/// <summary>
/// This method helps to Log Info for which filler outs original documents from duplicate
/// documents and collects there bates no. to be shown to user.This is called for Action Type-Delete
/// </summary>
private void OriginalDocumentsLogInfo(Guid collectionId, string documentReferenceId)
{
try
{
// List<AffectedDocument> lsAffectedDocument1 = new List<AffectedDocument>();
var document = _vault.GetDocumentMasterData(collectionId, documentReferenceId);
if (document != null)
{
var objAffectedDocuments = new AffectedDocument
{
CollectionId = document.CollectionId.ToString(),
DocId = document.DocumentReferenceId
};
if (!String.IsNullOrEmpty(document.NativeFilePath))
{
var strFileInfo = document.NativeFilePath;
var strFile = strFileInfo.Split(Convert.ToChar(@"\"));
objAffectedDocuments.Name = strFile[strFile.Length - 1];
}
else
{
objAffectedDocuments.Name = document.DocumentTitle;
}
if (document.DocumentTitle != null)
{
objAffectedDocuments.BatesNumber = document.DocumentTitle;
}
_lsAffectedDocument.Add(objAffectedDocuments);
}
_actionType = Constants.Action_Delete_Type;
}
catch (Exception ex)
{
EvLog.WriteEntry(_jobid + Constants.ErrorForOriginalDocumentForDelete, ex.Message,
EventLogEntryType.Error); //Constants.EVENT_GENERATE_TASK_KEY,
LogException(_jobid, ex, Constants.ErrorForOriginalDocument, LogCategory.Job, string.Empty,
ErrorCodes.ProblemInGenerateTasks);
}
}
/// <summary>
/// This method helps to Log Info which groups duplicates and there original document in turn docs whose hash values count >0
/// and groups them into a logical group say IsDuplicate replicate of each other.This helps the user to identify the docs in
/// Document Data Viewer with the help of Red color identification.
/// </summary>
private void GroupingLogInfo(DocumentMasterEntity document, DocumentHashMapEntity docHasMap,
List <DocumentHashMapEntity> lsDocumentHash)
{
try
{
if (_tempHashInfo == string.Empty)
{
_tempHashInfo = docHasMap.HashValue;
_objAffectedDocument = new AffectedDocument
{
CollectionId = document.CollectionId.ToString(),
DocId = document.DocumentReferenceId
};
if (!String.IsNullOrEmpty(document.NativeFilePath))
{
var strFileInfo = document.NativeFilePath;
var strFile = strFileInfo.Split(Convert.ToChar(@"\"));
_objAffectedDocument.Name = strFile[strFile.Length - 1];
}
else
{
_objAffectedDocument.Name = document.DocumentTitle;
}
if (document.DocumentTitle != null)
{
_objAffectedDocument.BatesNumber = document.DocumentTitle;
}
_lsBatesNo = new List <string>();
_isNew = true;
}
if (_tempHashInfo != string.Empty && _isNew == false)
{
if (_tempHashInfo == docHasMap.HashValue)
{
_lsBatesNo.Add(document.DocumentTitle);
if (_intCount == lsDocumentHash.Count) //task.DuplicateDocumentCount
{
_objAffectedDocument.DuplicateList.Clear();
_lsBatesNo.SafeForEach(o => _objAffectedDocument.DuplicateList.Add(o));
_lsAffectedDocument.Add(_objAffectedDocument);
}
}
else
{
_objAffectedDocument.DuplicateList.Clear();
_lsBatesNo.SafeForEach(o => _objAffectedDocument.DuplicateList.Add(o));
_lsAffectedDocument.Add(_objAffectedDocument);
_objAffectedDocument = null;
_lsBatesNo = null;
_lsBatesNo = new List <string>();
_objAffectedDocument = new AffectedDocument
{
CollectionId = document.CollectionId.ToString(),
DocId = document.DocumentReferenceId
};
if (!String.IsNullOrEmpty(document.NativeFilePath))
{
var strFileInfo = document.NativeFilePath;
var strFile = strFileInfo.Split(Convert.ToChar(@"\"));
_objAffectedDocument.Name = strFile[strFile.Length - 1];
}
else
{
_objAffectedDocument.Name = document.DocumentTitle;
}
if (document.DocumentTitle != null)
{
_objAffectedDocument.BatesNumber = document.DocumentTitle;
}
_tempHashInfo = docHasMap.HashValue;
}
}
_isNew = false;
_intCount++;
}
catch (Exception ex)
{
EvLog.WriteEntry(_jobid + Constants.ErrorForBatesNumber, ex.Message, EventLogEntryType.Error);
LogException(_jobid, ex, Constants.ErrorForBatesNumber, LogCategory.Job, string.Empty,
ErrorCodes.ProblemInGenerateTasks);
}
}
