public void PerformMerge()
{
MergeType mergeType = GetPage<MergeTypePage>().SelectedMergeType;
ProgressRunnerArgs runnerArgs = new ProgressRunnerArgs();
runnerArgs.CreateLog = !PerformDryRun;
// Perform merge using IProgressRunner
Context.GetService<IProgressRunner>().RunModal(MergeStrings.MergingTitle, runnerArgs,
delegate(object sender, ProgressWorkerArgs ee)
{
_mergeActions = new List<SvnNotifyEventArgs>();
_resolvedMergeConflicts = new Dictionary<string, List<SvnConflictType>>();
MergeConflictHandler mergeConflictHandler = CreateMergeConflictHandler();
Handler conflictHandler = new Handler(Context, ee.Synchronizer, mergeConflictHandler);
try
{
if (!PerformDryRun)
{
// Attach the conflict handler
ee.Client.Conflict += new EventHandler<SvnConflictEventArgs>(conflictHandler.OnConflict);
}
// Attach the cancel handler
ee.Client.Cancel += new EventHandler<SvnCancelEventArgs>(this.OnCancel);
// Attach the notify handler
ee.Client.Notify += new EventHandler<SvnNotifyEventArgs>(this.OnNotify);
if (mergeType == MergeType.TwoDifferentTrees)
{
MergeSourceTwoDifferentTreesPage page = ((MergeSourceTwoDifferentTreesPage)mergeSourceTwoDifferentTreesPage);
SvnDiffMergeArgs dArgs = new SvnDiffMergeArgs();
Uri fromUri;
Uri toUri;
// Set the proper depth
dArgs.Depth = ((MergeOptionsPage)mergeOptionsPage).Depth;
// Set whether or not unversioned obstructions should be allowed
dArgs.Force = ((MergeOptionsPage)mergeOptionsPage).AllowUnversionedObstructions;
// Set whether or not to ignore ancestry
dArgs.IgnoreAncestry = ((MergeOptionsPage)mergeOptionsPage).IgnoreAncestry;
// Set whether or not this is a dry run
dArgs.DryRun = PerformDryRun;
// Create 'From' uri
Uri.TryCreate(page.MergeSourceOne, UriKind.Absolute, out fromUri);
// Create 'To' uri if necessary
if (page.HasSecondMergeSourceUrl)
Uri.TryCreate(page.MergeSourceTwo, UriKind.Absolute, out toUri);
else
toUri = fromUri;
ee.Client.DiffMerge(MergeTarget.FullPath,
new SvnUriTarget(fromUri, (page.MergeFromRevision > -1 ?
new SvnRevision(page.MergeFromRevision - 1) :
SvnRevision.Head)),
new SvnUriTarget(toUri, (page.MergeToRevision > -1 ?
new SvnRevision(page.MergeToRevision) :
SvnRevision.Head)),
dArgs);
}
else if (mergeType == MergeType.Reintegrate)
{
SvnReintegrationMergeArgs args = new SvnReintegrationMergeArgs();
// Set whether or not this is a dry run
args.DryRun = PerformDryRun;
ee.Client.ReintegrationMerge(MergeTarget.FullPath, MergeSource.Target, args);
}
else
{
SvnMergeArgs args = new SvnMergeArgs();
// Set the proper depth
args.Depth = mergeOptionsPage.Depth;
// Set whether or not unversioned obstructions should be allowed
args.Force = mergeOptionsPage.AllowUnversionedObstructions;
// Set whether or not to ignore ancestry
args.IgnoreAncestry = mergeOptionsPage.IgnoreAncestry;
// Set whether or not this merge should just record the merge information
args.RecordOnly = (mergeType == MergeType.ManuallyRecord || mergeType == MergeType.ManuallyRemove);
// Set whether or not this is a dry run
args.DryRun = PerformDryRun;
//no need to continue with the merge operation since there are no revisions to merge
if (MergeRevisions != null && EnumTools.GetFirst(MergeRevisions) == null)
{
throw new Exception(MergeStrings.NoLogItems);
}
if (MergeRevisions == null)
{
// Merge all eligible
ee.Client.Merge(
MergeTarget.FullPath,
MergeSource.Target,
new SvnRevisionRange(SvnRevision.Zero, SvnRevision.Head),
args);
}
else
{
// Cherrypicking
ee.Client.Merge(
MergeTarget.FullPath,
MergeSource.Target,
new List<SvnRevisionRange>(MergeRevisions),
args);
}
}
}
finally
{
if (!PerformDryRun)
{
// Detach the conflict handler
ee.Client.Conflict -= new EventHandler<SvnConflictEventArgs>(conflictHandler.OnConflict);
}
// Detach the notify handler
ee.Client.Notify -= new EventHandler<SvnNotifyEventArgs>(OnNotify);
// Detach the cancel handler
ee.Client.Cancel -= new EventHandler<SvnCancelEventArgs>(this.OnCancel);
if (mergeConflictHandler != null)
{
_resolvedMergeConflicts = mergeConflictHandler.ResolvedMergedConflicts;
mergeConflictHandler = null;
}
}
});
}
public void PerformMerge()
{
MergeType mergeType = GetPage <MergeTypePage>().SelectedMergeType;
ProgressRunnerArgs runnerArgs = new ProgressRunnerArgs();
runnerArgs.CreateLog = !PerformDryRun;
// Perform merge using IProgressRunner
Context.GetService <IProgressRunner>().RunModal(MergeStrings.MergingTitle, runnerArgs,
delegate(object sender, ProgressWorkerArgs ee)
{
_mergeActions = new List <SvnNotifyEventArgs>();
_resolvedMergeConflicts = new Dictionary <string, List <SvnConflictType> >();
MergeConflictHandler mergeConflictHandler = CreateMergeConflictHandler();
Handler conflictHandler = new Handler(Context, ee.Synchronizer, mergeConflictHandler);
try
{
if (!PerformDryRun)
{
// Attach the conflict handler
ee.Client.Conflict += new EventHandler <SvnConflictEventArgs>(conflictHandler.OnConflict);
}
// Attach the cancel handler
ee.Client.Cancel += new EventHandler <SvnCancelEventArgs>(this.OnCancel);
// Attach the notify handler
ee.Client.Notify += new EventHandler <SvnNotifyEventArgs>(this.OnNotify);
if (mergeType == MergeType.TwoDifferentTrees)
{
MergeSourceTwoDifferentTreesPage page = ((MergeSourceTwoDifferentTreesPage)mergeSourceTwoDifferentTreesPage);
SvnDiffMergeArgs dArgs = new SvnDiffMergeArgs();
Uri fromUri;
Uri toUri;
// Set the proper depth
dArgs.Depth = ((MergeOptionsPage)mergeOptionsPage).Depth;
// Set whether or not unversioned obstructions should be allowed
dArgs.Force = ((MergeOptionsPage)mergeOptionsPage).AllowUnversionedObstructions;
// Set whether or not to ignore ancestry
dArgs.IgnoreAncestry = ((MergeOptionsPage)mergeOptionsPage).IgnoreAncestry;
// Set whether or not this is a dry run
dArgs.DryRun = PerformDryRun;
// Create 'From' uri
Uri.TryCreate(page.MergeSourceOne, UriKind.Absolute, out fromUri);
// Create 'To' uri if necessary
if (page.HasSecondMergeSourceUrl)
{
Uri.TryCreate(page.MergeSourceTwo, UriKind.Absolute, out toUri);
}
else
{
toUri = fromUri;
}
ee.Client.DiffMerge(MergeTarget.FullPath,
new SvnUriTarget(fromUri, (page.MergeFromRevision > -1 ?
new SvnRevision(page.MergeFromRevision - 1) :
SvnRevision.Head)),
new SvnUriTarget(toUri, (page.MergeToRevision > -1 ?
new SvnRevision(page.MergeToRevision) :
SvnRevision.Head)),
dArgs);
}
else if (mergeType == MergeType.Reintegrate)
{
SvnReintegrationMergeArgs args = new SvnReintegrationMergeArgs();
// Set whether or not this is a dry run
args.DryRun = PerformDryRun;
ee.Client.ReintegrationMerge(MergeTarget.FullPath, MergeSource.Target, args);
}
else
{
SvnMergeArgs args = new SvnMergeArgs();
// Set the proper depth
args.Depth = mergeOptionsPage.Depth;
// Set whether or not unversioned obstructions should be allowed
args.Force = mergeOptionsPage.AllowUnversionedObstructions;
// Set whether or not to ignore ancestry
args.IgnoreAncestry = mergeOptionsPage.IgnoreAncestry;
// Set whether or not this merge should just record the merge information
args.RecordOnly = (mergeType == MergeType.ManuallyRecord || mergeType == MergeType.ManuallyRemove);
// Set whether or not this is a dry run
args.DryRun = PerformDryRun;
//no need to continue with the merge operation since there are no revisions to merge
if (MergeRevisions != null && EnumTools.GetFirst(MergeRevisions) == null)
{
throw new Exception(MergeStrings.NoLogItems);
}
if (MergeRevisions == null)
{
// Merge all eligible
ee.Client.Merge(
MergeTarget.FullPath,
MergeSource.Target,
new SvnRevisionRange(SvnRevision.Zero, SvnRevision.Head),
args);
}
else
{
// Cherrypicking
ee.Client.Merge(
MergeTarget.FullPath,
MergeSource.Target,
new List <SvnRevisionRange>(MergeRevisions),
args);
}
}
}
finally
{
if (!PerformDryRun)
{
// Detach the conflict handler
ee.Client.Conflict -= new EventHandler <SvnConflictEventArgs>(conflictHandler.OnConflict);
}
// Detach the notify handler
ee.Client.Notify -= new EventHandler <SvnNotifyEventArgs>(OnNotify);
// Detach the cancel handler
ee.Client.Cancel -= new EventHandler <SvnCancelEventArgs>(this.OnCancel);
if (mergeConflictHandler != null)
{
_resolvedMergeConflicts = mergeConflictHandler.ResolvedMergedConflicts;
mergeConflictHandler = null;
}
}
});
}
