/// <summary>
/// Creates a Workflow Signoff
/// </summary>
/// <param name="ado"></param>
/// <param name="dto"></param>
/// <param name="ccnUsername"></param>
/// <returns></returns>
internal int Create(ADO ado, WorkflowSignoff_DTO dto, string ccnUsername)
{
var inputParams = new List <ADO_inputParams>()
{
new ADO_inputParams()
{
name = "@CcnUsername", value = ccnUsername
},
new ADO_inputParams()
{
name = "@SgnCode", value = dto.SgnCode
},
new ADO_inputParams()
{
name = "@CmmCode", value = dto.CmmCode
},
new ADO_inputParams()
{
name = "@RlsCode", value = dto.RlsCode
}
};
var retParam = new ADO_returnParam()
{
name = "return", value = 0
};
//Attempting to create the new entity
ado.ExecuteNonQueryProcedure("Workflow_WorkflowSignoff_Create", inputParams, ref retParam);
//Assign the returned value for checking and output
return(retParam.value);
}
/// <summary>
/// Execute
/// </summary>
/// <returns></returns>
protected override bool Execute()
{
Workflow_BSO bso = new Workflow_BSO();
Account_BSO aBso = new Account_BSO();
bool responseComplete = false;
//Create the workflow request
Response = bso.WorkflowRequestCreate(DTO, Ado, SamAccountName);
if (Response.error != null)
{
return(false);
}
//If this is a user with an automatic flow to the next stage, then do the response immediately
if (bso.HasFastrackPermission(Ado, SamAccountName, DTO.RlsCode, "workflow.fastrack.response"))
{
Log.Instance.Debug("Fastrack from Request to Response");
WorkflowResponse_DTO rspDto = new WorkflowResponse_DTO()
{
RlsCode = DTO.RlsCode, RspCode = Constants.C_WORKFLOW_STATUS_APPROVE, CmmValue = Label.Get("auto-approve-comment")
};
Response = bso.WorkflowResponseCreate(rspDto, Ado, SamAccountName);
if (Response.error != null)
{
return(false);
}
responseComplete = true;
}
//If this is a user with an automatic flow to the next stage (and the response has been completed), then do the signoff immediately
if (bso.HasFastrackPermission(Ado, SamAccountName, DTO.RlsCode, "workflow.fastrack.signoff") && responseComplete)
{
if (!(IsPowerUser() || IsAdministrator()))
{
Response.error = Label.Get("error.authentication");
return(false);
}
Log.Instance.Debug("Fastrack from Request to Signoff via Response");
WorkflowSignoff_DTO sgnDTO = new WorkflowSignoff_DTO()
{
RlsCode = DTO.RlsCode, SgnCode = Constants.C_WORKFLOW_STATUS_APPROVE, CmmValue = Label.Get("auto-approve-signoff")
};
Response = bso.WorkflowSignoffCreate(Ado, sgnDTO, SamAccountName);
if (Response.error != null)
{
return(false);
}
}
return(true);
}
/// <summary>
/// Execute
/// </summary>
/// <returns></returns>
protected override bool Execute()
{
Workflow_BSO bso = new Workflow_BSO();
Account_BSO aBso = new Account_BSO();
Response = bso.WorkflowResponseCreate(DTO, Ado, SamAccountName);
if (Response.error != null)
{
return(false);
}
//If this is a Reject, we must not go any further, no matter what kind of user is involved.
if (DTO.RspCode == Constants.C_WORKFLOW_STATUS_REJECT)
{
return(true);
}
//If this is a user with an automatic flow to the next stage, then do the signoff immediately
if (bso.HasFastrackPermission(Ado, SamAccountName, DTO.RlsCode, "workflow.fastrack.signoff"))
{
if (!(IsPowerUser() || IsAdministrator()))
{
Response.error = Label.Get("error.authentication");
return(false);
}
Log.Instance.Debug("Fastrack from Response to Signoff");
WorkflowSignoff_DTO sgnDTO = new WorkflowSignoff_DTO()
{
RlsCode = DTO.RlsCode, SgnCode = Constants.C_WORKFLOW_STATUS_APPROVE, CmmValue = Label.Get("auto-approve-signoff")
};
Response = bso.WorkflowSignoffCreate(Ado, sgnDTO, SamAccountName);
if (Response.error != null)
{
return(false);
}
}
return(true);
}
internal JSONRPC_Output WorkflowSignoffCreate(ADO Ado, WorkflowSignoff_DTO DTO, string SamAccountName)
{
JSONRPC_Output response = new JSONRPC_Output();
ADO_readerOutput moderators = new ADO_readerOutput();
ADO_readerOutput powerUsers = new ADO_readerOutput();
var adoWorkflowRequest = new WorkflowRequest_ADO();
var adoWorkflowResponse = new WorkflowResponse_ADO();
Release_DTO dtoWip = null;
if (!adoWorkflowResponse.IsInUse(Ado, DTO)) // is current workflow -- this should be the response!!
{
//No Live workflow found so we can't proceed
Log.Instance.Debug("No Current workflow response found for this Release Code");
response.error = Label.Get("error.create");
return(response);
}
//Is this awaiting signoff?
var adoWorkflow = new Workflow_ADO();
ADO_readerOutput resultStatus = adoWorkflow.ReadAwaitingSignoff(Ado, SamAccountName, DTO.RlsCode, Configuration_BSO.GetCustomConfig(ConfigType.global, "language.iso.code"));
if (!resultStatus.hasData)
{
//Release not awaiting signoff so we can't proceed
Log.Instance.Debug("Release not in status Awaiting Signoff");
response.error = Label.Get("error.update");
return(response);
}
Security.ActiveDirectory_DTO signoffUser = new Security.ActiveDirectory_DTO()
{
CcnUsername = SamAccountName
};
Security.ActiveDirectory_ADO accAdo = new Security.ActiveDirectory_ADO();
Security.Account_DTO_Read accDto = new Security.Account_DTO_Read()
{
CcnUsername = signoffUser.CcnUsername
};
DTO.SignoffAccount = accAdo.GetUser(Ado, accDto);
var adoSignoff = new WorkflowSignoff_ADO();
//Create a comment
var adoComment = new Comment_ADO();
int commentCode = adoComment.Create(Ado, DTO, SamAccountName);
if (commentCode == 0)
{
// Can't create a comment so we can't proceed
Log.Instance.Debug("Can't create a comment ");
response.error = Label.Get("error.create");
return(response);
}
DTO.CmmCode = commentCode;
//We must read the Request and in order to see how we are going to proceed
WorkflowRequest_ADO adoWrq = new WorkflowRequest_ADO();
List <WorkflowRequest_DTO> dtoWrqList = adoWrq.Read(Ado, DTO.RlsCode, true);
if (dtoWrqList.Count > 1)
{
//Multiple requests found for this release
Log.Instance.Debug("More than one request found for this release ");
response.error = Label.Get("error.create");
return(response);
}
//there must be exactly one live Workflow request at this point
WorkflowRequest_DTO dtoWrq = dtoWrqList.Find(x => x.RqsCode != null);
//Get the current Release
Release_ADO adoRelease = new Release_ADO(Ado);
Release_DTO dtoRelease = Release_ADO.GetReleaseDTO(adoRelease.Read(DTO.RlsCode, SamAccountName));
if (dtoRelease == null)
{
Log.Instance.Debug("Release not found");
response.error = Label.Get("error.create");
return(response);
}
Account_BSO aBso = new Account_BSO(Ado);
moderators = aBso.getReleaseUsers(DTO.RlsCode, null);
powerUsers = aBso.getUsersOfPrivilege(Constants.C_SECURITY_PRIVILEGE_POWER_USER);
//Is this a Reject?
if (DTO.SgnCode.Equals(Constants.C_WORKFLOW_STATUS_REJECT))
{
int res = adoSignoff.Create(Ado, DTO, SamAccountName);
if (res == 0)
{
//Can't create a Workflow Signoff so we can't proceed
Log.Instance.Debug("Can't create a Workflow Signoff ");
response.error = Label.Get("error.create");
return(response);
}
WorkflowRequest_DTO_Update dtoReq = new WorkflowRequest_DTO_Update(DTO.RlsCode);
dtoReq.WrqCurrentFlag = false;
//update the request
int reqUpdate = adoWorkflowRequest.Update(Ado, dtoReq, SamAccountName);
if (reqUpdate == 0)
{
//Can't save the Request so we can't proceed
Log.Instance.Debug("Can't save the Workflow Request");
response.error = Label.Get("error.update");
return(response);
}
DTO.MtrCode = dtoRelease.MtrCode; // we need this to see which cache we must flush
response.data = JSONRPC.success;
Email_BSO_NotifyWorkflow notifyReject = new Email_BSO_NotifyWorkflow();
try
{
notifyReject.EmailSignoff(dtoWrq, DTO, dtoRelease, moderators, powerUsers);
}
catch { }
return(response);
}
//Not a Reject so we proceed...
switch (dtoWrq.RqsCode)
{
case Constants.C_WORKFLOW_REQUEST_PUBLISH:
if (String.IsNullOrEmpty(dtoRelease.PrcCode))
{
//There must be a valid product for this release
Log.Instance.Debug("No product found for the release ");
response.error = Label.Get("error.publish");
return(response);
}
//Update the current release LiveDatetimeTo to the request Date time
dtoRelease.RlsLiveDatetimeFrom = dtoWrq.WrqDatetime;
//set the release live flag
//update the release version and set the current revision to 0
DateTime switchDate;
switchDate = DateTime.Now > dtoWrq.WrqDatetime ? DateTime.Now : dtoWrq.WrqDatetime;
dtoRelease.RlsVersion++;
dtoRelease.RlsRevision = 0;
dtoRelease.RlsLiveFlag = true;
dtoRelease.RlsExceptionalFlag = dtoWrq.WrqExceptionalFlag != null ? dtoWrq.WrqExceptionalFlag.Value : false;
dtoRelease.RlsReservationFlag = dtoWrq.WrqReservationFlag != null ? dtoWrq.WrqReservationFlag.Value : false;
dtoRelease.RlsArchiveFlag = dtoWrq.WrqArchiveFlag != null ? dtoWrq.WrqArchiveFlag.Value : false;
dtoRelease.RlsExperimentalFlag = dtoWrq.WrqExperimentalFlag != null ? dtoWrq.WrqExperimentalFlag.Value : false;
dtoRelease.RlsLiveDatetimeFrom = switchDate;
//get the current live release
Release_DTO releaseDTONow = Release_ADO.GetReleaseDTO(adoRelease.ReadLiveNow(DTO.RlsCode));
//Save the changes for the release we're changing
int update = adoRelease.Update(dtoRelease, SamAccountName);
if (update == 0)
{
Log.Instance.Debug("Can't update the Release, RlsCode:" + dtoRelease.RlsCode);
response.error = Label.Get("error.update");
return(response);
}
if (releaseDTONow != null)
{
//...if there is a previous release
if (releaseDTONow.RlsCode != 0)
{
//Update the Live LiveDatetimeTo to the request Datetime
releaseDTONow.RlsLiveDatetimeTo = switchDate;
//Save the changes for the previous release
adoRelease.Update(releaseDTONow, SamAccountName);
}
}
break;
case Constants.C_WORKFLOW_REQUEST_PROPERTY:
//update release to transfer all flag values from the request to the release
dtoRelease.RlsReservationFlag = dtoWrq.WrqReservationFlag != null ? dtoWrq.WrqReservationFlag.Value : false;
dtoRelease.RlsArchiveFlag = dtoWrq.WrqArchiveFlag != null ? dtoWrq.WrqArchiveFlag.Value : false;
dtoRelease.RlsExperimentalFlag = dtoWrq.WrqExperimentalFlag != null ? dtoWrq.WrqExperimentalFlag.Value : false;
//Save the release
int updateCount = adoRelease.Update(dtoRelease, SamAccountName);
if (updateCount == 0)
{
//Update of Release failed
Log.Instance.Debug("Can't update the Release, RlsCode:" + DTO.RlsCode);
response.error = Label.Get("error.update");
return(response);
}
//if there is a WIP or a pending live associated with this matrix then we need to update the WIP/Pending Live as well:
Release_BSO rBso = new Release_BSO(Ado);
dynamic wipForLive = rBso.GetWipForLive(dtoRelease.RlsCode, SamAccountName);
if (wipForLive == null)
{
wipForLive = rBso.GetPendingLiveForLive(dtoRelease.RlsCode, SamAccountName);
}
if (wipForLive != null)
{
//if a workflow exists for wipForLive, then we must update the flags on that workflow as well
var wfForLive = adoWorkflowRequest.Read(Ado, wipForLive.RlsCode, true);
if (wfForLive != null)
{
if (wfForLive.Count > 0)
{
adoWorkflowRequest.Update(Ado, new WorkflowRequest_DTO_Update()
{
RlsCode = wipForLive.RlsCode,
WrqArchiveFlag = dtoWrq.WrqArchiveFlag,
WrqCurrentFlag = true,
WrqExperimentalFlag = dtoWrq.WrqExperimentalFlag,
WrqReservationFlag = dtoWrq.WrqReservationFlag
}, SamAccountName);
}
}
dtoWip = Release_ADO.GetReleaseDTO(adoRelease.Read(wipForLive.RlsCode, SamAccountName));
dtoWip.RlsReservationFlag = dtoRelease.RlsReservationFlag;
dtoWip.RlsArchiveFlag = dtoRelease.RlsArchiveFlag;
dtoWip.RlsExperimentalFlag = dtoRelease.RlsExperimentalFlag;
if (adoRelease.Update(dtoWip, SamAccountName) == 0)
{
Log.Instance.Debug("Failed to update associated WIP " + dtoWip.MtrCode + " " + dtoWip.RlsVersion + '.' + dtoWip.RlsRevision);
}
//if this wip has a workflow request, then the workflow request details must also be updated
List <WorkflowRequest_DTO> wfList = adoWrq.Read(Ado, dtoWip.RlsCode, true);
if (wfList.Count > 0)
{
foreach (var wf in wfList)
{
wf.WrqReservationFlag = dtoWrq.WrqReservationFlag;
wf.WrqArchiveFlag = dtoWrq.WrqArchiveFlag;
wf.WrqExperimentalFlag = dtoWrq.WrqExperimentalFlag;
adoWrq.Update(Ado, new WorkflowRequest_DTO_Update()
{
RlsCode = wf.RlsCode,
WrqCurrentFlag = dtoWrq.WrqCurrentFlag,
WrqArchiveFlag = dtoWrq.WrqArchiveFlag,
WrqExperimentalFlag = dtoWrq.WrqExperimentalFlag,
WrqReservationFlag = dtoWrq.WrqReservationFlag
}, SamAccountName);
}
}
}
break;
case Constants.C_WORKFLOW_REQUEST_DELETE:
//We can't soft delete the release just yet. We need it to be live until the Request is updated.
break;
case Constants.C_WORKFLOW_REQUEST_ROLLBACK:
//Delete the future release if it exists and set the current to_date to null
//Otherwise delete the current release and make the previous release current by setting its to_date to null
if (adoRelease.IsLiveNext(dtoRelease.RlsCode)) //this is a future release so get the previous release to roll back to (even if that previous is now historical)
{
Compare_ADO cAdo = new Compare_ADO(Ado);
Release_DTO dtoNowRelease = Release_ADO.GetReleaseDTO(adoRelease.Read(cAdo.ReadPreviousRelease(DTO.RlsCode), SamAccountName));
dtoNowRelease.RlsLiveDatetimeTo = default(DateTime);
int rows = adoRelease.Update(dtoNowRelease, SamAccountName);
if (rows == 0)
{
Log.Instance.Debug("Can't update the Release, RlsCode:" + dtoNowRelease.RlsCode);
response.error = Label.Get("error.update");
return(response);
}
//As things stand, dtoRelease is the requested Release (which is a Live Next). This will be deleted in the Delete section below
}
else
{
//This isn't a future release - it had better be a Live Now (with a previous)
if (!adoRelease.IsLiveNow(dtoRelease.RlsCode))
{
//If the request is neither a Live Now release then there's a problem
Log.Instance.Debug("Can't delete the Release, RlsCode:" + dtoRelease.RlsCode + ". Release is not current live");
response.error = Label.Get("error.delete");
return(response);
}
//Find the release that we're trying to rollback to
Release_DTO dtoPrevious = Release_ADO.GetReleaseDTO(adoRelease.ReadLivePrevious(dtoRelease.RlsCode));
if (dtoPrevious.RlsCode == 0)
{
//Previous release not found
//You can't roll back unless there's something to roll back to, so...
Log.Instance.Debug("Can't delete the Release, RlsCode:" + dtoRelease.RlsCode + ". Release is not current live");
response.error = Label.Get("error.delete");
return(response);
}
//We set the DatetimeTo to null in the previous release
dtoPrevious.RlsLiveDatetimeTo = default(DateTime);
int rows = adoRelease.Update(dtoPrevious, SamAccountName);
if (rows == 0)
{
Log.Instance.Debug("Can't update the Release, RlsCode:" + dtoPrevious.RlsCode);
response.error = Label.Get("error.update");
return(response);
}
//Do the rollback of the current release
dtoRelease.RlsVersion = dtoPrevious.RlsVersion;
dtoRelease.RlsLiveDatetimeFrom = default(DateTime);
rows = adoRelease.Update(dtoRelease, SamAccountName);
if (rows == 0)
{
Log.Instance.Debug("Can't update the Release, RlsCode:" + dtoRelease.RlsCode);
response.error = Label.Get("error.update");
return(response);
}
adoRelease.IncrementRevision(dtoRelease.RlsCode, SamAccountName);
}
break;
default:
response.error = Label.Get("error.update");
return(response);
}
int signoffID = adoSignoff.Create(Ado, DTO, SamAccountName);
if (signoffID == 0)
{
//Can't create a Workflow Signoff so we can't proceed
Log.Instance.Debug("Can't create a Workflow Signoff ");
response.error = Label.Get("error.create");
return(response);
}
//In all cases, if we have reached this stage, we must update the request to make it non-current
WorkflowRequest_DTO_Update dtoRequest = new WorkflowRequest_DTO_Update(DTO.RlsCode);
dtoRequest.WrqCurrentFlag = false;
//save the request
int updated = adoWorkflowRequest.Update(Ado, dtoRequest, SamAccountName);
if (updated == 0)
{
//Can't save the Request so we can't proceed
Log.Instance.Debug("Can't save the Workflow Signoff");
response.error = Label.Get("error.update");
return(response);
}
// We may now proceed with the soft delete
Release_BSO_Delete bsoDelete = new Release_BSO_Delete();
System.Navigation.Keyword_Release_ADO krbAdo = new System.Navigation.Keyword_Release_ADO();
switch (dtoWrq.RqsCode)
{
case Constants.C_WORKFLOW_REQUEST_DELETE:
//Soft delete the Release. We had to hold this over to last because the Request updates wouldn't work without a live Release
dtoRelease.RlsCode = DTO.RlsCode;
Request_ADO adoRequest = new Request_ADO();
if (adoRelease.IsLiveNow(dtoRelease.RlsCode))
{
Release_DTO dtoNowRelease = Release_ADO.GetReleaseDTO(adoRelease.ReadLiveNow(dtoRequest.RlsCode));
//Set the toDate to now, thus setting the release to historical
if (dtoNowRelease != null)
{
dtoNowRelease.RlsLiveDatetimeTo = DateTime.Now;
int updateCount = adoRelease.Update(dtoNowRelease, SamAccountName);
if (updateCount == 0)
{
Log.Instance.Debug("Can't update the Release, RlsCode:" + dtoNowRelease.RlsCode);
response.error = Label.Get("error.update");
return(response);
}
}
//Delete the search keywords for this release
krbAdo.Delete(Ado, DTO.RlsCode, null, true);
}
else if (adoRelease.IsLiveNext(dtoRelease.RlsCode) || adoRelease.IsWip(dtoRelease.RlsCode))
{
//Find the previous list if it exists
Compare_ADO cAdo = new Compare_ADO(Ado);
Release_DTO dtoPreviousRelease = Release_ADO.GetReleaseDTO(adoRelease.Read(cAdo.ReadPreviousRelease(DTO.RlsCode), SamAccountName));
//if there is a previous live set it to historical, but not if we're deleting a WIP
if (dtoPreviousRelease != null && !adoRelease.IsWip(dtoRelease.RlsCode))
{
//Delete the search keywords for the previous release
krbAdo.Delete(Ado, dtoPreviousRelease.RlsCode, null, true);
dtoPreviousRelease.RlsLiveDatetimeTo = DateTime.Now;
int updateCount = adoRelease.Update(dtoPreviousRelease, SamAccountName);
if (updateCount == 0)
{
Log.Instance.Debug("Can't update the Release, RlsCode:" + dtoPreviousRelease.RlsCode);
response.error = Label.Get("error.update");
return(response);
}
}
//Delete the search keywords for this release
krbAdo.Delete(Ado, DTO.RlsCode, null, true);
// We may now proceed with the soft delete
if (bsoDelete.Delete(Ado, DTO.RlsCode, SamAccountName, true) == 0)
{
Log.Instance.Debug("Can't delete the Release, RlsCode:" + DTO.RlsCode);
response.error = Label.Get("error.delete");
return(response);
}
}
else
{
//Only LiveNow, LiveNext and WIP releases can be deleted. Anything else means there's a problem.
Log.Instance.Debug("Can't delete the Release - invalid release status, RlsCode:" + DTO.RlsCode);
response.error = Label.Get("error.delete");
return(response);
}
break;
case Constants.C_WORKFLOW_REQUEST_ROLLBACK:
//First, if there is a WIP ahead of this live release then that WIP must be deleted
Release_ADO releaseAdo = new Release_ADO(Ado);
var releaseDTORead = new Release_DTO_Read()
{
MtrCode = dtoRelease.MtrCode
};
var latestRelease = releaseAdo.ReadLatest(releaseDTORead);
if (latestRelease != null)
{
if (dtoRelease.RlsCode != latestRelease.RlsCode)
{
if (bsoDelete.Delete(Ado, latestRelease.RlsCode, SamAccountName, true) == 0)
{
Log.Instance.Debug("Can't delete the Release, RlsCode:" + latestRelease.RlsCode);
response.error = Label.Get("error.delete");
return(response);
}
}
}
// Only Live Next gets soft deleted, while Live Now is turned historical above
if (adoRelease.IsLiveNext(dtoRelease.RlsCode))
{
if (bsoDelete.Delete(Ado, DTO.RlsCode, SamAccountName, true) == 0)
{
Log.Instance.Debug("Can't delete the Release, RlsCode:" + DTO.RlsCode);
response.error = Label.Get("error.delete");
return(response);
}
//Delete the search keywords for this release
krbAdo.Delete(Ado, DTO.RlsCode, null, true);
}
// Delete the requested release (it may have been live but may also have been demoted to WIP by now)
if (adoRelease.IsWip(dtoRelease.RlsCode))
{
if (bsoDelete.Delete(Ado, dtoRelease.RlsCode, SamAccountName, true) == 0)
{
Log.Instance.Debug("Can't delete the Release, RlsCode:" + dtoRelease.RlsCode);
response.error = Label.Get("error.delete");
return(response);
}
//Delete the search keywords for this release
krbAdo.Delete(Ado, DTO.RlsCode, null, true);
}
break;
}
DTO.MtrCode = dtoRelease.MtrCode; // we need this to see which cache we must flush
response.data = JSONRPC.success;
Email_BSO_NotifyWorkflow notify = new Email_BSO_NotifyWorkflow();
var sendMailThread = new Thread(() =>
{
//If an email error occurs, just ignore it and continue as before
try
{
notify.EmailSignoff(dtoWrq, DTO, dtoRelease, moderators, powerUsers);
}
catch { }
});
sendMailThread.Start();
// Clean up caching
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_COMPARE_READ_ADDITION + DTO.RlsCode);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_COMPARE_READ_DELETION + DTO.RlsCode);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_COMPARE_READ_AMENDMENT + DTO.RlsCode);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_CUBE_READ_PRE_DATASET + DTO.RlsCode);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_CUBE_READ_PRE_METADATA + DTO.RlsCode);
if (dtoWip != null)
{
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_COMPARE_READ_ADDITION + dtoWip.RlsCode);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_COMPARE_READ_DELETION + dtoWip.RlsCode);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_COMPARE_READ_AMENDMENT + dtoWip.RlsCode);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_CUBE_READ_PRE_DATASET + dtoWip.RlsCode);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_CUBE_READ_PRE_METADATA + dtoWip.RlsCode);
}
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_NAVIGATION_SEARCH);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_NAVIGATION_READ);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_CUBE_READ_COLLECTION);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_CUBE_READ_DATASET + DTO.MtrCode);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_CUBE_READ_DATASET + DTO.MtrCode);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_CUBE_READ_METADATA + DTO.MtrCode);
MemCacheD.CasRepositoryFlush(Resources.Constants.C_CAS_DATA_CUBE_READ_COLLECTION_PXAPI);
return(response);
}