/// <summary> /// Creates a transaction Committer with the Business Object added. /// </summary> /// <returns>Returns the transaction object</returns> protected virtual ITransactionCommitter CreateSaveTransaction() { ITransactionCommitter committer = BORegistry.DataAccessor.CreateTransactionCommitter(); committer.AddBusinessObject(_bo); return(committer); }
public TransactionCommitterTestGrain( [TransactionCommitter(TransactionTestConstants.RemoteCommitService, TransactionTestConstants.TransactionStore)] ITransactionCommitter <IRemoteCommitService> committer, ILoggerFactory loggerFactory) { this.committer = committer; this.loggerFactory = loggerFactory; }
protected override void CleanAchskopieTables(ITransactionCommitter transactionComitter) { var kopieSektorTypeName = typeof(KopieSektor).Name; var kopieAchsensegmentTypeName = typeof(KopieAchsenSegment).Name; var KopieAchseTypeName = typeof(KopieAchse).Name; var kopieAchseIdPropertyName = ExpressionHelper.GetPropertyName <KopieAchse, Guid>(ka => ka.Id); var kopieAchsensegmentAchsenIdPropertyName = ExpressionHelper.GetPropertyName <KopieAchsenSegment, Guid>(kas => kas.AchsenId); var kopieAchsenOwnerPropertyName = ExpressionHelper.GetPropertyName <KopieAchse, string>(ka => ka.Owner); var kopieSektorSegmentIdPropertyName = ExpressionHelper.GetPropertyName <KopieSektor, Guid>(ks => ks.SegmentId); var kopieAchsensegmentIdPropertyName = ExpressionHelper.GetPropertyName <KopieAchsenSegment, Guid>(kas => kas.Id); { IQuery qry = transactionComitter.Session.CreateQuery(string.Format("delete from {0} sektor where sektor.{1} in (select {2} from {3} segment where segment.{4} in (select {5} from {6} achse where achse.{7} = :owner))", new string[] { kopieSektorTypeName, kopieSektorSegmentIdPropertyName, kopieAchsensegmentIdPropertyName, kopieAchsensegmentTypeName, kopieAchsensegmentAchsenIdPropertyName, kopieAchseIdPropertyName, KopieAchseTypeName, kopieAchsenOwnerPropertyName })); qry.SetString("owner", owner); qry.ExecuteUpdate(); } { IQuery qry = transactionComitter.Session.CreateQuery(string.Format("delete from {0} segment where segment.{1} in (select {2} from {3} achse where achse.{4} = :owner)", new string[] { kopieAchsensegmentTypeName, kopieAchsensegmentAchsenIdPropertyName, kopieAchseIdPropertyName, KopieAchseTypeName, kopieAchsenOwnerPropertyName })); qry.SetString("owner", owner); qry.ExecuteUpdate(); } { IQuery qry = transactionComitter.Session.CreateQuery(string.Format("delete from {0} achse where achse.{1} = :owner", new string[] { KopieAchseTypeName, kopieAchsenOwnerPropertyName })); qry.SetString("owner", owner); qry.ExecuteUpdate(); } transactionComitter.ForceNext(); }
/// <summary> /// Interface to add the number generator to a transaction via the transaction committer. /// </summary> /// <param name="transactionCommitter"></param> public void AddToTransaction(ITransactionCommitter transactionCommitter) { BusinessObject busObject = GetTransactionalBO(); busObject.UpdateObjectBeforePersisting(transactionCommitter); transactionCommitter.AddBusinessObject(busObject); }
public void Test_SavingToMultipleSources() { //---------------Set up test pack------------------- DataStoreInMemory dataStore1 = new DataStoreInMemory(); DataStoreInMemory dataStore2 = new DataStoreInMemory(); DataAccessorInMemory dataAccessorInMemory1 = new DataAccessorInMemory(dataStore1); DataAccessorInMemory dataAccessorInMemory2 = new DataAccessorInMemory(dataStore2); DataAccessorMultiSource dataAccessor = new DataAccessorMultiSource(new DataAccessorInMemory()); dataAccessor.AddDataAccessor(typeof(MyBO), dataAccessorInMemory1); dataAccessor.AddDataAccessor(typeof(MyRelatedBo), dataAccessorInMemory2); MyBO.LoadDefaultClassDef(); MyRelatedBo.LoadClassDef(); var bo1 = new MyBO(); var bo2 = new MyRelatedBo(); //---------------Execute Test ---------------------- ITransactionCommitter committer1 = dataAccessor.CreateTransactionCommitter(); committer1.AddBusinessObject(bo1); committer1.CommitTransaction(); ITransactionCommitter committer2 = dataAccessor.CreateTransactionCommitter(); committer2.AddBusinessObject(bo2); committer2.CommitTransaction(); //---------------Test Result ----------------------- Assert.IsNotNull(dataStore1.Find <MyBO>(bo1.ID)); Assert.IsNotNull(dataStore2.Find <MyRelatedBo>(bo2.ID)); //---------------Tear down ------------------------- }
///<summary> /// Executes any custom code required by the business object before it is persisted to the database. /// This has the additionl capability of creating or updating other business objects and adding these /// to the transaction committer. /// <remarks> Recursive call to UpdateObjectBeforePersisting will not be done i.e. it is the bo developers responsibility to implement</remarks> ///</summary> ///<param name="transactionCommitter">the transaction committer that is executing the transaction</param> protected internal override void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { base.UpdateObjectBeforePersisting(transactionCommitter); INumberGenerator numGen = new NumberGenerator("GeneratedNumber"); this.GeneratedNumber = numGen.NextNumber().ToString(); numGen.AddToTransaction(transactionCommitter); }
public void AddTransaction(ITransactional transaction) { if (_myDataAccessor == null) { _myDataAccessor = _defaultDataAccessor; _transactionCommitter = _myDataAccessor.CreateTransactionCommitter(); } _transactionCommitter.AddTransaction(transaction); }
///<summary> /// This method adds an <see cref="ITransactional"/> to the list of transactions. ///</summary> ///<param name="transaction">The transaction to add to the <see cref="ITransactionCommitter"/>.</param> public void AddTransaction(ITransactional transaction) { if (_myDataAccessor == null) { _myDataAccessor = _defaultDataAccessor; _transactionCommitter = _myDataAccessor.CreateTransactionCommitter(); } _transactionCommitter.AddTransaction(transaction); }
/// <summary> /// Commits to the database all the business objects that are either /// new or have been altered since the last committal /// </summary> public override void SaveAll() { ITransactionCommitter committer = BORegistry.DataAccessor.CreateTransactionCommitter(); foreach (TBusinessObject bo in _removedBusinessObjects) { committer.AddBusinessObject(bo); } SaveAllInTransaction(committer); _removedBusinessObjects.Clear(); }
public AxisImportDataHandler(ITransactionCommitter transactionCommitter, IAxisImportMonitor axisImportMonitor, int impNr, AxisImportPass pass) { this.transactionCommitter = transactionCommitter; this.AxisImportMonitor = axisImportMonitor; transactionCommitter.ForceNext(); this.ImpNr = impNr; this.Pass = pass; CheckCancelled(); }
///<summary> /// Add an object of type business object to the transaction. /// The DBTransactionCommiter wraps this Business Object in the /// appropriate Transactional Business Object ///</summary> ///<param name="businessObject"></param> public void AddBusinessObject(IBusinessObject businessObject) { if (_myDataAccessor == null) { _myDataAccessor = GetDataAccessorForType(businessObject.GetType()); _transactionCommitter = _myDataAccessor.CreateTransactionCommitter(); } else { IDataAccessor dataAccessorToUseForType = GetDataAccessorForType(businessObject.GetType()); if (dataAccessorToUseForType != _myDataAccessor) { throw new HabaneroDeveloperException("A problem occurred while trying to save, please see log for details", string.Format("A BusinessObject of type {0} was added to a TransactionCommitterMultiSource which has been set up with a different source to this type.", businessObject.GetType().FullName)); } } _transactionCommitter.AddBusinessObject(businessObject); }
protected virtual void CleanAchskopieTables(ITransactionCommitter transactionComitter) { var kopieSektorTypeName = typeof(KopieSektor).Name; transactionComitter.Session.Delete(string.Format("from {0}", kopieSektorTypeName)); transactionComitter.ForceNext(); var kopieAchsenSegmentTypeName = typeof(KopieAchsenSegment).Name; transactionComitter.Session.Delete(string.Format("from {0}", kopieAchsenSegmentTypeName)); transactionComitter.ForceNext(); var kopieAchseTypeName = typeof(KopieAchse).Name; transactionComitter.Session.Delete(string.Format("from {0}", kopieAchseTypeName)); transactionComitter.ForceNext(); }
public void Test_DeleteBusinessObject_Success() { //---------------Set up test pack------------------- ITransactionCommitter transactionCommitter = GetTransactionCommitter(); IBusinessObject boToDelete = MockRepository.GenerateMock <IBusinessObject>(); DefaultBODeletor businessObjectDeletor = new DefaultBODeletor(); //---------------Assert Precondition---------------- Assert.IsNotNull(transactionCommitter); transactionCommitter.AssertWasNotCalled(committer => committer.CommitTransaction()); //---------------Execute Test ---------------------- businessObjectDeletor.DeleteBusinessObject(boToDelete); //---------------Test Result ----------------------- boToDelete.AssertWasCalled(o => o.MarkForDelete()); transactionCommitter.AssertWasCalled(committer => committer.CommitTransaction()); boToDelete.AssertWasNotCalled(o => o.CancelEdits()); }
///<summary> /// Add an object of type business object to the transaction. /// The DBTransactionCommiter wraps this Business Object in the /// appropriate Transactional Business Object ///</summary> ///<param name="businessObject"></param> public void AddBusinessObject(IBusinessObject businessObject) { if (_myDataAccessor == null) { _myDataAccessor = GetDataAccessorForType(businessObject.GetType()); _transactionCommitter = _myDataAccessor.CreateTransactionCommitter(); } else { IDataAccessor dataAccessorToUseForType = GetDataAccessorForType(businessObject.GetType()); if (dataAccessorToUseForType != _myDataAccessor) { throw new HabaneroDeveloperException("A problem occurred while trying to save, please see log for details", string.Format("A BusinessObject of type {0} was added to a TransactionCommitterMultiSource which has been set up with a different source to this type.", businessObject.GetType().FullName)); } } _transactionCommitter.AddBusinessObject(businessObject); }
private void runImport(ITransactionCommitter transactionComitter, string filename, int impNr, importType type) { if (type == importType.Full) { CleanAchskopieTables(transactionComitter); } { AxisImportDataHandler dataHandler = getImportDataHandler(transactionComitter, axisImportMonitor, impNr, AxisImportPass.Achsen, type); AxisReader2 axisReader = new AxisReader2(filename, dataHandler); axisReader.Parse(); Statistics += dataHandler.Statistics; } if (type == importType.Full) { transactionComitter.ForceNext(); } { AxisImportDataHandler dataHandler = getImportDataHandler(transactionComitter, axisImportMonitor, impNr, AxisImportPass.Segmente, type); AxisReader2 axisReader = new AxisReader2(filename, dataHandler); axisReader.Parse(); Statistics += dataHandler.Statistics; } if (type == importType.Full) { transactionComitter.ForceNext(); } { AxisImportDataHandler dataHandler = getImportDataHandler(transactionComitter, axisImportMonitor, impNr, AxisImportPass.Sektoren, type); AxisReader2 axisReader = new AxisReader2(filename, dataHandler); axisReader.Parse(); Statistics += dataHandler.Statistics; } if (type == importType.Full) { transactionComitter.ForceNext(); } }
public void Test_UsingDefaultBusinessObjectLoader() { //---------------Set up test pack------------------- DataAccessorMultiSource dataAccessor = new DataAccessorMultiSource(new DataAccessorInMemory()); ITransactionCommitter committer = dataAccessor.CreateTransactionCommitter(); MyBO.LoadDefaultClassDef(); var bo1 = new MyBO(); committer.AddBusinessObject(bo1); committer.CommitTransaction(); //---------------Execute Test ---------------------- var loadedBo1 = dataAccessor.BusinessObjectLoader.GetBusinessObject <MyBO>(bo1.ID); //---------------Test Result ----------------------- Assert.AreSame(loadedBo1, bo1); //---------------Tear down ------------------------- }
public void TestCompareThroughRelationship() { //---------------Set up test pack------------------- Car car1 = new Car(); car1.CarRegNo = "5"; Car car2 = new Car(); car2.CarRegNo = "2"; Engine engine1 = new Engine(); engine1.CarID = car1.CarID; engine1.EngineNo = "20"; Engine engine2 = new Engine(); engine2.CarID = car2.CarID; engine2.EngineNo = "50"; ITransactionCommitter committer = BORegistry.DataAccessor.CreateTransactionCommitter(); committer.AddBusinessObject(car1); committer.AddBusinessObject(car2); committer.AddBusinessObject(engine1); committer.AddBusinessObject(engine2); committer.CommitTransaction(); //---------------Assert PreConditions--------------- //---------------Execute Test ---------------------- PropertyComparer <Engine, string> comparer = new PropertyComparer <Engine, string>("CarRegNo"); comparer.Source = new Source("Car"); int comparisonResult = comparer.Compare(engine1, engine2); //---------------Test Result ----------------------- Assert.Greater(comparisonResult, 0, "engine1 should be greater as its car's regno is greater"); //---------------Tear Down ------------------------- }
public void TestCompare_ThroughRelationship() { //---------------Set up test pack------------------- Car car1 = new Car(); car1.CarRegNo = "2"; Car car2 = new Car(); car2.CarRegNo = "2"; Engine engine1 = new Engine(); engine1.CarID = car1.CarID; engine1.EngineNo = "20"; Engine engine2 = new Engine(); engine2.CarID = car2.CarID; engine2.EngineNo = "50"; ITransactionCommitter committer = BORegistry.DataAccessor.CreateTransactionCommitter(); committer.AddBusinessObject(car1); committer.AddBusinessObject(car2); committer.AddBusinessObject(engine1); committer.AddBusinessObject(engine2); committer.CommitTransaction(); IOrderCriteria orderCriteria = QueryBuilder.CreateOrderCriteria(engine1.ClassDef, "Car.CarRegNo, EngineNo"); //---------------Assert PreConditions--------------- //---------------Execute Test ---------------------- int comparisonResult = orderCriteria.Compare(engine1, engine2); //---------------Test Result ----------------------- Assert.Less(comparisonResult, 0, "engine1 should be less as the car regnos are equal and its engine no is less"); //---------------Tear Down ------------------------- }
public void TestField_Compare_ThroughRelationship() { //---------------Set up test pack------------------- Car car1 = new Car(); car1.CarRegNo = "5"; Car car2 = new Car(); car2.CarRegNo = "2"; Engine engine1 = new Engine(); engine1.CarID = car1.CarID; engine1.EngineNo = "20"; Engine engine2 = new Engine(); engine2.CarID = car2.CarID; engine2.EngineNo = "50"; ITransactionCommitter committer = BORegistry.DataAccessor.CreateTransactionCommitter(); committer.AddBusinessObject(car1); committer.AddBusinessObject(car2); committer.AddBusinessObject(engine1); committer.AddBusinessObject(engine2); committer.CommitTransaction(); OrderCriteriaField orderCriteriaField = OrderCriteriaField.FromString("Engine.Car.CarRegNo"); //---------------Assert PreConditions--------------- //---------------Execute Test ---------------------- int comparisonResult = orderCriteriaField.Compare(engine1, engine2); //---------------Test Result ----------------------- Assert.Greater(comparisonResult, 0, "engine1 should be greater as its car's regno is greater"); //---------------Tear Down ------------------------- }
/// <summary> /// A handler to respond when the "OK" button has been pressed. /// All changes are committed to the database and the dialog is closed. /// </summary> /// <param name="sender">The object that notified of the event</param> /// <param name="e">Attached arguments regarding the event</param> private void OKButtonHandler(object sender, EventArgs e) { try { _panelInfo.ApplyChangesToBusinessObject(); ITransactionCommitter committer = CreateSaveTransaction(); committer.CommitTransaction(); DialogResult = DialogResult.OK; if (_postObjectEditAction != null) { _postObjectEditAction(this._bo, false); } _panelInfo.BusinessObject = null; SafeCloseForm(); } catch (Exception ex) { log.Error(ExceptionUtilities.GetExceptionString(ex, 0, true)); GlobalRegistry.UIExceptionNotifier.Notify(ex, "There was a problem saving for the following reason(s):", "Saving Problem"); } }
AxisImportDataHandler getImportDataHandler(ITransactionCommitter transactionComitter, IAxisImportMonitor axisImportMonitor, int impNr, AxisImportPass importPass, importType type) { AxisImportDataHandler dataHandler; switch (type) { case importType.Incremental: dataHandler = new AxisImportDataHandlerIncr(transactionComitter, axisImportMonitor, impNr, importPass); break; case importType.Full: dataHandler = new AxisImportDataHandlerFull(transactionComitter, axisImportMonitor, impNr, importPass); break; default: dataHandler = null; break; } return(dataHandler); }
public void Test_DeleteBusinessObject_Failure() { //---------------Set up test pack------------------- ITransactionCommitter transactionCommitter = GetTransactionCommitter(); DefaultBODeletor businessObjectDeletor = new DefaultBODeletor(); IBusinessObject boToDelete = new FakeAddress(); Exception expectedException = new Exception(); transactionCommitter.Stub(t => t.CommitTransaction()).Throw(expectedException); //---------------Assert Precondition---------------- //---------------Execute Test ---------------------- try { businessObjectDeletor.DeleteBusinessObject(boToDelete); Assert.Fail("Expected to throw an Exception"); } //---------------Test Result ----------------------- catch (Exception exception) { Assert.AreSame(expectedException, exception); } }
public TransactionCommitterRemote(ITransactionCommitter remoteTransactionCommitter) { _remoteTransactionCommitter = remoteTransactionCommitter; }
//protected internal override void BeforeSave(ITransactionCommitter transactionCommiter) //{ // CombinedParts = FirstPart + SecondPart; //} ///<summary> /// Executes any custom code required by the business object before it is persisted to the database. /// This has the additionl capability of creating or updating other business objects and adding these /// to the transaction committer. /// <remarks> Recursive call to UpdateObjectBeforePersisting will not be done i.e. it is the bo developers responsibility to implement</remarks> ///</summary> ///<param name="transactionCommitter">the transaction committer that is executing the transaction</param> protected internal override void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { CombinedParts = FirstPart + SecondPart; }
/// <summary> /// Steps to carry out before the Save() command is run. You can add objects to the current /// transaction using this method, such as a database number generator. No validity checks are /// made to the BusinessObject after this step, so be careful not to invalidate the object. /// </summary> /// <param name="transactionCommitter">The current transaction committer - any objects added to this will /// be committed in the same transaction as this one.</param> protected internal override void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { transactionCommitter.AddBusinessObject(new FakeBOWithUpdateBeforePersisting()); }
/// <summary> /// Steps to carry out before the Save() command is run. You can add objects to the current /// transaction using this method, such as a database number generator. No validity checks are /// made to the BusinessObject after this step, so be careful not to invalidate the object. /// </summary> /// <param name="transactionCommitter">The current transaction committer - any objects added to this will /// be committed in the same transaction as this one.</param> protected internal override void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { transactionCommitter.AddTransaction(new StubSuccessfullTransaction()); }
///<summary> /// Executes any custom code required by the business object before it is persisted to the database. /// This has the additionl capability of creating or updating other business objects and adding these /// to the transaction committer. ///</summary> ///<param name="transactionCommitter">the transaction committer that is executing the transaction</param> protected internal virtual void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { _businessObject.UpdateObjectBeforePersisting(transactionCommitter); }
/// <summary> /// Adds the sequence number change to the persistence transaction /// </summary> /// <param name="transactionCommitter">The transaction committer suitable /// for the persistence environment</param> public void AddToTransaction(ITransactionCommitter transactionCommitter) { var busObject = this.GetBOSequenceNumberLocking(); transactionCommitter.AddBusinessObject(busObject); }
public AxisImportDataHandlerIncr(ITransactionCommitter transactionComitter, IAxisImportMonitor axisImportMonitor, int impNr, AxisImportPass pass) : base(transactionComitter, axisImportMonitor, impNr, pass) { }
/// <summary> /// Interface to add the number generator to a transaction via the transaction committer. /// </summary> /// <param name="transactionCommitter"></param> public void AddToTransaction(ITransactionCommitter transactionCommitter) { BusinessObject busObject = GetTransactionalBO(); busObject.UpdateObjectBeforePersisting(transactionCommitter); transactionCommitter.AddBusinessObject(busObject); }
protected override void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { if (_updateObjectBeforePersistingDelegate != null) { _updateObjectBeforePersistingDelegate(transactionCommitter); } base.UpdateObjectBeforePersisting(transactionCommitter); }
/// <summary> /// Steps to carry out before the Save() command is run. You can add objects to the current /// transaction using this method, such as a database number generator. No validity checks are /// made to the BusinessObject after this step, so be careful not to invalidate the object. /// </summary> /// <param name="transactionCommitter">The current transaction committer - any objects added to this will /// be committed in the same transaction as this one.</param> protected internal override void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { transactionCommitter.AddTransaction(new StubSuccessfullTransaction()); }
/// <summary> /// Adds the sequence number change to the persistence transaction /// </summary> /// <param name="transactionCommitter">The transaction committer suitable /// for the persistence environment</param> public void AddToTransaction(ITransactionCommitter transactionCommitter) { var busObject = this.GetBOSequenceNumberLocking(); transactionCommitter.AddBusinessObject(busObject); }
///<summary> /// Executes any custom code required by the business object before it is persisted to the database. /// This has the additionl capability of creating or updating other business objects and adding these /// to the transaction committer. /// <remarks> Recursive call to UpdateObjectBeforePersisting will not be done i.e. it is the bo developers responsibility to implement</remarks> ///</summary> ///<param name="transactionCommitter">the transaction committer that is executing the transaction</param> protected internal override void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { base.UpdateObjectBeforePersisting(transactionCommitter); INumberGenerator numGen = new NumberGenerator("GeneratedNumber"); this.GeneratedNumber = numGen.NextNumber().ToString(); numGen.AddToTransaction(transactionCommitter); }
private void RunInitialFullImport(ITransactionCommitter transactionComitter, string filename) { runImport(transactionComitter, filename, 1, importType.Full); }
//protected internal override void BeforeSave(ITransactionCommitter transactionCommiter) //{ // CombinedParts = FirstPart + SecondPart; //} ///<summary> /// Executes any custom code required by the business object before it is persisted to the database. /// This has the additionl capability of creating or updating other business objects and adding these /// to the transaction committer. /// <remarks> Recursive call to UpdateObjectBeforePersisting will not be done i.e. it is the bo developers responsibility to implement</remarks> ///</summary> ///<param name="transactionCommitter">the transaction committer that is executing the transaction</param> protected internal override void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { CombinedParts = FirstPart + SecondPart; }
///<summary> /// Executes any custom code required by the business object before it is persisted to the database. /// This has the additionl capability of creating or updating other business objects and adding these /// to the transaction committer. /// <remarks> Recursive call to UpdateObjectBeforePersisting will not be done i.e. it is the bo developers responsibility to implement</remarks> ///</summary> ///<param name="transactionCommitter">the transaction committer that is executing the transaction</param> protected internal override void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { _updateBeforePersistingExecuted = true; }
///<summary> /// Executes any custom code required by the business object before it is persisted to the database. /// This has the additionl capability of creating or updating other business objects and adding these /// to the transaction committer. /// <remarks> Recursive call to UpdateObjectBeforePersisting will not be done i.e. it is the bo developers responsibility to implement</remarks> ///</summary> ///<param name="transactionCommitter">the transaction committer that is executing the transaction</param> protected internal override void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { _updateBeforePersistingExecuted = true; }
///<summary> /// Executes any custom code required by the business object before it is persisted to the database. /// This has the additionl capability of creating or updating other business objects and adding these /// to the transaction committer. ///</summary> ///<param name="transactionCommitter">the transaction committer that is executing the transaction</param> protected internal virtual void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { _businessObject.UpdateObjectBeforePersisting(transactionCommitter); }
/// <summary> /// Steps to carry out before the Save() command is run. You can add objects to the current /// transaction using this method, such as a database number generator. No validity checks are /// made to the BusinessObject after this step, so be careful not to invalidate the object. /// </summary> /// <param name="transactionCommitter">The current transaction committer - any objects added to this will /// be committed in the same transaction as this one.</param> protected internal override void UpdateObjectBeforePersisting(ITransactionCommitter transactionCommitter) { transactionCommitter.AddBusinessObject(new FakeBOWithUpdateBeforePersisting()); }
private void RunIncrementalImport(ITransactionCommitter transactionComitter, string filename, int impNr) { runImport(transactionComitter, filename, impNr, importType.Incremental); }