public VdText(double x, double y, int owner, int shapeId, CleanupRequest cleanupRequest) :
base(owner, shapeId)
{
initText(DaoUtils.UserIdToColor(owner));
_cleanupRequest = cleanupRequest;
HandleMove(x, y);
RemoveFocus();
}
public VdText(double x, double y, int owner, int shapeId, CleanupRequest cleanupRequest) :
base(owner, shapeId)
{
initText(DaoUtils.UserIdToColor(owner));
_cleanupRequest = cleanupRequest;
HandleMove(x,y);
RemoveFocus();
}
public ActionResult SaveCleanupRequest(CleanupRequest data)
{
data.UserId = (int)Session["UserId"];
data.BranchId = 1;
data.AddedOn = DateTime.Now;
data.Approval = false;
data.Status = true;
db.CleanupRequests.Add(data);
db.SaveChanges();
return(RedirectToAction("CleanupRequest", new { }));
}
public ActionResult ApproveConfirmation(int?id)
{
//
CleanupRequest obj = db.CleanupRequests.Find(id);
if (obj != null && obj.Approval == true)
{
obj.Status = false;
UpdateModel(obj);
db.SaveChanges();
}
else
{
return(Content("Task Not Approved"));
}
return(Content("Task Completed"));
}
public ActionResult ApproveCleanup(int?id)
{
// id = db.AmbulanceMasters.Where(e => e.Engaged == false);
CleanupRequest obj = db.CleanupRequests.Find(id);
if (obj != null)
{
obj.Approval = true;
UpdateModel(obj);
// db.AmbulanceMasters.Add(obj);
db.SaveChanges();
}
else
{
return(Content("Not such an object"));
}
return(Content("Request Approved"));
}
public async Task <TransactionCleanupAttempt> ProcessCleanupRequest(CleanupRequest cleanupRequest, bool isRegular = true)
{
if (string.IsNullOrEmpty(cleanupRequest.AtrId))
{
throw new ArgumentNullException(nameof(cleanupRequest.AtrId));
}
_logger.LogDebug("Cleaner.{creator}: Processing cleanup request: {req}", _creatorName, cleanupRequest);
try
{
await Forwards.ForwardCompatibility.Check(null, Forwards.ForwardCompatibility.CleanupEntry, cleanupRequest.ForwardCompatibility).CAF();
await CleanupDocs(cleanupRequest).CAF();
await CleanupAtrEntry(cleanupRequest).CAF();
return(new TransactionCleanupAttempt(
Success: true,
IsRegular: isRegular,
AttemptId: cleanupRequest.AttemptId,
AtrId: cleanupRequest.AtrId,
AtrBucketName: cleanupRequest.AtrCollection.Scope.Bucket.Name,
AtrCollectionName: cleanupRequest.AtrCollection.Name,
AtrScopeName: cleanupRequest.AtrCollection.Scope.Name,
Request: cleanupRequest,
FailureReason: null));
}
catch (Exception ex)
{
_logger.LogDebug("Cleaner.{creator}: Cleanup Failed for {req}! Reason: {ex}", _creatorName, cleanupRequest, ex);
// TODO: publish stream of failed cleanups and their cause.
return(new TransactionCleanupAttempt(
Success: false,
IsRegular: isRegular,
AttemptId: cleanupRequest.AttemptId,
AtrId: cleanupRequest.AtrId,
AtrBucketName: cleanupRequest.AtrCollection.Scope.Bucket.Name,
AtrCollectionName: cleanupRequest.AtrCollection.Name,
AtrScopeName: cleanupRequest.AtrCollection.Scope.Name,
Request: cleanupRequest,
FailureReason: ex));
}
}
public AnalysisRequest()
{
Cleanup = new CleanupRequest();
Entities = new EntitiesRequest();
Download = new DownloadRequest();
}
private Task CleanupDocs(CleanupRequest cleanupRequest) => cleanupRequest.State switch
{
