static void Process(string path, SearchOptions options, SearchRange range, ActionType action, IEnumerable <ParsedCommit> commitsToIgnore)
{
IEnumerable <CommitInfo> commits = CommitFinder.Parse(path, range);
Explain.Print($"Found {commits.Count ()} commits.");
switch (action)
{
case ActionType.ListConsideredCommits:
PrintCommits(commits);
return;
case ActionType.ListBugs:
var parsedCommits = CommitParser.Parse(commits, options).ToList();
var bugCollection = BugCollector.ClassifyCommits(parsedCommits, options, commitsToIgnore);
PrintBugs(bugCollection, options);
if (options.ValidateBugStatus)
{
BugValidator.Validate(bugCollection, options);
}
return;
default:
throw new InvalidOperationException($"Internal Error - Unknown action requested {action}");
}
}
static void PrintCommits(IEnumerable <CommitInfo> commits)
{
foreach (var commit in commits)
{
Console.WriteLine($"{commit.Hash} {commit.Title}");
}
Explain.Print($"Only listing of commits was requested. Exiting.");
}
public static IEnumerable <ParsedCommit> ParseSingle(CommitInfo commit, SearchOptions options)
{
Explain.Indent();
Explain.Print($"Analyzing {commit.Hash}.");
var textToSearch = commit.Description.SplitLines();
foreach (var match in textToSearch.Select(x => ParseLine(x, options)).Where(x => x.Confidence != ParsingConfidence.Invalid))
{
yield return(new ParsedCommit(commit, match.Link, match.ID, match.Confidence, match.BugzillaSummary, match.TargetMilestone, match.Status, match.Importance));
}
Explain.Deindent();
}
public void Run(ActionType action)
{
// This can mutage Range so must be done first.
var commitsToIgnore = ProcessOldestBranch();
Process(Path, Options, Range, action, commitsToIgnore);
if (Options.Submodules)
{
string oldest = Range.Oldest.ValueOr("");
var initialSubmoduleStatus = CommitFinder.FindSubmodulesStatus(Path, oldest);
string newest = Range.Newest.ValueOr("HEAD");
var finalSubmoduleStatus = CommitFinder.FindSubmodulesStatus(Path, newest);
Explain.Print($"Processing {initialSubmoduleStatus.Count} submodules for change as well");
Explain.Indent();
foreach (var submodule in initialSubmoduleStatus.Keys)
{
string initialHash = initialSubmoduleStatus[submodule];
string finalHash = finalSubmoduleStatus[submodule];
if (initialHash == finalHash)
{
Explain.Print($"Submodule {submodule} had zero changes ({finalHash}).");
continue;
}
Console.WriteLine($"\nSubmodule: {submodule}");
Explain.Print($"Processing {submodule} submodule from {initialHash} to {finalHash}.");
SearchRange submoduleRange = new SearchRange()
{
Oldest = initialHash.Some(), Newest = finalHash.Some()
};
Explain.Indent();
Process(System.IO.Path.Combine(Path, submodule), Options, submoduleRange, action, Enumerable.Empty <ParsedCommit> ());
Explain.Deindent();
}
Explain.Deindent();
}
}
static void ProcessBugStatus(BugCollection bugs)
{
foreach (var bug in bugs.Bugs)
{
switch (bug.BugInfo.Status)
{
case "CLOSED":
case "VERIFIED":
case "RESOLVED":
break;
default:
Explain.Print($"{bug.ID} status may not be set correctly: {bug.BugInfo.Status}.");
break;
}
}
}
static void ProcessTargetMilestones(BugCollection bugs, SearchOptions options)
{
string targetMilestone = options.ExpectedTargetMilestone ?? GuessTargetMilestone(bugs);
var unmatchingBugs = bugs.Bugs.Where(x => x.BugInfo.TargetMilestone != targetMilestone);
if (unmatchingBugs.Any())
{
Explain.Print($"The following bugs do not match the expected {targetMilestone}:");
Explain.Indent();
foreach (var bug in unmatchingBugs)
{
Explain.Print($"{bug.ID} - {bug.BugInfo.TargetMilestone}");
}
}
Explain.Deindent();
}
public static ValueTuple <IEnumerable <CommitInfo>, string> FindCommitsOnBranchToIgnore(string path, string branchName, SearchOptions options)
{
var merge = FindMergeBase(path, branchName);
if (!merge.HasValue)
{
EntryPoint.Die($"Unable to find merge-base with {branchName} on {path}. Do you need to get fetch?");
return(new ValueTuple <IEnumerable <CommitInfo>, string> ());
}
var mergeBase = merge.ValueOrFailure();
Explain.Print($"Found merge base for {branchName} at {mergeBase}.");
var commitToIgnoreOnBranch = ParseSpecificRange(path, mergeBase, $"origin/{branchName}");
Explain.Print($"Found {commitToIgnoreOnBranch.Count ()} commits on {branchName} after branch.");
return(new ValueTuple <IEnumerable <CommitInfo>, string> (commitToIgnoreOnBranch, mergeBase));
}
public static void Validate(BugCollection bugs, SearchOptions options)
{
bool explainStatus = Explain.Enabled;
Explain.Enabled = true;
Explain.Print("Validating Bug Status:");
if (options.Bugzilla != BugzillaLevel.Private)
{
Explain.Print("This will only cover public bugs as private as --bugzilla:private is not set.");
}
Explain.Indent();
ProcessBugStatus(bugs);
Explain.Print("");
ProcessTargetMilestones(bugs, options);
Explain.Deindent();
Explain.Enabled = explainStatus;
}
IEnumerable <ParsedCommit> ProcessOldestBranch()
{
if (Range.OldestBranch.HasValue)
{
var branchName = Range.OldestBranch.ValueOrFailure();
if (branchName.StartsWith("origin/", StringComparison.InvariantCulture))
{
branchName = branchName.Remove(0, 7);
}
var commitInfo = CommitFinder.FindCommitsOnBranchToIgnore(Path, branchName, Options);
IEnumerable <ParsedCommit> commitsToIgnore = CommitParser.Parse(commitInfo.Item1, Options);
Explain.Print($"Found {commitsToIgnore.Count ()} bugs on {branchName} after branch to ignore.");
Range.Oldest = commitInfo.Item2.Some();
Range.IncludeOldest = false;
return(commitsToIgnore);
}
return(Enumerable.Empty <ParsedCommit> ());
}
static string GuessTargetMilestone(BugCollection bugs)
{
Explain.Print("--expected-target-milestone was not set, so finding the most common Target Milestone.");
var targetMilestoneCount = new Dictionary <string, int> ();
foreach (var bug in bugs.Bugs)
{
if (targetMilestoneCount.ContainsKey(bug.BugInfo.TargetMilestone))
{
targetMilestoneCount[bug.BugInfo.TargetMilestone] += 1;
}
else
{
targetMilestoneCount[bug.BugInfo.TargetMilestone] = 1;
}
}
var targetMilestones = targetMilestoneCount.Keys.OrderByDescending(x => targetMilestoneCount[x]).ToList();
string guess = targetMilestones.FirstOrDefault();
Explain.Print($"{guess} is the most common Target Milestone.");
return(guess);
}
static ParseResults ParseLine(string line, SearchOptions options)
{
try
{
Explain.Indent();
foreach (Regex regex in AllRegex)
{
var match = regex.Match(line);
if (match.Success)
{
int id;
if (int.TryParse(match.Groups[match.Groups.Count - 1].Value, out id))
{
Explain.Print($"Line \"{StripNewLine (line)}\" matched pattern {regex}.");
if (id < 1000 || id > 250000)
{
Explain.Print($"Had an invalid id {id}.");
return(new ParseResults {
Confidence = ParsingConfidence.Invalid
});
}
Explain.Print($"Had a valid id {id}.");
ParsingConfidence confidence = ParsingConfidence.High;
if (line.StartsWith("Context", StringComparison.InvariantCultureIgnoreCase))
{
confidence = ParsingConfidence.Invalid;
}
Explain.Print($"Default Confidence was {confidence}.");
if (options.Bugzilla != BugzillaLevel.Disable)
{
var bugzillaSummary = GetTitle(id, options);
if (bugzillaSummary == null)
{
confidence = ParsingConfidence.Low;
Explain.Print($"Given low confidence due to lack of a matching bugzilla bug.");
return(new ParseResults(confidence, match.Value, id));
}
var status = GetStatus(id, options);
var milestone = GetMilestone(id, options);
var importance = GetImportance(id, options);
return(new ParseResults(confidence, match.Value, id)
{
BugzillaSummary = bugzillaSummary,
Status = status,
TargetMilestone = milestone,
Importance = importance
});
}
return(new ParseResults(confidence, match.Value, id));
}
}
}
return(new ParseResults {
Confidence = ParsingConfidence.Invalid
});
}
finally
{
Explain.Deindent();
}
}