public void Should_store_Dec_result(short value, short expected)
{
Mockery
.VariableRetrieves(value);
var args = new OperandBuilder()
.WithArg(AnyVariable)
.Build();
Operation.Execute(args);
Mockery
.ResultStored(expected);
}
public void test_WHEN_native_value_is_datetime_with_includetimevalue_THEN_datetime_operand_is_created()
{
var operandBuilder = new OperandBuilder();
Expression <Func <SPListItem, bool> > expr = x => (DateTime)x["Foo"] == new DateTime(2010, 1, 2, 3, 4, 5).IncludeTimeValue();
var operand = operandBuilder.CreateValueOperandForNativeSyntax(((BinaryExpression)expr.Body).Right);
Assert.That(operand, Is.InstanceOf <DateTimeValueOperand>());
var valueOperand = operand as DateTimeValueOperand;
Assert.That(valueOperand.Type, Is.EqualTo(typeof(DataTypes.DateTime)));
Assert.That(valueOperand.Value, Is.EqualTo(new DateTime(2010, 1, 2, 3, 4, 5)));
Assert.That(valueOperand.IncludeTimeValue, Is.True);
}
/// <summary>
/// Initializes a new instance of this class.
/// </summary>
/// <param name="symbol">The symbol of this operator.</param>
/// <param name="independency">The independency of this operator.</param>
/// <param name="description">The description of this operator.</param>
protected BaseBuiltInComparativeOperator(string symbol, OperatorIndependency independency, string description) : base(symbol, independency)
{
builder = new OperandBuilder();
if (description == null)
{
var attribute = Attribute.GetCustomAttribute(GetType(), typeof(DescriptionAttribute)) as DescriptionAttribute;
Description = (attribute != null) ? attribute.Description : "";
}
else
{
Description = description;
}
}
public void test_WHEN_string_based_value_is_user_id_THEN_lookup_field_ref_operand_is_created()
{
Expression <Func <SPListItem, bool> > expr = x => x["foo"] == (DataTypes.UserId) "1";
var operandBuilder = new OperandBuilder();
var operand = operandBuilder.CreateFieldRefOperand(((BinaryExpression)expr.Body).Left, new UserIdValueOperand("1"));
Assert.That(operand, Is.InstanceOf <FieldRefOperand>());
var op = (FieldRefOperand)operand;
Assert.That(op.Attributes.Count, Is.EqualTo(1));
Assert.That(op.Attributes[0].Key, Is.EqualTo("LookupId"));
Assert.That(op.Attributes[0].Value, Is.EqualTo("True"));
}
public void Should_store_return_value_when_asked()
{
Mockery
.StartingPC(100, true);
var args = new OperandBuilder()
.WithArg(AnyValue)
.Build();
Operation.Execute(args);
Mockery
.ResultDestinationRetrievedFromPC()
.ResultStored(AnyValue);
}
public void Should_not_store_when_routine_does_not_store()
{
Mockery
.StartingPC(100);
var args = new OperandBuilder()
.WithArg(AnyValue)
.Build();
Operation.Execute(args);
Mockery
.NoResultDestinationRetrieved()
.NoResultWasStored();
}
public void test_WHEN_native_value_is_guid_THEN_guid_operand_is_created()
{
var operandBuilder = new OperandBuilder();
var guid = new Guid("4feaf1f3-5b04-4d93-b0fc-4e48d0c60eed");
Expression <Func <SPListItem, bool> > expr = x => (Guid)x["Foo"] == guid;
var operand = operandBuilder.CreateValueOperandForNativeSyntax(((BinaryExpression)expr.Body).Right);
Assert.That(operand, Is.InstanceOf <GuidValueOperand>());
var valueOperand = operand as GuidValueOperand;
Assert.That(valueOperand.Type, Is.EqualTo(typeof(DataTypes.Guid)));
Assert.That(valueOperand.Value, Is.EqualTo(new Guid("4feaf1f3-5b04-4d93-b0fc-4e48d0c60eed")));
}
public void test_WHEN_string_based_value_is_datetime_with_includetimevalue_THEN_datetime_operand_is_created()
{
var operandBuilder = new OperandBuilder();
Expression <Func <SPListItem, bool> > expr = x => x["Modified"] == ((DataTypes.DateTime) "02.01.2010 03:04:05").IncludeTimeValue();
var operand = operandBuilder.CreateValueOperandForStringBasedSyntax(((BinaryExpression)expr.Body).Right);
Assert.That(operand, Is.InstanceOf <DateTimeValueOperand>());
var valueOperand = operand as DateTimeValueOperand;
Assert.That(valueOperand.Type, Is.EqualTo(typeof(DataTypes.DateTime)));
var expected = DateTime.Parse("02.01.2010 03:04:05");
Assert.That(valueOperand.Value, Is.EqualTo(expected));
Assert.That(valueOperand.IncludeTimeValue, Is.True);
}
static Camlex()
{
// factories setup
var operandBuilder = new OperandBuilder();
var operationResultBuilder = new OperationResultBuilder();
var analyzerFactory = new AnalyzerFactory(operandBuilder, operationResultBuilder);
translatorFactory = new TranslatorFactory(analyzerFactory);
// re
var reoperandBuilder = new ReOperandBuilderFromCaml();
var reanalyzerFactory = new ReAnalyzerFromCamlFactory(reoperandBuilder);
retranslatorFactory = new ReTranslatorFromCamlFactory(reanalyzerFactory);
relinkerFactory = new ReLinkerFromCamlFactory();
}
public void Should_store_the_value_from_addr_plus_index()
{
// TODO: Crap test , doesn't check the address used to retrieve the array item is correct
ushort addr = 1234;
ushort index = 12;
var args = new OperandBuilder()
.WithArg(addr)
.WithArg(index)
.Build();
Operation.Execute(args);
Mockery
.ResultDestinationRetrievedFromPC()
.ResultStoredWasByte(0);
}
public void Should_return_property_length()
{
byte propInfo = 123;
var expected = ZProperty.GetPropertySize(propInfo);
Mockery
.SetNextGet(propInfo);
var args = new OperandBuilder()
.WithArg(AnyVariable)
.Build();
Operation.Execute(args);
Mockery
.ResultStored(expected);
}
public void Should_print_the_text()
{
var args = new OperandBuilder()
.WithArg(0)
.Build();
Mockery
.ZsciiStringReturns("some text");
Operation.Execute(args);
Mockery
.Printed("some text")
;
}
public void Should_retrieve_variable_and_store()
{
const ushort value = 1234;
Mockery
.VariableRetrieves(value);
var args = new OperandBuilder()
.WithArg(AnyVariable)
.Build();
Operation.Execute(args);
Mockery
.ResultDestinationRetrievedFromPC()
.ResultStored(value);
}
public void Should_print_the_text()
{
var args = new OperandBuilder()
.WithArg(0)
.Build();
Mockery
.ZsciiStringReturns("some text");
Operation.Execute(args);
Mockery
// TODO: Check that a packed address was used
.Printed("some text")
;
}
public void When_no_routine_address_supplied_set_result_to_0()
{
const ushort packedRoutineAddress = 0;
var args = new OperandBuilder()
.WithArg(packedRoutineAddress)
.Build();
Mockery
.AssertStackIsEmpty();
Mockery
.SetRoutineArgCount(0);
Operation.Execute(args);
Mockery
.ResultDestinationRetrievedFromPC()
.ResultStoredWasByte(0);
}
public void Should_clear_attribute()
{
ushort obj = 1234;
ushort attribute = 0x02;
var args = new OperandBuilder()
.WithArg(obj)
.WithArg(attribute)
.Build();
var zObj = new Mock <IZMachineObject>();
var zAttributes = new Mock <IZAttributes>();
zObj.Setup(z => z.Attributes).Returns(zAttributes.Object);
Mockery.SetNextObject(zObj.Object);
Operation.Execute(args);
zAttributes.Verify(o => o.ClearAttribute((byte)It.Is <byte>(v => v == attribute)));
}
public void Should_increment_value_and_NOT_jump()
{
ushort initialValue = 10;
ushort comparison = 15;
var args = new OperandBuilder()
.WithArg(AnyValue)
.WithArg(comparison)
.Build();
Mockery.VariableRetrieves(initialValue);
Operation.Execute(args);
var expectedValue = (initialValue + 1);
Mockery
.ResultStored((ushort)expectedValue)
.JumpedWith(false);
}
public void Should_jump_if_objectA_is_child_of_objectB()
{
ushort parent = 1234;
Mockery.SetNextObject(
new ZMachineObjectBuilder()
.WithParent(parent)
.Build()
);
var operands = new OperandBuilder()
.WithAnyArg()
.WithArg(parent)
.Build();
Operation.Execute(operands);
Mockery.JumpedWith(true);
}
public void Should_print_the_object_name()
{
var args = new OperandBuilder()
.WithArg(0)
.Build();
var objectName = "My Object";
Mockery
.SetNextObject(new ZMachineObjectBuilder()
.WithName(objectName).Build());
Operation.Execute(args);
Mockery
// TODO: Check that a packed address was used
.Printed(objectName)
;
}
public void Should_remove_immediate_child()
{
ushort child = 20;
ushort child2 = 25;
ushort sibling = 30;
ushort parent = 5;
ushort objectToRemove = child;
var(childZObj, parentZObj, _)
= ZMachineObjectBuilder.BuildSimpleRelationship(parent, child, sibling, child2);
Mockery
.SetGetObject(child, childZObj)
.SetGetObject(parent, parentZObj);
var args = new OperandBuilder()
.WithArg(objectToRemove)
.Build();
Operation.Execute(args);
parentZObj.Child.ShouldBe(childZObj.Sibling);
childZObj.Parent.ShouldBe((ushort)0);
}
public void SetUp()
{
testee = new OperandBuilder();
}
private IOperand createValueOperand(XElement operationElement, XElement valueElement, bool isComparision)
{
if (operationElement == null)
{
throw new ArgumentNullException("operationElement");
}
if (valueElement == null)
{
throw new ArgumentNullException("valueElement");
}
var typeAttr = valueElement.Attributes().FirstOrDefault(a => a.Name == Attributes.Type);
if (typeAttr == null)
{
throw new CamlAnalysisException(
string.Format(
"Can't create value operand: Type attribute is missing. Xml which causes issue:\n{0}", valueElement));
}
string typeName = string.Format("{0}.{1}+{2}, {3}", typeof(DataTypes).Namespace, typeof(DataTypes).Name, typeAttr.Value, typeof(DataTypes).Assembly.FullName);
Type type = null;
try
{
type = Type.GetType(typeName, false);
}
catch
{
type = null;
}
if (type == null)
{
throw new CamlAnalysisException(
string.Format(
"Can't create value operand: Type attribute '{0}' is incorrect type name. It should have CAML-compatible type name", typeAttr.Value));
}
// DataTypes.Lookup is internal. Users should use LookupValue or LookupId. But in order to determine what exact type
// should be used - we also need to analyze FieldRef operand because it contains LookupId="True" attribute (i.e. not Value
// operand contains it)
if (type == typeof(DataTypes.Lookup))
{
type = typeof(DataTypes.LookupValue);
var fieldRefElement = operationElement.Elements(Tags.FieldRef).FirstOrDefault();
if (fieldRefElement != null)
{
var lookupIdAttr = fieldRefElement.Attributes().FirstOrDefault(a => a.Name == Attributes.LookupId);
if (lookupIdAttr != null)
{
bool isLookupId = false;
if (bool.TryParse(lookupIdAttr.Value, out isLookupId) && isLookupId)
{
type = typeof(DataTypes.LookupId);
}
}
}
}
//The same applies for LookupMulti
if (type == typeof(DataTypes.LookupMulti))
{
type = typeof(DataTypes.LookupMultiValue);
var fieldRefElement = operationElement.Elements(Tags.FieldRef).FirstOrDefault();
if (fieldRefElement != null)
{
var lookupIdAttr = fieldRefElement.Attributes().FirstOrDefault(a => a.Name == Attributes.LookupId);
if (lookupIdAttr != null)
{
bool isLookupId = false;
if (bool.TryParse(lookupIdAttr.Value, out isLookupId) && isLookupId)
{
type = typeof(DataTypes.LookupMultiId);
}
}
}
}
// The same about User and UserId. In direct-way translation, the developer should use either User or User ID,
// but in referese-way translation, it should be determioned by LookupID="True" attribute
if (type == typeof(DataTypes.User))
{
var fieldRefElement = operationElement.Elements(Tags.FieldRef).FirstOrDefault();
if (fieldRefElement != null)
{
var lookupIdAttr = fieldRefElement.Attributes().FirstOrDefault(a => a.Name == Attributes.LookupId);
if (lookupIdAttr != null)
{
bool isLookupId = false;
if (bool.TryParse(lookupIdAttr.Value, out isLookupId) && isLookupId)
{
type = typeof(DataTypes.UserId);
}
}
}
}
bool isIntegerForUserId = false;
if (type == typeof(DataTypes.Integer))
{
// DataTypes.Integer also can be used for <UserID />. See http://sadomovalex.blogspot.com/2011/08/camlexnet-24-is-released.html
isIntegerForUserId = valueElement.Elements().Count() == 1 && valueElement.Elements().Any(e => e.Name == ReflectionHelper.UserID);
}
bool includeTimeValue = false;
var includeTimeValueAttr = valueElement.Attributes().FirstOrDefault(a => a.Name == Attributes.IncludeTimeValue);
if (includeTimeValueAttr != null)
{
if (!bool.TryParse(includeTimeValueAttr.Value, out includeTimeValue))
{
throw new CamlAnalysisException(
string.Format(
"Can't create value operand: attribute '{0}' has incorrect value '{1}'. It should have boolean value", includeTimeValueAttr.Name, includeTimeValueAttr.Value));
}
}
string value = valueElement.Value;
if (type == typeof(DataTypes.DateTime) && valueElement.Descendants().Count() == 1)
{
// for DateTime instead of real (Native) value there can be <Now />, <Today />, etc.
// See the full list from DateTimeValueOperand
value = valueElement.Descendants().First().Name.ToString();
}
var convertedType = this.convertToNativeIfPossible(type);
// currently only string-based value operand will be returned
// todo: add support of native operands here (see OperandBuilder.CreateValueOperand() for details)
return(OperandBuilder.CreateValueOperand(
convertedType, value, includeTimeValue, true, isComparision, isIntegerForUserId));
}
public bool CompareShouldBeAffectedIgnoreCase(string left, string right, bool ignoreCase)
{
var expression = Expression.Constant("");
var result = new Equal <CustomEntity>("=", ignoreCase).Compare(expression, OperandBuilder.BuildUp(left), OperandBuilder.BuildUp(right));
return((bool)Expression.Lambda(result.Expression).Compile().DynamicInvoke());
}
