public void NestedNamedFolderWithNestedDoubleStar()
{
var rulesFactory = new FolderRecurseRules();
rulesFactory.AddGlobPath(@"Folder\**\*.txt");
List <FolderSegmentRule> filePathSegmentRules = rulesFactory.GenerateRules(false);
Assert.That(filePathSegmentRules.Count, Is.EqualTo(2));
Assert.That(filePathSegmentRules[0].Type, Is.EqualTo(EFolderSegmentType.MatchAnyFolderPattern));
Assert.That(filePathSegmentRules[0].FolderNameRegexes, Has.Member(@"^Folder$"));
Assert.That(filePathSegmentRules[1].Type, Is.EqualTo(EFolderSegmentType.MatchZeroOrMOreFoldersRecursive));
List <FolderSegmentRule> folderPathSegmentRules = rulesFactory.GenerateRules(true);
Assert.That(folderPathSegmentRules.Count, Is.EqualTo(2));
Assert.That(folderPathSegmentRules[0].Type, Is.EqualTo(EFolderSegmentType.MatchAnyFolderPattern));
Assert.That(folderPathSegmentRules[0].FolderNameRegexes, Has.Member(@"^Folder$"));
Assert.That(folderPathSegmentRules[1].Type, Is.EqualTo(EFolderSegmentType.MatchZeroOrMOreFoldersRecursive));
}
public void SetCollection_PerformsAllBidirectionalChanges()
{
var newOpposites = new OrderCollection {
_order2, _order3
};
var customer3 = DomainObjectIDs.Customer3.GetObject <Customer> ();
Assert.That(_order1.Customer, Is.SameAs(_customerEndPoint.GetDomainObject()));
Assert.That(_order2.Customer, Is.SameAs(_customerEndPoint.GetDomainObject()));
Assert.That(_order3.Customer, Is.SameAs(customer3));
Assert.That(customer3.Orders, Has.Member(_order3));
SetCollectionAndNotify(_customerEndPoint, newOpposites);
Assert.That(_order1.Customer, Is.Null);
Assert.That(_order2.Customer, Is.SameAs(_customerEndPoint.GetDomainObject()));
Assert.That(_order3.Customer, Is.SameAs(_customerEndPoint.GetDomainObject()));
Assert.That(customer3.Orders, Has.No.Member(_order3));
}
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 async Task CanRetrieveReservedWordsAsync()
{
var configuration = TestConfigurationHelper.GetDefaultConfiguration();
var dialect = Dialect.Dialect.GetDialect(configuration.Properties);
var connectionHelper = new ManagedProviderConnectionHelper(configuration.Properties);
await(connectionHelper.PrepareAsync(CancellationToken.None));
try
{
var metaData = dialect.GetDataBaseSchema(connectionHelper.Connection);
var reserved = metaData.GetReservedWords();
Assert.That(reserved, Is.Not.Empty);
Assert.That(reserved, Has.Member("SELECT").IgnoreCase);
Assert.That(reserved, Has.Member("FROM").IgnoreCase);
}
finally
{
connectionHelper.Release();
}
}
public void CreateGetDeleteAnycastIpAddressEntryTest()
{
var mibrow = new MIB_ANYCASTIPADDRESS_ROW(GetV6Addr(), primaryAdapter.Luid);
Assert.That(GetAnycastIpAddressTable(ADDRESS_FAMILY.AF_INET6, out var t1), Is.Zero);
if (t1.Contains(mibrow))
{
Assert.That(DeleteAnycastIpAddressEntry(ref mibrow), Is.Zero);
}
Assert.That(CreateAnycastIpAddressEntry(ref mibrow), Is.Zero);
GetAnycastIpAddressTable(ADDRESS_FAMILY.AF_INET6, out var t2);
Assert.That(t2, Has.Member(mibrow));
Assert.That(GetAnycastIpAddressEntry(ref mibrow), Is.Zero);
Assert.That(DeleteAnycastIpAddressEntry(ref mibrow), Is.Zero);
GetAnycastIpAddressTable(ADDRESS_FAMILY.AF_INET6, out var t3);
Assert.That(t3, Has.No.Member(mibrow));
}
public void GetCoffeeCondiments_ReturnCollectionOfCoffeCondimentNamesAsString_WhenInvalidParameterPassed()
{
// Arrange
var testingAssemblyName = typeof(SofiaMenuProvider_Should).Assembly.GetName();
var testingCommonCoffeeNamespace = typeof(FakeEspresso).Namespace;
var testingSpecialCoffeeNamespace = typeof(FakeDoppio).Namespace;
var condimentsNamespace = typeof(FakeMilk).Namespace;
var sofiaMenuProvider = new SofiaMenuProvider(
testingAssemblyName,
testingCommonCoffeeNamespace,
testingSpecialCoffeeNamespace,
condimentsNamespace);
// Act
var coffeeTypesList = sofiaMenuProvider.GetCoffeeCondiments();
// Assert
Assert.That(coffeeTypesList, Has.Member(typeof(FakeMilk).Name));
}
public void GetMembers_ByLevel_ReturnListMembersWithCorrectUniqueName()
{
//Buiding object used during test
var mae = new MembersAdomdEngine();
var disco = new DiscoveryRequestFactory().Build(
ConnectionStringReader.GetAdomd(),
string.Empty,
"Adventure Works",
"Geography",
"Geography",
"Country"
);
//Call the method to test
var actual = mae.GetMembers(disco);
//Assertion
Assert.That(List.Map(actual).Property("UniqueName"), Has.Member("[Geography].[Geography].[Country].&[Canada]"));
Assert.That(List.Map(actual).Property("UniqueName"), Has.Member("[Geography].[Geography].[Country].&[France]"));
}
public void It_makes_robust_call_to_find_then_clicks_element_on_underlying_driver()
{
var element = new StubElement();
driver.StubCss("something.to fill in", element, browserSession);
spyRobustWrapper.AlwaysReturnFromRobustly(element);
var elementScope = browserSession.FindCss("something.to fill in");
Assert.That(driver.FindCssRequests, Is.Empty, "Finder not called robustly");
elementScope.FillInWith("some filled in stuff");
RunQueryAndCheckTiming();
Assert.That(driver.FindCssRequests.Any(), Is.False, "Scope finder was not deferred");
Assert.That(driver.SetFields.Keys, Has.Member(element));
Assert.That(driver.SetFields[element].Value, Is.EqualTo("some filled in stuff"));
}
public void GetPropTest()
{
using (var i = new ShellItem(testDoc))
{
Assert.That(i.Properties.Count, Is.GreaterThan(0));
Assert.That(i.Properties[PROPERTYKEY.System.Author], Has.Member("TestAuthor"));
Assert.That(i.Properties[PROPERTYKEY.System.ItemTypeText], Does.StartWith("Microsoft Word"));
Assert.That(i.Properties[PROPERTYKEY.System.DateAccessed], Is.TypeOf <FILETIME>());
Assert.That(i.Properties[new PROPERTYKEY()], Is.Null);
Assert.That(i.Properties[new PROPERTYKEY(Guid.NewGuid(), 2)], Is.Null);
Assert.That(i.Properties["System.Author"], Has.Member("TestAuthor"));
Assert.That(i.Properties["DocAuthor"], Has.Member("TestAuthor"));
Assert.That(() => i.Properties[null], Throws.Exception);
Assert.That(() => i.Properties["Arthur"], Throws.Exception);
Assert.That(i.Properties.GetProperty <string>(PROPERTYKEY.System.Company), Is.InstanceOf <string>().And.StartWith("Microsoft"));
Assert.That(() => i.Properties.GetProperty <int>(PROPERTYKEY.System.Company), Throws.Exception);
}
}
public void CanRetrieveReservedWords()
{
var configuration = TestConfigurationHelper.GetDefaultConfiguration();
var dialect = Dialect.Dialect.GetDialect(configuration.Properties);
var connectionHelper = new ManagedProviderConnectionHelper(configuration.Properties);
connectionHelper.Prepare();
try
{
var metaData = dialect.GetDataBaseSchema(connectionHelper.Connection);
var reserved = metaData.GetReservedWords();
Assert.That(reserved, Is.Not.Empty);
Assert.That(reserved, Has.Member("SELECT"));
Assert.That(reserved, Has.Member("FROM"));
}
finally
{
connectionHelper.Release();
}
}
public void creates_table_with_columns()
{
var tblName = Provider.GetTableName("schema1", "ISP_Test");
if (!Provider.CheckSchemaExists(tblName.Schema))
{
Provider.CreateSchema(tblName.Schema);
}
Assert.That(Provider.CheckTableExists(tblName), Is.False);
Assert.That(Provider.GetTableNames(), Has.No.Member(tblName));
// create a blank table with an ID::int column and no keys or constraints
Provider.CreateTable(tblName, false, false);
Provider.RenameColumn(tblName, "ID", "other_column");
Assert.That(Provider.GetTableColumnNames(tblName), Has.Member("other_column"));
Assert.That(Provider.GetTableColumnNames(tblName), Has.No.Member("ID"));
}
protected void PrepareInconsistentState_OneMany_ObjectIncluded(out Company company, out IndustrialSector industrialSector)
{
SetDatabaseModifyable();
company = CreateCompanyInDatabaseAndLoad();
Assert.That(company.IndustrialSector, Is.Null);
industrialSector = DomainObjectIDs.IndustrialSector1.GetObject <IndustrialSector> ();
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!
industrialSector.Companies.EnsureDataComplete();
Assert.That(company.IndustrialSector, Is.Null);
Assert.That(industrialSector.Companies, Has.Member(company));
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
}
public void CanDeserializeIsRequested()
{
var types = new List <Type>();
var serializer = new BlobSerializerDelegate(obj => null, (d, t) => null, t =>
{
types.Add(t);
return(true);
});
using (var db = new BlobDatabase(serializer))
{
db.CreateTable <ComplexOrder>();
}
Assert.That(types, Has.Member(typeof(List <ComplexHistory>)));
Assert.That(types, Has.Member(typeof(List <ComplexLine>)));
Assert.AreEqual(2, types.Count, "Too many types requested by serializer");
}
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 Execute_ContentWithTwoGroupableRowAtTheEnd_ContentReduced()
{
var state = BuildState();
var firstRow = state.TestCaseCollection.Scope.Content.NewRow();
firstRow[0] = "firstCell1";
firstRow[1] = "secondCell1";
firstRow[2] = "thirdCell1";
state.TestCaseCollection.Scope.Content.Rows.Add(firstRow);
var secondRow = state.TestCaseCollection.Scope.Content.NewRow();
secondRow[0] = "firstCell2";
secondRow[1] = "secondCell2";
secondRow[2] = "thirdCell2";
state.TestCaseCollection.Scope.Content.Rows.Add(secondRow);
var thirdRow = state.TestCaseCollection.Scope.Content.NewRow();
thirdRow[0] = "firstCell2";
thirdRow[1] = "secondCell3";
thirdRow[2] = "thirdCell2";
state.TestCaseCollection.Scope.Content.Rows.Add(thirdRow);
state.TestCaseCollection.Scope.Content.AcceptChanges();
var action = new GroupCaseAction(new[] { "secondColumn" });
action.Execute(state);
Assert.That(state.TestCaseCollection.Scope.Content.Columns, Has.Count.EqualTo(3));
Assert.That(state.TestCaseCollection.Scope.Variables, Has.Count.EqualTo(3));
Assert.That(state.TestCaseCollection.Scope.Variables, Has.Member("secondColumn"));
Assert.That(state.TestCaseCollection.Scope.Content.Columns["secondColumn"].Ordinal, Is.EqualTo(1));
Assert.That(state.TestCaseCollection.Scope.Content.Rows, Has.Count.EqualTo(2));
Assert.That(state.TestCaseCollection.Scope.Content.Rows[0]["secondColumn"], Is.TypeOf <string[]>());
var list = (state.TestCaseCollection.Scope.Content.Rows[1]["secondColumn"] as string[]).ToList();
Assert.That(list, Has.Member("secondCell2"));
Assert.That(list, Has.Member("secondCell3"));
Assert.That(list, Has.Count.EqualTo(2));
list = (state.TestCaseCollection.Scope.Content.Rows[0]["secondColumn"] as string[]).ToList();
Assert.That(list, Has.Member("secondCell1"));
}
public void Commit_InSubTransaction_InconsistentState_OneMany_ObjectIncluded()
{
Company company;
IndustrialSector industrialSector;
PrepareInconsistentState_OneMany_ObjectIncluded(out company, out industrialSector);
Assert.That(company.IndustrialSector, Is.Null);
Assert.That(industrialSector.Companies, Has.Member(company));
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
Assert.That(company.IndustrialSector, Is.Null);
Assert.That(industrialSector.Companies.Count, Is.EqualTo(6));
CheckActionThrows <InvalidOperationException> (() => company.IndustrialSector = industrialSector, "out of sync");
company.IndustrialSector = DomainObjectIDs.IndustrialSector2.GetObject <IndustrialSector> ();
industrialSector.Companies.Insert(0, DomainObjectIDs.Company2.GetObject <Company> ());
CheckActionThrows <InvalidOperationException> (() => industrialSector.Companies.Remove(company), "out of sync");
Assert.That(company.IndustrialSector, Is.SameAs(DomainObjectIDs.IndustrialSector2.GetObject <IndustrialSector> ()));
Assert.That(industrialSector.Companies.Count, Is.EqualTo(7));
ClientTransaction.Current.Commit();
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
Assert.That(company.IndustrialSector, Is.SameAs(DomainObjectIDs.IndustrialSector2.GetObject <IndustrialSector> ()));
Assert.That(industrialSector.Companies.Count, Is.EqualTo(7));
}
Assert.That(company.IndustrialSector, Is.SameAs(DomainObjectIDs.IndustrialSector2.GetObject <IndustrialSector> ()));
Assert.That(industrialSector.Companies.Count, Is.EqualTo(7));
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
}
[Test] public void ForEachCompletesIterationsLessThenBreakIndexOf(
[Values(Parallelism / 2, Parallelism, Parallelism * 2)] int cancelAt)
{
T[] sources = TestData <T> .MakeTestArray(_sampleSize);
List <T> completed = new List <T>(_sampleSize);
_sut = new ParallelCompletion <T, int>(_executor,
_localInit,
(t, s, l) =>
{
Thread.Sleep(s.CurrentIndex == 0 ? Delays.ShortMillis : 10);
if (s.CurrentIndex == cancelAt)
{
s.Break();
}
else
{
if (!s.ShouldExitCurrentIteration)
{
lock (completed) completed.Add(t);
}
else
{
Assert.That(s.LowestBreakIteration, Is.EqualTo(cancelAt));
Assert.That(s.IsExceptional, Is.False);
Assert.That(s.IsStopped, Is.False);
}
}
return(0);
},
_localFinally);
var result = _sut.ForEach(sources, Parallelism);
_localFinally.AssertWasCalled(x => x(0));
Assert.That(result.IsCompleted, Is.False);
Assert.That(result.LowestBreakIteration, Is.EqualTo(cancelAt));
Assert.That(completed.Count, Is.GreaterThanOrEqualTo(cancelAt));
Assert.That(completed, Has.Member(sources[0]));
ThreadManager.JoinAndVerify();
}
public void InconsistentState_GuaranteedInSubTransaction_OneMany_ObjectIncluded()
{
Company company;
IndustrialSector industrialSector;
PrepareInconsistentState_OneMany_ObjectIncluded(out company, out industrialSector);
Assert.That(company.IndustrialSector, Is.Null);
Assert.That(industrialSector.Companies, Has.Member(company));
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
Assert.That(company.IndustrialSector, Is.Null);
Assert.That(industrialSector.Companies, Has.Member(company));
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
}
CheckActionThrows <InvalidOperationException> (() => industrialSector.Companies.Remove(company), "out of sync");
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
Assert.That(company.IndustrialSector, Is.Null);
Assert.That(industrialSector.Companies, Has.Member(company));
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
}
CheckActionThrows <InvalidOperationException> (() => company.IndustrialSector = industrialSector, "out of sync");
using (ClientTransaction.Current.CreateSubTransaction().EnterDiscardingScope())
{
Assert.That(company.IndustrialSector, Is.Null);
Assert.That(industrialSector.Companies, Has.Member(company));
CheckSyncState(company, c => c.IndustrialSector, true);
CheckSyncState(industrialSector, s => s.Companies, false);
}
}
public void It_makes_robust_call_to_find_then_click_element_on_underlying_driver()
{
var element = new StubElement();
var finderCalled = false;
driver.StubCss("something.to hover", element);
session.Hover(() =>
{
finderCalled = true;
return(element);
});
Assert.That(finderCalled, Is.False, "Finder not called robustly");
Assert.That(driver.HoveredElements, Is.Empty, "Hover not called robustly");
spyRobustWrapper.DeferredActions.Single()();
Assert.That(finderCalled, Is.True);
Assert.That(driver.HoveredElements, Has.Member(element));
}
public void GetMembers_ByHierarchy_ReturnListMembersWithCorrectCaptions()
{
//Buiding object used during test
var mae = new MembersAdomdEngine();
var disco = new DiscoveryRequestFactory().Build(
ConnectionStringReader.GetAdomd(),
string.Empty,
"Adventure Works",
"Geography",
"Geography",
null
);
//Call the method to test
var actual = mae.GetMembers(disco);
//Assertion
Assert.That(List.Map(actual).Property("Caption"), Has.Member("All Geographies"));
Assert.That(List.Map(actual).Property("Caption"), Has.Member("Canada"));
Assert.That(List.Map(actual).Property("Caption"), Has.Member("France"));
}
public void GetMembersDax_ByLevel_ReturnListMembersWithCorrectCaptions()
{
//Buiding object used during test
var mae = new MembersAdomdEngine();
var disco = new DiscoveryRequestFactory().Build(
ConnectionStringReader.GetAdomdTabular(),
string.Empty,
"Internet Operation",
"Geography",
"Geography",
"Country Region"
);
//Call the method to test
var actual = mae.GetMembers(disco);
////Assertion
Assert.That(List.Map(actual).Property("Caption"), Has.None.EqualTo("All"));
Assert.That(List.Map(actual).Property("Caption"), Has.Member("Canada"));
Assert.That(List.Map(actual).Property("Caption"), Has.Member("France"));
}
public void Test_Add_Part_Method()
{
var laptopPart = new LaptopPart("Ssd", 1m);
laptop.AddPart(laptopPart);
var pcPart = new PCPart("Ram", 1m);
PC.AddPart(pcPart);
var phonePart = new PhonePart("Mic", 1m);
phone.AddPart(phonePart);
Assert.AreEqual(1, laptop.Parts.Count);
Assert.AreEqual(1, PC.Parts.Count);
Assert.AreEqual(1, phone.Parts.Count);
var parts = laptop.Parts;
Assert.That(parts, Has.Member(laptopPart));
}
public void ValidateUniqueStateCombinations_TwoStateCombinations()
{
AccessControlTestHelper testHelper = new AccessControlTestHelper();
using (testHelper.Transaction.EnterNonDiscardingScope())
{
SecurableClassDefinition orderClass = testHelper.CreateOrderClassDefinition();
StatePropertyDefinition paymentProperty = testHelper.CreatePaymentStateProperty(orderClass);
StateCombination paidCombination1 = testHelper.CreateStateCombination(orderClass, paymentProperty[EnumWrapper.Get(PaymentState.Paid).Name]);
StateCombination paidCombination2 = testHelper.CreateStateCombination(orderClass, paymentProperty[EnumWrapper.Get(PaymentState.Paid).Name]);
testHelper.CreateStateCombination(orderClass, paymentProperty[EnumWrapper.Get(PaymentState.None).Name]);
SecurableClassValidationResult result = new SecurableClassValidationResult();
orderClass.ValidateUniqueStateCombinations(result);
Assert.That(result.IsValid, Is.False);
Assert.That(result.DuplicateStateCombinations.Count, Is.EqualTo(2));
Assert.That(result.DuplicateStateCombinations, Has.Member(paidCombination1));
Assert.That(result.DuplicateStateCombinations, Has.Member(paidCombination2));
}
}
public void FindTrashedCourses_WhenCalled_ListOfCoursesWithIsDeletedEqualsTrue()
{
// arrange
var theater = _courses.SingleOrDefault(c => c.Id == 8);
_courseRepository.Setup(m => m.Find(It.IsAny <Expression <Func <Course, bool> > >(), It.IsAny <Func <IQueryable <Course>, IOrderedQueryable <Course> > >(), It.IsAny <string>()))
.Returns(() => {
return(_courses.Where(c => c.IsDeleted == true).OrderBy(c => c.Id));
});
var courseService = new CourseService(_courseRepository.Object);
courseService.CourseTypeService = _courseTypeService.Object;
// act
var result = courseService.FindTrashedCourses();
// assert
_courseRepository.Verify(m => m.Find(It.IsAny <Expression <Func <Course, bool> > >(), It.IsAny <Func <IQueryable <Course>, IOrderedQueryable <Course> > >(), It.IsAny <string>()));
Assert.That(result, Has.Member(theater));
}
public void RegisterOriginalOppositeEndPoint()
{
Assert.That(_dataManager.OriginalOppositeEndPoints.ToArray(), Is.Empty);
var endPointStub = MockRepository.GenerateStub <IRealObjectEndPoint> ();
endPointStub.Stub(stub => stub.GetDomainObjectReference()).Return(_domainObject2);
endPointStub.Stub(stub => stub.ObjectID).Return(_domainObject2.ID);
Assert.That(_dataManager.CollectionData.ToArray(), Has.No.Member(_domainObject2));
Assert.That(_dataManager.OriginalCollectionData.ToArray(), Has.No.Member(_domainObject2));
Assert.That(_dataManager.OriginalItemsWithoutEndPoints, Has.No.Member(_domainObject2));
_dataManager.RegisterOriginalOppositeEndPoint(endPointStub);
Assert.That(_dataManager.HasDataChanged(), Is.False);
Assert.That(_dataManager.CollectionData.ToArray(), Has.Member(_domainObject2));
Assert.That(_dataManager.OriginalCollectionData.ToArray(), Has.Member(_domainObject2));
Assert.That(_dataManager.OriginalOppositeEndPoints.ToArray(), Is.EqualTo(new[] { endPointStub }));
Assert.That(_dataManager.CurrentOppositeEndPoints.ToArray(), Is.EqualTo(new[] { endPointStub }));
}
public void insert_should_insert_at_the_beginning(
[Range(0, 5)] int index)
{
Assume.That(index, Is.GreaterThanOrEqualTo(0));
Assume.That(index, Is.LessThan(initialItems.Count));
var newItem = NewItem();
TestDelegate setter = () => collection.Insert(index, newItem);
Assert.That(setter, Throws.Nothing, String.Format("i={0}, count={1}", index, initialItems.Count));
Assert.That(collection, Has.Count.EqualTo(initialItems.Count + 1));
Assert.That(collection, Has.Member(newItem));
Assert.That(collection[index], Is.SameAs(newItem));
AssertCollectionIsChanged();
var expectedItems = new List <TItem>(initialItems);
expectedItems.Insert(index, newItem);
AssertInvariants(expectedItems);
}
public void CreateGetDeleteAnycastIpAddressEntryTest()
{
var target = new IN6_ADDR(new byte[] { 0xfe, 0x3f, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0x20, 0x00 });
var mibrow = new MIB_ANYCASTIPADDRESS_ROW(new SOCKADDR_IN6(target, 0), primaryAdapter.Luid);
Assert.That(GetAnycastIpAddressTable(ADDRESS_FAMILY.AF_INET6, out var t1), Is.Zero);
if (t1.Contains(mibrow))
{
Assert.That(DeleteAnycastIpAddressEntry(ref mibrow), Is.Zero);
}
Assert.That(CreateAnycastIpAddressEntry(ref mibrow), Is.Zero);
GetAnycastIpAddressTable(ADDRESS_FAMILY.AF_INET6, out var t2);
Assert.That(t2, Has.Member(mibrow));
Assert.That(GetAnycastIpAddressEntry(ref mibrow), Is.Zero);
Assert.That(DeleteAnycastIpAddressEntry(ref mibrow), Is.Zero);
GetAnycastIpAddressTable(ADDRESS_FAMILY.AF_INET6, out var t3);
Assert.That(t3, Has.No.Member(mibrow));
}
private void PerformSuccessfulSearchTest(ResourceId resource, SearchRequest request, FieldCategories fieldType)
{
var expectedId = new Dictionary <string, ulong>()
{
[FieldCategories.SystemField.ToString()] = SystemRecord.Data[resource].Id,
[FieldCategories.UserField.ToString()] = UserRecord.Data[resource].Id
};
var manager = new DefaultManager();
var response = manager.Send <SearchResponse>(request);
PrAssert.That(response, PrIs.SuccessfulResponse <SearchResponse>());
PrAssert.That(response.Result.Status, PrIs.EqualTo("OK"));
if (response.Result.Total == 0)
{
PrAssert.That(response.Result.Items, Has.No.Member((int)expectedId[fieldType.ToString()]));
}
else
{
PrAssert.That(response.Result.Items, Has.Member((int)expectedId[fieldType.ToString()]));
}
}
public void BuildContext_SuppressedInheritance()
{
ClassContext inheritedContext = new ClassContextBuilder(typeof(BaseType2))
.AddMixin(typeof(BT3Mixin1))
.AddComposedInterface(typeof(BT1Mixin2))
.BuildClassContext();
_classBuilder.Clear();
_classBuilder.AddMixins <BT1Mixin1, BT1Mixin2> ();
_classBuilder.AddComposedInterfaces <IBT6Mixin1, IBT6Mixin2> ();
ClassContext builtContext = _classBuilder.BuildClassContext(new[] { inheritedContext });
Assert.That(builtContext.Mixins.Count, Is.EqualTo(2));
Assert.That(builtContext.Mixins.ContainsKey(typeof(BT1Mixin1)), Is.True);
Assert.That(builtContext.Mixins.ContainsKey(typeof(BT1Mixin2)), Is.True);
Assert.That(builtContext.ComposedInterfaces.Count, Is.EqualTo(2));
Assert.That(builtContext.ComposedInterfaces, Has.Member(typeof(IBT6Mixin1)));
Assert.That(builtContext.ComposedInterfaces, Has.Member(typeof(IBT6Mixin2)));
}
public void TestAddAndRemove()
{
var c = new TestClass();
var changedProperties = new List <string>();
_model.PropertyChanged += (o, e) => changedProperties.Add(e.PropertyName);
_model.Add(c);
Assert.That(_model.Count, Is.EqualTo(1));
Assert.That(_model.IsModified, Is.True);
Assert.That(changedProperties, Has.Member("Count"));
changedProperties.Clear();
_model.Remove(c);
Assert.That(_model.Count, Is.EqualTo(0));
Assert.That(_model.IsModified, Is.False);
Assert.That(changedProperties, Has.Member("Count"));
}
