public void VirtualEndPointQuery_OneMany_ObjectIncludedInTwoCollections()
{
SetDatabaseModifyable();
var companyID = CreateCompanyAndSetIndustrialSectorInOtherTransaction(DomainObjectIDs.IndustrialSector1);
var company = companyID.GetObject <Company> ();
var industrialSector1 = DomainObjectIDs.IndustrialSector1.GetObject <IndustrialSector> ();
industrialSector1.Companies.EnsureDataComplete();
SetIndustrialSectorInOtherTransaction(company.ID, DomainObjectIDs.IndustrialSector2);
var industrialSector2 = DomainObjectIDs.IndustrialSector2.GetObject <IndustrialSector> ();
industrialSector2.Companies.EnsureDataComplete();
Assert.That(company.IndustrialSector, Is.SameAs(industrialSector1));
Assert.That(industrialSector1.Companies, Has.Member(company));
Assert.That(industrialSector2.Companies, Has.Member(company));
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector1, s => s.Companies, true);
CheckSyncState(industrialSector2, s => s.Companies, false);
BidirectionalRelationSyncService.Synchronize(TestableClientTransaction, RelationEndPointID.Resolve(industrialSector2, s => s.Companies));
Assert.That(company.IndustrialSector, Is.SameAs(industrialSector1));
Assert.That(industrialSector1.Companies, Has.Member(company));
Assert.That(industrialSector2.Companies, Has.No.Member(company));
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector1, s => s.Companies, true);
CheckSyncState(industrialSector2, s => s.Companies, true);
}
public void ObjectLoaded_WithInconsistentForeignKey_OneOne_Null()
{
Employee employee;
Computer computer;
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
PrepareInconsistentState_InconsistentForeignKeyLoaded_VirtualSideAlreadyNull(out employee, out computer);
Assert.That(computer.Employee, Is.SameAs(employee));
Assert.That(employee.Computer, Is.Null);
CheckSyncState(computer, c => c.Employee, false);
CheckSyncState(employee, e => e.Computer, true);
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(computer, c => c.Employee));
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
Assert.That(employee.Computer, Is.SameAs(computer));
Assert.That(computer.Employee, Is.SameAs(employee));
}
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
Assert.That(employee.Computer, Is.SameAs(computer));
Assert.That(computer.Employee, Is.SameAs(employee));
}
public void ObjectLoaded_WithInconsistentForeignKey_OneOne_Null()
{
Employee employee;
Computer computer;
PrepareInconsistentState_InconsistentForeignKeyLoaded_VirtualSideAlreadyNull(out employee, out computer);
Assert.That(computer.Employee, Is.SameAs(employee));
Assert.That(employee.Computer, Is.Null);
CheckSyncState(computer, c => c.Employee, false);
CheckSyncState(employee, e => e.Computer, true);
// sync states not changed by Rollback
CheckSyncState(computer, c => c.Employee, false);
CheckSyncState(employee, e => e.Computer, true);
CheckActionThrows <InvalidOperationException> (employee.Delete, "out of sync with the virtual property");
CheckActionThrows <InvalidOperationException> (computer.Delete, "out of sync with the opposite property");
CheckActionThrows <InvalidOperationException> (() => computer.Employee = null, "out of sync with the opposite property");
CheckActionThrows <InvalidOperationException> (() => employee.Computer = computer, "out of sync with the virtual property");
CheckActionWorks(() => employee.Computer = Computer.NewObject());
ClientTransaction.Current.Rollback();
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(computer, c => c.Employee));
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
Assert.That(employee.Computer, Is.SameAs(computer));
Assert.That(computer.Employee, Is.SameAs(employee));
}
public void VirtualEndPointQuery_OneOne_ObjectReturned_ThatLocallyPointsToNull()
{
Computer computer;
Employee employee;
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
PrepareInconsistentState_OneOne_ObjectReturned_ThatLocallyPointsToNull(out computer, out employee);
Assert.That(employee.Computer, Is.SameAs(computer));
Assert.That(computer.Employee, Is.Null);
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, false);
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(employee, e => e.Computer));
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
Assert.That(employee.Computer, Is.Null);
Assert.That(computer.Employee, Is.Null);
}
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
Assert.That(employee.Computer, Is.Null);
Assert.That(computer.Employee, Is.Null);
}
public void VirtualEndPointQuery_OneMany_Consistent_CollectionLoadedFirst()
{
Order order1;
OrderItem orderItem1;
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
order1 = DomainObjectIDs.Order1.GetObject <Order> ();
order1.OrderItems.EnsureDataComplete();
orderItem1 = DomainObjectIDs.OrderItem1.GetObject <OrderItem>();
Assert.That(orderItem1.Order, Is.SameAs(order1));
Assert.That(order1.OrderItems, Has.Member(orderItem1));
CheckSyncState(orderItem1, oi => oi.Order, true);
CheckSyncState(orderItem1.Order, o => o.OrderItems, true);
Assert.That(order1.OrderItems, Has.Member(orderItem1));
Assert.That(orderItem1.Order, Is.SameAs(order1));
CheckSyncState(orderItem1, oi => oi.Order, true);
CheckSyncState(orderItem1.Order, o => o.OrderItems, true);
// these do nothing
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(orderItem1, oi => oi.Order));
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(orderItem1.Order, o => o.OrderItems));
CheckSyncState(orderItem1, oi => oi.Order, true);
CheckSyncState(orderItem1.Order, o => o.OrderItems, true);
}
CheckSyncState(orderItem1, oi => oi.Order, true);
CheckSyncState(orderItem1.Order, o => o.OrderItems, true);
}
public void Synchronize_WithSubtransactions_LoadedInRootAndSub_SyncedInSub()
{
Company company;
IndustrialSector industrialSector;
PrepareInconsistentState_OneMany_ObjectIncluded(out company, out industrialSector);
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
var relationEndPointID = RelationEndPointID.Resolve(industrialSector, s => s.Companies);
var dataManager = ClientTransactionTestHelper.GetDataManager(ClientTransaction.Current);
var endPoint = dataManager.GetRelationEndPointWithLazyLoad(relationEndPointID);
Assert.That(endPoint.IsSynchronized, Is.Null);
endPoint.EnsureDataComplete();
Assert.That(endPoint.IsSynchronized, Is.False);
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, relationEndPointID);
CheckSyncState(industrialSector, s => s.Companies, true);
Assert.That(endPoint.IsSynchronized, Is.True);
}
CheckSyncState(industrialSector, s => s.Companies, true);
}
public void Synchronize_InTransactionHierarchy_StartsWithRoot()
{
var endPointID = RelationEndPointID.Create(DomainObjectIDs.Order1, typeof(Order), "OrderItems");
var endPointMockInParent = MockRepository.GenerateStrictMock <IRelationEndPoint> ();
endPointMockInParent.Stub(stub => stub.ID).Return(endPointID);
endPointMockInParent.Stub(stub => stub.Definition).Return(endPointID.Definition);
endPointMockInParent.Stub(stub => stub.IsDataComplete).Return(true);
endPointMockInParent.Expect(mock => mock.Synchronize());
endPointMockInParent.Replay();
RelationEndPointManagerTestHelper.AddEndPoint(_relationEndPointManager, endPointMockInParent);
var subTransaction = _transaction.CreateSubTransaction();
var endPointMockInSub = MockRepository.GenerateStrictMock <IRelationEndPoint> ();
endPointMockInSub.Stub(stub => stub.ID).Return(endPointID);
endPointMockInSub.Stub(stub => stub.Definition).Return(endPointID.Definition);
endPointMockInSub.Stub(stub => stub.IsDataComplete).Return(true);
endPointMockInSub.Expect(mock => mock.Synchronize());
endPointMockInSub.Replay();
DataManagerTestHelper.AddEndPoint(ClientTransactionTestHelper.GetDataManager(subTransaction), endPointMockInSub);
BidirectionalRelationSyncService.Synchronize(subTransaction, endPointID);
endPointMockInParent.VerifyAllExpectations();
endPointMockInSub.VerifyAllExpectations();
}
public void Synchronize_AnonymousEndPoint()
{
var locationClientEndPoint = RelationEndPointID.Create(DomainObjectIDs.Location1, typeof(Location), "Client");
var endPointID = RelationEndPointID.Create(DomainObjectIDs.Client1, locationClientEndPoint.Definition.GetOppositeEndPointDefinition());
BidirectionalRelationSyncService.Synchronize(_transaction, endPointID);
}
public void VirtualEndPointQuery_OneOne_Consistent_VirtualEndPointLoadedFirst()
{
Order order1;
OrderTicket orderTicket1;
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
order1 = DomainObjectIDs.Order1.GetObject <Order> ();
order1.OrderTicket.EnsureDataAvailable();
orderTicket1 = DomainObjectIDs.OrderTicket1.GetObject <OrderTicket> ();
Assert.That(orderTicket1.Order, Is.SameAs(order1));
Assert.That(order1.OrderTicket, Is.SameAs(orderTicket1));
CheckSyncState(orderTicket1, oi => oi.Order, true);
CheckSyncState(orderTicket1.Order, o => o.OrderTicket, true);
Assert.That(order1.OrderTicket, Is.SameAs(orderTicket1));
Assert.That(orderTicket1.Order, Is.SameAs(order1));
CheckSyncState(orderTicket1, oi => oi.Order, true);
CheckSyncState(orderTicket1.Order, o => o.OrderTicket, true);
// these do nothing
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(orderTicket1, oi => oi.Order));
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(orderTicket1.Order, o => o.OrderTicket));
CheckSyncState(orderTicket1, oi => oi.Order, true);
CheckSyncState(orderTicket1.Order, o => o.OrderTicket, true);
}
CheckSyncState(orderTicket1, oi => oi.Order, true);
CheckSyncState(orderTicket1.Order, o => o.OrderTicket, true);
}
public void Synchronize_WithSubtransactions_LoadedInRootAndSub_SyncedInRoot()
{
Computer computer;
Employee employee;
Employee employee2;
PrepareInconsistentState_OneOne_ObjectReturned_ThatLocallyPointsSomewhereElse(out computer, out employee, out employee2);
Assert.That(computer.Employee, Is.SameAs(employee2));
Assert.That(employee.Computer, Is.SameAs(computer));
Assert.That(employee2.Computer, Is.SameAs(computer));
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, false);
CheckSyncState(employee2, e => e.Computer, true);
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
TestableClientTransaction.EnsureDataComplete(RelationEndPointID.Resolve(computer, c => c.Employee));
TestableClientTransaction.EnsureDataComplete(RelationEndPointID.Resolve(employee, e => e.Computer));
TestableClientTransaction.EnsureDataComplete(RelationEndPointID.Resolve(employee2, e => e.Computer));
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current.ParentTransaction, RelationEndPointID.Resolve(employee, e => e.Computer));
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
CheckSyncState(employee2, e => e.Computer, true);
}
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
CheckSyncState(employee2, e => e.Computer, true);
}
public void ObjectLoaded_WithInconsistentForeignKey_OneOne_NonNull()
{
Employee employee;
Computer computer;
Computer computer2;
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
PrepareInconsistentState_InconsistentForeignKeyLoaded_VirtualSideAlreadyNonNull(out employee, out computer, out computer2);
// computer.Employee and employee.Computer match, but computer2.Employee doesn't
Assert.That(computer.Employee, Is.SameAs(employee));
Assert.That(computer2.Employee, Is.SameAs(employee));
Assert.That(employee.Computer, Is.SameAs(computer));
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
CheckSyncState(computer2, c => c.Employee, false);
CheckActionThrows <InvalidOperationException> (() =>
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(computer2, c => c.Employee)),
"The object end-point '{0}/Remotion.Data.DomainObjects.UnitTests.TestDomain.Computer.Employee' "
+ "cannot be synchronized with the virtual object end-point "
+ "'{2}/Remotion.Data.DomainObjects.UnitTests.TestDomain.Employee.Computer' because "
+ "the virtual relation property already refers to another object ('{1}'). To synchronize "
+ "'{0}/Remotion.Data.DomainObjects.UnitTests.TestDomain.Computer.Employee', use "
+ "UnloadService to unload either object '{1}' or the virtual object end-point "
+ "'{2}/Remotion.Data.DomainObjects.UnitTests.TestDomain.Employee.Computer'.",
computer2.ID,
computer.ID,
employee.ID);
// By unloading the employee.Computer -> computer relation, we can now synchronize computer2.Employee -> employee with employee.Computer
UnloadService.UnloadVirtualEndPoint(ClientTransaction.Current, RelationEndPointID.Resolve(employee, e => e.Computer));
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(computer2, c => c.Employee));
CheckSyncState(computer, c => c.Employee, false);
CheckSyncState(computer2, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
Assert.That(employee.Computer, Is.SameAs(computer2));
Assert.That(computer2.Employee, Is.SameAs(employee));
Assert.That(computer.Employee, Is.SameAs(employee));
}
CheckSyncState(computer, c => c.Employee, false);
CheckSyncState(computer2, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
Assert.That(employee.Computer, Is.SameAs(computer2));
Assert.That(computer2.Employee, Is.SameAs(employee));
Assert.That(computer.Employee, Is.SameAs(employee));
}
public void VirtualEndPointQuery_OneMany_ObjectIncluded_ThatLocallyPointsToSomewhereElse()
{
SetDatabaseModifyable();
var company = CreateCompanyInDatabaseAndLoad();
Assert.That(company.IndustrialSector, Is.Null);
var industrialSector = DomainObjectIDs.IndustrialSector1.GetObject <IndustrialSector> (); // virtual end point not yet resolved
SetIndustrialSectorInOtherTransaction(company.ID, industrialSector.ID);
// Resolve virtual end point - the database says that company points to industrialSector, but the transaction says it points to null!
var companiesOfIndustrialSector = industrialSector.Companies;
companiesOfIndustrialSector.EnsureDataComplete();
Assert.That(company.IndustrialSector, Is.Null);
Assert.That(companiesOfIndustrialSector, Has.Member(company));
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
var otherCompany = companiesOfIndustrialSector.FirstOrDefault(c => c != company);
CheckSyncState(otherCompany, c => c.IndustrialSector, true);
CheckActionWorks(company.Delete);
TestableClientTransaction.Rollback(); // required so that the remaining actions can be tried below
// sync states not changed by Rollback
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
CheckActionWorks(() => industrialSector.Companies.Remove(otherCompany));
CheckActionWorks(() => industrialSector.Companies.Add(Company.NewObject()));
var companyIndex = industrialSector.Companies.IndexOf(company);
CheckActionThrows <InvalidOperationException> (industrialSector.Delete, "out of sync with the opposite object property");
CheckActionThrows <InvalidOperationException> (() => industrialSector.Companies.Remove(company), "out of sync with the opposite object property");
CheckActionThrows <InvalidOperationException> (() => industrialSector.Companies[companyIndex] = Company.NewObject(), "out of sync with the opposite object property");
CheckActionThrows <InvalidOperationException> (() => industrialSector.Companies = new ObjectList <Company> (), "out of sync with the opposite object property");
CheckActionThrows <InvalidOperationException> (industrialSector.Delete, "out of sync with the opposite object property");
CheckActionWorks(() => company.IndustrialSector = IndustrialSector.NewObject());
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(industrialSector, s => s.Companies));
CheckSyncState(industrialSector, s => s.Companies, true);
Assert.That(companiesOfIndustrialSector, Has.No.Member(company));
CheckActionWorks(() => industrialSector.Companies.Add(company));
}
public void Synchronize_EndPointIncomplete()
{
var endPointID = RelationEndPointID.Create(DomainObjectIDs.Order1, typeof(Order), "OrderItems");
var endPointStub = MockRepository.GenerateStub <IRelationEndPoint> ();
endPointStub.Stub(stub => stub.ID).Return(endPointID);
endPointStub.Stub(stub => stub.Definition).Return(endPointID.Definition);
endPointStub.Stub(stub => stub.IsDataComplete).Return(false);
RelationEndPointManagerTestHelper.AddEndPoint(_relationEndPointManager, endPointStub);
BidirectionalRelationSyncService.Synchronize(_transaction, endPointID);
}
public void VirtualEndPointQuery_OneMany_ObjectIncluded_ThatLocallyPointsToSomewhereElse()
{
Company company;
IndustrialSector industrialSector; // virtual end point not yet resolved
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
PrepareInconsistentState_OneMany_ObjectIncluded(out company, out industrialSector);
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
var otherCompany = industrialSector.Companies.FirstOrDefault(c => c != company);
CheckSyncState(otherCompany, c => c.IndustrialSector, true);
CheckActionWorks(company.Delete);
ClientTransaction.Current.Rollback(); // required so that the remaining actions can be tried below
// sync states not changed by Rollback
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
CheckActionWorks(() => industrialSector.Companies.Remove(otherCompany));
CheckActionWorks(() => industrialSector.Companies.Add(Company.NewObject()));
var companyIndex = industrialSector.Companies.IndexOf(company);
CheckActionThrows <InvalidOperationException> (
() => industrialSector.Companies.Remove(company), "out of sync with the opposite object property");
CheckActionThrows <InvalidOperationException> (
() => industrialSector.Companies[companyIndex] = Company.NewObject(), "out of sync with the opposite object property");
CheckActionThrows <InvalidOperationException> (
() => industrialSector.Companies = new ObjectList <Company>(), "out of sync with the opposite object property");
CheckActionThrows <InvalidOperationException> (industrialSector.Delete, "out of sync with the opposite object property");
CheckActionWorks(() => company.IndustrialSector = IndustrialSector.NewObject());
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(industrialSector, s => s.Companies));
CheckSyncState(industrialSector, s => s.Companies, true);
Assert.That(industrialSector.Companies, Has.No.Member(company));
CheckActionWorks(() => industrialSector.Companies.Add(company));
}
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, true);
Assert.That(company.IndustrialSector, Is.Null);
Assert.That(industrialSector.Companies, Has.No.Member(company));
}
public void VirtualEndPointQuery_OneOne_ObjectNotReturned_ThatLocallyPointsToHere()
{
Computer computer;
Employee employee;
Employee employee2;
PrepareInconsistentState_OneOne_ObjectNotReturned_ThatLocallyPointsToHere(out computer, out employee, out employee2);
Assert.That(computer.Employee, Is.SameAs(employee2));
Assert.That(employee.Computer, Is.SameAs(computer));
Assert.That(employee2.Computer, Is.Null);
CheckSyncState(computer, c => c.Employee, false);
CheckSyncState(employee, e => e.Computer, false);
CheckSyncState(employee2, e => e.Computer, true);
// sync states not changed by Rollback
CheckSyncState(computer, c => c.Employee, false);
CheckSyncState(employee, e => e.Computer, false);
CheckSyncState(employee2, e => e.Computer, true);
CheckActionThrows <InvalidOperationException> (computer.Delete, "out of sync with the opposite property");
CheckActionThrows <InvalidOperationException> (employee.Delete, "out of sync with the opposite object property");
CheckActionThrows <InvalidOperationException> (employee2.Delete, "out of sync with the virtual property");
CheckActionThrows <InvalidOperationException> (() => employee.Computer = null, "out of sync with the opposite object property");
CheckActionThrows <InvalidOperationException> (() => employee.Computer = Computer.NewObject(), "out of sync with the opposite object property");
CheckActionThrows <InvalidOperationException> (() => computer.Employee = employee, "out of sync with the opposite property");
CheckActionThrows <InvalidOperationException> (() => computer.Employee = null, "out of sync with the opposite property");
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(computer, c => c.Employee));
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, false);
CheckSyncState(employee2, e => e.Computer, true);
Assert.That(computer.Employee, Is.SameAs(employee2));
Assert.That(employee.Computer, Is.SameAs(computer));
Assert.That(employee2.Computer, Is.SameAs(computer));
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(employee, e => e.Computer));
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
CheckSyncState(employee2, e => e.Computer, true);
Assert.That(computer.Employee, Is.SameAs(employee2));
Assert.That(employee.Computer, Is.Null);
Assert.That(employee2.Computer, Is.SameAs(computer));
}
public void Synchronize()
{
var orderCollection = _customer.Orders;
_customer.Orders.EnsureDataComplete();
_eventReceiverMock
.Expect(mock => mock.OnReplaceData())
.WhenCalled(mi => Assert.That(orderCollection, Is.EqualTo(new[] { _itemA, _itemB })));
_eventReceiverMock.Replay();
_customer.Orders.SetEventReceiver(_eventReceiverMock);
BidirectionalRelationSyncService.Synchronize(TestableClientTransaction, _customer.Orders.AssociatedEndPointID);
_eventReceiverMock.VerifyAllExpectations();
}
public void Synchronize()
{
var endPointID = RelationEndPointID.Create(DomainObjectIDs.Order1, typeof(Order), "OrderItems");
var endPointMock = MockRepository.GenerateStrictMock <IRelationEndPoint>();
endPointMock.Stub(stub => stub.ID).Return(endPointID);
endPointMock.Stub(stub => stub.Definition).Return(endPointID.Definition);
endPointMock.Stub(stub => stub.IsDataComplete).Return(true);
endPointMock.Expect(mock => mock.Synchronize());
endPointMock.Replay();
RelationEndPointManagerTestHelper.AddEndPoint(_relationEndPointManager, endPointMock);
BidirectionalRelationSyncService.Synchronize(_transaction, endPointID);
endPointMock.VerifyAllExpectations();
}
public void VirtualEndPointQuery_OneOne_Consistent_RealEndPointLoadedFirst()
{
var orderTicket1 = DomainObjectIDs.OrderTicket1.GetObject <OrderTicket> ();
var order1 = DomainObjectIDs.Order1.GetObject <Order> ();
Assert.That(orderTicket1.Order, Is.SameAs(order1));
Assert.That(order1.OrderTicket, Is.SameAs(orderTicket1));
CheckSyncState(orderTicket1, oi => oi.Order, true);
CheckSyncState(orderTicket1.Order, o => o.OrderTicket, true);
// these do nothing
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(orderTicket1, oi => oi.Order));
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(orderTicket1.Order, o => o.OrderTicket));
CheckSyncState(orderTicket1, oi => oi.Order, true);
CheckSyncState(orderTicket1.Order, o => o.OrderTicket, true);
}
public void SynchronizeOppositeEndPoint()
{
// Prepare an item in unsynchronized state
Order unsynchronizedOrder = PrepareUnsynchronizedOrder(DomainObjectIDs.Order4, _customer.ID);
var orderCollection = _customer.Orders;
orderCollection.EnsureDataComplete();
_eventReceiverMock
.Expect(mock => mock.OnReplaceData())
.WhenCalled(mi => Assert.That(orderCollection, Is.EqualTo(new[] { _itemA, _itemB, unsynchronizedOrder })));
_eventReceiverMock.Replay();
_customer.Orders.SetEventReceiver(_eventReceiverMock);
BidirectionalRelationSyncService.Synchronize(TestableClientTransaction, RelationEndPointID.Resolve(unsynchronizedOrder, o => o.Customer));
_eventReceiverMock.VerifyAllExpectations();
}
public void VirtualEndPointQuery_OneMany_Consistent_CollectionLoadedFirst()
{
var order1 = DomainObjectIDs.Order1.GetObject <Order> ();
order1.OrderItems.EnsureDataComplete();
var orderItem1 = DomainObjectIDs.OrderItem1.GetObject <OrderItem>();
Assert.That(orderItem1.Order, Is.SameAs(order1));
Assert.That(order1.OrderItems, Has.Member(orderItem1));
CheckSyncState(orderItem1, oi => oi.Order, true);
CheckSyncState(orderItem1.Order, o => o.OrderItems, true);
// these do nothing
BidirectionalRelationSyncService.Synchronize(TestableClientTransaction, RelationEndPointID.Resolve(orderItem1, oi => oi.Order));
BidirectionalRelationSyncService.Synchronize(TestableClientTransaction, RelationEndPointID.Resolve(orderItem1.Order, o => o.OrderItems));
CheckSyncState(orderItem1, oi => oi.Order, true);
CheckSyncState(orderItem1.Order, o => o.OrderItems, true);
}
public void ObjectLoaded_WithInconsistentForeignKey_OneMany()
{
SetDatabaseModifyable();
// set up new IndustrialSector object in database with one company
var industrialSector = CreateIndustrialSectorInDatabaseAndLoad();
industrialSector.Companies.EnsureDataComplete();
// in parallel transaction, add a second Company to the IndustrialSector
var newCompanyID = CreateCompanyAndSetIndustrialSectorInOtherTransaction(industrialSector.ID);
Assert.That(industrialSector.Companies.Count, Is.EqualTo(1));
// load Company into this transaction; in the database, the Company has a foreign key to the IndustrialSector
var newCompany = newCompanyID.GetObject <Company> ();
Assert.That(newCompany.IndustrialSector, Is.SameAs(industrialSector));
Assert.That(industrialSector.Companies, Has.No.Member(newCompany));
Assert.That(industrialSector.Companies.Count, Is.EqualTo(1));
CheckSyncState(industrialSector, s => s.Companies, true);
CheckSyncState(newCompany, c => c.IndustrialSector, false);
CheckSyncState(industrialSector.Companies[0], c => c.IndustrialSector, true);
CheckActionThrows <InvalidOperationException> (newCompany.Delete, "out of sync with the opposite property");
CheckActionThrows <InvalidOperationException> (industrialSector.Delete, "out of sync with the collection property");
CheckActionWorks(() => industrialSector.Companies.RemoveAt(0));
CheckActionWorks(() => industrialSector.Companies.Add(Company.NewObject()));
CheckActionThrows <InvalidOperationException> (() => industrialSector.Companies.Add(newCompany), "out of sync with the collection property");
CheckActionThrows <InvalidOperationException> (() => newCompany.IndustrialSector = null, "out of sync with the opposite property ");
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(newCompany, c => c.IndustrialSector));
CheckSyncState(newCompany, c => c.IndustrialSector, true);
Assert.That(industrialSector.Companies, Has.Member(newCompany));
CheckActionWorks(() => newCompany.IndustrialSector = null);
CheckActionWorks(() => industrialSector.Companies.Add(newCompany));
}
public void VirtualEndPointQuery_OneMany_ObjectNotIncluded_ThatLocallyPointsToHere()
{
SetDatabaseModifyable();
var companyID = CreateCompanyAndSetIndustrialSectorInOtherTransaction(DomainObjectIDs.IndustrialSector1);
var company = companyID.GetObject <Company> ();
Assert.That(company.Properties[typeof(Company), "IndustrialSector"].GetRelatedObjectID(), Is.EqualTo(DomainObjectIDs.IndustrialSector1));
SetIndustrialSectorInOtherTransaction(company.ID, DomainObjectIDs.IndustrialSector2);
var industrialSector = DomainObjectIDs.IndustrialSector1.GetObject <IndustrialSector> ();
// Resolve virtual end point - the database says that company does not point to IndustrialSector1, but the transaction says it does!
industrialSector.Companies.EnsureDataComplete();
Assert.That(company.IndustrialSector, Is.SameAs(industrialSector));
Assert.That(industrialSector.Companies, Has.No.Member(company));
CheckSyncState(company, c => c.IndustrialSector, false);
CheckSyncState(industrialSector, s => s.Companies, true);
CheckSyncState(industrialSector.Companies[0], c => c.IndustrialSector, true);
CheckActionThrows <InvalidOperationException> (company.Delete, "out of sync with the opposite property");
CheckActionThrows <InvalidOperationException> (industrialSector.Delete, "out of sync with the collection property");
CheckActionWorks(() => industrialSector.Companies.RemoveAt(0));
CheckActionWorks(() => industrialSector.Companies.Add(Company.NewObject()));
CheckActionThrows <InvalidOperationException> (() => industrialSector.Companies.Add(company), "out of sync with the collection property");
CheckActionThrows <InvalidOperationException> (() => company.IndustrialSector = null, "out of sync with the opposite property ");
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(company, c => c.IndustrialSector));
CheckSyncState(company, c => c.IndustrialSector, true);
Assert.That(industrialSector.Companies, Has.Member(company));
CheckActionWorks(() => company.IndustrialSector = null);
CheckActionWorks(() => industrialSector.Companies.Add(company));
}
public void VirtualEndPointQuery_OneMany_ObjectNotIncluded_ThatLocallyPointsToHere()
{
Company company;
IndustrialSector industrialSector;
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
PrepareInconsistentState_OneMany_ObjectNotIncluded(out company, out industrialSector);
Assert.That(company.IndustrialSector, Is.SameAs(industrialSector));
Assert.That(industrialSector.Companies, Has.No.Member(company));
CheckSyncState(company, c => c.IndustrialSector, false);
CheckSyncState(industrialSector, s => s.Companies, true);
CheckSyncState(industrialSector.Companies[0], c => c.IndustrialSector, true);
CheckActionThrows <InvalidOperationException> (company.Delete, "out of sync with the opposite property");
CheckActionThrows <InvalidOperationException> (industrialSector.Delete, "out of sync with the collection property");
CheckActionWorks(() => industrialSector.Companies.RemoveAt(0));
CheckActionWorks(() => industrialSector.Companies.Add(Company.NewObject()));
CheckActionThrows <InvalidOperationException> (() => industrialSector.Companies.Add(company), "out of sync with the collection property");
CheckActionThrows <InvalidOperationException> (() => company.IndustrialSector = null, "out of sync with the opposite property ");
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(company, c => c.IndustrialSector));
CheckSyncState(company, c => c.IndustrialSector, true);
Assert.That(industrialSector.Companies, Has.Member(company));
CheckActionWorks(() => company.IndustrialSector = null);
CheckActionWorks(() => industrialSector.Companies.Add(company));
}
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, true);
Assert.That(company.IndustrialSector, Is.SameAs(industrialSector));
Assert.That(industrialSector.Companies, Has.Member(company));
}
public void VirtualEndPointQuery_OneOne_ObjectNotReturned_ThatLocallyPointsToHere_WithChangedRelation()
{
SetDatabaseModifyable();
var employee2 = DomainObjectIDs.Employee2.GetObject <Employee> ();
var computer = CreateComputerAndSetEmployeeInOtherTransaction(employee2.ID).GetObject <Computer> ();
Assert.That(computer.Employee, Is.SameAs(employee2));
// 1:1 relations automatically cause virtual end-points to be marked loaded when the foreign key object is loaded, so unload the virtual side
UnloadService.UnloadVirtualEndPoint(ClientTransaction.Current, RelationEndPointID.Resolve(employee2, e => e.Computer));
SetEmployeeInOtherTransaction(computer.ID, DomainObjectIDs.Employee1);
// Resolve virtual end point - the database says that computer points to employee1, but the transaction says computer points to employee2!
Dev.Null = employee2.Computer;
Assert.That(computer.Employee, Is.SameAs(employee2));
Assert.That(employee2.Computer, Is.Null);
CheckSyncState(computer, c => c.Employee, false);
CheckSyncState(employee2, e => e.Computer, true);
var newComputer = Computer.NewObject();
employee2.Computer = newComputer;
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(computer, c => c.Employee));
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee2, e => e.Computer, true);
Assert.That(computer.Employee, Is.SameAs(employee2));
Assert.That(employee2.Computer, Is.SameAs(newComputer));
Assert.That(employee2.Properties[typeof(Employee), "Computer"].GetOriginalValue <Computer>(), Is.SameAs(computer));
Assert.That(employee2.State, Is.EqualTo(StateType.Changed));
}
public void Synchronize_EndPointNotRegistered()
{
var endPointID = RelationEndPointID.Create(DomainObjectIDs.OrderItem1, typeof(OrderItem), "Order");
BidirectionalRelationSyncService.Synchronize(_transaction, endPointID);
}
public void Synchronize_UnidirectionalEndpoint()
{
var endPointID = RelationEndPointID.Create(DomainObjectIDs.Location1, typeof(Location), "Client");
BidirectionalRelationSyncService.Synchronize(_transaction, endPointID);
}
public void ObjectLoaded_WithInconsistentForeignKey_OneOne_NonNull()
{
Employee employee;
Computer computer;
Computer computer2;
PrepareInconsistentState_InconsistentForeignKeyLoaded_VirtualSideAlreadyNonNull(out employee, out computer, out computer2);
// computer.Employee and employee.Computer match, but computer2.Employee doesn't
Assert.That(computer.Employee, Is.SameAs(employee));
Assert.That(computer2.Employee, Is.SameAs(employee));
Assert.That(employee.Computer, Is.SameAs(computer));
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
CheckSyncState(computer2, c => c.Employee, false);
CheckActionWorks(computer.Delete);
ClientTransaction.Current.Rollback();
// sync states not changed by Rollback
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
CheckSyncState(computer2, c => c.Employee, false);
CheckActionThrows <InvalidOperationException> (employee.Delete, "out of sync with the virtual property");
CheckActionThrows <InvalidOperationException> (computer2.Delete, "out of sync with the opposite property");
CheckActionThrows <InvalidOperationException> (() => computer2.Employee = null, "out of sync with the opposite property");
CheckActionThrows <InvalidOperationException> (() => employee.Computer = computer2, "out of sync with the virtual property");
CheckActionWorks(() => computer.Employee = null);
ClientTransaction.Current.Rollback();
CheckActionWorks(() => employee.Computer = null);
ClientTransaction.Current.Rollback();
CheckActionThrows <InvalidOperationException> (() =>
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(computer2, c => c.Employee)),
"The object end-point '{0}/Remotion.Data.DomainObjects.UnitTests.TestDomain.Computer.Employee' "
+ "cannot be synchronized with the virtual object end-point "
+ "'{2}/Remotion.Data.DomainObjects.UnitTests.TestDomain.Employee.Computer' because "
+ "the virtual relation property already refers to another object ('{1}'). To synchronize "
+ "'{0}/Remotion.Data.DomainObjects.UnitTests.TestDomain.Computer.Employee', use "
+ "UnloadService to unload either object '{1}' or the virtual object end-point "
+ "'{2}/Remotion.Data.DomainObjects.UnitTests.TestDomain.Employee.Computer'.",
computer2.ID,
computer.ID,
employee.ID);
// By unloading computer, we can notw synchronize the relation
UnloadService.UnloadData(ClientTransaction.Current, computer.ID);
BidirectionalRelationSyncService.Synchronize(ClientTransaction.Current, RelationEndPointID.Resolve(computer2, c => c.Employee));
ClientTransaction.Current.EnsureDataAvailable(computer.ID);
CheckSyncState(computer, c => c.Employee, true);
CheckSyncState(computer2, c => c.Employee, true);
CheckSyncState(employee, e => e.Computer, true);
Assert.That(computer.Employee, Is.Null);
Assert.That(employee.Computer, Is.SameAs(computer2));
Assert.That(computer2.Employee, Is.SameAs(employee));
}