private JobModelProxy GetPublishedJobDetails(Guid jobId)
{
var result = SendRequest("jobs/" + jobId, HttpMethod.Get);
if (result.Length == 0) // maybe return null instead?
return null;
dynamic jsonJob = JObject.Parse(result);
var job = new Job();
job.JobID = jobId;
job.CreationTime = (DateTime)jsonJob.properties.creationTime;
job.LastModifiedTime = (DateTime)jsonJob.properties.lastModifiedTime;
job.JobStatus = jsonJob.properties.status;
job.StartTime = jsonJob.properties.startTime != null ? (DateTime?)jsonJob.properties.startTime : null;
job.EndTime = jsonJob.properties.endTime != null ? (DateTime?)jsonJob.properties.endTime : null;
var jobModelProxy = new JobModelProxy(job, Context);
foreach (var param in jsonJob.properties.parameters)
{
//jobModelProxy.Parameters.Add(param)
}
var output = SendRequest("jobs/" + jobId + "/streams", HttpMethod.Get);
jobModelProxy = ParseJobStreams(jobModelProxy, output);
if (jsonJob.properties.exception != null)
{
jobModelProxy.Result.Add(new JobOutput()
{
JobID = jobId,
RunbookVersionID = Guid.Empty,
StreamTypeName = "Error",
StreamTime = DateTime.Now,
StreamText = jsonJob.properties.exception,
TenantID = Guid.Empty
});
}
return jobModelProxy;
}
public IList<JobModelProxy> GetJobs(Guid runbookVersionId)
{
// Since Azure are so nice, not providing any IDs for our runbooks and instead
// using the name to identify the runbooks (as contrary to SMA which uses GUIDs),
// we need to query our backend context to retrieve the correct runbook based on
// our genereated GUID
var runbook = Context.Runbooks.FirstOrDefault(r => (r.Tag as RunbookModelProxy).PublishedRunbookVersionID == runbookVersionId);
if (runbook == null) // no runbook found?
return new List<JobModelProxy>();
var jobs = new List<JobModelProxy>();
var result = SendRequest("jobs", HttpMethod.Get);
dynamic jsonJobs = JObject.Parse(result);
if (jsonJobs.value != null)
{
foreach (var job in jsonJobs.value)
{
if (job.properties.runbook.name != (runbook.Tag as RunbookModelProxy).RunbookName)
continue;
var azureJob = new Job();
azureJob.JobID = job.properties.jobId;
azureJob.JobStatus = job.properties.status;
azureJob.CreationTime = job.properties.creationTime;
azureJob.StartTime = job.properties.startTime;
azureJob.LastModifiedTime = job.properties.lastModifiedTime;
azureJob.EndTime = job.properties.endTime;
jobs.Add(new JobModelProxy(azureJob, Context));
}
}
return jobs;
}
private JobModelProxy GetDraftJobDetails(RunbookModelProxy runbook)
{
var result = SendRequest("runbooks/" + runbook.RunbookName.ToUrlSafeString() + "/draft/testJob", HttpMethod.Get);
if (result.Length < 1)
return null;
dynamic jsonJob = JObject.Parse(result);
var job = new Job();
job.JobID = Guid.NewGuid();
job.CreationTime = (DateTime)jsonJob.creationTime;
job.LastModifiedTime = (DateTime)jsonJob.lastModifiedTime;
job.JobStatus = jsonJob.status;
job.StartTime = jsonJob.startTime != null ? (DateTime?)jsonJob.startTime : null;
job.EndTime = jsonJob.endTime != null ? (DateTime?)jsonJob.endTime : null;
job.JobException = jsonJob.exception;
var jobModelProxy = new JobModelProxy(job, Context);
foreach (var param in jsonJob.parameters)
{
//jobModelProxy.Parameters.Add(param)
}
var output = string.Empty;
try
{
output = SendRequest("runbooks/" + runbook.RunbookName.ToUrlSafeString() + "/draft/testJob/streams", HttpMethod.Get);
jobModelProxy = ParseJobStreams(jobModelProxy, output);
}
catch (WebException)
{
// The job haven't been started yet, ignore this.
}
return jobModelProxy;
}