public void ForeignCurrencySupplier_ExpectDocumentPostingPayingAndReversingWorking()
{
//
// Arrange
//
decimal APAccountBalanceBefore;
decimal BankAccountBefore;
decimal RevalAccountBefore;
TVerificationResultCollection VerificationResult;
int PaymentNumber;
List <int> DocumentIDs;
AAPInfos APInfos;
CommonNUnitFunctions.ResetDatabase();
TPetraServerConnector.Connect();
TDataBase db = DBAccess.Connect("ForeignCurrencySupplier_ExpectDocumentPostingPayingAndReversingWorking");
TDBTransaction transaction = db.BeginTransaction(IsolationLevel.Serializable);
// Post and pay a document with a foreign currency supplier
APInfos = PostAndPayForeignSupplierAPDocument("Test Reverse", out PaymentNumber, out DocumentIDs,
out APAccountBalanceBefore, out BankAccountBefore, out RevalAccountBefore, db);
transaction.Commit();
transaction = db.BeginTransaction(IsolationLevel.Serializable);
//
// Act: Immediately "un-pay" and "un-post" this invoice!
//
VerificationResult = ReversePayment(PaymentNumber, APInfos.PeriodEndDate, DocumentIDs, APInfos.ApDS, db);
CommonNUnitFunctions.EnsureNullOrEmptyVerificationResult(VerificationResult); // Guard Assert
transaction.Commit();
transaction = db.BeginTransaction(IsolationLevel.Serializable);
// Save the current amount on the AP account
decimal APAccountBalanceAfter = new TGet_GLM_Info(FLedgerNumber,
APInfos.ApAccountCode, APInfos.CostCentreCode, db).YtdActual;
decimal BankAccountAfter = new TGet_GLM_Info(FLedgerNumber,
APInfos.BankAccount, APInfos.CostCentreCode, db).YtdForeign;
decimal RevalAccountAfter = new TGet_GLM_Info(FLedgerNumber,
APInfos.ForexGainsLossesAccount, APInfos.CostCentreCode, db).YtdActual;
//
// Primary Assert: Reversal OK?
//
// Now I can see whether anything is left over by all these
// various transactions, that should have added up to 0.
// Check the amount on the AP account
Assert.AreEqual(APAccountBalanceBefore, APAccountBalanceAfter, "After paying then reversing, the AP account should be as before.");
Assert.AreEqual(BankAccountBefore, BankAccountAfter, "After paying then reversing, the Bank account should be as before.");
Assert.AreEqual(
Math.Round(RevalAccountAfter, 2),
Math.Round(RevalAccountBefore, 2),
"After paying then reversing, the Forex Gains/Losses Account account should be as before.");
transaction.Commit();
}
public void TestSaveNewPartnerWithExistingLocation()
{
TDataBase db = DBAccess.Connect("TestSaveNewPartnerWithExistingLocation");
TDBTransaction Transaction = db.BeginTransaction(IsolationLevel.Serializable);
TPartnerEditUIConnector connector = new TPartnerEditUIConnector(db);
PartnerEditTDS MainDS = new PartnerEditTDS();
PPartnerRow PartnerRow = TCreateTestPartnerData.CreateNewFamilyPartner(MainDS, db);
TCreateTestPartnerData.CreateNewLocation(PartnerRow.PartnerKey, MainDS);
DataSet ResponseDS = new PartnerEditTDS();
TVerificationResultCollection VerificationResult;
TSubmitChangesResult result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
Transaction.Commit();
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(VerificationResult,
"There was a critical error when saving:");
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "saving the first partner with a location");
Int32 LocationKey = MainDS.PLocation[0].LocationKey;
MainDS = new PartnerEditTDS();
Transaction = db.BeginTransaction(IsolationLevel.Serializable);
PartnerRow = TCreateTestPartnerData.CreateNewFamilyPartner(MainDS, db);
PPartnerLocationRow PartnerLocationRow = MainDS.PPartnerLocation.NewRowTyped();
PartnerLocationRow.SiteKey = DomainManager.GSiteKey;
PartnerLocationRow.PartnerKey = PartnerRow.PartnerKey;
PartnerLocationRow.LocationKey = LocationKey;
MainDS.PPartnerLocation.Rows.Add(PartnerLocationRow);
ResponseDS = new PartnerEditTDS();
result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
Transaction.Commit();
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(VerificationResult,
"There was a critical error when saving:");
TDBTransaction ReadTransaction = new TDBTransaction();
db.ReadTransaction(
ref ReadTransaction,
delegate
{
PPartnerTable PartnerAtAddress = PPartnerAccess.LoadViaPLocation(
DomainManager.GSiteKey, LocationKey, ReadTransaction);
Assert.AreEqual(2, PartnerAtAddress.Rows.Count, "there should be two partners at this location");
});
}
public void SimpleDocument_ExpectPostingAndPayingWorking()
{
//
// Arrange
//
decimal Amount = 399.0m;
decimal APAccountBalanceBefore;
decimal ABankAccountBefore;
decimal AExpAccountBefore;
TVerificationResultCollection VerificationResult;
List <int> DocumentIDs;
int PaymentNumber;
AAPInfos APInfos;
CommonNUnitFunctions.ResetDatabase();
TPetraServerConnector.Connect();
TDataBase db = DBAccess.Connect("SimpleDocument_ExpectPostingAndPayingWorking");
TDBTransaction transaction = db.BeginTransaction(IsolationLevel.Serializable);
APInfos = PostSimpleAPDocument(Amount, "Test", "Detail Item", out APAccountBalanceBefore, out ABankAccountBefore,
out AExpAccountBefore, out DocumentIDs, db);
transaction.Commit();
transaction = db.BeginTransaction(IsolationLevel.Serializable);
//
// Act: Pay the AP document
//
VerificationResult = PayAPDocument(APInfos.ApDS.AApDocument[0].ApDocumentId, Amount,
APInfos.BankAccount, APInfos.CurrencyCode, APInfos.PeriodEndDate, out PaymentNumber, null, db);
CommonNUnitFunctions.EnsureNullOrEmptyVerificationResult(VerificationResult); // Guard Assert
transaction.Commit();
// Save the current amount on the AP account
decimal APAccountBalanceAfter = new TGet_GLM_Info(FLedgerNumber,
APInfos.ApAccountCode, APInfos.CostCentreCode, db).YtdActual;
decimal BankAccountAfter = new TGet_GLM_Info(FLedgerNumber,
APInfos.BankAccount, APInfos.CostCentreCode, db).YtdActual;
//
// Primary Assert: Paying OK?
//
// Check the amount on the AP account
Assert.AreEqual(0.0m, APAccountBalanceAfter - APAccountBalanceBefore, "after paying the invoice, the AP account should be cleared");
Assert.AreEqual((-1.0m) * Amount, BankAccountAfter - ABankAccountBefore, "after paying the invoice, the bank account should be credited");
}
/// <summary>
/// Determines which address is the 'Best Address' of a Partner, and returns the PPartnerLocation record which is the
/// 'Best Address'.
/// </summary>
/// <remarks>There are two similar shared Methods in Namespace Ict.Petra.Server.MPartner.Common.Calculations,
/// both called 'DetermineBestAddress' which work by passing in the PartnerLocations of a Partner in an Argument
/// and which return a <see cref="TLocationPK" />. As those Methods don't access the database, these Methods
/// can be used client-side as well!</remarks>
/// <param name="APartnerKey">PartnerKey of the Partner whose addresses should be checked.</param>
/// <param name="APartnerLocationDR">PPartnerLocation Record that is the record that is the Location of the 'Best Address'.</param>
/// <param name="ADataBase">An instantiated <see cref="TDataBase" /> object, or null (default = null). If null
/// gets passed then the Method executes DB commands with a new Database connection</param>
/// <returns>A <see cref="TLocationPK" /> which points to the 'Best Address'. If no 'Best Address' was found,
/// SiteKey and LocationKey of this instance will be both -1.</returns>
public static TLocationPK DetermineBestAddress(Int64 APartnerKey, out PPartnerLocationRow APartnerLocationDR,
TDataBase ADataBase = null)
{
TLocationPK ReturnValue = new TLocationPK();
PPartnerLocationTable PartnerLocationDT;
Boolean NewTransaction;
TDataBase db = DBAccess.Connect("DetermineBestAddress", ADataBase);
TDBTransaction ReadTransaction = db.GetNewOrExistingTransaction(
MCommonConstants.CACHEABLEDT_ISOLATIONLEVEL,
out NewTransaction);
try
{
PartnerLocationDT = PPartnerLocationAccess.LoadViaPPartner(APartnerKey, ReadTransaction);
ReturnValue = Ict.Petra.Server.MPartner.Common.Calculations.DetermineBestAddress(PartnerLocationDT);
APartnerLocationDR = (PPartnerLocationRow)PartnerLocationDT.Rows.Find(new object[]
{ APartnerKey, ReturnValue.SiteKey, ReturnValue.LocationKey });
}
finally
{
if (NewTransaction)
{
ReadTransaction.Commit();
TLogging.LogAtLevel(7, "ServerCalculations.DetermineBestAddress: commited own transaction.");
}
}
return(ReturnValue);
}
public void TestModifyGiftBatch()
{
TDataBase db = DBAccess.Connect("test");
TDBTransaction t = db.BeginTransaction(IsolationLevel.Serializable);
GiftBatchTDS MainDS;
ALedgerAccess.LoadAll(MainDS, t);
MainDS.ALedger[0].LastGiftBatchNumber++;
AGiftBatchRow batch = MainDS.AGiftBatch.NewRowTyped();
batch.LedgerNumber = MainDS.ALedger[0].LedgerNumber;
batch.BatchNumber = MainDS.ALedger[0].LastGiftBatchNumber;
batch.BankAccountCode = "6000";
batch.BatchYear = 1;
batch.BatchPeriod = 1;
batch.CurrencyCode = "EUR";
batch.BankCostCentre = MainDS.ALedger[0].LedgerNumber.ToString() + "00";
batch.LastGiftNumber = 2;
MainDS.AGiftBatch.Rows.Add(batch);
AGiftRow gift = MainDS.AGift.NewRowTyped();
gift.LedgerNumber = batch.LedgerNumber;
gift.BatchNumber = batch.BatchNumber;
gift.GiftTransactionNumber = 1;
MainDS.AGift.Rows.Add(gift);
gift = MainDS.AGift.NewRowTyped();
gift.LedgerNumber = batch.LedgerNumber;
gift.BatchNumber = batch.BatchNumber;
gift.GiftTransactionNumber = 2;
gift.LastDetailNumber = 1;
MainDS.AGift.Rows.Add(gift);
AGiftDetailRow giftdetail = MainDS.AGiftDetail.NewRowTyped();
giftdetail.LedgerNumber = gift.LedgerNumber;
giftdetail.BatchNumber = gift.BatchNumber;
giftdetail.GiftTransactionNumber = gift.GiftTransactionNumber;
giftdetail.DetailNumber = 1;
giftdetail.MotivationGroupCode = "GIFT";
giftdetail.MotivationDetailCode = "SUPPORT";
MainDS.AGiftDetail.Rows.Add(giftdetail);
MainDS.SubmitChanges(t);
t.Commit();
// now delete the first gift, and fix the gift detail of the second gift
t = db.BeginTransaction(IsolationLevel.Serializable);
MainDS.AGift.Rows.RemoveAt(0);
MainDS.AGift[0].GiftTransactionNumber = 1;
MainDS.AGiftDetail[0].GiftTransactionNumber = 1;
MainDS.AGiftBatch[0].LastGiftNumber = 1;
MainDS.SubmitChanges(t);
g.Commit();
}
/// create a new church
public static PPartnerRow CreateNewChurchPartner(PartnerEditTDS AMainDS, TDataBase ADataBase = null)
{
PPartnerRow PartnerRow = CreateNewPartner(AMainDS, ADataBase);
TDataBase db = DBAccess.Connect("CreateNewChurchPartner", ADataBase);
TDBTransaction Transaction = db.BeginTransaction(IsolationLevel.Serializable);
// make sure denomination "UNKNOWN" exists as this is the default value
if (!PDenominationAccess.Exists("UNKNOWN", Transaction))
{
PDenominationTable DenominationTable = new PDenominationTable();
PDenominationRow DenominationRow = DenominationTable.NewRowTyped();
DenominationRow.DenominationCode = "UNKNOWN";
DenominationRow.DenominationName = "Unknown";
DenominationTable.Rows.Add(DenominationRow);
PDenominationAccess.SubmitChanges(DenominationTable, Transaction);
Transaction.Commit();
}
else
{
Transaction.Rollback();
}
PartnerRow.PartnerClass = MPartnerConstants.PARTNERCLASS_CHURCH;
PartnerRow.PartnerShortName = PartnerRow.PartnerKey.ToString() + ", TestChurch";
PChurchRow ChurchRow = AMainDS.PChurch.NewRowTyped();
ChurchRow.PartnerKey = PartnerRow.PartnerKey;
ChurchRow.ChurchName = "TestChurch";
ChurchRow.DenominationCode = "UNKNOWN";
AMainDS.PChurch.Rows.Add(ChurchRow);
return(PartnerRow);
}
public void TestSaveNewPartnerWithLocation()
{
TDataBase db = DBAccess.Connect("TestSaveNewPartnerWithLocation");
TDBTransaction Transaction = db.BeginTransaction(IsolationLevel.Serializable);
TPartnerEditUIConnector connector = new TPartnerEditUIConnector(db);
PartnerEditTDS MainDS = new PartnerEditTDS();
PPartnerRow PartnerRow = TCreateTestPartnerData.CreateNewFamilyPartner(MainDS, db);
TCreateTestPartnerData.CreateNewLocation(PartnerRow.PartnerKey, MainDS);
DataSet ResponseDS = new PartnerEditTDS();
TVerificationResultCollection VerificationResult;
TSubmitChangesResult result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
Transaction.Commit();
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(VerificationResult,
"There was a critical error when saving:");
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "TPartnerEditUIConnector SubmitChanges return value");
// check the location key for this partner. should not be negative
Assert.AreEqual(1, MainDS.PPartnerLocation.Rows.Count, "TPartnerEditUIConnector SubmitChanges returns one location");
Assert.Greater(MainDS.PPartnerLocation[0].LocationKey, 0, "TPartnerEditUIConnector SubmitChanges returns valid location key");
}
/// create new AP info
public static AApDocumentRow CreateNewAPInfo(Int64 APartnerKey, ref AccountsPayableTDS AMainDS, TDataBase ADataBase = null)
{
TDataBase db = DBAccess.Connect("CreateNewAPInfo", ADataBase);
TDBTransaction Transaction = db.BeginTransaction(IsolationLevel.Serializable);
ALedgerTable LedgerTable = ALedgerAccess.LoadAll(Transaction);
AMainDS = TAPTransactionWebConnector.CreateAApDocument(((ALedgerRow)LedgerTable.Rows[0]).LedgerNumber, APartnerKey, true, db);
// Create a new RecurringGiftBatch
AApDocumentRow Document = AMainDS.AApDocument[0];
Document.DocumentCode = "TEST";
Document.CreditNoteFlag = false;
Document.DateIssued = DateTime.Today;
Document.DateEntered = DateTime.Today;
Document.TotalAmount = 0;
Document.CurrencyCode = "EUR";
Document.LastDetailNumber = 0;
// Create a new RecurringGift record
AApSupplierRow ApSupplierRow = AMainDS.AApSupplier.NewRowTyped();
ApSupplierRow.PartnerKey = APartnerKey;
ApSupplierRow.CurrencyCode = "EUR";
AMainDS.AApSupplier.Rows.Add(ApSupplierRow);
Transaction.Commit();
return(Document);
}
/// <summary>
/// todoComment
/// </summary>
/// <param name="AErrorCode"></param>
/// <param name="AContext"></param>
/// <param name="AMessageLine1"></param>
/// <param name="AMessageLine2"></param>
/// <param name="AMessageLine3"></param>
/// <param name="AUserID"></param>
/// <param name="AProcessID"></param>
public void AddErrorLogEntry(String AErrorCode,
String AContext,
String AMessageLine1,
String AMessageLine2,
String AMessageLine3,
String AUserID,
Int32 AProcessID)
{
SErrorLogTable ErrorLogTable;
SErrorLogRow NewErrorLogRow;
DateTime ErrorLogDateTime;
String Context;
ErrorLogTable = new SErrorLogTable();
NewErrorLogRow = ErrorLogTable.NewRowTyped(false);
ErrorLogDateTime = DateTime.Now;
if (AContext != "")
{
Context = AContext;
}
else
{
Context = UNKNOWN_CONTEXT;
}
// Set DataRow values
NewErrorLogRow.ErrorCode = AErrorCode;
NewErrorLogRow.UserId = AUserID.ToUpper();
NewErrorLogRow.Date = ErrorLogDateTime;
NewErrorLogRow.Time = Conversions.DateTimeToInt32Time(ErrorLogDateTime);
NewErrorLogRow.ReleaseNumber = TSrvSetting.ApplicationVersion.ToString();
NewErrorLogRow.FileName = Context;
NewErrorLogRow.ProcessId = AProcessID.ToString();
NewErrorLogRow.MessageLine1 = AMessageLine1;
NewErrorLogRow.MessageLine2 = AMessageLine2;
NewErrorLogRow.MessageLine3 = AMessageLine3;
ErrorLogTable.Rows.Add(NewErrorLogRow);
TDataBase db = DBAccess.Connect("AddErrorLogEntry");
TDBTransaction WriteTransaction = db.BeginTransaction(IsolationLevel.Serializable);
// Save DataRow
try
{
SErrorLogAccess.SubmitChanges(ErrorLogTable, WriteTransaction);
WriteTransaction.Commit();
}
catch (Exception Exc)
{
TLogging.Log("An Exception occured during the saving of the Error Log:" + Environment.NewLine + Exc.ToString());
WriteTransaction.Rollback();
throw;
}
}
private static void CreateOptionTypes()
{
TDataBase db = DBAccess.Connect("CreateOptionTypes");
TDBTransaction Transaction = db.BeginTransaction(IsolationLevel.Serializable);
bool RowsToAdd = false;
string[, ] OptionTypes = new string[, ]
{
{
"ADD_ACCOMM_COST_FOR_TOTAL", "Add accommodation costs to get total costs"
},
{
"COST_PER_DAY", "Calculate conference cost per day"
},
{
"COST_PER_NIGHT", "Calculate conference cost per night"
}
};
try
{
PcConferenceOptionTypeTable OptionTypeTable = PcConferenceOptionTypeAccess.LoadAll(Transaction);
for (int i = 0; i < 3; i++)
{
if (OptionTypeTable.Rows.Find(new object[] { OptionTypes[i, 0] }) == null)
{
PcConferenceOptionTypeRow NewRow = OptionTypeTable.NewRowTyped(false);
NewRow.OptionTypeCode = OptionTypes[i, 0];
NewRow.OptionTypeDescription = OptionTypes[i, 1];
NewRow.UnassignableFlag = false;
NewRow.DeletableFlag = false;
OptionTypeTable.Rows.Add(NewRow);
RowsToAdd = true;
}
}
if (RowsToAdd)
{
// add any new rows to database
PcConferenceOptionTypeAccess.SubmitChanges(OptionTypeTable, Transaction);
}
Transaction.Commit();
TLogging.LogAtLevel(7, "TConferenceDataReaderWebConnector.CreateOptionTypes: commit own transaction.");
}
catch (Exception Exc)
{
TLogging.Log("An Exception occured during the creation of option types:" + Environment.NewLine + Exc.ToString());
Transaction.Rollback();
throw;
}
}
/// <summary>
/// Passes data as a Typed DataSet to the Supplier Edit Screen
/// </summary>
public AccountsPayableTDS GetData(Int64 APartnerKey)
{
TDBTransaction ReadTransaction;
// create the DataSet that will later be passed to the Client
AccountsPayableTDS MainDS = new AccountsPayableTDS();
ReadTransaction = FDataBase.BeginTransaction(IsolationLevel.RepeatableRead, 5);
try
{
try
{
// Supplier
AApSupplierAccess.LoadByPrimaryKey(MainDS, APartnerKey, ReadTransaction);
if (MainDS.AApSupplier.Rows.Count == 0)
{
// Supplier does not exist
throw new Exception("supplier does not exist");
}
}
catch (Exception Exp)
{
ReadTransaction.Rollback();
ReadTransaction = new TDBTransaction();
TLogging.Log("TSupplierEditUIConnector.LoadData exception: " + Exp.ToString(), TLoggingType.ToLogfile);
TLogging.Log(Exp.StackTrace, TLoggingType.ToLogfile);
throw;
}
}
finally
{
if (ReadTransaction != null)
{
ReadTransaction.Commit();
}
}
// Accept row changes here so that the Client gets 'unmodified' rows
MainDS.AcceptChanges();
// Remove all Tables that were not filled with data before remoting them.
MainDS.RemoveEmptyTables();
return(MainDS);
}
/// <summary>
/// Determines which address is the 'Best Address' of a Partner, and returns the PLocation record which the
/// 'Best Address' is pointing to.
/// </summary>
/// <remarks>There are two similar shared Methods in Namespace Ict.Petra.Server.MPartner.Common.Calculations,
/// both called 'DetermineBestAddress' which work by passing in the PartnerLocations of a Partner in an Argument
/// and which return a <see cref="TLocationPK" />. As those Methods don't access the database, these Methods
/// can be used client-side as well!</remarks>
/// <param name="APartnerKey">PartnerKey of the Partner whose addresses should be checked.</param>
/// <param name="APartnerLocationDR">PPartnerLocation Record that is the record that is the Location of the 'Best Address'.</param>
/// <param name="ALocationDR">PLocation Record that the 'Best Address' is pointing to.</param>
/// <param name="ADataBase">An instantiated <see cref="TDataBase" /> object, or null (default = null). If null
/// gets passed then the Method executes DB commands with a new Database connection</param>
/// <returns>A <see cref="TLocationPK" /> which points to the 'Best Address'. If no 'Best Address' was found,
/// SiteKey and LocationKey of this instance will be both -1.</returns>
public static TLocationPK DetermineBestAddress(Int64 APartnerKey, out PPartnerLocationRow APartnerLocationDR,
out PLocationRow ALocationDR, TDataBase ADataBase = null)
{
PLocationTable LocationDT;
TLocationPK BestLocation = new TLocationPK();
Boolean NewTransaction;
APartnerLocationDR = null;
ALocationDR = null;
BestLocation = DetermineBestAddress(APartnerKey, out APartnerLocationDR);
TDataBase db = DBAccess.Connect("DetermineBestAddress", ADataBase);
TDBTransaction ReadTransaction = db.GetNewOrExistingTransaction(
MCommonConstants.CACHEABLEDT_ISOLATIONLEVEL,
out NewTransaction);
try
{
LocationDT = PLocationAccess.LoadByPrimaryKey(BestLocation.SiteKey, BestLocation.LocationKey, ReadTransaction);
if (LocationDT.Rows.Count > 0)
{
ALocationDR = LocationDT[0];
}
}
finally
{
if (NewTransaction)
{
ReadTransaction.Commit();
TLogging.LogAtLevel(7, "ServerCalculations.DetermineBestAddress: commited own transaction.");
}
}
return(BestLocation);
}
public void ForeignCurrencySupplier_ExpectDocumentPostingAndPayingWorking()
{
//
// Arrange
//
int PaymentNumber;
List <int> DocumentIDs;
decimal APAccountBalanceBefore;
decimal BankAccountBefore;
decimal RevalAccountBefore;
CommonNUnitFunctions.ResetDatabase();
TPetraServerConnector.Connect();
TDataBase db = DBAccess.Connect("ForeignCurrencySupplier_ExpectDocumentPostingPayingAndReversingWorking");
TDBTransaction transaction = db.BeginTransaction(IsolationLevel.Serializable);
// Act and Assert: both encapsulated in the method that gets called!
PostAndPayForeignSupplierAPDocument("Test", out PaymentNumber, out DocumentIDs,
out APAccountBalanceBefore, out BankAccountBefore, out RevalAccountBefore, db);
transaction.Commit();
}
public void TestDeleteBank()
{
DataSet ResponseDS = new PartnerEditTDS();
TVerificationResultCollection VerificationResult;
String TextMessage;
Boolean CanDeletePartner;
PPartnerRow BankPartnerRow;
TSubmitChangesResult result;
Int64 PartnerKey;
TDataBase db = DBAccess.Connect("TestDeleteBank");
TDBTransaction Transaction = db.BeginTransaction(IsolationLevel.Serializable);
TPartnerEditUIConnector connector = new TPartnerEditUIConnector(db);
PartnerEditTDS MainDS = new PartnerEditTDS();
BankPartnerRow = TCreateTestPartnerData.CreateNewBankPartner(MainDS, db);
result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "create bank record");
Transaction.Commit();
Transaction = db.BeginTransaction(IsolationLevel.Serializable);
// check if Bank partner can be deleted (still needs to be possible at this point)
CanDeletePartner = TPartnerWebConnector.CanPartnerBeDeleted(BankPartnerRow.PartnerKey, out TextMessage, db);
if (TextMessage.Length > 0)
{
TLogging.Log(TextMessage);
}
Assert.IsTrue(CanDeletePartner);
// set up details (e.g. bank account) for this Bank so deletion is not allowed
PBankingDetailsTable BankingDetailsTable = new PBankingDetailsTable();
PBankingDetailsRow BankingDetailsRow = BankingDetailsTable.NewRowTyped();
BankingDetailsRow.BankKey = BankPartnerRow.PartnerKey;
BankingDetailsRow.BankingType = 0;
BankingDetailsRow.BankingDetailsKey = Convert.ToInt32(TSequenceWebConnector.GetNextSequence(TSequenceNames.seq_bank_details, db));
BankingDetailsTable.Rows.Add(BankingDetailsRow);
Transaction.Commit();
bool SubmitOK = false;
db.WriteTransaction(ref Transaction, ref SubmitOK,
delegate
{
PBankingDetailsAccess.SubmitChanges(BankingDetailsTable, Transaction);
SubmitOK = true;
});
// now deletion must not be possible since a bank account is set up for the bank
CanDeletePartner = TPartnerWebConnector.CanPartnerBeDeleted(BankPartnerRow.PartnerKey, out TextMessage, db);
if (TextMessage.Length > 0)
{
TLogging.Log(TextMessage);
}
Assert.IsTrue(!CanDeletePartner);
// now test actual deletion of venue partner
BankPartnerRow = TCreateTestPartnerData.CreateNewBankPartner(MainDS, db);
PartnerKey = BankPartnerRow.PartnerKey;
result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "create bank partner for deletion");
// check if Venue record is being deleted
Assert.IsTrue(TPartnerWebConnector.DeletePartner(PartnerKey, out VerificationResult, db));
// check that Bank record is really deleted
Assert.IsTrue(!TPartnerServerLookups.VerifyPartner(PartnerKey));
}
public void TestDeletePerson()
{
DataSet ResponseDS = new PartnerEditTDS();
TVerificationResultCollection VerificationResult;
String TextMessage;
Boolean CanDeletePartner;
PPartnerRow FamilyPartnerRow;
PPartnerRow UnitPartnerRow;
PPersonRow PersonRow;
TSubmitChangesResult result;
Int64 PartnerKey;
TDataBase db = DBAccess.Connect("TestDeleteFamily");
TDBTransaction Transaction = db.BeginTransaction(IsolationLevel.Serializable);
TPartnerEditUIConnector connector = new TPartnerEditUIConnector(db);
PartnerEditTDS MainDS = new PartnerEditTDS();
// create new family, location and person
FamilyPartnerRow = TCreateTestPartnerData.CreateNewFamilyPartner(MainDS, db);
TCreateTestPartnerData.CreateNewLocation(FamilyPartnerRow.PartnerKey, MainDS);
PersonRow = TCreateTestPartnerData.CreateNewPerson(MainDS,
FamilyPartnerRow.PartnerKey,
MainDS.PLocation[0].LocationKey,
"Mike",
"Mr",
0,
db);
result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "create family and person record");
Transaction.Commit();
Transaction = db.BeginTransaction(IsolationLevel.Serializable);
// check if Family partner can be deleted (still needs to be possible at this point)
CanDeletePartner = TPartnerWebConnector.CanPartnerBeDeleted(PersonRow.PartnerKey, out TextMessage, db);
if (TextMessage.Length > 0)
{
TLogging.Log(TextMessage);
}
Assert.IsTrue(CanDeletePartner);
// add a commitment for the person which means the person is not allowed to be deleted any longer
UnitPartnerRow = TCreateTestPartnerData.CreateNewUnitPartner(MainDS, db);
PmStaffDataTable CommitmentTable = new PmStaffDataTable();
PmStaffDataRow CommitmentRow = CommitmentTable.NewRowTyped();
CommitmentRow.Key = Convert.ToInt32(TSequenceWebConnector.GetNextSequence(TSequenceNames.seq_staff_data, db));
CommitmentRow.PartnerKey = PersonRow.PartnerKey;
CommitmentRow.StartOfCommitment = DateTime.Today.Date;
CommitmentRow.EndOfCommitment = DateTime.Today.AddDays(90).Date;
CommitmentRow.OfficeRecruitedBy = UnitPartnerRow.PartnerKey;
CommitmentRow.HomeOffice = UnitPartnerRow.PartnerKey;
CommitmentRow.ReceivingField = UnitPartnerRow.PartnerKey;
CommitmentTable.Rows.Add(CommitmentRow);
result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "create unit to be used in commitment");
PmStaffDataAccess.SubmitChanges(CommitmentTable, Transaction);
Transaction.Commit();
Transaction = db.BeginTransaction(IsolationLevel.Serializable);
// this should now not be allowed since person record has a commitment linked to it
CanDeletePartner = TPartnerWebConnector.CanPartnerBeDeleted(PersonRow.PartnerKey, out TextMessage, db);
if (TextMessage.Length > 0)
{
TLogging.Log(TextMessage);
}
Assert.IsTrue(!CanDeletePartner);
// now test actual deletion of Person partner
FamilyPartnerRow = TCreateTestPartnerData.CreateNewFamilyPartner(MainDS, db);
TCreateTestPartnerData.CreateNewLocation(FamilyPartnerRow.PartnerKey, MainDS);
PersonRow = TCreateTestPartnerData.CreateNewPerson(MainDS,
FamilyPartnerRow.PartnerKey,
MainDS.PLocation[0].LocationKey,
"Mary",
"Mrs",
0,
db);
PartnerKey = PersonRow.PartnerKey;
result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "create family and person record to be deleted");
Transaction.Commit();
// check if Family record is being deleted
Assert.IsTrue(TPartnerWebConnector.DeletePartner(PartnerKey, out VerificationResult));
// check that Family record is really deleted
Assert.IsTrue(!TPartnerServerLookups.VerifyPartner(PartnerKey));
}
public void TestDeleteFamily()
{
DataSet ResponseDS = new PartnerEditTDS();
TVerificationResultCollection VerificationResult;
String TextMessage;
Boolean CanDeletePartner;
PPartnerRow FamilyPartnerRow;
PFamilyRow FamilyRow;
PPersonRow PersonRow;
TSubmitChangesResult result;
Int64 PartnerKey;
TDataBase db = DBAccess.Connect("TestDeleteFamily");
TDBTransaction Transaction = db.BeginTransaction(IsolationLevel.Serializable);
TPartnerEditUIConnector connector = new TPartnerEditUIConnector(db);
PartnerEditTDS MainDS = new PartnerEditTDS();
FamilyPartnerRow = TCreateTestPartnerData.CreateNewFamilyPartner(MainDS, db);
result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "Create family record");
Transaction.Commit();
Transaction = db.BeginTransaction(IsolationLevel.Serializable);
// check if Family partner can be deleted (still needs to be possible at this point)
CanDeletePartner = TPartnerWebConnector.CanPartnerBeDeleted(FamilyPartnerRow.PartnerKey, out TextMessage, db);
if (TextMessage.Length > 0)
{
TLogging.Log(TextMessage);
}
Assert.IsTrue(CanDeletePartner);
// add a person to the family which means the family is not allowed to be deleted any longer
FamilyRow = (PFamilyRow)MainDS.PFamily.Rows[0];
FamilyRow.FamilyMembers = true;
TCreateTestPartnerData.CreateNewLocation(FamilyPartnerRow.PartnerKey, MainDS);
result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "create new location");
PartnerEditTDS PersonDS = new PartnerEditTDS();
PersonRow = TCreateTestPartnerData.CreateNewPerson(PersonDS, FamilyPartnerRow.PartnerKey,
MainDS.PLocation[0].LocationKey, "Adam", "Mr", 0, db);
PersonRow.FamilyKey = FamilyPartnerRow.PartnerKey;
result = connector.SubmitChanges(ref PersonDS, ref ResponseDS, out VerificationResult);
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "create person record");
Transaction.Commit();
Transaction = db.BeginTransaction(IsolationLevel.Serializable);
CanDeletePartner = TPartnerWebConnector.CanPartnerBeDeleted(FamilyPartnerRow.PartnerKey, out TextMessage, db);
if (TextMessage.Length > 0)
{
TLogging.Log(TextMessage);
}
Assert.IsTrue(!CanDeletePartner);
// create new family and create subscription given as gift from this family: not allowed to be deleted
FamilyPartnerRow = TCreateTestPartnerData.CreateNewFamilyPartner(MainDS, db);
PPublicationTable PublicationTable = PPublicationAccess.LoadByPrimaryKey("TESTPUBLICATION", Transaction);
if (PublicationTable.Count == 0)
{
// first check if frequency "Annual" exists and if not then create it
if (!AFrequencyAccess.Exists("Annual", Transaction))
{
// set up details (e.g. bank account) for this Bank so deletion is not allowed
AFrequencyTable FrequencyTable = new AFrequencyTable();
AFrequencyRow FrequencyRow = FrequencyTable.NewRowTyped();
FrequencyRow.FrequencyCode = "Annual";
FrequencyRow.FrequencyDescription = "Annual Frequency";
FrequencyTable.Rows.Add(FrequencyRow);
AFrequencyAccess.SubmitChanges(FrequencyTable, Transaction);
}
// now add the publication "TESTPUBLICATION"
PPublicationRow PublicationRow = PublicationTable.NewRowTyped();
PublicationRow.PublicationCode = "TESTPUBLICATION";
PublicationRow.FrequencyCode = "Annual";
PublicationTable.Rows.Add(PublicationRow);
PPublicationAccess.SubmitChanges(PublicationTable, Transaction);
}
// make sure that "reason subscription given" exists
if (!PReasonSubscriptionGivenAccess.Exists("FREE", Transaction))
{
// set up details (e.g. bank account) for this Bank so deletion is not allowed
PReasonSubscriptionGivenTable ReasonTable = new PReasonSubscriptionGivenTable();
PReasonSubscriptionGivenRow ReasonRow = ReasonTable.NewRowTyped();
ReasonRow.Code = "FREE";
ReasonRow.Description = "Free Subscription";
ReasonTable.Rows.Add(ReasonRow);
PReasonSubscriptionGivenAccess.SubmitChanges(ReasonTable, Transaction);
}
// now add the publication "TESTPUBLICATION" to the first family record and indicate it was a gift from newly created family record
PSubscriptionRow SubscriptionRow = MainDS.PSubscription.NewRowTyped();
SubscriptionRow.PublicationCode = "TESTPUBLICATION";
SubscriptionRow.PartnerKey = FamilyRow.PartnerKey; // link subscription with original family
SubscriptionRow.GiftFromKey = FamilyPartnerRow.PartnerKey; // indicate that subscription is a gift from newly created family
SubscriptionRow.ReasonSubsGivenCode = "FREE";
MainDS.PSubscription.Rows.Add(SubscriptionRow);
result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "add publication to family record");
Transaction.Commit();
Transaction = db.BeginTransaction(IsolationLevel.Serializable);
// this should now not be allowed since partner record has a subscription linked to it
CanDeletePartner = TPartnerWebConnector.CanPartnerBeDeleted(FamilyPartnerRow.PartnerKey, out TextMessage, db);
if (TextMessage.Length > 0)
{
TLogging.Log(TextMessage);
}
Assert.IsTrue(!CanDeletePartner);
// now test actual deletion of Family partner
FamilyPartnerRow = TCreateTestPartnerData.CreateNewFamilyPartner(MainDS, db);
PartnerKey = FamilyPartnerRow.PartnerKey;
result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "create family record");
Transaction.Commit();
// check if Family record is being deleted
Assert.IsTrue(TPartnerWebConnector.DeletePartner(PartnerKey, out VerificationResult, db));
// check that Family record is really deleted
Assert.IsTrue(!TPartnerServerLookups.VerifyPartner(PartnerKey));
}
public void TestNewPartnerWithLocation0()
{
TDataBase db = DBAccess.Connect("TestNewPartnerWithLocation0");
TDBTransaction Transaction = db.BeginTransaction(IsolationLevel.Serializable);
TPartnerEditUIConnector connector = new TPartnerEditUIConnector(db);
PartnerEditTDS MainDS = new PartnerEditTDS();
PPartnerRow PartnerRow = TCreateTestPartnerData.CreateNewFamilyPartner(MainDS, db);
PPartnerLocationRow PartnerLocationRow = MainDS.PPartnerLocation.NewRowTyped();
PartnerLocationRow.SiteKey = DomainManager.GSiteKey;
PartnerLocationRow.PartnerKey = PartnerRow.PartnerKey;
PartnerLocationRow.LocationKey = 0;
MainDS.PPartnerLocation.Rows.Add(PartnerLocationRow);
DataSet ResponseDS = new PartnerEditTDS();
TVerificationResultCollection VerificationResult;
TSubmitChangesResult result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(VerificationResult,
"There was a critical error when saving:");
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "Create a partner with location 0");
Transaction.Commit();
Transaction = db.BeginTransaction(IsolationLevel.Serializable);
TCreateTestPartnerData.CreateNewLocation(PartnerRow.PartnerKey, MainDS);
// remove location 0, same is done in csharp\ICT\Petra\Client\MCommon\logic\UC_PartnerAddresses.cs TUCPartnerAddressesLogic::AddRecord
// Check if record with PartnerLocation.LocationKey = 0 is around > delete it
DataRow PartnerLocationRecordZero =
MainDS.PPartnerLocation.Rows.Find(new object[] { PartnerRow.PartnerKey, DomainManager.GSiteKey, 0 });
if (PartnerLocationRecordZero != null)
{
DataRow LocationRecordZero = MainDS.PLocation.Rows.Find(new object[] { DomainManager.GSiteKey, 0 });
if (LocationRecordZero != null)
{
LocationRecordZero.Delete();
}
PartnerLocationRecordZero.Delete();
}
ResponseDS = new PartnerEditTDS();
result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(VerificationResult,
"There was a critical error when saving:");
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "Replace location 0 of partner");
Assert.AreEqual(1, MainDS.PPartnerLocation.Rows.Count, "the partner should only have one location in the dataset");
Transaction.Commit();
// get all addresses of the partner
TDBTransaction ReadTransaction = new TDBTransaction();
db.ReadTransaction(
ref ReadTransaction,
delegate
{
PPartnerLocationTable testPartnerLocations = PPartnerLocationAccess.LoadViaPPartner(PartnerRow.PartnerKey, ReadTransaction);
Assert.AreEqual(1, testPartnerLocations.Rows.Count, "the partner should only have one location");
Assert.Greater(testPartnerLocations[0].LocationKey, 0, "TPartnerEditUIConnector SubmitChanges returns valid location key");
});
}
public void Test_YearEnd()
{
intLedgerNumber = CommonNUnitFunctions.CreateNewLedger();
TDataBase db = DBAccess.Connect("Test_YearEnd");
TLedgerInfo LedgerInfo = new TLedgerInfo(intLedgerNumber, db);
Assert.AreEqual(0, LedgerInfo.CurrentFinancialYear, "Before YearEnd, we should be in year 0");
TAccountPeriodInfo periodInfo = new TAccountPeriodInfo(intLedgerNumber, 1);
Assert.AreEqual(new DateTime(DateTime.Now.Year,
1,
1), periodInfo.PeriodStartDate, "Calendar from base database should start with January 1st of this year");
CommonNUnitFunctions.LoadTestDataBase("csharp\\ICT\\Testing\\lib\\MFinance\\server\\GL\\test-sql\\gl-test-year-end.sql", intLedgerNumber);
TDBTransaction TestBatchTransaction = db.BeginTransaction(IsolationLevel.Serializable, -1, "Test_YearEnd.PrepareBatches");
TCommonAccountingTool commonAccountingTool =
new TCommonAccountingTool(intLedgerNumber, "NUNIT", db);
commonAccountingTool.AddBaseCurrencyJournal();
commonAccountingTool.JournalDescription = "Test Data accounts";
string strAccountGift = "0200";
string strAccountBank = "6200";
string strAccountExpense = "4100";
// Accounting of some gifts ...
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountBank, "4301", "Gift Example", "Debit", MFinanceConstants.IS_DEBIT, 100);
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountBank, "4302", "Gift Example", "Debit", MFinanceConstants.IS_DEBIT, 200);
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountBank, "4303", "Gift Example", "Debit", MFinanceConstants.IS_DEBIT, 300);
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountGift, "4301", "Gift Example", "Credit", MFinanceConstants.IS_CREDIT, 100);
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountGift, "4302", "Gift Example", "Credit", MFinanceConstants.IS_CREDIT, 200);
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountGift, "4303", "Gift Example", "Credit", MFinanceConstants.IS_CREDIT, 300);
// Accounting of some expenses ...
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountExpense, "4301", "Expense Example", "Debit", MFinanceConstants.IS_DEBIT, 150);
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountExpense, "4302", "Expense Example", "Debit", MFinanceConstants.IS_DEBIT, 150);
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountExpense, "4303", "Expense Example", "Debit", MFinanceConstants.IS_DEBIT, 200);
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountBank, "4301", "Expense Example", "Credit", MFinanceConstants.IS_CREDIT, 150);
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountBank, "4302", "Expense Example", "Credit", MFinanceConstants.IS_CREDIT, 150);
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountBank, "4303", "Expense Example", "Credit", MFinanceConstants.IS_CREDIT, 200);
TVerificationResultCollection verificationResult = new TVerificationResultCollection();
commonAccountingTool.CloseSaveAndPost(verificationResult, db); // returns true if posting seemed to work
TestBatchTransaction.Commit();
bool blnLoop = true;
while (blnLoop)
{
TDBTransaction PeriodEndTransaction = db.BeginTransaction(IsolationLevel.Serializable, -1, "Test_2YearEnds.PeriodEnd");
TLedgerInfo LedgerInfo2 = new TLedgerInfo(intLedgerNumber, db);
if (LedgerInfo2.ProvisionalYearEndFlag)
{
blnLoop = false;
}
else
{
TVerificationResultCollection VerificationResult;
List <Int32> glBatchNumbers;
Boolean stewardshipBatch;
TPeriodIntervalConnector.PeriodMonthEnd(
intLedgerNumber, false,
out glBatchNumbers,
out stewardshipBatch,
out VerificationResult,
db);
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(VerificationResult,
"Running MonthEnd gave critical error");
}
PeriodEndTransaction.Commit();
}
// check before year end that income and expense accounts are not 0
int intYear = 0;
CheckGLMEntry(intLedgerNumber, intYear, strAccountBank,
-50, 0, 50, 0, 100, 0);
CheckGLMEntry(intLedgerNumber, intYear, strAccountExpense,
150, 0, 150, 0, 200, 0);
CheckGLMEntry(intLedgerNumber, intYear, strAccountGift,
100, 0, 200, 0, 300, 0);
// test that we cannot post to period 12 anymore, all periods are closed?
LedgerInfo = new TLedgerInfo(intLedgerNumber, db);
Assert.AreEqual(true, LedgerInfo.ProvisionalYearEndFlag, "Provisional YearEnd flag should be set");
List <Int32> glBatches = new List <int>();
TDBTransaction transaction = new TDBTransaction();
bool SubmissionOK = false;
db.WriteTransaction(
ref transaction,
ref SubmissionOK,
delegate
{
//
// Reallocation is never called explicitly like this - it's not really appropriate
// because I'm about to call it again as part of YearEnd, below.
// But a tweak in the reallocation code means that it should now cope with being called twice.
TReallocation reallocation = new TReallocation(LedgerInfo, glBatches, transaction);
reallocation.VerificationResultCollection = verificationResult;
reallocation.IsInInfoMode = false;
reallocation.RunOperation();
SubmissionOK = true;
});
// check amounts after reallocation
CheckGLMEntry(intLedgerNumber, intYear, strAccountBank,
-50, 0, 50, 0, 100, 0);
CheckGLMEntry(intLedgerNumber, intYear, strAccountExpense,
0, -150, 0, -150, 0, -200);
CheckGLMEntry(intLedgerNumber, intYear, strAccountGift,
0, -100, 0, -200, 0, -300);
// first run in info mode
TPeriodIntervalConnector.PeriodYearEnd(intLedgerNumber, true,
out glBatches,
out verificationResult, db);
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(verificationResult,
"YearEnd test should not have critical errors");
transaction = db.BeginTransaction(IsolationLevel.Serializable);
// now run for real
TPeriodIntervalConnector.PeriodYearEnd(intLedgerNumber, false,
out glBatches,
out verificationResult, db);
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(verificationResult,
"YearEnd should not have critical errors");
transaction.Commit();
transaction = db.BeginTransaction(IsolationLevel.ReadCommitted);
++intYear;
// check after year end that income and expense accounts are 0, bank account remains
CheckGLMEntry(intLedgerNumber, intYear, strAccountBank,
-50, 0, 50, 0, 100, 0);
CheckGLMEntry(intLedgerNumber, intYear, strAccountExpense,
0, 0, 0, 0, 0, 0);
CheckGLMEntry(intLedgerNumber, intYear, strAccountGift,
0, 0, 0, 0, 0, 0);
// also check the glm period records
CheckGLMPeriodEntry(intLedgerNumber, intYear, 1, strAccountBank,
-50, 50, 100, db);
CheckGLMPeriodEntry(intLedgerNumber, intYear, 1, strAccountExpense,
0, 0, 0, db);
CheckGLMPeriodEntry(intLedgerNumber, intYear, 1, strAccountGift,
0, 0, 0, db);
// 9700 is the account that the expenses and income from last year is moved to
TGlmInfo glmInfo = new TGlmInfo(intLedgerNumber, intYear, "9700", db);
glmInfo.Reset();
Assert.IsTrue(glmInfo.MoveNext(), "9700 account not found");
Assert.AreEqual(100, glmInfo.YtdActualBase);
Assert.AreEqual(0, glmInfo.ClosingPeriodActualBase);
LedgerInfo = new TLedgerInfo(intLedgerNumber, db);
Assert.AreEqual(1, LedgerInfo.CurrentFinancialYear, "After YearEnd, we are in a new financial year");
Assert.AreEqual(1, LedgerInfo.CurrentPeriod, "After YearEnd, we are in Period 1");
Assert.AreEqual(false, LedgerInfo.ProvisionalYearEndFlag, "After YearEnd, ProvisionalYearEnd flag should not be set");
periodInfo = new TAccountPeriodInfo(intLedgerNumber, 1, db);
Assert.AreEqual(new DateTime(DateTime.Now.Year + 1,
1,
1), periodInfo.PeriodStartDate, "new Calendar should start with January 1st of next year");
transaction.Rollback();
}
public void Test_2YearEnds()
{
intLedgerNumber = CommonNUnitFunctions.CreateNewLedger();
CommonNUnitFunctions.LoadTestDataBase("csharp\\ICT\\Testing\\lib\\MFinance\\server\\GL\\test-sql\\gl-test-year-end.sql", intLedgerNumber);
TDataBase db = DBAccess.Connect("Test_2YearEnds");
for (int countYear = 0; countYear < 2; countYear++)
{
TLogging.Log("preparing year number " + countYear.ToString());
TDBTransaction TestBatchTransaction = db.BeginTransaction(IsolationLevel.Serializable, -1, "Test_2YearEnds.PrepareBatches");
// accounting one gift
string strAccountGift = "0200";
string strAccountBank = "6200";
TCommonAccountingTool commonAccountingTool =
new TCommonAccountingTool(intLedgerNumber, "NUNIT", db);
commonAccountingTool.AddBaseCurrencyJournal();
commonAccountingTool.JournalDescription = "Test Data accounts";
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountBank, "4301", "Gift Example", "Debit", MFinanceConstants.IS_DEBIT, 100);
commonAccountingTool.AddBaseCurrencyTransaction(
strAccountGift, "4301", "Gift Example", "Credit", MFinanceConstants.IS_CREDIT, 100);
TVerificationResultCollection verificationResult = new TVerificationResultCollection();
Boolean PostedOk = commonAccountingTool.CloseSaveAndPost(verificationResult, db); // returns true if posting seemed to work
Assert.AreEqual(true, PostedOk, "Test batch can't be posted");
TestBatchTransaction.Commit();
bool blnLoop = true;
while (blnLoop)
{
TDBTransaction PeriodEndTransaction = db.BeginTransaction(IsolationLevel.Serializable, -1, "Test_2YearEnds.PeriodEnd");
TLedgerInfo LedgerInfo = new TLedgerInfo(intLedgerNumber, db);
if (LedgerInfo.ProvisionalYearEndFlag)
{
blnLoop = false;
}
else
{
List <Int32> glBatchNumbers;
Boolean stewardshipBatch;
TVerificationResultCollection VerificationResult;
TPeriodIntervalConnector.PeriodMonthEnd(
intLedgerNumber,
false,
out glBatchNumbers,
out stewardshipBatch,
out VerificationResult,
db);
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(VerificationResult,
"MonthEnd gave critical error at Period" + LedgerInfo.CurrentPeriod + ":\r\n");
}
PeriodEndTransaction.Commit();
}
TDBTransaction transaction = new TDBTransaction();
bool SubmissionOK = false;
db.WriteTransaction(
ref transaction,
ref SubmissionOK,
delegate
{
TLedgerInfo LedgerInfo = new TLedgerInfo(intLedgerNumber, db);
TLogging.Log("Closing year number " + countYear.ToString());
List <Int32> glBatches = new List <int>();
TReallocation reallocation = new TReallocation(LedgerInfo, glBatches, transaction);
verificationResult = new TVerificationResultCollection();
reallocation.VerificationResultCollection = verificationResult;
reallocation.IsInInfoMode = false;
// Assert.AreEqual(1, reallocation.GetJobSize(), "Check 1 reallocation job is required"); // No job size is published by Reallocation
reallocation.RunOperation();
TYearEnd YearEndOperator = new TYearEnd(LedgerInfo);
TGlmNewYearInit glmNewYearInit = new TGlmNewYearInit(LedgerInfo, countYear, YearEndOperator, transaction);
glmNewYearInit.VerificationResultCollection = verificationResult;
glmNewYearInit.IsInInfoMode = false;
// Assert.Greater(glmNewYearInit.GetJobSize(), 0, "Check that NewYearInit has work to do"); // in this version, GetJobSize returns 0
glmNewYearInit.RunOperation();
YearEndOperator.SetNextPeriod(transaction);
SubmissionOK = true;
});
}
TLedgerInfo LedgerInfo2 = new TLedgerInfo(intLedgerNumber, db);
Assert.AreEqual(2, LedgerInfo2.CurrentFinancialYear, "After YearEnd, Ledger is in year 2");
TAccountPeriodInfo periodInfo = new TAccountPeriodInfo(intLedgerNumber, 1);
Assert.AreEqual(new DateTime(DateTime.Now.Year + 2,
1,
1), periodInfo.PeriodStartDate, "new Calendar should start with January 1st of next year");
} // Test_2YearEnds
public void TestBankingDetails()
{
TDataBase db = DBAccess.Connect("TestBankingDetails");
TDBTransaction Transaction = db.BeginTransaction(IsolationLevel.Serializable);
TPartnerEditUIConnector connector = new TPartnerEditUIConnector(db);
PartnerEditTDS MainDS = new PartnerEditTDS();
PPartnerRow PartnerRow = TCreateTestPartnerData.CreateNewFamilyPartner(MainDS, db);
TCreateTestPartnerData.CreateNewLocation(PartnerRow.PartnerKey, MainDS);
DataSet ResponseDS = new PartnerEditTDS();
TVerificationResultCollection VerificationResult;
TSubmitChangesResult result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(VerificationResult,
"There was a critical error when saving:");
Assert.AreEqual(TSubmitChangesResult.scrOK, result, "TPartnerEditUIConnector SubmitChanges return value");
Transaction.Commit();
Transaction = db.BeginTransaction(IsolationLevel.Serializable);
connector = new TPartnerEditUIConnector(PartnerRow.PartnerKey, db);
// add a banking detail
PartnerEditTDSPBankingDetailsRow bankingDetailsRow = MainDS.PBankingDetails.NewRowTyped(true);
bankingDetailsRow.AccountName = "account of " + PartnerRow.PartnerShortName;
bankingDetailsRow.BankAccountNumber = new Random().Next().ToString();
bankingDetailsRow.BankingDetailsKey = (MainDS.PBankingDetails.Count + 1) * -1;
bankingDetailsRow.BankKey = 43005004;
bankingDetailsRow.MainAccount = true;
bankingDetailsRow.BankingType = MPartnerConstants.BANKINGTYPE_BANKACCOUNT;
MainDS.PBankingDetails.Rows.Add(bankingDetailsRow);
PPartnerBankingDetailsRow partnerBankingDetails = MainDS.PPartnerBankingDetails.NewRowTyped(true);
partnerBankingDetails.PartnerKey = PartnerRow.PartnerKey;
partnerBankingDetails.BankingDetailsKey = bankingDetailsRow.BankingDetailsKey;
MainDS.PPartnerBankingDetails.Rows.Add(partnerBankingDetails);
result = connector.SubmitChanges(ref MainDS, ref ResponseDS, out VerificationResult);
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(VerificationResult,
"There was a critical error when saving 2:");
foreach (DataTable t in MainDS.Tables)
{
if ((t == MainDS.PBankingDetails) ||
(t == MainDS.PPartnerBankingDetails) ||
(t == MainDS.PDataLabelValuePartner))
{
int NumRows = t.Rows.Count;
for (int RowIndex = NumRows - 1; RowIndex >= 0; RowIndex -= 1)
{
DataRow InspectDR = t.Rows[RowIndex];
// delete all added Rows.
if (InspectDR.RowState == DataRowState.Added)
{
InspectDR.Delete();
}
}
}
}
MainDS.AcceptChanges();
Transaction.Commit();
Transaction = db.BeginTransaction(IsolationLevel.Serializable);
Assert.AreEqual(1, PBankingDetailsUsageAccess.CountViaPPartner(PartnerRow.PartnerKey, Transaction), "count of main accounts for partner");
// add another account
bankingDetailsRow = MainDS.PBankingDetails.NewRowTyped(true);
bankingDetailsRow.AccountName = "2nd account of " + PartnerRow.PartnerShortName;
bankingDetailsRow.BankAccountNumber = new Random().Next().ToString();
bankingDetailsRow.BankingDetailsKey = (MainDS.PBankingDetails.Count + 1) * -1;
bankingDetailsRow.BankKey = 43005004;
bankingDetailsRow.MainAccount = false;
bankingDetailsRow.BankingType = MPartnerConstants.BANKINGTYPE_BANKACCOUNT;
MainDS.PBankingDetails.Rows.Add(bankingDetailsRow);
partnerBankingDetails = MainDS.PPartnerBankingDetails.NewRowTyped(true);
partnerBankingDetails.PartnerKey = PartnerRow.PartnerKey;
partnerBankingDetails.BankingDetailsKey = bankingDetailsRow.BankingDetailsKey;
MainDS.PPartnerBankingDetails.Rows.Add(partnerBankingDetails);
PartnerEditTDS ChangedDS = MainDS.GetChangesTyped(true);
result = connector.SubmitChanges(ref ChangedDS, ref ResponseDS, out VerificationResult);
MainDS.Merge(ChangedDS);
foreach (DataTable t in MainDS.Tables)
{
if ((t == MainDS.PBankingDetails) ||
(t == MainDS.PPartnerBankingDetails) ||
(t == MainDS.PDataLabelValuePartner))
{
int NumRows = t.Rows.Count;
for (int RowIndex = NumRows - 1; RowIndex >= 0; RowIndex -= 1)
{
DataRow InspectDR = t.Rows[RowIndex];
// delete all added Rows.
if (InspectDR.RowState == DataRowState.Added)
{
InspectDR.Delete();
}
}
}
}
MainDS.AcceptChanges();
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(VerificationResult,
"There was a critical error when saving 3:");
// now delete the main bank account
PartnerEditTDSPBankingDetailsRow toDelete = null;
foreach (PartnerEditTDSPBankingDetailsRow row in MainDS.PBankingDetails.Rows)
{
if (row.MainAccount)
{
toDelete = row;
break;
}
}
Assert.IsNotNull(toDelete, "cannot find main account");
Assert.AreEqual(true, toDelete.MainAccount, "should be the main account");
MainDS.PPartnerBankingDetails.Rows.Find(new object[] { PartnerRow.PartnerKey, toDelete.BankingDetailsKey }).Delete();
toDelete.Delete();
ChangedDS = MainDS.GetChangesTyped(true);
result = connector.SubmitChanges(ref ChangedDS, ref ResponseDS, out VerificationResult);
Assert.AreEqual(1, VerificationResult.Count, "should fail because we have no main account anymore");
Assert.AreEqual(
"One Bank Account of a Partner must be set as the 'Main Account'. Please select the record that should become the 'Main Account' and choose 'Set Main Account'.",
VerificationResult[0].ResultText,
"should fail because we have no main account anymore");
PartnerEditTDSPBankingDetailsRow otherAccount = null;
foreach (PartnerEditTDSPBankingDetailsRow row in MainDS.PBankingDetails.Rows)
{
if ((row.RowState != DataRowState.Deleted) && !row.MainAccount)
{
otherAccount = row;
break;
}
}
otherAccount.MainAccount = true;
ChangedDS = MainDS.GetChangesTyped(true);
result = connector.SubmitChanges(ref ChangedDS, ref ResponseDS, out VerificationResult);
MainDS.Merge(ChangedDS);
MainDS.AcceptChanges();
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(VerificationResult,
"There was a critical error when saving 4:");
Transaction.Commit();
Transaction = db.BeginTransaction(IsolationLevel.Serializable);
// now delete the last remaining bank account
toDelete = MainDS.PBankingDetails[0];
Assert.AreEqual(true, toDelete.MainAccount);
MainDS.PPartnerBankingDetails.Rows.Find(new object[] { PartnerRow.PartnerKey, toDelete.BankingDetailsKey }).Delete();
toDelete.Delete();
ChangedDS = MainDS.GetChangesTyped(true);
result = connector.SubmitChanges(ref ChangedDS, ref ResponseDS, out VerificationResult);
MainDS.Merge(ChangedDS);
MainDS.AcceptChanges();
CommonNUnitFunctions.EnsureNullOrOnlyNonCriticalVerificationResults(VerificationResult,
"There was a critical error when saving 5:");
Transaction.Commit();
}
/// <summary>
/// Records the logging-out (=disconnection) of a Client to the s_login DB Table. That DB Table contains a log
/// of all the log-ins/log-in attempts to the system, and of log-outs from the system.
/// </summary>
/// <param name="AUserID">UserID of the User for which a logout should be recorded.</param>
/// <param name="AProcessID">ProcessID of the User for which a logout should be recorded.
/// This will need to be the number that got returned from an earlier call to
/// <see cref="AddLoginLogEntry(string, string, string, out int, TDBTransaction)"/>!</param>
/// <param name="ATransaction">Either an instantiated DB Transaction, or null. In the latter case
/// a separate DB Connection gets opened, a DB Transaction on that separate DB Connection gets started,
/// then committed/rolled back and the separate DB Connection gets closed. This is needed when this Method
/// gets called from Method 'Ict.Common.Remoting.Server.TDisconnectClientThread.StartClientDisconnection()'!</param>
public void RecordUserLogout(String AUserID, int AProcessID, TDBTransaction ATransaction)
{
TDataBase DBConnectionObj = null;
TDBTransaction WriteTransaction = new TDBTransaction();
SLoginTable LoginTable = new SLoginTable();
SLoginRow NewLoginRow = LoginTable.NewRowTyped(false);
bool SubmissionOK = false;
DateTime LogoutDateTime = DateTime.Now;
// Set DataRow values
NewLoginRow.LoginProcessId = -1;
NewLoginRow.UserId = AUserID.ToUpper();
NewLoginRow.LoginType = LOGIN_STATUS_TYPE_LOGOUT;
NewLoginRow.LoginDetails = Catalog.GetString("User logout.");
NewLoginRow.LoginProcessIdRef = AProcessID;
NewLoginRow.Date = LogoutDateTime.Date;
NewLoginRow.Time = Conversions.DateTimeToInt32Time(LogoutDateTime);
//TLogging.Log(String.Format("RecordUserLogout: NewLoginRow.Date: {0}; NewLoginRow.Time: {1}",
// NewLoginRow.Date, NewLoginRow.Time));
LoginTable.Rows.Add(NewLoginRow);
if (ATransaction == null)
{
// Open a separate DB Connection (necessary because this Method gets executed in the Server's (Main) AppDomain
// which hasn't got an instance of DBAccess.GDBAccess!) ...
DBConnectionObj = DBAccess.Connect("RecordUserLogout");
// ...and start a DB Transaction on that separate DB Connection
WriteTransaction = DBConnectionObj.BeginTransaction(IsolationLevel.RepeatableRead, 0, "RecordUserLogout");
}
else
{
DBConnectionObj = ATransaction.DataBaseObj;
WriteTransaction = ATransaction;
}
try
{
try
{
SLoginAccess.SubmitChanges(LoginTable, WriteTransaction);
SubmissionOK = true;
}
catch (Exception Exc)
{
TLogging.Log("RecordUserLogout: An Exception occured during the saving of a Login Log entry:" +
Environment.NewLine + Exc.ToString());
throw;
}
}
finally
{
if (SubmissionOK)
{
ATransaction.Commit();
}
else
{
ATransaction.Rollback();
}
if (DBConnectionObj != null)
{
DBConnectionObj.CloseDBConnection();
}
}
}