public bool ProcessEnvelope(ReadEnvelope item, SaveStatus status)
{
if (item == null || string.IsNullOrWhiteSpace(item.EnvelopeIdentifier))
{
status.AddError("A valid ReadEnvelope must be provided.");
return(false);
}
DateTime createDate = new DateTime();
DateTime envelopeUpdateDate = new DateTime();
if (DateTime.TryParse(item.NodeHeaders.CreatedAt.Replace("UTC", "").Trim(), out createDate))
{
status.SetEnvelopeCreated(createDate);
}
if (DateTime.TryParse(item.NodeHeaders.UpdatedAt.Replace("UTC", "").Trim(), out envelopeUpdateDate))
{
status.SetEnvelopeUpdated(envelopeUpdateDate);
}
status.DocumentOwnedBy = item.documentOwnedBy;
if (item.documentPublishedBy != null)
{
if (item.documentOwnedBy == null || (item.documentPublishedBy != item.documentOwnedBy))
{
status.DocumentPublishedBy = item.documentPublishedBy;
}
}
else
{
//will need to check elsewhere
//OR as part of import check if existing one had 3rd party publisher
}
string payload = item.DecodedResource.ToString();
string envelopeIdentifier = item.EnvelopeIdentifier;
string ctdlType = RegistryServices.GetResourceType(payload);
string envelopeUrl = RegistryServices.GetEnvelopeUrl(envelopeIdentifier);
//Already done in RegistryImport
//LoggingHelper.WriteLogFile( UtilityManager.GetAppKeyValue( "logFileTraceLevel", 5 ), item.EnvelopeCetermsCtid + "_assessment", payload, "", false );
if (ImportServiceHelpers.IsAGraphResource(payload))
{
//if ( payload.IndexOf( "\"en\":" ) > 0 )
return(ImportV3(payload, envelopeIdentifier, status));
//else
// return ImportV2( payload, envelopeIdentifier, status );
}
else
{
status.AddError(thisClassName + ".ImportByResourceUrl - 2019-05-01 ONLY GRAPH BASED IMPORTS ARE HANDLED");
return(false);
//LoggingHelper.DoTrace( 5, " envelopeUrl: " + envelopeUrl );
// LoggingHelper.WriteLogFile( 1, "asmt_" + item.EnvelopeIdentifier, payload, "", false );
// input = JsonConvert.DeserializeObject<InputEntity>( item.DecodedResource.ToString() );
// return Import( input, envelopeIdentifier, status );
}
}
public bool ProcessEnvelope(ReadEnvelope item, SaveStatus status)
{
if (item == null || string.IsNullOrWhiteSpace(item.EnvelopeIdentifier))
{
status.AddError(thisClassName + " A valid ReadEnvelope must be provided.");
return(false);
}
DateTime createDate = new DateTime();
DateTime envelopeUpdateDate = new DateTime();
if (DateTime.TryParse(item.NodeHeaders.CreatedAt.Replace("UTC", "").Trim(), out createDate))
{
status.SetEnvelopeCreated(createDate);
}
if (DateTime.TryParse(item.NodeHeaders.UpdatedAt.Replace("UTC", "").Trim(), out envelopeUpdateDate))
{
status.SetEnvelopeUpdated(envelopeUpdateDate);
}
string payload = item.DecodedResource.ToString();
string envelopeIdentifier = item.EnvelopeIdentifier;
string ctdlType = RegistryServices.GetResourceType(payload);
string envelopeUrl = RegistryServices.GetEnvelopeUrl(envelopeIdentifier);
LoggingHelper.DoTrace(5, " envelopeUrl: "+ envelopeUrl);
LoggingHelper.WriteLogFile(UtilityManager.GetAppKeyValue("logFileTraceLevel", 5), item.EnvelopeCetermsCtid + "_ConceptScheme", payload, "", false);
//just store input for now
return(Import(payload, envelopeIdentifier, status));
//return true;
} //
public bool ProcessEnvelope(ReadEnvelope item, SaveStatus status)
{
if (item == null || string.IsNullOrWhiteSpace(item.EnvelopeIdentifier))
{
status.AddError("A valid ReadEnvelope must be provided.");
return(false);
}
string payload = item.DecodedResource.ToString();
string envelopeIdentifier = item.EnvelopeIdentifier;
string ctdlType = RegistryServices.GetResourceType(payload);
string envelopeUrl = RegistryServices.GetEnvelopeUrl(envelopeIdentifier);
if (ImportServiceHelpers.IsAGraphResource(payload))
{
//if ( payload.IndexOf( "\"en\":" ) > 0 )
return(ImportV3(payload, envelopeIdentifier, status));
//else
// return ImportV2( payload, envelopeIdentifier, status );
}
else
{
LoggingHelper.DoTrace(5, " envelopeUrl: "+ envelopeUrl);
LoggingHelper.WriteLogFile(1, "lopp_" + item.EnvelopeIdentifier, payload, "", false);
input = JsonConvert.DeserializeObject <InputEntity>(item.DecodedResource.ToString());
return(Import(input, envelopeIdentifier, status));
}
}
public bool ProcessEnvelope(ReadEnvelope item, SaveStatus status)
{
if (item == null || string.IsNullOrWhiteSpace(item.EnvelopeIdentifier))
{
status.AddError(thisClassName + " A valid ReadEnvelope must be provided.");
return(false);
}
DateTime createDate = new DateTime();
DateTime envelopeUpdateDate = new DateTime();
if (DateTime.TryParse(item.NodeHeaders.CreatedAt.Replace("UTC", "").Trim(), out createDate))
{
status.SetEnvelopeCreated(createDate);
}
if (DateTime.TryParse(item.NodeHeaders.UpdatedAt.Replace("UTC", "").Trim(), out envelopeUpdateDate))
{
status.SetEnvelopeUpdated(envelopeUpdateDate);
}
status.DocumentOwnedBy = item.documentOwnedBy;
if (item.documentPublishedBy != null)
{
if (item.documentOwnedBy == null || (item.documentPublishedBy != item.documentOwnedBy))
{
status.DocumentPublishedBy = item.documentPublishedBy;
}
}
else
{
//will need to check elsewhere
//OR as part of import check if existing one had 3rd party publisher
}
string payload = item.DecodedResource.ToString();
string envelopeIdentifier = item.EnvelopeIdentifier;
string ctdlType = RegistryServices.GetResourceType(payload);
string envelopeUrl = RegistryServices.GetEnvelopeUrl(envelopeIdentifier);
LoggingHelper.DoTrace(5, " envelopeUrl: "+ envelopeUrl);
LoggingHelper.WriteLogFile(UtilityManager.GetAppKeyValue("logFileTraceLevel", 5), item.EnvelopeCetermsCtid + "_competencyFrameswork", payload, "", false);
//input = JsonConvert.DeserializeObject<InputGraph>( item.DecodedResource.ToString() );
//InputEntity framework = GetFramework( input.Graph );
//LoggingHelper.DoTrace( 5, " framework name: " + framework.name.ToString() );
//just store input for now
return(Import(payload, envelopeIdentifier, status));
//return true;
} //
public bool ProcessEnvelope(ReadEnvelope item, SaveStatus status)
{
if (item == null || string.IsNullOrWhiteSpace(item.EnvelopeIdentifier))
{
status.AddError("A valid ReadEnvelope must be provided.");
return(false);
}
//
DateTime createDate = new DateTime();
DateTime envelopeUpdateDate = new DateTime();
if (DateTime.TryParse(item.NodeHeaders.CreatedAt.Replace("UTC", "").Trim(), out createDate))
{
status.SetEnvelopeCreated(createDate);
}
if (DateTime.TryParse(item.NodeHeaders.UpdatedAt.Replace("UTC", "").Trim(), out envelopeUpdateDate))
{
status.SetEnvelopeUpdated(envelopeUpdateDate);
}
//
string payload = item.DecodedResource.ToString();
string envelopeIdentifier = item.EnvelopeIdentifier;
string ctdlType = RegistryServices.GetResourceType(payload);
string envelopeUrl = RegistryServices.GetEnvelopeUrl(envelopeIdentifier);
//Already done in RegistryImport
//LoggingHelper.WriteLogFile( UtilityManager.GetAppKeyValue( "logFileTraceLevel", 5 ), item.EnvelopeCetermsCtid + "_conditionManifest", payload, "", false );
if (ImportServiceHelpers.IsAGraphResource(payload))
{
//if ( payload.IndexOf( "\"en\":" ) > 0 )
return(ImportV3(payload, "", status));
//else
// return ImportV2( payload, "", status );
}
else
{
status.AddError("Error - A graph object was not provided for a condition manifest.");
return(false);
//LoggingHelper.DoTrace( 5, " envelopeUrl: " + envelopeUrl );
// LoggingHelper.WriteLogFile( 1, "conditionManifest_" + item.EnvelopeIdentifier, payload, "", false );
// input = JsonConvert.DeserializeObject<InputEntity>( item.DecodedResource.ToString() );
// return Import( input, envelopeIdentifier, status );
}
}
public bool ProcessEnvelope(ReadEnvelope item, SaveStatus status)
{
if (item == null || string.IsNullOrWhiteSpace(item.EnvelopeIdentifier))
{
status.AddError("A valid ReadEnvelope must be provided.");
return(false);
}
DateTime createDate = new DateTime();
DateTime envelopeUpdateDate = new DateTime();
if (DateTime.TryParse(item.NodeHeaders.CreatedAt.Replace("UTC", "").Trim(), out createDate))
{
//entity.DocumentUpdatedAt = updateDate;
}
if (DateTime.TryParse(item.NodeHeaders.UpdatedAt.Replace("UTC", "").Trim(), out envelopeUpdateDate))
{
//entity.DocumentUpdatedAt = envelopeUpdateDate;
}
string payload = item.DecodedResource.ToString();
string envelopeIdentifier = item.EnvelopeIdentifier;
string ctdlType = RegistryServices.GetResourceType(payload);
string envelopeUrl = RegistryServices.GetEnvelopeUrl(envelopeIdentifier);
//if ( ImportServiceHelpers.IsAGraphResource( payload ) )
//{
//if ( payload.IndexOf( "\"en\":" ) > 0 )
return(ImportV3(payload, envelopeIdentifier, status));
//else
// return ImportV2( payload, envelopeIdentifier, status );
//}
//else
//{
// LoggingHelper.DoTrace( 5, " envelopeUrl: " + envelopeUrl );
// LoggingHelper.WriteLogFile( 1, "credential_" + item.EnvelopeIdentifier, payload, "", false );
// input = JsonConvert.DeserializeObject<InputEntity>( item.DecodedResource.ToString() );
// return Import( input, envelopeIdentifier, status, envelopeUpdateDate );
//}
}
public bool ProcessEnvelope(EntityServices mgr, ReadEnvelope item, SaveStatus status)
{
if (item == null || string.IsNullOrWhiteSpace(item.EnvelopeIdentifier))
{
status.AddError(thisClassName + " A valid ReadEnvelope must be provided.");
return(false);
}
DateTime createDate = new DateTime();
DateTime envelopeUpdateDate = new DateTime();
if (DateTime.TryParse(item.NodeHeaders.CreatedAt.Replace("UTC", "").Trim(), out createDate))
{
//entity.DocumentUpdatedAt = updateDate;
}
if (DateTime.TryParse(item.NodeHeaders.UpdatedAt.Replace("UTC", "").Trim(), out envelopeUpdateDate))
{
//entity.DocumentUpdatedAt = envelopeUpdateDate;
}
string payload = item.DecodedResource.ToString();
string envelopeIdentifier = item.EnvelopeIdentifier;
string ctdlType = RegistryServices.GetResourceType(payload);
string envelopeUrl = RegistryServices.GetEnvelopeUrl(envelopeIdentifier);
LoggingHelper.DoTrace(5, " envelopeUrl: "+ envelopeUrl);
LoggingHelper.WriteLogFile(1, item.EnvelopeIdentifier + "_competencyFrameswork", payload, "", false);
//input = JsonConvert.DeserializeObject<InputGraph>( item.DecodedResource.ToString() );
//InputEntity framework = GetFramework( input.Graph );
//LoggingHelper.DoTrace( 5, " framework name: " + framework.name.ToString() );
//just store input for now
return(Import(mgr, payload, envelopeIdentifier, status));
//return true;
} //
/// <summary>
/// Handle deleted records for the requested time period
/// </summary>
/// <param name="community"></param>
/// <param name="startingDate">Date must be in UTC</param>
/// <param name="endingDate">Date must be in UTC</param>
/// <param name="maxRecords"></param>
/// <param name="recordsDeleted"></param>
/// <returns></returns>
public static string HandleDeletes(string community, string startingDate, string endingDate, int maxRecords, ref int recordsDeleted)
{
int pageNbr = 1;
int pageSize = 100;
//string importError = "";
//may want to just do all types!
string type = "";
List <string> messages = new List <string>();
List <ReadEnvelope> list = new List <ReadEnvelope>();
SaveStatus status = new SaveStatus();
int pTotalRows = 0;
int cntr = 0;
bool isComplete = false;
int exceptionCtr = 0;
string statusMessage = "";
string importResults = "";
string importNote = "";
bool usingNewDeleteProcess = UtilityManager.GetAppKeyValue("usingNewDeleteProcess", false);
LoggingHelper.DoTrace(1, string.Format("=== DELETE Check for: '{0}' to '{1}' ===", startingDate, endingDate));
//startingDate = "2017-10-29T00:00:00";
try
{
while (pageNbr > 0 && !isComplete)
{
list = RegistryImport.GetDeleted(community, type, startingDate, endingDate, pageNbr, pageSize, ref pTotalRows, ref statusMessage);
if (list == null || list.Count == 0)
{
isComplete = true;
if (pageNbr == 1)
{
importNote = "Deletes: No records where found for date range ";
//Console.WriteLine( thisClassName + ".HandleDeletes() - " + importNote );
LoggingHelper.DoTrace(1, thisClassName + string.Format(".HandleDeletes() Community: {0} - ", community) + importNote);
}
break;
}
foreach (ReadEnvelope item in list)
{
cntr++;
string payload = item.DecodedResource.ToString();
string ctdlType = RegistryServices.GetResourceType(payload);
string ctid = RegistryServices.GetCtidFromUnknownEnvelope(item);
//may not be available in database, may want to use ctid
string envelopeIdentifier = item.EnvelopeIdentifier;
string envelopeUrl = RegistryServices.GetEnvelopeUrl(item.EnvelopeIdentifier);
//LoggingHelper.DoTrace( 5, " envelopeUrl: " + envelopeUrl );
//LoggingHelper.DoTrace( 6, string.Format( "{0}. EnvelopeIdentifier: {1} ", cntr, item.EnvelopeIdentifier ) );
try
{
//only need the envelopeId and type
//so want a full delete, or set EntityStateId to 0 - just as a precaution
messages = new List <string>();
status = new SaveStatus();
status.ValidationGroup = "Deletes";
//
if (usingNewDeleteProcess)
{
Program.HandleDeleteRequest(cntr, item.EnvelopeIdentifier, ctid, ctdlType, ref statusMessage);
continue;
}
//21-02-22 the old and new delete process seem to be the same, at lease the same xxxManager().Delete methods are being called.
//
//importError = "";
//each delete method will add an entry to SearchPendingReindex.
//at the end of the process, call method to handle all the deletes
switch (ctdlType.ToLower())
{
case "credentialorganization":
case "qacredentialorganization":
case "organization":
DisplayMessages(string.Format("{0}. Deleting {1} by ctid: {2} ", cntr, ctdlType, ctid));
if (!new OrganizationManager().Delete(ctid, ref statusMessage))
{
DisplayMessages(string.Format(" Delete failed: {0} ", statusMessage));
}
break;
case "assessmentprofile":
DisplayMessages(string.Format("{0}. Deleting {1} by ctid: {2} ", cntr, ctdlType, ctid));
if (!new AssessmentManager().Delete(ctid, ref statusMessage))
{
DisplayMessages(string.Format(" Delete failed: {0} ", statusMessage));
}
break;
case "learningopportunityprofile":
DisplayMessages(string.Format("{0}. Deleting {1} by ctid: {2} ", cntr, ctdlType, ctid));
if (!new LearningOpportunityManager().Delete(ctid, ref statusMessage))
{
DisplayMessages(string.Format(" Delete failed: {0} ", statusMessage));
}
break;
case "conditionmanifest":
DisplayMessages(string.Format("{0}. Deleting ConditionManifest by EnvelopeIdentifier/ctid: {1}/{2} ", cntr, item.EnvelopeIdentifier, ctid));
if (!new ConditionManifestManager().Delete(envelopeIdentifier, ctid, ref statusMessage))
{
DisplayMessages(string.Format(" Delete failed: {0} ", statusMessage));
}
break;
case "costmanifest":
DisplayMessages(string.Format("{0}. Deleting CostManifest by EnvelopeIdentifier/ctid: {1}/{2} ", cntr, item.EnvelopeIdentifier, ctid));
if (!new CostManifestManager().Delete(envelopeIdentifier, ctid, ref statusMessage))
{
DisplayMessages(string.Format(" Delete failed: {0} ", statusMessage));
}
break;
case "competencyframework": //CompetencyFramework
DisplayMessages(string.Format("{0}. Deleting CompetencyFramework by EnvelopeIdentifier/ctid: {1}/{2} ", cntr, item.EnvelopeIdentifier, ctid));
if (!new CompetencyFrameworkManager().Delete(ctid, ref statusMessage))
{
DisplayMessages(string.Format(" Delete failed: {0} ", statusMessage));
}
break;
case "conceptscheme": //
case "skos:conceptscheme":
DisplayMessages(string.Format("{0}. Deleting ConceptScheme by EnvelopeIdentifier/ctid: {1}/{2} ", cntr, item.EnvelopeIdentifier, ctid));
if (!new ConceptSchemeManager().Delete(envelopeIdentifier, ctid, ref statusMessage))
{
DisplayMessages(string.Format(" Delete failed: {0} ", statusMessage));
}
break;
case "pathway":
DisplayMessages(string.Format("{0}. Deleting Pathway by EnvelopeIdentifier/ctid: {1}/{2} ", cntr, item.EnvelopeIdentifier, ctid));
if (!new PathwayManager().Delete(envelopeIdentifier, ctid, ref statusMessage))
{
DisplayMessages(string.Format(" Delete failed: {0} ", statusMessage));
}
break;
case "pathwayset":
DisplayMessages(string.Format("{0}. Deleting PathwaySet by EnvelopeIdentifier/ctid: {1}/{2} ", cntr, item.EnvelopeIdentifier, ctid));
if (!new PathwaySetManager().Delete(envelopeIdentifier, ctid, ref statusMessage))
{
DisplayMessages(string.Format(" Delete failed: {0} ", statusMessage));
}
break;
case "transfervalueprofile":
DisplayMessages(string.Format("{0}. Deleting transfervalue by Ctid: {1} ", cntr, ctid));
if (!new TransferValueProfileManager().Delete(ctid, ref statusMessage))
{
DisplayMessages(string.Format(" Delete failed: {0} ", statusMessage));
}
break;
default:
//default to credential
DisplayMessages(string.Format("{0}. Deleting Credential ({2}) by EnvelopeIdentifier/ctid: {1}/{3} ", cntr, item.EnvelopeIdentifier, ctdlType, ctid));
if (!new CredentialManager().Delete(ctid, ref statusMessage))
{
DisplayMessages(string.Format(" Delete failed: {0} ", statusMessage));
}
break;
}
}
catch (Exception ex)
{
LoggingHelper.LogError(ex, string.Format("Exception encountered in envelopeId: {0}", item.EnvelopeIdentifier), false, "CredentialFinder Import exception");
//importError = ex.Message;
}
if (maxRecords > 0 && cntr > maxRecords)
{
break;
}
} //foreach ( ReadEnvelope item in list )
if ((maxRecords > 0 && cntr > maxRecords) || cntr > pTotalRows)
{
isComplete = true;
DisplayMessages(string.Format("Delete EARLY EXIT. Completed {0} records out of a total of {1} ", cntr, pTotalRows));
}
pageNbr++;
} //while
//delete from elastic
if (cntr > 0)
{
messages = new List <string>();
ElasticHelper.HandlePendingDeletes(ref messages);
}
importResults = string.Format("HandleDeletes - Processed {0} records, with {1} exceptions. \r\n", cntr, exceptionCtr);
if (!string.IsNullOrWhiteSpace(importNote))
{
importResults += importNote;
}
}
catch (Exception ex)
{
LoggingHelper.LogError(ex, "Import.HandleDeletes");
}
//actually only attepted at this time, need to account for errors!
recordsDeleted = cntr;
return(importResults);
}
