public static bool DropBankStatement(Int32 AEpStatementKey)
{
TDBTransaction Transaction = DBAccess.GDBAccessObj.BeginTransaction(IsolationLevel.ReadCommitted);
BankImportTDS MainDS = new BankImportTDS();
AEpStatementAccess.LoadByPrimaryKey(MainDS, AEpStatementKey, Transaction);
AEpTransactionAccess.LoadViaAEpStatement(MainDS, AEpStatementKey, Transaction);
DBAccess.GDBAccessObj.RollbackTransaction();
foreach (AEpStatementRow stmtRow in MainDS.AEpStatement.Rows)
{
stmtRow.Delete();
}
foreach (AEpTransactionRow transactionRow in MainDS.AEpTransaction.Rows)
{
transactionRow.Delete();
}
MainDS.ThrowAwayAfterSubmitChanges = true;
try
{
BankImportTDSAccess.SubmitChanges(MainDS);
return(true);
}
catch (Exception)
{
return(false);
}
}
public static BankImportTDS GetBankStatementTransactionsAndMatches(Int32 AStatementKey, Int32 ALedgerNumber)
{
TDBTransaction Transaction = DBAccess.GDBAccessObj.BeginTransaction(IsolationLevel.Serializable);
BankImportTDS ResultDataset = new BankImportTDS();
string MyClientID = DomainManager.GClientID.ToString();
TProgressTracker.InitProgressTracker(MyClientID,
Catalog.GetString("Load Bank Statement"),
100.0m);
TProgressTracker.SetCurrentState(MyClientID,
Catalog.GetString("loading statement"),
0);
try
{
AEpStatementAccess.LoadByPrimaryKey(ResultDataset, AStatementKey, Transaction);
if (ResultDataset.AEpStatement[0].BankAccountCode.Length == 0)
{
throw new Exception("Loading Bank Statement: Bank Account must not be empty");
}
ACostCentreAccess.LoadViaALedger(ResultDataset, ALedgerNumber, Transaction);
AMotivationDetailAccess.LoadViaALedger(ResultDataset, ALedgerNumber, Transaction);
AEpTransactionAccess.LoadViaAEpStatement(ResultDataset, AStatementKey, Transaction);
BankImportTDS TempDataset = new BankImportTDS();
AEpTransactionAccess.LoadViaAEpStatement(TempDataset, AStatementKey, Transaction);
AEpMatchAccess.LoadViaALedger(TempDataset, ResultDataset.AEpStatement[0].LedgerNumber, Transaction);
// load all bankingdetails and partner shortnames related to this statement
string sqlLoadPartnerByBankAccount =
"SELECT DISTINCT p.p_partner_key_n AS PartnerKey, " +
"p.p_partner_short_name_c AS ShortName, " +
"t.p_branch_code_c AS BranchCode, " +
"t.a_bank_account_number_c AS BankAccountNumber " +
"FROM PUB_a_ep_transaction t, PUB_p_banking_details bd, PUB_p_bank b, PUB_p_partner_banking_details pbd, PUB_p_partner p " +
"WHERE t.a_statement_key_i = " + AStatementKey.ToString() + " " +
"AND bd.p_bank_account_number_c = t.a_bank_account_number_c " +
"AND b.p_partner_key_n = bd.p_bank_key_n " +
"AND b.p_branch_code_c = t.p_branch_code_c " +
"AND pbd.p_banking_details_key_i = bd.p_banking_details_key_i " +
"AND p.p_partner_key_n = pbd.p_partner_key_n";
DataTable PartnerByBankAccount = DBAccess.GDBAccessObj.SelectDT(sqlLoadPartnerByBankAccount, "partnerByBankAccount", Transaction);
PartnerByBankAccount.DefaultView.Sort = "BranchCode, BankAccountNumber";
// get all recipients that have been merged
string sqlGetMergedRecipients =
string.Format(
"SELECT DISTINCT p.p_partner_key_n AS PartnerKey, p.p_status_code_c AS StatusCode FROM PUB_a_ep_match m, PUB_p_partner p " +
"WHERE (m.p_recipient_key_n = p.p_partner_key_n OR m.p_donor_key_n = p.p_partner_key_n) AND p.p_status_code_c = '{0}'",
MPartnerConstants.PARTNERSTATUS_MERGED);
DataTable MergedPartners = DBAccess.GDBAccessObj.SelectDT(sqlGetMergedRecipients, "mergedPartners", Transaction);
MergedPartners.DefaultView.Sort = "PartnerKey";
DBAccess.GDBAccessObj.RollbackTransaction();
string BankAccountCode = ResultDataset.AEpStatement[0].BankAccountCode;
TempDataset.AEpMatch.DefaultView.Sort = AEpMatchTable.GetMatchTextDBName();
SortedList <string, AEpMatchRow> MatchesToAddLater = new SortedList <string, AEpMatchRow>();
int count = 0;
// load the matches or create new matches
foreach (BankImportTDSAEpTransactionRow row in ResultDataset.AEpTransaction.Rows)
{
TProgressTracker.SetCurrentState(MyClientID,
Catalog.GetString("finding matches") +
" " + count + "/" + ResultDataset.AEpTransaction.Rows.Count.ToString(),
10.0m + (count * 80.0m / ResultDataset.AEpTransaction.Rows.Count));
count++;
BankImportTDSAEpTransactionRow tempTransactionRow =
(BankImportTDSAEpTransactionRow)TempDataset.AEpTransaction.Rows.Find(
new object[] {
row.StatementKey,
row.Order,
row.DetailKey
});
// find a match with the same match text, or create a new one
if (row.IsMatchTextNull() || (row.MatchText.Length == 0) || !row.MatchText.StartsWith(BankAccountCode))
{
row.MatchText = TBankImportMatching.CalculateMatchText(BankAccountCode, row);
tempTransactionRow.MatchText = row.MatchText;
}
DataRowView[] matches = TempDataset.AEpMatch.DefaultView.FindRows(row.MatchText);
if (matches.Length > 0)
{
Decimal sum = 0.0m;
// update the recent date
foreach (DataRowView rv in matches)
{
AEpMatchRow r = (AEpMatchRow)rv.Row;
sum += r.GiftTransactionAmount;
// check if the recipient key is still valid. could be that they have married, and merged into another family record
if ((r.RecipientKey != 0) &&
(MergedPartners.DefaultView.FindRows(r.RecipientKey).Length > 0))
{
TLogging.LogAtLevel(1, "partner has been merged: " + r.RecipientKey.ToString());
r.RecipientKey = 0;
r.Action = MFinanceConstants.BANK_STMT_STATUS_UNMATCHED;
}
// check if the donor key is still valid. could be that they have married, and merged into another family record
if ((r.DonorKey != 0) &&
(MergedPartners.DefaultView.FindRows(r.DonorKey).Length > 0))
{
TLogging.LogAtLevel(1, "partner has been merged: " + r.DonorKey.ToString());
r.DonorKey = 0;
r.Action = MFinanceConstants.BANK_STMT_STATUS_UNMATCHED;
}
if (r.RecentMatch < row.DateEffective)
{
r.RecentMatch = row.DateEffective;
}
// do not modify tempRow.MatchAction, because that will not be stored in the database anyway, just costs time
row.MatchAction = r.Action;
if (r.IsDonorKeyNull() || (r.DonorKey <= 0))
{
FindDonorByAccountNumber(r, PartnerByBankAccount.DefaultView, row.BranchCode, row.BankAccountNumber);
}
}
if (sum != row.TransactionAmount)
{
TLogging.Log("we should drop this match since the total is wrong: " + row.Description);
row.MatchAction = MFinanceConstants.BANK_STMT_STATUS_UNMATCHED;
foreach (DataRowView rv in matches)
{
AEpMatchRow r = (AEpMatchRow)rv.Row;
r.Action = MFinanceConstants.BANK_STMT_STATUS_UNMATCHED;
}
}
}
else if (!MatchesToAddLater.ContainsKey(row.MatchText))
{
// create new match
AEpMatchRow tempRow = TempDataset.AEpMatch.NewRowTyped(true);
tempRow.EpMatchKey = (TempDataset.AEpMatch.Count + MatchesToAddLater.Count + 1) * -1;
tempRow.Detail = 0;
tempRow.MatchText = row.MatchText;
tempRow.LedgerNumber = ALedgerNumber;
tempRow.GiftTransactionAmount = row.TransactionAmount;
tempRow.Action = MFinanceConstants.BANK_STMT_STATUS_UNMATCHED;
FindDonorByAccountNumber(tempRow, PartnerByBankAccount.DefaultView, row.BranchCode, row.BankAccountNumber);
#if disabled
// fuzzy search for the partner. only return if unique result
string sql =
"SELECT p_partner_key_n, p_partner_short_name_c FROM p_partner WHERE p_partner_short_name_c LIKE '{0}%' OR p_partner_short_name_c LIKE '{1}%'";
string[] names = row.AccountName.Split(new char[] { ' ' });
if (names.Length > 1)
{
string optionShortName1 = names[0] + ", " + names[1];
string optionShortName2 = names[1] + ", " + names[0];
DataTable partner = DBAccess.GDBAccessObj.SelectDT(String.Format(sql,
optionShortName1,
optionShortName2), "partner", Transaction);
if (partner.Rows.Count == 1)
{
tempRow.DonorKey = Convert.ToInt64(partner.Rows[0][0]);
}
}
#endif
MatchesToAddLater.Add(tempRow.MatchText, tempRow);
// do not modify tempRow.MatchAction, because that will not be stored in the database anyway, just costs time
row.MatchAction = tempRow.Action;
}
}
// for speed reasons, add the new rows after clearing the sort on the view
TempDataset.AEpMatch.DefaultView.Sort = string.Empty;
foreach (AEpMatchRow m in MatchesToAddLater.Values)
{
TempDataset.AEpMatch.Rows.Add(m);
}
TProgressTracker.SetCurrentState(MyClientID,
Catalog.GetString("save matches"),
90.0m);
TempDataset.ThrowAwayAfterSubmitChanges = true;
// only store a_ep_transactions and a_ep_matches, but without additional typed fields (ie MatchAction)
BankImportTDSAccess.SubmitChanges(TempDataset.GetChangesTyped(true));
}
catch (Exception e)
{
TLogging.Log(e.GetType().ToString() + " in BankImport, GetBankStatementTransactionsAndMatches; " + e.Message);
TLogging.Log(e.StackTrace);
DBAccess.GDBAccessObj.RollbackTransaction();
throw;
}
// drop all matches that do not occur on this statement
ResultDataset.AEpMatch.Clear();
// reloading is faster than deleting all matches that are not needed
string sqlLoadMatchesOfStatement =
"SELECT DISTINCT m.* FROM PUB_a_ep_match m, PUB_a_ep_transaction t WHERE t.a_statement_key_i = ? AND m.a_ledger_number_i = ? AND m.a_match_text_c = t.a_match_text_c";
OdbcParameter param = new OdbcParameter("statementkey", OdbcType.Int);
param.Value = AStatementKey;
OdbcParameter paramLedgerNumber = new OdbcParameter("ledgerNumber", OdbcType.Int);
paramLedgerNumber.Value = ALedgerNumber;
DBAccess.GDBAccessObj.SelectDT(ResultDataset.AEpMatch,
sqlLoadMatchesOfStatement,
null,
new OdbcParameter[] { param, paramLedgerNumber }, -1, -1);
// update the custom field for cost centre name for each match
foreach (BankImportTDSAEpMatchRow row in ResultDataset.AEpMatch.Rows)
{
ACostCentreRow ccRow = (ACostCentreRow)ResultDataset.ACostCentre.Rows.Find(new object[] { row.LedgerNumber, row.CostCentreCode });
if (ccRow != null)
{
row.CostCentreName = ccRow.CostCentreName;
}
}
// remove all rows that we do not need on the client side
ResultDataset.AGiftDetail.Clear();
ResultDataset.AMotivationDetail.Clear();
ResultDataset.ACostCentre.Clear();
ResultDataset.AcceptChanges();
if (TLogging.DebugLevel > 0)
{
int CountMatched = 0;
foreach (BankImportTDSAEpTransactionRow transaction in ResultDataset.AEpTransaction.Rows)
{
if (!transaction.IsMatchActionNull() && (transaction.MatchAction != MFinanceConstants.BANK_STMT_STATUS_UNMATCHED))
{
CountMatched++;
}
}
TLogging.Log(
"Loading bank statement: matched: " + CountMatched.ToString() + " of " + ResultDataset.AEpTransaction.Rows.Count.ToString());
}
TProgressTracker.FinishJob(MyClientID);
return(ResultDataset);
}