/// <summary>
/// Create and disable new custom work item type
/// </summary>
/// <param name="procId"></param>
private static void CreateAndDiableWorkItemType(Guid procId)
{
CreateProcessWorkItemTypeRequest cpwit = new CreateProcessWorkItemTypeRequest();
cpwit.Name = "Child Task";
cpwit.Icon = wi_icons.asterisk;
cpwit.Color = "f6546a";
cpwit.Description = "My new work item type to track child work";
var newwit = ProcessHttpClient.CreateProcessWorkItemTypeAsync(cpwit, procId).Result;
Console.WriteLine("New work item type: {0} - {1}", newwit.Name, newwit.ReferenceName);
Console.ReadKey();
UpdateProcessWorkItemTypeRequest upwit = new UpdateProcessWorkItemTypeRequest();
upwit.Description = "Temporary disabled";
upwit.IsDisabled = true;
upwit.Icon = wi_icons.broken_lightbulb;
newwit = ProcessHttpClient.UpdateProcessWorkItemTypeAsync(upwit, procId, newwit.ReferenceName).Result;
Console.WriteLine("Disabled work item type: {0} - {1}", newwit.Name, newwit.ReferenceName);
Console.ReadKey();
}
public static ProcessWorkItemType CloneWorkItemType(VssConnection connection, string witRefName, Guid processId)
{
ProcessWorkItemType wit = Process.GetWorkItemType(connection, processId, witRefName);
if (wit == null)
{
return(null);
}
WorkItemTrackingProcessHttpClient client = connection.GetClient <WorkItemTrackingProcessHttpClient>();
CreateProcessWorkItemTypeRequest createWitRequest = new CreateProcessWorkItemTypeRequest()
{
Color = wit.Color,
Description = wit.Description,
Name = wit.Name,
Icon = wit.Icon,
InheritsFrom = wit.Inherits,
IsDisabled = false
};
ProcessWorkItemType results = client.CreateProcessWorkItemTypeAsync(createWitRequest, processId).Result;
return(results);
}
/// <summary>
/// Create and remove custom work item type based on a defult type
/// </summary>
/// <param name="procId"></param>
static private void ReCreateIssueWIT(Guid procId)
{
var issueRef = "Microsoft.VSTS.WorkItemTypes.Issue";
CreateProcessWorkItemTypeRequest cpwit = new CreateProcessWorkItemTypeRequest();
cpwit.Icon = wi_icons.clipboard_issue;
cpwit.Color = "f6546a";
cpwit.Description = "My new work item type to track issues";
cpwit.InheritsFrom = issueRef;
var newwit = ProcessHttpClient.CreateProcessWorkItemTypeAsync(cpwit, procId).Result;
Console.WriteLine("Updated work item type: {0} - {1}", newwit.Name, newwit.ReferenceName);
Console.ReadKey();
UpdateProcessWorkItemTypeRequest upwit = new UpdateProcessWorkItemTypeRequest();
upwit.Icon = wi_icons.car;
var iswit = ProcessHttpClient.UpdateProcessWorkItemTypeAsync(upwit, procId, newwit.ReferenceName).Result;
Console.WriteLine("Updated work item type: {0} - {1}", iswit.Name, iswit.ReferenceName);
Console.ReadKey();
ProcessHttpClient.DeleteProcessWorkItemTypeAsync(procId, iswit.ReferenceName).Wait();
Console.WriteLine("Work item type removed");
Console.ReadKey();
}
public ProcessWorkItemType WorkItemTypes_Create()
{
//get process id stored in cache so we don't have to load it each time
System.Guid processId = Context.GetValue <Guid>("$processId");
ProcessWorkItemType processWorkItemType = null;
CreateProcessWorkItemTypeRequest createWorkItemType = new CreateProcessWorkItemTypeRequest()
{
Name = "Change Request",
Description = "Change request to track requests for changes :)",
Color = "f6546a",
Icon = "icon_airplane"
//InheritsFrom = "Microsoft.VSTS.WorkItemTypes.UserStory"
};
VssConnection connection = Context.Connection;
WorkItemTrackingProcessHttpClient client = connection.GetClient <WorkItemTrackingProcessHttpClient>();
Console.Write("Does work item type '{0}' already exists? ... ", createWorkItemType.Name);
//get list of work item types and see if wit exists
List <ProcessWorkItemType> list = client.GetProcessWorkItemTypesAsync(processId).Result;
processWorkItemType = list.Find(x => x.Name == "Change Request");
if (processWorkItemType == null)
{
Console.WriteLine("No");
Console.WriteLine("");
Console.Write("Creating new work item type '" + createWorkItemType.Name + "'...");
try
{
//create new work item type
processWorkItemType = client.CreateProcessWorkItemTypeAsync(createWorkItemType, processId).Result;
Console.WriteLine("success");
Console.WriteLine("{0} : {1}", processWorkItemType.Name, processWorkItemType.ReferenceName);
}
catch (Exception ex)
{
Console.WriteLine("failed");
Console.WriteLine("Error creating work item type: " + ex.InnerException.Message);
}
}
else
{
Console.WriteLine("Yes");
Console.WriteLine("{0} : {1}", processWorkItemType.Name, processWorkItemType.ReferenceName);
}
Context.SetValue <ProcessWorkItemType>("$newWorkItemType", processWorkItemType);
return(processWorkItemType);
}
/// <summary>
/// Create a inherited work item type to make changes in the work flow
/// </summary>
/// <param name="procId"></param>
/// <param name="parentRef"></param>
/// <returns></returns>
static private string CreateInheritedWIT(Guid procId, string parentRef)
{
var witDef = ProcessHttpClient.GetProcessWorkItemTypeAsync(procId, parentRef).Result;
CreateProcessWorkItemTypeRequest cpwit = new CreateProcessWorkItemTypeRequest();
cpwit.Color = witDef.Color;
cpwit.Icon = witDef.Icon;
cpwit.InheritsFrom = parentRef;
var newwit = ProcessHttpClient.CreateProcessWorkItemTypeAsync(cpwit, procId).Result;
return(newwit.ReferenceName);
}
private static ProcessWorkItemType CreateWorkItemType(VssConnection connection, Process process, WorkItemTypeModel workItemType)
{
var model = new CreateProcessWorkItemTypeRequest()
{
Name = workItemType.Name,
InheritsFrom = workItemType.Id,
Color = workItemType.Color,
Icon = workItemType.Icon,
IsDisabled = workItemType.IsDisabled ?? false
};
WorkItemTrackingProcessHttpClient workClient = connection.GetClient <WorkItemTrackingProcessHttpClient>();
return(workClient.CreateProcessWorkItemTypeAsync(model, process.Id).Result);
}
public static void ProcessFile(VssConnection connection, string type, string fileContent)
{
switch (type)
{
case "project":
var project = JsonConvert.DeserializeObject <Project>(fileContent);
var projectClient = connection.GetClient <ProjectHttpClient>();
try
{
var existingProject = projectClient.GetProject(project.Name).SyncResult();
if (existingProject != null)
{
//TODO: add capabilities or changes
return;
}
}
catch (Exception e)
{
//this throws an exception if the project does not exists
}
var capabilities = new Dictionary <string, Dictionary <string, string> >();
Dictionary <string, string> versionControlProperties = new Dictionary <string, string>();
versionControlProperties[TeamProjectCapabilitiesConstants.VersionControlCapabilityAttributeName] =
SourceControlTypes.Git.ToString();
// Setup process properties
Dictionary <string, string> processProperaties = new Dictionary <string, string>();
processProperaties[TeamProjectCapabilitiesConstants.ProcessTemplateCapabilityTemplateTypeIdAttributeName] =
ProcessMap["Basic"].ToString();
capabilities[TeamProjectCapabilitiesConstants.VersionControlCapabilityName] =
versionControlProperties;
capabilities[TeamProjectCapabilitiesConstants.ProcessTemplateCapabilityName] =
processProperaties;
var newProject = new TeamProject()
{
Name = project.Name,
Description = project.Description,
Visibility = (ProjectVisibility)project.Visibility,
Capabilities = capabilities
};
projectClient.QueueCreateProject(newProject).SyncResult();
break;
case "process":
var process = JsonConvert.DeserializeObject <AzdoBoardsManager.Models.Process>(fileContent);
var processClient = connection.GetClient <WorkItemTrackingProcessHttpClient>();
if (ProcessMap.ContainsKey(process.ReferenceName ?? process.Name))
{
return;
}
if (string.IsNullOrWhiteSpace(process.ReferenceName))
{
return;
}
var createProcess = new CreateProcessModel()
{
Name = process.Name,
Description = process.Description,
ReferenceName = process.ReferenceName,
};
if (!string.IsNullOrEmpty(process.ParentProcessId))
{
createProcess.ParentProcessTypeId = ProcessMap[process.ParentProcessId];
}
var processInfo = processClient.CreateNewProcessAsync(createProcess).SyncResult();
ProcessMap.Add(processInfo.ReferenceName ?? processInfo.Name, processInfo.TypeId);
break;
case "workitemtype":
var workItemType = JsonConvert.DeserializeObject <AzdoBoardsManager.Models.WorkItemType>(fileContent);
WorkItemTypes.Add(workItemType.Id, workItemType);
var witClient = connection.GetClient <WorkItemTrackingProcessHttpClient>();
try
{
var types = witClient.GetProcessWorkItemTypesAsync(ProcessMap[workItemType.ProcessId]).SyncResult();
var existingWit = witClient.GetProcessWorkItemTypeAsync(ProcessMap[workItemType.ProcessId], workItemType.Id).SyncResult();
if (existingWit != null)
{
//TODO: add capabilities or changes
return;
}
}
catch (Exception e)
{
//this throws an exception if the project does not exists
}
var createWorkItemType = new CreateProcessWorkItemTypeRequest()
{
Name = workItemType.Name,
Description = workItemType.Description,
Color = workItemType.Color,
Icon = workItemType.Icon,
InheritsFrom = workItemType.Inherits,
IsDisabled = workItemType.IsDisabled
};
var processName = workItemType.ProcessId;
witClient.CreateProcessWorkItemTypeAsync(createWorkItemType, ProcessMap[processName]).SyncResult();
break;
case "workitemtypestates":
var witTrackingClient = connection.GetClient <WorkItemTrackingProcessHttpClient>();
var workItemTypeStates = JsonConvert.DeserializeObject <List <WorkItemTypeState> >(fileContent);
if (workItemTypeStates.Count == 0)
{
return;
}
var firstWorkItem = workItemTypeStates[0];
var workItemId = firstWorkItem.WorkItemId;
var processId = ProcessMap[WorkItemTypes[firstWorkItem.WorkItemId].ProcessId];
var stateDefinitions = witTrackingClient.GetStateDefinitionsAsync(
processId,
firstWorkItem.WorkItemId
).SyncResult();
var stateDefinitionsMap = new Dictionary <string, bool>();
//We iterate to verify what is existing what needs to be created
foreach (var workItemTypeState in workItemTypeStates)
{
stateDefinitionsMap.Add(workItemTypeState.Name, false);
foreach (var def in stateDefinitions)
{
if (def.Name.Equals(workItemTypeState.Name))
{
stateDefinitionsMap[workItemTypeState.Name] = true;
}
}
}
//Extra will be deleted
foreach (var def in stateDefinitions)
{
if (!stateDefinitionsMap.ContainsKey(def.Name))
{
witTrackingClient.DeleteStateDefinitionAsync(
processId,
workItemId,
def.Id
).SyncResult();
}
}
//We create the missing ones
foreach (var workItemTypeState in workItemTypeStates)
{
if (!stateDefinitionsMap[workItemTypeState.Name])
{
var workItemStateInputModel = new WorkItemStateInputModel()
{
Name = workItemTypeState.Name,
Color = workItemTypeState.Color,
StateCategory = workItemTypeState.StateCategory,
Order = workItemTypeState.Order
};
var states = witTrackingClient.CreateStateDefinitionAsync(
workItemStateInputModel,
processId,
workItemTypeState.WorkItemId
).SyncResult();
}
}
break;
}
}
public async Task EnsureExceptionWorkItemType(Guid processId, string processName, string workItemTypeName)
{
var witReferenceName = $"{processName}.{workItemTypeName}";
var processWorkItemType = await GetWorkItemType(processId, witReferenceName);
if (processWorkItemType == null)
{
var createWorkItemType = new CreateProcessWorkItemTypeRequest()
{
Name = workItemTypeName,
Description = "Used for tracking unhandled application exceptions",
Color = "f6546a",
Icon = "icon_airplane",
//InheritsFrom = "Microsoft.VSTS.WorkItemTypes.Bug"
};
processWorkItemType = await witProcessClient.CreateProcessWorkItemTypeAsync(createWorkItemType, processId);
}
await EnsureFieldExists("Custom.ExceptionApplication", "Application", "Application", processWorkItemType.ReferenceName, processId);
//Add page
var page = witProcessClient.AddPageAsync(new Page()
{
Label = "Exception",
PageType = PageType.Custom,
Sections = new List <Section>()
{
new Section()
{
Id = "Section1",
Groups = new List <Group>()
{
new Group()
{
Label = "MyGroup",
Controls = new List <Control>()
{
new Control()
{
Id = "Custom.ExceptionApplication",
Label = "Application",
ControlType = "FieldControl",
Name = "Application",
Visible = true
}
}
}
}
}
}
}, processId, processWorkItemType.ReferenceName).Result;
////Add fields
//var fields = new string[]
//{
// TfsStoreWithException.Application,
// TfsStoreWithException.AssignedToFieldName,
// TfsStoreWithException.CommentFieldName,
// TfsStoreWithException.RefCountFieldName,
// TfsStoreWithException.ExceptionReporterFieldName,
// TfsStoreWithException.BuildVersionFieldName,
// TfsStoreWithException.ExceptionMessageFieldName,
// TfsStoreWithException.ExceptionTypeFieldName,
// TfsStoreWithException.ClassFieldName,
// TfsStoreWithException.MethodFieldName,
// TfsStoreWithException.SourceFieldName,
// TfsStoreWithException.StackTraceFieldName,
// TfsStoreWithException.StackChecksumFieldName,
// TfsStoreWithException.AssemblyName
// };
}