public IActionResult CancelFlowchartRuns([FromServices] IStonebranchClient stonebranchClient, string customerShortName, string projectShortName, Guid jobId, string workflowInstanceId)
{
var stoneBranch = new Stonebranch(stonebranchClient, _validation);
var tasks = stoneBranch.GetCurrentTasks(workflowInstanceId, "*_CacheDB__*");
var filter = JsonConvert.SerializeObject(new { _id = jobId, clientName = customerShortName, projectName = projectShortName });
var projection = "{\"flowchartRunRequest.flowchartRunUUID\" : 1}";
var jobs = _jobProxy.GetJobs(filter, projection);
var listWorkStatus = new List <WorkStatus>();
foreach (var orchestrationJob in jobs) // Update status for both analytics run uuid and flowchart run uuids
{
orchestrationJob.flowchartRunRequest.ToList().ForEach(x =>
{
if (!tasks.Any(y => y.Name.Contains(x.flowchartRunUUID.ToString()) && y.Status == "SUCCESS"))
{
var status = new WorkStatus(x.flowchartRunUUID, false, 100, AnalyticsRunStatus.Canceled);
status.LoggableMessages.Add(new WorkStatusMessage()
{
Content = "Cancelled by user.",
Severity = TraceEventType.Information,
Timestamp = DateTime.Now,
ViewLevelProperty = WorkStatusMessage.ViewLevel.Internal
});
listWorkStatus.Add(status);
}
});
}
_workStatusProxy.Add(listWorkStatus);
return(Ok());
}
public IActionResult isWorkflowSuccess([FromServices] IStonebranchClient stonebranchClient, string workflowInstanceId)
{
var stonebranch = new Stonebranch(stonebranchClient, _validation);
var workflowTasks = stonebranch.GetCurrentTasks(workflowInstanceId);
return(Ok(!workflowTasks.Any(task => task.Status != "SUCCESS" && task.Status != "SKIPPED")));
}
public IActionResult isWorkflowComplete([FromServices] IStonebranchClient stonebranchClient, string workflowInstanceId)
{
var stonebranch = new Stonebranch(stonebranchClient, _validation);
var workflowTasks = stonebranch.GetCurrentTasks(workflowInstanceId);
var activeTasks = workflowTasks.Where(t => t.Status != "FINISHED" && t.Status != "SUCCESS" && t.Status != "SKIPPED");
return(Ok(activeTasks.Count() == 0));
}
private void AddTasks(IStonebranchClient stonebranchClient, IOrchestrationJob job, string workflowInstanceId, string finishTaskId)
{
int vertexX = 200;
int vertexY = 450;
var stonebranch = new Stonebranch(stonebranchClient, _validation);
var tasks = stonebranch.GetCurrentTasks(workflowInstanceId, $"*{_config.CacheDBTaskFilter}*");
var predecessor = _config.CacheDBPredecessor;
var flowchartRunCount = job.flowchartRunRequest.Count;
var i = 1;
job.flowchartRunRequest.ToList().ForEach(flowchart =>
{
var alias = $"{job.clientName}_{job.projectName}_CacheDB__{flowchart.flowchartRunUUID}";
var successors = new List <String>();
if (i == flowchartRunCount)
{
successors.Add(_config.FinishTask);
}
if (!tasks.Any(x => x.Name == alias))
{
var data = new TaskInsert()
{
Alias = alias,
Name = "CacheDB",
Predecessors = new List <String>()
{
predecessor
},
Successors = successors,
VertexX = vertexX,
VertexY = vertexY,
WorkflowInstanceId = workflowInstanceId
};
var connection = new Uri(new Uri(_config.StonebranchUri), "taskinstance/ops-task-insert");
var xml = data.ToXml();
var content = new StringContent(xml, Encoding.UTF8, "application/xml");
var response = stonebranchClient.Client.PostAsync(connection.ToString(), content).Result;
_validation.ValidateResponse(response);
_validation.ValidateStonebranchResponse(response.Content.ReadAsStringAsync().Result);
if (i == flowchartRunCount)
{
stonebranch.ReleaseTask(workflowInstanceId, finishTaskId);
}
predecessor = alias;
vertexX += 200;
}
i++;
});
}
public ActionResult InvokeCacheDBWorkFlow
(
[FromServices] IStonebranchClient stonebranchClient,
string customerShortName,
string projectShortName,
Guid jobId,
Guid flowchartRunId,
string workFlowInstanceId
)
{
var stonebranch = new Stonebranch(stonebranchClient, _validation);
var alias = $"{customerShortName}_{projectShortName}_CacheDB__{flowchartRunId}";
var predecessor = "Call_CacheDB_Workflow";
var data = new TaskInsert()
{
Alias = alias,
Name = "CacheDB",
WorkflowInstanceId = workFlowInstanceId,
Predecessors = new List <String>()
{
predecessor
},
Successors = new List <String>()
{
}
};
var connection = new Uri(new Uri(_config.StonebranchUri), "taskinstance/ops-task-insert");
var xml = data.ToXml();
var content = new StringContent(xml, Encoding.UTF8, "application/xml");
var response = stonebranchClient.Client.PostAsync(connection.ToString(), content).Result;
_validation.ValidateResponse(response);
_validation.ValidateStonebranchResponse(response.Content.ReadAsStringAsync().Result);
return(Ok());
}
public IActionResult FinishRun([FromServices] IStonebranchClient stonebranchClient, Guid id, string workflowInstanceId, string workflowName)
{
var workflow = ParseWorkflow(workflowName);
var status = string.Empty;
switch (workflow)
{
case WorkflowType.AnalyticsRun:
var stonebranch = new Stonebranch(stonebranchClient, _validation);
var tasks = stonebranch.GetCurrentTasks(workflowInstanceId);
if (tasks.Any(x => x.Type == "Workflow" && x.Status == "RUNNING/PROBLEMS"))
{
status = "There are CacheDB workflows that did not finish successfully."; // ae status did by fail run above
}
else
{
_workStatusProxy.Add(new WorkStatus(id, 100, AnalyticsRunStatus.RanToCompletion));
status = "finished";
}
break;
case WorkflowType.CacheDB:
_workStatusProxy.Add(new WorkStatus(id, 100, AnalyticsRunStatus.RanToCompletion));
status = "finished";
break;
default:
_logging.Log($"Run finished status not processed due to failure to parse workflow name to type: { workflowName }", Orchestration.Shared.Domain.Log.LogLevels.Error);
break;
}
return(Ok(status));
}
public IActionResult FailRun([FromServices] IStonebranchClient stonebranchClient, string customerShortName, string projectShortName, string workflowInstanceId, string workflowName, string taskName, Guid jobId)
{
var workflow = ParseWorkflow(workflowName);
var prevStatus = _workStatusProxy.GetLastStatus(customerShortName, projectShortName, jobId);
var filter = JsonConvert.SerializeObject(new { _id = jobId, clientName = customerShortName, projectName = projectShortName });
var projection = "{\"flowchartRunRequest.flowchartRunUUID\" : 1}";
var jobs = _jobProxy.GetJobs(filter, projection);
switch (workflow)
{
case WorkflowType.AnalyticsRun: // fail analytics run and fail all the flowchart runs in the analytics run
var statuses = new List <WorkStatus>();
statuses.Add(new WorkStatus(jobId, true, prevStatus.Progress, AnalyticsRunStatus.Running));
if (taskName != _config.FinishTask)
{
jobs.ToList().ForEach(job => job.flowchartRunRequest.ToList().ForEach(flowchartRun =>
{
statuses.Add(new WorkStatus(flowchartRun.flowchartRunUUID, prevStatus.Progress, AnalyticsRunStatus.Running));
}));
}
_workStatusProxy.Add(statuses);
break;
case WorkflowType.CacheDB: // just fail flowchart run if in cachedb
var flowchartRunId = Guid.Parse(workflowName.Substring(workflowName.IndexOf("_CacheDB__") + 10));
_workStatusProxy.Add(new WorkStatus(flowchartRunId, prevStatus.Progress, AnalyticsRunStatus.Running));
var stoneBranch = new Stonebranch(stonebranchClient, _validation);
var tasks = stoneBranch.GetCurrentTasks(workflowInstanceId);
var requests = jobs.First().flowchartRunRequest;
var index = requests.IndexOf(requests.FirstOrDefault(x => x.flowchartRunUUID == flowchartRunId));
if (index == requests.Count() - 1)
{
var finishTask = tasks.FirstOrDefault(x => x.Name == _config.FinishTask);
stoneBranch.ClearPredecessors(finishTask.Id);
}
else
{
var nextRun = requests[index + 1];
var nextTask = tasks.FirstOrDefault(x => x.Name.Contains(nextRun.flowchartRunUUID.ToString()));
stoneBranch.ClearPredecessors(nextTask.Id);
}
break;
default:
_logging.Log($"Run failed status not processed due to failure to parse workflow name to type: { workflowName }", Orchestration.Shared.Domain.Log.LogLevels.Error);
break;
}
return(Ok());
}
