public ProcessDefinitionProcessor(
ProcessorEnricherContainer processorEnrichers,
IEndpointFactory endpointFactory,
IServiceProvider services,
ITelemetryLogger telemetry,
ILogger <Processor> logger)
: base(processorEnrichers, endpointFactory, services, telemetry, logger)
{
SourceModel = new ProcessorModel();
TargetModel = new ProcessorModel();
}
private async Task LoadLayout(ProcessorModel model, WorkItemTypeModel wit, AzureDevOpsEndpoint endpoint, string processId)
{
wit.Layout = (await endpoint.GetApiDefinitionAsync <WorkItemLayout>(new object[] { processId, wit.WorkItemType.ReferenceName }, queryForDetails: false));
foreach (var page in wit.Layout.Pages)
{
var pageKey = $"{wit.WorkItemType.ReferenceName}::{page.Label}";
if (model.WorkItemPages.ContainsKey(pageKey))
{
model.WorkItemPages[pageKey] = page;
}
else
{
model.WorkItemPages.Add(pageKey, page);
}
foreach (var section in page.Sections)
{
foreach (var group in section.Groups)
{
var groupKey = $"{wit.WorkItemType.ReferenceName}::{page.Label}::{section.Id}::{group.Label}";
if (model.WorkItemGroups.ContainsKey(groupKey))
{
model.WorkItemGroups[groupKey] = group;
}
else
{
model.WorkItemGroups.Add(groupKey, group);
}
foreach (var control in group.Controls)
{
var controlKey = $"{wit.WorkItemType.ReferenceName}::{page.Label}::{section.Id}::{group.Label}::{control.Id}";
if (model.WorkItemControls.ContainsKey(controlKey))
{
model.WorkItemControls[controlKey] = control;
}
else
{
model.WorkItemControls.Add(controlKey, control);
}
}
}
}
}
}
private async Task BuildModel(ProcessorModel model, AzureDevOpsEndpoint endpoint, bool warnOnMissing)
{
// Grab all the procs, then iterate over them looking for procs user has configured to be
// sync'd. Then grab all Work Item Types for the given process and filter those by the ones user
// wants to sync.
Log.LogDebug($"Loading model for [{endpoint.Options.Name}].");
var rootFields = (await endpoint.GetApiDefinitionsAsync <WorkItemField>(queryForDetails: false))
.ToDictionary(x => x.ReferenceName, x => x);
if (endpoint.Options.Name == Source.Options.Name)
{
SourceFields = rootFields;
}
else
{
TargetFields = rootFields;
}
var procs = await endpoint.GetApiDefinitionsAsync <ProcessDefinition>();
foreach (var processFilter in _Options.Processes.Keys)
{
string mappedProcName = processFilter;
if (model == TargetModel && _Options.ProcessMaps.ContainsKey(processFilter))
{
mappedProcName = _Options.ProcessMaps[processFilter];
}
var proc = procs.FirstOrDefault(p => processFilter == "*" ||
p.Name.Equals(mappedProcName, StringComparison.OrdinalIgnoreCase));
if (proc != null)
{
//if (!isMapped) mappedProcName = proc.Name;
if (!model.ProcessDefinitions.ContainsKey(proc.Id))
{
model.ProcessDefinitions.Add(mappedProcName, new ProcessDefinitionModel()
{
Process = proc,
MappedFrom = processFilter,
WorkItemTypes = new List <WorkItemTypeModel>()
});
}
model.ProcessDefinitions[mappedProcName].WorkItemBehaviors = (await endpoint.GetApiDefinitionsAsync <WorkItemBehavior>(new object[] { proc.Id })).ToList();
model.ProcessDefinitions[mappedProcName].WorkItemBehaviors.ForEach(b => {
if (!model.WorkItemBehaviors.ContainsKey(b.Id))
{
model.WorkItemBehaviors.Add(b.Id, b);
}
});
#region Build Work Item Types data ...
var procWits = (await endpoint.GetApiDefinitionsAsync <WorkItemType>(new object[] { proc.Id }, singleDefinitionQueryString: "$expand=All"));
procWits = procWits.Where(x => _Options.Processes[processFilter].Any(a => a == "*" ||
x.Name.Equals(a, StringComparison.OrdinalIgnoreCase)));
if (procWits != null && procWits.Count() > 0)
{
foreach (var wit in procWits)
{
if (!model.WorkItemTypes.ContainsKey(wit.Id))
{
model.WorkItemTypes.Add(wit.Id, new WorkItemTypeModel()
{
WorkItemType = wit
});
model.ProcessDefinitions[mappedProcName].WorkItemTypes.Add(model.WorkItemTypes[wit.Id]);
}
else
{
model.WorkItemTypes[wit.Id] = new WorkItemTypeModel()
{
WorkItemType = wit
};
}
#region --- Loading Wit Type Details ---
await Task.WhenAll(
Task.Run(async() => await LoadLayout(model, model.WorkItemTypes[wit.Id], endpoint, proc.Id)),
Task.Run(async() =>
{
model.WorkItemTypes[wit.Id].Fields =
(await endpoint.GetApiDefinitionsAsync <WorkItemTypeField>(new object[] { proc.Id, wit.Id }, singleDefinitionQueryString: "$expand=All")).ToList();
model.WorkItemTypes[wit.Id].Fields.ForEach(field => model.WorkItemFields.Add(field.Id, field));
}),
Task.Run(async() =>
{
model.WorkItemTypes[wit.Id].States =
(await endpoint.GetApiDefinitionsAsync <WorkItemState>(new object[] { proc.Id, wit.Id })).ToList();
model.WorkItemTypes[wit.Id].States.ForEach(state => model.WorkItemStates.Add(state.Name, state));
}),
Task.Run(async() =>
{
model.WorkItemTypes[wit.Id].Rules =
(await endpoint.GetApiDefinitionsAsync <WorkItemRule>(new object[] { proc.Id, wit.Id })).ToList();
model.WorkItemTypes[wit.Id].Rules.ForEach(rule => model.WorkItemRules.Add(rule.Id, rule));
}),
Task.Run(async() =>
{
model.WorkItemTypes[wit.Id].Behaviors =
(await endpoint.GetApiDefinitionsAsync <WorkItemTypeBehavior>(new object[] { proc.Id, wit.Id })).ToList();
model.WorkItemTypes[wit.Id].Behaviors.ForEach(rule => {
if (!model.WorkItemTypeBehaviors.ContainsKey(rule.Id))
{
model.WorkItemTypeBehaviors.Add(rule.Id, rule);
}
});
})
);
#endregion
}
}
#endregion
}
else if (warnOnMissing)
{
Log.LogWarning($"Unable to locate {processFilter} process in {endpoint.Options.Name} organization.");
}
}
}