private static TSubmitChangesResult SaveRecurringGLBatchTDS(ref GLBatchTDS AInspectDS)
{
Int32 LedgerNumber;
Int32 BatchNumber;
Int32 JournalNumber;
Int32 TransactionNumber;
Int32 Counter;
bool recurrBatchTableInDataSet = (AInspectDS.ARecurringBatch != null);
bool recurrJournalTableInDataSet = (AInspectDS.ARecurringJournal != null);
bool recurrTransactionTableInDataSet = (AInspectDS.ARecurringTransaction != null);
bool recurrTransAnalTableInDataSet = (AInspectDS.ARecurringTransAnalAttrib != null);
TSubmitChangesResult SubmissionResult = new TSubmitChangesResult();
ARecurringJournalTable JournalTable = new ARecurringJournalTable();
ARecurringJournalRow TemplateJournalRow = JournalTable.NewRowTyped(false);
ARecurringTransactionTable TransactionTable = new ARecurringTransactionTable();
ARecurringTransactionRow TemplateTransactionRow = TransactionTable.NewRowTyped(false);
ARecurringTransAnalAttribTable TransAnalAttribTable = new ARecurringTransAnalAttribTable();
ARecurringTransAnalAttribRow TemplateTransAnalAttribRow = TransAnalAttribTable.NewRowTyped(false);
GLBatchTDS DeletedDS = new GLBatchTDS();
ARecurringTransAnalAttribTable DeletedTransAnalAttribTable;
// in this method we also think about deleted batches, journals, transactions where subsequent information
// had not been loaded yet: a type of cascading delete is being used (real cascading delete currently does
// not go down the number of levels needed).
TDBTransaction Transaction = null;
GLBatchTDS InspectDS = AInspectDS;
DBAccess.GDBAccessObj.GetNewOrExistingAutoReadTransaction(IsolationLevel.Serializable,
ref Transaction,
delegate
{
if (recurrBatchTableInDataSet)
{
foreach (ARecurringBatchRow batch in InspectDS.ARecurringBatch.Rows)
{
if (batch.RowState == DataRowState.Deleted)
{
// need to use this way of retrieving data from deleted rows
LedgerNumber = (Int32)batch[ARecurringBatchTable.ColumnLedgerNumberId, DataRowVersion.Original];
BatchNumber = (Int32)batch[ARecurringBatchTable.ColumnBatchNumberId, DataRowVersion.Original];
// load all depending journals, transactions and attributes and make sure they are also deleted via the dataset
TemplateTransAnalAttribRow.LedgerNumber = LedgerNumber;
TemplateTransAnalAttribRow.BatchNumber = BatchNumber;
DeletedTransAnalAttribTable =
ARecurringTransAnalAttribAccess.LoadUsingTemplate(TemplateTransAnalAttribRow, Transaction);
for (Counter = DeletedTransAnalAttribTable.Count - 1; Counter >= 0; Counter--)
{
DeletedTransAnalAttribTable.Rows[Counter].Delete();
}
InspectDS.Merge(DeletedTransAnalAttribTable);
TemplateTransactionRow.LedgerNumber = LedgerNumber;
TemplateTransactionRow.BatchNumber = BatchNumber;
ARecurringTransactionAccess.LoadUsingTemplate(DeletedDS, TemplateTransactionRow, Transaction);
for (Counter = DeletedDS.ARecurringTransaction.Count - 1; Counter >= 0; Counter--)
{
DeletedDS.ARecurringTransaction.Rows[Counter].Delete();
}
InspectDS.Merge(DeletedDS.ARecurringTransaction);
TemplateJournalRow.LedgerNumber = LedgerNumber;
TemplateJournalRow.BatchNumber = BatchNumber;
ARecurringJournalAccess.LoadUsingTemplate(DeletedDS, TemplateJournalRow, Transaction);
for (Counter = DeletedDS.ARecurringJournal.Count - 1; Counter >= 0; Counter--)
{
DeletedDS.ARecurringJournal.Rows[Counter].Delete();
}
InspectDS.Merge(DeletedDS.ARecurringJournal);
}
}
}
if (recurrJournalTableInDataSet)
{
foreach (ARecurringJournalRow journal in InspectDS.ARecurringJournal.Rows)
{
if (journal.RowState == DataRowState.Deleted)
{
// need to use this way of retrieving data from deleted rows
LedgerNumber = (Int32)journal[ARecurringJournalTable.ColumnLedgerNumberId, DataRowVersion.Original];
BatchNumber = (Int32)journal[ARecurringJournalTable.ColumnBatchNumberId, DataRowVersion.Original];
JournalNumber = (Int32)journal[ARecurringJournalTable.ColumnJournalNumberId, DataRowVersion.Original];
// load all depending transactions and attributes and make sure they are also deleted via the dataset
TemplateTransAnalAttribRow.LedgerNumber = LedgerNumber;
TemplateTransAnalAttribRow.BatchNumber = BatchNumber;
TemplateTransAnalAttribRow.JournalNumber = JournalNumber;
DeletedTransAnalAttribTable =
ARecurringTransAnalAttribAccess.LoadUsingTemplate(TemplateTransAnalAttribRow, Transaction);
for (Counter = DeletedTransAnalAttribTable.Count - 1; Counter >= 0; Counter--)
{
DeletedTransAnalAttribTable.Rows[Counter].Delete();
}
InspectDS.Merge(DeletedTransAnalAttribTable);
TemplateTransactionRow.LedgerNumber = LedgerNumber;
TemplateTransactionRow.BatchNumber = BatchNumber;
TemplateTransactionRow.JournalNumber = JournalNumber;
ARecurringTransactionAccess.LoadUsingTemplate(DeletedDS, TemplateTransactionRow, Transaction);
for (Counter = DeletedDS.ARecurringTransaction.Count - 1; Counter >= 0; Counter--)
{
DeletedDS.ARecurringTransaction.Rows[Counter].Delete();
}
InspectDS.Merge(DeletedDS.ARecurringTransaction);
}
}
}
if (recurrTransactionTableInDataSet)
{
foreach (ARecurringTransactionRow transaction in InspectDS.ARecurringTransaction.Rows)
{
if (transaction.RowState == DataRowState.Deleted)
{
// need to use this way of retrieving data from deleted rows
LedgerNumber = (Int32)transaction[ARecurringTransactionTable.ColumnLedgerNumberId, DataRowVersion.Original];
BatchNumber = (Int32)transaction[ARecurringTransactionTable.ColumnBatchNumberId, DataRowVersion.Original];
JournalNumber = (Int32)transaction[ARecurringTransactionTable.ColumnJournalNumberId, DataRowVersion.Original];
TransactionNumber = (Int32)transaction[ARecurringTransactionTable.ColumnTransactionNumberId, DataRowVersion.Original];
// load all depending transactions and attributes and make sure they are also deleted via the dataset
TemplateTransAnalAttribRow.LedgerNumber = LedgerNumber;
TemplateTransAnalAttribRow.BatchNumber = BatchNumber;
TemplateTransAnalAttribRow.JournalNumber = JournalNumber;
TemplateTransAnalAttribRow.TransactionNumber = TransactionNumber;
DeletedTransAnalAttribTable =
ARecurringTransAnalAttribAccess.LoadUsingTemplate(TemplateTransAnalAttribRow, Transaction);
for (Counter = DeletedTransAnalAttribTable.Count - 1; Counter >= 0; Counter--)
{
DeletedTransAnalAttribTable.Rows[Counter].Delete();
}
InspectDS.Merge(DeletedTransAnalAttribTable);
}
}
}
});
// now submit the changes
GLBatchTDSAccess.SubmitChanges(AInspectDS);
SubmissionResult = TSubmitChangesResult.scrOK;
if (recurrTransactionTableInDataSet)
{
//Accept deletion of Attributes to allow deletion of transactions
if (recurrTransAnalTableInDataSet)
{
AInspectDS.ARecurringTransAnalAttrib.AcceptChanges();
}
AInspectDS.ARecurringTransaction.AcceptChanges();
if (AInspectDS.ARecurringTransaction.Count > 0)
{
ARecurringTransactionRow tranR = (ARecurringTransactionRow)AInspectDS.ARecurringTransaction.Rows[0];
Int32 currentLedger = tranR.LedgerNumber;
Int32 currentBatch = tranR.BatchNumber;
Int32 currentJournal = tranR.JournalNumber;
Int32 transToDelete = 0;
try
{
//Check if any records have been marked for deletion
DataRow[] foundTransactionForDeletion = AInspectDS.ARecurringTransaction.Select(String.Format("{0} = '{1}'",
ARecurringTransactionTable.GetSubTypeDBName(),
MFinanceConstants.MARKED_FOR_DELETION));
if (foundTransactionForDeletion.Length > 0)
{
ARecurringTransactionRow transRowClient = null;
for (int i = 0; i < foundTransactionForDeletion.Length; i++)
{
transRowClient = (ARecurringTransactionRow)foundTransactionForDeletion[i];
transToDelete = transRowClient.TransactionNumber;
TLogging.Log(String.Format("Recurring transaction to Delete: {0} from Journal: {1} in Batch: {2}",
transToDelete,
currentJournal,
currentBatch));
transRowClient.Delete();
}
//save changes
GLBatchTDSAccess.SubmitChanges(AInspectDS);
SubmissionResult = TSubmitChangesResult.scrOK;
}
}
catch (Exception ex)
{
TLogging.Log("Saving DataSet: " + ex.Message);
TLogging.Log(String.Format("Error trying to save transaction: {0} in Journal: {1}, Batch: {2}",
transToDelete,
currentJournal,
currentBatch
));
SubmissionResult = TSubmitChangesResult.scrError;
}
}
}
return SubmissionResult;
}
public static GLBatchTDS LoadARecurringBatchAndContent(Int32 ALedgerNumber, Int32 ABatchNumber)
{
Boolean NewTransaction = false;
TDBTransaction Transaction = DBAccess.GDBAccessObj.GetNewOrExistingTransaction(IsolationLevel.ReadCommitted,
TEnforceIsolationLevel.eilMinimum,
out NewTransaction);
GLBatchTDS MainDS = new GLBatchTDS();
ARecurringBatchAccess.LoadByPrimaryKey(MainDS, ALedgerNumber, ABatchNumber, Transaction);
ARecurringJournalAccess.LoadViaARecurringBatch(MainDS, ALedgerNumber, ABatchNumber, Transaction);
ARecurringTransactionTable TransactionTable = new ARecurringTransactionTable();
ARecurringTransactionRow TemplateTransactionRow = TransactionTable.NewRowTyped(false);
TemplateTransactionRow.LedgerNumber = ALedgerNumber;
TemplateTransactionRow.BatchNumber = ABatchNumber;
ARecurringTransactionAccess.LoadUsingTemplate(MainDS, TemplateTransactionRow, Transaction);
ARecurringTransAnalAttribTable TransAnalAttribTable = new ARecurringTransAnalAttribTable();
ARecurringTransAnalAttribRow TemplateTransAnalAttribRow = TransAnalAttribTable.NewRowTyped(false);
TemplateTransAnalAttribRow.LedgerNumber = ALedgerNumber;
TemplateTransAnalAttribRow.BatchNumber = ABatchNumber;
ARecurringTransAnalAttribAccess.LoadUsingTemplate(MainDS, TemplateTransAnalAttribRow, Transaction);
if (NewTransaction)
{
DBAccess.GDBAccessObj.RollbackTransaction();
}
return MainDS;
}
public static GLBatchTDS LoadARecurringJournalAndContent(Int32 ALedgerNumber, Int32 ABatchNumber)
{
#region Validate Arguments
if (ALedgerNumber <= 0)
{
throw new EFinanceSystemInvalidLedgerNumberException(String.Format(Catalog.GetString(
"Function:{0} - The Ledger number must be greater than 0!"),
Utilities.GetMethodName(true)), ALedgerNumber);
}
else if (ABatchNumber <= 0)
{
throw new EFinanceSystemInvalidBatchNumberException(String.Format(Catalog.GetString(
"Function:{0} - The Batch number must be greater than 0!"),
Utilities.GetMethodName(true)), ALedgerNumber, ABatchNumber);
}
#endregion Validate Arguments
GLBatchTDS MainDS = new GLBatchTDS();
TDBTransaction Transaction = null;
try
{
DBAccess.GDBAccessObj.GetNewOrExistingAutoReadTransaction(IsolationLevel.ReadCommitted,
TEnforceIsolationLevel.eilMinimum,
ref Transaction,
delegate
{
ARecurringJournalAccess.LoadViaARecurringBatch(MainDS, ALedgerNumber, ABatchNumber, Transaction);
ARecurringTransactionTable TransactionTable = new ARecurringTransactionTable();
ARecurringTransactionRow TemplateTransactionRow = TransactionTable.NewRowTyped(false);
TemplateTransactionRow.LedgerNumber = ALedgerNumber;
TemplateTransactionRow.BatchNumber = ABatchNumber;
ARecurringTransactionAccess.LoadUsingTemplate(MainDS, TemplateTransactionRow, Transaction);
ARecurringTransAnalAttribTable TransAnalAttribTable = new ARecurringTransAnalAttribTable();
ARecurringTransAnalAttribRow TemplateTransAnalAttribRow = TransAnalAttribTable.NewRowTyped(false);
TemplateTransAnalAttribRow.LedgerNumber = ALedgerNumber;
TemplateTransAnalAttribRow.BatchNumber = ABatchNumber;
ARecurringTransAnalAttribAccess.LoadUsingTemplate(MainDS, TemplateTransAnalAttribRow, Transaction);
#region Validate Data
if ((MainDS.ARecurringJournal.Count == 0) && (MainDS.ARecurringTransaction.Count > 0))
{
throw new ApplicationException(String.Format(Catalog.GetString(
"Function:{0} - Orphaned GL Transactions exist in Recurring GL Batch {1} in Ledger {2}!"),
Utilities.GetMethodName(true),
ABatchNumber,
ALedgerNumber));
}
else if (((MainDS.ARecurringJournal.Count == 0)
|| (MainDS.ARecurringTransaction.Count == 0)) && (MainDS.ARecurringTransAnalAttrib.Count > 0))
{
throw new ApplicationException(String.Format(Catalog.GetString(
"Function:{0} - Orphaned GL Transaction Analysis Attributes exist in Recurring GL Batch {1} in Ledger {2}!"),
Utilities.GetMethodName(true),
ABatchNumber,
ALedgerNumber));
}
#endregion Validate Data
});
MainDS.AcceptChanges();
}
catch (Exception ex)
{
TLogging.Log(String.Format("Method:{0} - Unexpected error!{1}{1}{2}",
Utilities.GetMethodSignature(),
Environment.NewLine,
ex.Message));
throw ex;
}
return MainDS;
}
