(mergedReleaseNotes);
}
public static async Task<SemanticReleaseNotes> GenerateReleaseNotesAsync(ReleaseNotesGenerationParameters generationParameters,
IRepository gitRepo, IIssueTracker issueTracker, SemanticReleaseNotes previousReleaseNotes,
Categories categories, TaggedCommit tagToStartFrom, ReleaseInfo currentReleaseInfo)
{
var releases = ReleaseFinder.FindReleases(gitRepo, tagToStartFrom, currentReleaseInfo);
var findIssuesSince =
IssueStartDateBasedOnPreviousReleaseNotes(gitRepo, previousReleaseNotes)
??
tagToStartFrom.Commit.Author.When;
var filter = new IssueTrackerFilter
{
Since = findIssuesSince,
IncludeOpen = false
};
var closedIssues = (await issueTracker.GetIssuesAsync(filter)).ToArray();
// As discussed here: https://github.com/GitTools/GitReleaseNotes/issues/85
var semanticReleases = new Dictionary<string, SemanticRelease>();
foreach (var issue in closedIssues)
{
// 1) Include all issues from the issue tracker that are assigned to this release
foreach (var fixVersion in issue.FixVersions)
{
if (!fixVersion.IsReleased)
{
continue;
}
if (!semanticReleases.ContainsKey(fixVersion.Name))
{
semanticReleases.Add(fixVersion.Name, new SemanticRelease(fixVersion.Name, fixVersion.ReleaseDate));
}
var semanticRelease = semanticReleases[fixVersion.Name];
var releaseNoteItem = new ReleaseNoteItem(issue.Title, issue.Id, issue.Url, issue.Labels,
issue.DateClosed, new Contributor[] { /*TODO: implement*/ });
semanticRelease.ReleaseNoteLines.Add(releaseNoteItem);
}
// 2) Get closed issues from the issue tracker that have no fixversion but are closed between the last release and this release
if (issue.FixVersions.Count == 0)
{
foreach (var release in releases)
{
if (issue.DateClosed.HasValue &&
issue.DateClosed.Value > release.PreviousReleaseDate &&
(release.When == null || issue.DateClosed <= release.When))
{
if (!semanticReleases.ContainsKey(release.Name))
{
var beginningSha = release.FirstCommit != null ? release.FirstCommit.Substring(0, 10) : null;
var endSha = release.LastCommit != null ? release.LastCommit.Substring(0, 10) : null;
semanticReleases.Add(release.Name, new SemanticRelease(release.Name, release.When, new ReleaseDiffInfo
{
BeginningSha = beginningSha,
EndSha = endSha,
// TODO DiffUrlFormat = context.Repository.DiffUrlFormat
}));
}
var semanticRelease = semanticReleases[release.Name];
var releaseNoteItem = new ReleaseNoteItem(issue.Title, issue.Id, issue.Url, issue.Labels,
issue.DateClosed, issue.Contributors);
semanticRelease.ReleaseNoteLines.Add(releaseNoteItem);
}
}
}
}
// 3) Remove any duplicates
foreach (var semanticRelease in semanticReleases.Values)
{
var handledIssues = new HashSet<string>();
for (var i = 0; i < semanticRelease.ReleaseNoteLines.Count; i++)
{
var releaseNoteLine = semanticRelease.ReleaseNoteLines[i] as ReleaseNoteItem;
if (releaseNoteLine == null)
{
continue;
}
if (handledIssues.Contains(releaseNoteLine.IssueNumber))
{
semanticRelease.ReleaseNoteLines.RemoveAt(i--);
continue;
}
handledIssues.Add(releaseNoteLine.IssueNumber);
}
}
var semanticReleaseNotes = new SemanticReleaseNotes(semanticReleases.Values, categories);
var mergedReleaseNotes = semanticReleaseNotes.Merge(previousReleaseNotes);
return mergedReleaseNotes;
}
public ReleaseNotesGenerator(ReleaseNotesGenerationParameters generationParameters)
{
_generationParameters = generationParameters;
}
