protected override QueryHierarchyItem DoNewItem()
{
var itemType = GetParameter <string>("ItemType").ToLower();
var isFolder = itemType.Equals("folder");
var item = isFolder? GetParameter <string>("Folder"): GetParameter <string>("Query");
var wiql = GetParameter <string>("Wiql");
var scope = GetParameter <string>("Scope").Equals("Personal") ? "My Queries" : "Shared Queries";
var force = GetParameter <bool>("Force");
var(_, tp) = GetCollectionAndProject();
var fullPath = NodeUtil.NormalizeNodePath(item, tp.Name, scope, includeScope: true, separator: '/');
var queryName = Path.GetFileName(fullPath);
var parentPath = Path.GetDirectoryName(fullPath);
var existingItem = GetItem <QueryHierarchyItem>();
if (existingItem != null && isFolder)
{
Log("Folder already exists.");
if (!force)
{
throw new Exception($"A folder with the specified name '{fullPath}' already exists.");
}
return(existingItem);
}
if (!ShouldProcess(tp, $"{(existingItem == null ? "Create" : "Overwrite")} " +
$"work item {itemType} '{fullPath}'"))
{
return(null);
}
var client = GetClient <WorkItemTrackingHttpClient>();
var newItem = new QueryHierarchyItem()
{
Name = queryName,
Path = parentPath,
IsFolder = isFolder,
Wiql = wiql
};
var parentFolder = GetItem <QueryHierarchyItem>(new{ Folder = parentPath, ItemType = "Folder" }) ??
NewItem <QueryHierarchyItem>(new { Folder = parentPath, ItemType = "Folder" });
this.Log($"Creating query '{queryName}' in folder '{parentPath}'");
var result = client.CreateQueryAsync(newItem, tp.Name, parentFolder.Id.ToString())
.GetResult($"Error creating new work item {itemType} '{fullPath}'");
return(result);
}
//TODO: Inject TeamProject
//TODO: Use NormalizePath
protected override IEnumerable <WebApiFolder> DoGetItems()
{
var folder = GetParameter <object>("Folder");
var queryOrder = GetParameter <FolderPathQueryOrder>("QueryOrder");
while (true)
{
switch (folder)
{
case WebApiFolder f:
{
yield return(f);
yield break;
}
case string s when s.IsWildcard():
{
var client = GetClient <ReleaseHttpClient>();
var(_, tp) = GetCollectionAndProject();
s = NodeUtil.NormalizeNodePath(s, tp.Name);
var folders = client.GetFoldersAsync(tp.Name, null, queryOrder)
.GetResult($"Error getting folders matching {s}");
foreach (var i in folders
.Where(f => f.Path.IsLike(s) || GetFolderName(f).IsLike(s)))
{
yield return(i);
}
yield break;
}
case string s:
{
var client = GetClient <ReleaseHttpClient>();
var(_, tp) = GetCollectionAndProject();
var f = client.GetFoldersAsync(tp.Name, NodeUtil.NormalizeNodePath(s, tp.Name), queryOrder)
.GetResult($"Error getting folders matching {s}").FirstOrDefault();
if (f != null)
{
yield return(f);
}
yield break;
}
default:
{
throw new ArgumentException($"Invalid or non-existent pipeline folder '{folder}'");
}
}
}
}
protected override IEnumerable <QueryHierarchyItem> DoGetItems()
{
var itemType = GetParameter <string>("ItemType").ToLower();
var isFolder = itemType.Equals("folder");
var item = isFolder ? GetParameter <string>("Folder") : GetParameter <string>("Query");
var scope = GetParameter <string>(nameof(GetWorkItemQuery.Scope));
var(_, tp) = GetCollectionAndProject();
var client = GetClient <Microsoft.TeamFoundation.WorkItemTracking.WebApi.WorkItemTrackingHttpClient>();
while (true)
{
switch (item)
{
case string s:
{
var result = client.GetQueriesAsync(tp.Name, QueryExpand.All, 2)
.GetResult("Error getting work item query root folders")
.Where(q => scope.Equals("Both") || q.IsPublic == scope.Equals("Shared"))
.ToList();
foreach (var rootFolder in result)
{
if (rootFolder.Name.Equals(s) && isFolder)
{
yield return(rootFolder);
yield break;
}
var path = NodeUtil.NormalizeNodePath(s, tp.Name, rootFolder.Name, includeScope: true, separator: '/');
foreach (var c in GetItemsRecursively(rootFolder, path, tp.Name, itemType.Equals("query"), client))
{
yield return(c);
}
}
yield break;
}
default: throw new ArgumentException($"Invalid or non-exixtent query/folder '{item}'");
}
}
}
protected override WebApiFolder DoNewItem()
{
var(_, tp) = GetCollectionAndProject();
var folder = GetParameter <string>(nameof(NewReleaseDefinitionFolder.Folder));
var description = GetParameter <string>(nameof(NewReleaseDefinitionFolder.Description));
if (!ShouldProcess(tp, $"Create release folder '{folder}'"))
{
return(null);
}
var client = GetClient <ReleaseHttpClient>();
var newFolder = new WebApiFolder()
{
Description = description,
Path = NodeUtil.NormalizeNodePath(folder, tp.Name)
};
return(client.CreateFolderAsync(newFolder, tp.Name)
.GetResult($"Error creating folder '{folder}'"));
}
protected override ClassificationNode DoNewItem()
{
var node = GetParameter <string>(nameof(NewClassificationNode.Node));
var structureGroup = GetParameter <TreeStructureGroup>("StructureGroup");
var force = GetParameter <bool>(nameof(NewClassificationNode.Force));
var(_, tp) = GetCollectionAndProject();
var nodePath = NodeUtil.NormalizeNodePath(node, tp.Name, structureGroup.ToString().TrimEnd('s'), false, false, true);
var client = GetClient <WorkItemTrackingHttpClient>();
var parentPath = Path.GetDirectoryName(nodePath);
var nodeName = Path.GetFileName(nodePath);
if (!ShouldProcess($"Team Project {tp.Name}", $"Create node '{nodePath}'"))
{
return(null);
}
if (!TestItem <ClassificationNode>(new { Node = parentPath }))
{
if (!force)
{
this.Log($"Parent node '{parentPath}' does not exist");
throw new Exception($"Parent node '{parentPath}' does not exist. Check the path or use -Force the create any missing parent nodes.");
}
NewItem <ClassificationNode>(new { Node = parentPath });
}
var patch = new WorkItemClassificationNode()
{
Name = nodeName
};
var result = client.CreateOrUpdateClassificationNodeAsync(patch, tp.Name, structureGroup, parentPath)
.GetResult($"Error creating node {nodePath}");
return(new ClassificationNode(result, tp.Name, client));
}
protected override TestPlan DoNewItem()
{
var testPlan = GetParameter <string>(nameof(NewTestPlan.TestPlan));
var owner = GetParameter <string>(nameof(NewTestPlan.Owner));
var areaPath = GetParameter <string>(nameof(NewTestPlan.AreaPath), "\\");
var iterationPath = GetParameter <string>(nameof(NewTestPlan.IterationPath), "\\");
var startDate = GetParameter <DateTime>(nameof(NewTestPlan.StartDate));
var endDate = GetParameter <DateTime>(nameof(NewTestPlan.EndDate));
var(_, tp) = GetCollectionAndProject();
var client = GetClient <TestPlanHttpClient>();
return(client.CreateTestPlanAsync(new TestPlanCreateParams()
{
AreaPath = NodeUtil.NormalizeNodePath(areaPath, tp.Name, "Areas", includeTeamProject: true),
Iteration = NodeUtil.NormalizeNodePath(iterationPath, tp.Name, "Iterations", includeTeamProject: true),
Name = testPlan,
// TODO: Owner = owner,
StartDate = (startDate == DateTime.MinValue? (DateTime?)null: startDate),
EndDate = (endDate == DateTime.MinValue? (DateTime?)null: endDate)
}, tp.Name).GetResult($"Error creating test plan '{testPlan}'"));
}
protected override IEnumerable <ClassificationNode> DoGetItems()
{
var node = GetParameter <object>(nameof(GetClassificationNode.Node));
var structureGroup = GetParameter <TreeStructureGroup>("StructureGroup");
var(_, tp) = this.GetCollectionAndProject();
bool done = false;
string path = null;
while (!done)
{
switch (node)
{
case WorkItemClassificationNode n:
{
yield return(new ClassificationNode(n, tp.Name, null));
yield break;
}
case string s when s.Equals("\\") || s.Equals("/"):
{
path = "\\";
done = true;
break;
}
case string s when !string.IsNullOrEmpty(s) && s.IsWildcard():
{
path = NodeUtil.NormalizeNodePath(s, tp.Name, structureGroup.ToString().TrimEnd('s'), true, false, true, false, true);
done = true;
break;
}
case string s when !string.IsNullOrEmpty(s):
{
path = NodeUtil.NormalizeNodePath(s, tp.Name, structureGroup.ToString().TrimEnd('s'), false, false, true, false, false);
done = true;
break;
}
default:
{
throw new ArgumentException($"Invalid or non-existent node {node}");
}
}
}
var client = GetClient <WorkItemTrackingHttpClient>();
int depth = 1;
if (path.IsWildcard())
{
depth = 2;
Logger.Log($"Preparing to recursively search for pattern '{path}'");
var root = new ClassificationNode(client.GetClassificationNodeAsync(tp.Name, structureGroup, "\\", depth)
.GetResult($"Error retrieving {structureGroup} from path '{path}'"),
tp.Name, client);
foreach (var n in root.GetChildren(path, true))
{
yield return(n);
}
yield break;
}
Logger.Log($"Getting {structureGroup} under path '{path}'");
yield return(new ClassificationNode(client.GetClassificationNodeAsync(tp.Name, structureGroup, path, depth)
.GetResult($"Error retrieving {structureGroup} from path '{path}'"), tp.Name, null));
}
protected override Models.Team DoSetItem()
{
var(tpc, tp, t) = GetCollectionProjectAndTeam();
var description = GetParameter <string>(nameof(SetTeam.Description));
var defaultTeam = GetParameter <bool>(nameof(SetTeam.Default));
var defaultAreaPath = GetParameter <string>(nameof(SetTeam.DefaultAreaPath));
var areaPaths = GetParameter <IEnumerable <string> >(nameof(SetTeam.AreaPaths));
var backlogIteration = GetParameter <string>(nameof(SetTeam.BacklogIteration));
var iterationPaths = GetParameter <IEnumerable <string> >(nameof(SetTeam.IterationPaths));
var defaultIteration = GetParameter <string>(nameof(SetTeam.DefaultIterationMacro));
var teamClient = GetClient <TeamHttpClient>();
var projectClient = GetClient <ProjectHttpClient>();
var workClient = GetClient <WorkHttpClient>();
// Set description
if (HasParameter("Description") && ShouldProcess(t, $"Set team's description to '{description}'"))
{
teamClient.UpdateTeamAsync(new WebApiTeam()
{
Description = description ?? string.Empty
}, tp.Id.ToString(), t.Id.ToString())
.GetResult($"Error setting team '{t.Name}''s description to '{description}'");
}
// Set default team
if (defaultTeam && ShouldProcess(tp, $"Set team '{t.Name} as default'"))
{
throw new NotImplementedException("Set team as default is currently not supported");
}
// Set Team Field / Area Path settings
var ctx = new TeamContext(tp.Name, t.Name);
var teamFieldPatch = new TeamFieldValuesPatch();
if (!string.IsNullOrEmpty(defaultAreaPath) &&
ShouldProcess(t, $"Set team's default area path (team field) to '{defaultAreaPath}'"))
{
if (tpc.IsHosted)
{
this.Log("Conected to Azure DevOps Services. Treating Team Field Value as Area Path");
defaultAreaPath = NodeUtil.NormalizeNodePath(defaultAreaPath, tp.Name, "Areas", includeTeamProject: true);
}
if (areaPaths == null)
{
this.Log("AreaPaths is empty. Adding DefaultAreaPath (TeamFieldValue) to AreaPaths as default value.");
areaPaths = new string[] { defaultAreaPath };
}
var area = new { Node = defaultAreaPath };
if (!TestItem <Models.ClassificationNode>(area))
{
NewItem <Models.ClassificationNode>(area);
}
this.Log($"Setting default area path (team field) to {defaultAreaPath}");
teamFieldPatch.DefaultValue = defaultAreaPath;
}
if (areaPaths != null &&
ShouldProcess(t, $"Set {string.Join(", ", areaPaths)} as team's area paths"))
{
var values = new List <TeamFieldValue>();
foreach (var a in areaPaths)
{
values.Add(new TeamFieldValue()
{
Value = NodeUtil.NormalizeNodePath(a.TrimEnd('\\', '*'), tp.Name, scope: "Areas", includeTeamProject: true),
IncludeChildren = a.EndsWith("*")
});
}
teamFieldPatch.Values = values;
workClient.UpdateTeamFieldValuesAsync(teamFieldPatch, ctx)
.GetResult("Error applying team field value and/or area path settings");
}
// Set backlog and iteration path settings
bool isDirty = false;
var iterationPatch = new TeamSettingsPatch();
if (backlogIteration != null &&
ShouldProcess(t, $"Set the team's backlog iteration to '{backlogIteration}'"))
{
this.Log($"Setting backlog iteration to {backlogIteration}");
var iteration = GetItem <Models.ClassificationNode>(new
{
Node = backlogIteration,
StructureGroup = TreeStructureGroup.Iterations
});
iterationPatch.BacklogIteration =
iterationPatch.DefaultIteration =
iteration.Identifier;
isDirty = true;
}
if (!string.IsNullOrEmpty(defaultIteration) &&
ShouldProcess(t, $"Set the team's default iteration to '{defaultIteration}'"))
{
this.Log($"Setting default iteration to '{defaultIteration}'");
if (!defaultIteration.StartsWith("@"))
{
var iteration = GetItem <Models.ClassificationNode>(new
{
Node = defaultIteration,
StructureGroup = TreeStructureGroup.Iterations
});
iterationPatch.DefaultIteration = iteration.Identifier;
}
else
{
iterationPatch.DefaultIteration = null;
iterationPatch.DefaultIterationMacro = defaultIteration;
}
isDirty = true;
}
if (isDirty)
{
workClient.UpdateTeamSettingsAsync(iterationPatch, ctx)
.GetResult("Error applying iteration and/or board settings");
}
// TODO: Finish migration
// if (BacklogVisibilities && ShouldProcess(Team, $"Set the team"s backlog visibilities to {_DumpObj {BacklogVisibilities}}"))
// {
// this.Log($"Setting backlog iteration to {BacklogVisibilities}");
// patch.BacklogVisibilities = _NewDictionary @([string], [bool]) BacklogVisibilities
// isDirty = true
// }
// if (DefaultIterationMacro && ShouldProcess(Team, $"Set the team"s default iteration macro to {DefaultIterationMacro}"))
// {
// this.Log($"Setting default iteration macro to {DefaultIterationMacro}");
// patch.DefaultIterationMacro = DefaultIterationMacro
// isDirty = true
// }
// if (WorkingDays && ShouldProcess(Team, $"Set the team"s working days to {_DumpObj {WorkingDays}}"))
// {
// this.Log($"Setting working days to {{WorkingDays}|ConvertTo=-Json -Compress}");
// patch.WorkingDays = WorkingDays
// isDirty = true
// }
// if(BugsBehavior && ShouldProcess(Team, $"Set the team"s bugs behavior to {_DumpObj {BugsBehavior}}"))
// {
// this.Log($"Setting bugs behavior to {_DumpObj {BugsBehavior}}");
// patch.BugsBehavior = BugsBehavior
// isDirty = true
// }
// if(isDirty)
// {
// task = client.UpdateTeamSettingsAsync(patch, ctx)
// result = task.Result; if(task.IsFaulted) { _throw new Exception("Error applying iteration settings" task.Exception.InnerExceptions })
// }
// if(Passthru.IsPresent)
// {
// WriteObject(t); return;
// }
// }
// }
return(GetItem <Models.Team>());
}
