public void PredicateBuilder_Query_Returns_Result()
{
//arrange
var array = new[] { "one" };
var context = new Mock <IDirectoryContext>();
var query = new MockQuery <IDirectoryAttributes>(new List <object> {
array
});
context.Setup(x => x.Query("test", SearchScope.Subtree, null, null, null))
.Returns(query);
var expression = PredicateBuilder.Create <IDirectoryAttributes>()
.And(x => Filter.Equal(x, "x", "y", false))
.Or(x => Filter.Equal(x, "a", "b", true));
//act
var result = context.Object.Query("test")
.Where(expression)
.Select(x => x.GetString("whatever"))
.ToArray();
query.MockProvider.ExecutedExpressions.Should().Have.Count.EqualTo(1);
query.MockProvider.ExecutedExpressions[0].ToString()
.Should().Contain("Equal(x, \"x\", \"y\", False)")
.And.Contain("OrElse")
.And.Contain("Equal(x, \"a\", \"b\", True)")
.And.Contain("x => x.GetString(\"whatever\")");
result.Should().Have.SameSequenceAs(array);
}
public MockQuery <T> Query <T>()
{
ActiveProvider = new MockQueryProvider(null);
var query = new MockQuery <T>(ActiveProvider);
return(query);
}
public void Subquery()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query(); // Elements: 1, 2, 3, 4.
var filterExpression = new FilterExpression <int>();
filterExpression.Include(x1 => new[] { "a", "aaaaa" }.AsQueryable().Select(s1 => s1.Length).Contains(x1)); // Elements: 1, 5.
Console.WriteLine(filterExpression.GetFilter());
filterExpression.Include(x2 => new[] { "aa", "aaaaaa" }.AsQueryable().Select(s2 => s2.Length).Contains(x2)); // Elements: 2, 6.
Console.WriteLine(filterExpression.GetFilter());
// Intentionally reusing the previous parameter name in expression (x2) and subquery (s2).
filterExpression.Include(x2 => new[] { "aaa", "aaaaaaa" }.AsQueryable().Select(s2 => s2.Length).Contains(x2)); // Elements: 3, 7.
Console.WriteLine(filterExpression.GetFilter());
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Console.WriteLine(mockQuery.GetWherePart(filteredQuery));
Assert.AreEqual(0, mockQuery.CallCount);
Assert.AreEqual("1, 2, 3", TestUtility.Dump(filteredQuery));
Assert.AreEqual(1, mockQuery.CallCount);
}
public void MultipleExecutions_Query_Returns_Result()
{
//arrange
var array = new[] { "one" };
var item = "two";
var context = new Mock <IDirectoryContext>();
var query = new MockQuery <IDirectoryAttributes>(new List <object> {
array, item
});
context.Setup(x => x.Query("test", SearchScope.Subtree, null, null, null))
.Returns(query);
//act
var result1 = context.Object.Query("test")
.Where(x => Filter.Equal(x, "x", "y", false))
.Select(x => x.GetString("whatever"))
.ToArray();
var result2 = context.Object.Query("test")
.Select(x => x.GetString("whatever"))
.FirstOrDefault();
query.MockProvider.ExecutedExpressions.Should().Have.Count.EqualTo(2);
query.MockProvider.ExecutedExpressions[0].ToString()
.Should().Contain("Where")
.And.Not.Contain("FirstOrDefault");
query.MockProvider.ExecutedExpressions[1].ToString()
.Should().Contain("FirstOrDefault")
.And.Not.Contain("Where");
result1.Should().Have.SameSequenceAs(array);
result2.Should().Be.EqualTo(item);
}
public MockQuery <IDirectoryAttributes> Query()
{
ActiveProvider = new MockQueryProvider(null);
var query = new MockQuery <IDirectoryAttributes>(ActiveProvider);
return(query);
}
public void BaseRequiresConversationContext()
{
var q = new MockQuery();
q.ConversationContext = null;
var e = Assert.Throws<InvalidOperationException>(() => q.Execute());
Assert.That(e.Message, Contains.Substring("ConversationContext"));
Assert.That(e.Message, Contains.Substring("register"));
}
static void Run(Type expected, string findName)
{
CreateByTypeQuery.FindTypeByName query = Pleasure.Generator.Invent <CreateByTypeQuery.FindTypeByName>(dsl => dsl.Tuning(r => r.Type, findName));
var mockQuery = MockQuery <CreateByTypeQuery.FindTypeByName, Type>
.When(query);
mockQuery.Execute();
mockQuery.ShouldBeIsResult(expected);
}
public static void Establish(SearchItemOfType type)
{
var query = Pleasure.Generator.Invent <GetImageQuery>(dsl => dsl.Tuning(r => r.Type, type));
expected = Pleasure.Generator.Bytes();
mockQuery = MockQuery <GetImageQuery, byte[]>
.When(query);
}
public void GetAppointmentsByCustomerRequest_SetsQueryParameter()
{
MockHydrater.Setup(m => m.Hydrate(It.IsAny <DataTable>())).Returns(new List <AppointmentVO>());
var actual = Target.GetAppointmentsByCustomerRequest(new CustomerRequestVO {
Identity = 1
});
MockQuery.Verify(m => m.AddParameter(1, CustomerRequestQueryParameters.Identity), Times.Once);
}
public void GetCommentsByStop_SetsQueryParameter()
{
MockHydrater.Setup(m => m.Hydrate(It.IsAny <DataTable>())).Returns(new List <CommentVO>());
var actual = Target.GetCommentsByStop(new StopVO {
Identity = 1
});
MockQuery.Verify(m => m.AddParameter(1, StopRequestQueryParameters.Identity), Times.Once);
}
static MockMessage <GetRecurrencyDateQuery, DateTime?> Execute(Action <IInventFactoryDsl <GetRecurrencyDateQuery> > dsl)
{
var query = Pleasure.Generator.Invent(dsl);
var res = MockQuery <GetRecurrencyDateQuery, DateTime?>
.When(query);
res.Original.Execute();
return(res);
}
public void EmptyFilter()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query();
var filterExpression = new FilterExpression <int>();
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Assert.AreEqual("New query: System.Int32[]", mockQuery.GetWherePart(filteredQuery), "Result should be a newly constructed empty array");
Assert.AreEqual("", TestUtility.Dump(filteredQuery));
Assert.AreEqual(0, mockQuery.CallCount, "Empty filter should be optimized to not use original query.");
}
public static void AssertReceived <T> (MethodInfo method, MockQuery <T> query)
{
Expression expression = query.MockProvider.Received;
MethodCallExpression call = expression as MethodCallExpression;
Assert.IsNotNull(call, "Expected a MethodCallExpression");
MethodInfo expected = method.MakeGenericMethod(typeof(T));
Assert.AreEqual(expected, call.Method, "Expected method: " + expected);
}
public void Test1()
{
MockQuery query = new MockQuery();
StringVisitor visitor = new StringVisitor(query);
Expression ex = new WhereEqualsExpression(null, "Title", "title1");
visitor.Visite(ex);
Assert.AreEqual("Title = title1", query.ClauseText);
}
public void Test1()
{
MockQuery query = new MockQuery();
StringVisitor visitor = new StringVisitor(query);
Expression ex = new WhereEqualsExpression(null, "Title", "title1");
visitor.Visite(ex);
Assert.AreEqual("Title = title1", query.ClauseText);
}
public void GetCustomerRequestsByReferenceNumber_SetsQueryParameter()
{
MockHydrater.Setup(m => m.Hydrate(It.IsAny <DataTable>())).Returns(new List <CustomerRequestVO>());
var actual = Target.GetCustomerRequestsByReferenceNumber(new CustomerRequestVO {
ReferenceNumbers = new List <ReferenceNumberVO> {
new ReferenceNumberVO {
ReferenceNumber = "1"
}
}
});
MockQuery.Verify(m => m.AddParameter("1", CustomerRequestQueryParameters.ReferenceNumber), Times.Once);
}
public void AllowSomeDenyNone()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query();
var filterExpression = new FilterExpression <int>();
filterExpression.Include(x1 => x1 >= 3);
filterExpression.Exclude(x2 => false);
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Assert.AreEqual(".Where(x1 => (x1 >= 3))", mockQuery.GetWherePart(filteredQuery));
Assert.AreEqual("3, 4", TestUtility.Dump(filteredQuery));
Assert.AreEqual(1, mockQuery.CallCount);
}
public void AllowAllDenyNone()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query();
var filterExpression = new FilterExpression <int>();
filterExpression.Include(x1 => true);
filterExpression.Exclude(x2 => false);
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Assert.AreEqual("", mockQuery.GetWherePart(filteredQuery), "Optimized - No where part");
Assert.AreEqual("1, 2, 3, 4", TestUtility.Dump(filteredQuery));
Assert.AreEqual(1, mockQuery.CallCount);
}
public void AllowSome2()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query();
var filterExpression = new FilterExpression <int>();
filterExpression.Include(x1 => x1 >= 4);
filterExpression.Include(x2 => x2 <= 2);
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Assert.AreEqual(".Where(x1 => ((x1 >= 4) OrElse (x1 <= 2)))", mockQuery.GetWherePart(filteredQuery));
Assert.AreEqual("1, 2, 4", TestUtility.DumpSorted(filteredQuery));
Assert.AreEqual(1, mockQuery.CallCount);
}
public void AllowAllDenySome2()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query();
var filterExpression = new FilterExpression <int>();
filterExpression.Include(x1 => true);
filterExpression.Exclude(x2 => x2 > 2);
filterExpression.Exclude(x3 => x3 < 2);
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Assert.AreEqual(".Where(x2 => (Not((x2 > 2)) AndAlso Not((x2 < 2))))", mockQuery.GetWherePart(filteredQuery));
Assert.AreEqual("2", TestUtility.Dump(filteredQuery));
Assert.AreEqual(1, mockQuery.CallCount);
}
public void AllowSome2DenySome2()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query();
var filterExpression = new FilterExpression <int>();
filterExpression.Include(x1 => x1 >= 2);
filterExpression.Include(x2 => x2 >= 4);
filterExpression.Exclude(x3 => x3 >= 4);
filterExpression.Exclude(x4 => x4 >= 5);
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Assert.AreEqual(".Where(x1 => (((x1 >= 2) OrElse (x1 >= 4)) AndAlso (Not((x1 >= 4)) AndAlso Not((x1 >= 5)))))", mockQuery.GetWherePart(filteredQuery));
Assert.AreEqual("2, 3", TestUtility.Dump(filteredQuery));
Assert.AreEqual(1, mockQuery.CallCount);
}
public void TestMockQuery()
{
var mockQuery = new MockQuery();
var q = mockQuery.Query();
Assert.AreEqual(0, mockQuery.CallCount);
Assert.AreEqual(10, q.Sum());
Assert.AreEqual(1, mockQuery.CallCount);
Assert.AreEqual(4, q.Count());
Assert.AreEqual(2, mockQuery.CallCount);
Assert.AreEqual("1, 2, 3, 4", TestUtility.Dump(q));
Assert.AreEqual(3, mockQuery.CallCount);
Assert.AreEqual("2, 3, 4", TestUtility.Dump(q.Where(x => x >= 2)));
Assert.AreEqual(4, mockQuery.CallCount);
}
public void TestMockQuery()
{
var mockQuery = new MockQuery();
var q = mockQuery.Query();
Assert.AreEqual(0, mockQuery.CallCount);
Assert.AreEqual(10, q.Sum());
Assert.AreEqual(1, mockQuery.CallCount);
Assert.AreEqual(4, q.Count());
Assert.AreEqual(2, mockQuery.CallCount);
Assert.AreEqual("1, 2, 3, 4", TestUtility.Dump(q));
Assert.AreEqual(3, mockQuery.CallCount);
Assert.AreEqual("2, 3, 4", TestUtility.Dump(q.Where(x => x >= 2)));
Assert.AreEqual(4, mockQuery.CallCount);
}
public void ToList_Query_Returns_Result()
{
//arrange
var list = new List <string>();
var context = new Mock <IDirectoryContext>();
var query = new MockQuery <IDirectoryAttributes>(new List <object> {
list
});
context.Setup(x => x.Query("test", SearchScope.Subtree, null, null, null))
.Returns(query);
//act
var result = context.Object.Query("test")
.Where(x => Filter.Equal(x, "x", "y", false))
.Select(x => x.GetString("whatever"))
.ToList();
//assert
query.MockProvider.ExecutedExpressions.Should().Have.Count.EqualTo(1);
result.Should().Be.SameInstanceAs(list);
}
public void Get_Custom_Search_Returns_Results()
{
//arange
var expectedResults = new List <object>
{
new[] { new UserListItem {
DistinguishedName = "test", Name = "test", UserId = "test"
} }
};
var mockQuery = new MockQuery <User>(expectedResults);
_mockContext.Setup(x => x.Query <User>(SearchScope.Subtree, null))
.Returns(mockQuery);
//act
var results = _usersController.Find("blah blah", true) as IEnumerable <object>;
//assert
results.Satisfy(x => x.Count() == 1 && ((UserListItem)x.First()).DistinguishedName == "test");
mockQuery.MockProvider.ExecutedExpressions[0].ToString()
.Should()
.Contain(
"FilterWith(\"(blah blah)\").Select(s => new UserListItem() {DistinguishedName = s.DistinguishedName, Name = Format(\"{0} {1}\", s.FirstName, s.LastName), PrimaryAffiliation = s.PrimaryAffiliation, UserId = s.UserId})");
}
public void AllowAllDenyNone()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query();
var filterExpression = new FilterExpression<int>();
filterExpression.Include(x1 => true);
filterExpression.Exclude(x2 => false);
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Assert.AreEqual("", mockQuery.GetWherePart(filteredQuery), "Optimized - No where part");
Assert.AreEqual("1, 2, 3, 4", TestUtility.Dump(filteredQuery));
Assert.AreEqual(1, mockQuery.CallCount);
}
public void AllowSome2()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query();
var filterExpression = new FilterExpression<int>();
filterExpression.Include(x1 => x1 >= 4);
filterExpression.Include(x2 => x2 <= 2);
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Assert.AreEqual(".Where(x1 => ((x1 >= 4) OrElse (x1 <= 2)))", mockQuery.GetWherePart(filteredQuery));
Assert.AreEqual("1, 2, 4", TestUtility.DumpSorted(filteredQuery));
Assert.AreEqual(1, mockQuery.CallCount);
}
public void AllowAllDenySome2()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query();
var filterExpression = new FilterExpression<int>();
filterExpression.Include(x1 => true);
filterExpression.Exclude(x2 => x2 > 2);
filterExpression.Exclude(x3 => x3 < 2);
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Assert.AreEqual(".Where(x2 => (Not((x2 > 2)) AndAlso Not((x2 < 2))))", mockQuery.GetWherePart(filteredQuery));
Assert.AreEqual("2", TestUtility.Dump(filteredQuery));
Assert.AreEqual(1, mockQuery.CallCount);
}
public void BaseCallsExecuteWithSession()
{
var q = new MockQuery();
q.Execute();
Assert.That(((MockQuery)q).ExecuteCalled, Is.True);
}
public IExecutable <string> GetQuery()
{
return(MockQuery <string> .From("foo", "bar"));
}
public void AllowSome2DenySome2()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query();
var filterExpression = new FilterExpression<int>();
filterExpression.Include(x1 => x1 >= 2);
filterExpression.Include(x2 => x2 >= 4);
filterExpression.Exclude(x3 => x3 >= 4);
filterExpression.Exclude(x4 => x4 >= 5);
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Assert.AreEqual(".Where(x1 => (((x1 >= 2) OrElse (x1 >= 4)) AndAlso (Not((x1 >= 4)) AndAlso Not((x1 >= 5)))))", mockQuery.GetWherePart(filteredQuery));
Assert.AreEqual("2, 3", TestUtility.Dump(filteredQuery));
Assert.AreEqual(1, mockQuery.CallCount);
}
public void EmptyFilter()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query();
var filterExpression = new FilterExpression<int>();
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Assert.AreEqual("New query: System.Int32[]", mockQuery.GetWherePart(filteredQuery), "Result should be a newly constructed empty array");
Assert.AreEqual("", TestUtility.Dump(filteredQuery));
Assert.AreEqual(0, mockQuery.CallCount, "Empty filter should be optimized to not use original query.");
}
public void Query()
{
var query = new MockQuery();
mocks.Container.Register(Component.For<IMockQuery>().Instance(query));
int result = AR.Query<int,IMockQuery>(q=>q.Result = 23);
Assert.That(query.ExecuteCalled);
Assert.That(result, Is.EqualTo(23));
}
public void Get_Custom_Search_Returns_Results()
{
//arange
var expectedResults = new List<object>
{
new[] {new UserListItem {DistinguishedName = "test", Name = "test", UserId = "test"}}
};
var mockQuery = new MockQuery<User>(expectedResults);
_mockContext.Setup(x => x.Query<User>(SearchScope.Subtree, null))
.Returns(mockQuery);
//act
var results = _usersController.Find("blah blah", true) as IEnumerable<object>;
//assert
results.Satisfy(x => x.Count() == 1 && ((UserListItem)x.First()).DistinguishedName == "test");
mockQuery.MockProvider.ExecutedExpressions[0].ToString()
.Should()
.Contain(
"FilterWith(\"(blah blah)\").Select(s => new UserListItem() {DistinguishedName = s.DistinguishedName, Name = Format(\"{0} {1}\", s.FirstName, s.LastName), PrimaryAffiliation = s.PrimaryAffiliation, UserId = s.UserId})");
}
public void AllowSomeDenyNone()
{
var mockQuery = new MockQuery();
var query = mockQuery.Query();
var filterExpression = new FilterExpression<int>();
filterExpression.Include(x1 => x1 >= 3);
filterExpression.Exclude(x2 => false);
var filteredQuery = GetOpt(filterExpression.GetFilter(), query);
Assert.AreEqual(".Where(x1 => (x1 >= 3))", mockQuery.GetWherePart(filteredQuery));
Assert.AreEqual("3, 4", TestUtility.Dump(filteredQuery));
Assert.AreEqual(1, mockQuery.CallCount);
}
public Task <int> OnMockQuery(MockQuery query, CancellationToken cancellationToken)
{
Assert.NotNull(query);
return(Task.FromResult(100));
}