/// <summary>
/// Gets the attributes associated with the specified member.
/// </summary>
/// <param name="memberInfo">The reflection member.</param>
/// <param name="inherit">if set to <c>true</c> includes inherited attributes.</param>
/// <returns>An enumeration of <see cref="Attribute"/>.</returns>
public virtual List <Attribute> GetAttributes(MemberInfo memberInfo, bool inherit = true)
{
var key = new MemberInfoKey(memberInfo, inherit);
lock (globalLock)
{
// Use a cache of attributes
List <Attribute> attributes;
if (cachedAttributes.TryGetValue(key, out attributes))
{
return(attributes);
}
// Else retrieve all default attributes
var defaultAttributes = Attribute.GetCustomAttributes(memberInfo, inherit);
attributes = defaultAttributes.ToList();
// And add registered attributes
List <Attribute> registered;
if (registeredAttributes.TryGetValue(memberInfo, out registered))
{
attributes.AddRange(registered);
}
// Add to the cache
cachedAttributes.Add(key, attributes);
return(attributes);
}
}
/// <summary>
/// Gets the attributes associated with the specified member.
/// </summary>
/// <param name="memberInfo">The reflection member.</param>
/// <param name="inherit">if set to <c>true</c> includes inherited attributes.</param>
/// <returns>An enumeration of <see cref="Attribute"/>.</returns>
public virtual IReadOnlyCollection <Attribute> GetAttributes(MemberInfo memberInfo, bool inherit = true)
{
var key = new MemberInfoKey(memberInfo, inherit);
// Use a cache of attributes
IReadOnlyCollection <Attribute> attributes;
lock (cachedAttributes)
{
if (cachedAttributes.TryGetValue(key, out attributes))
{
return(attributes);
}
// Else retrieve all default attributes
var defaultAttributes = Attribute.GetCustomAttributes(memberInfo, inherit);
var attributesToCache = defaultAttributes.ToList();
// And add registered attributes
List <Attribute> registered;
if (registeredAttributes.TryGetValue(memberInfo, out registered))
{
attributesToCache.AddRange(registered);
}
attributes = attributesToCache.AsReadOnly();
// Add to the cache
cachedAttributes.Add(key, attributes);
}
return(attributes);
}
/// <summary>
/// Gets the attributes associated with the specified member.
/// </summary>
/// <param name="memberInfo">The reflection member.</param>
/// <param name="inherit">if set to <c>true</c> includes inherited attributes.</param>
/// <returns>An enumeration of <see cref="Attribute"/>.</returns>
public virtual List <Attribute> GetAttributes(MemberInfo memberInfo, bool inherit = true)
{
var key = new MemberInfoKey(memberInfo, inherit);
// Use a cache of attributes
List <Attribute> attributes;
lock (lockObject)
{
if (cachedAttributes.TryGetValue(key, out attributes))
{
return(attributes);
}
// Else retrieve all default attributes
var defaultAttributes = Attribute.GetCustomAttributes(memberInfo, inherit);
IEnumerable <Attribute> attributesToCache = defaultAttributes;
// And add registered attributes
List <Attribute> registered;
if (registeredAttributes.TryGetValue(memberInfo, out registered))
{
// Remove "real" attributes overridden by manually registered attributes
attributesToCache = registered.Concat(defaultAttributes.Where(x => GetUsage(x).AllowMultiple || registered.All(y => y.GetType() != x.GetType())));
}
attributes = attributesToCache.ToList();
// Add to the cache
cachedAttributes.Add(key, attributes);
}
return(attributes);
}
public static AttributeCollection GetRawAttributes(EventInfo eventInfo)
{
if (eventInfo == null)
{
throw new ArgumentNullException("eventInfo");
}
string name = eventInfo.Name;
Type declaringType = eventInfo.DeclaringType.UnderlyingSystemType;
Type memberType = eventInfo.EventHandlerType.UnderlyingSystemType;
MemberInfoKey memberInfoKey = new MemberInfoKey(name, declaringType.TypeHandle, memberType.TypeHandle);
Dictionary <MemberInfoKey, AttributeCollection> attributesCache = DomainTypeDescriptor.EventInfoAttributesCache;
AttributeCollection attributeCollection;
if (!attributesCache.TryGetValue(memberInfoKey, out attributeCollection))
{
lock (attributesCache)
{
if (!attributesCache.TryGetValue(memberInfoKey, out attributeCollection))
{
attributesCache[memberInfoKey] = attributeCollection =
TypeDescriptor.CreateEvent(declaringType, name, memberType, null).Attributes;
}
}
}
return(attributeCollection);
}
public static AttributeCollection GetRawAttributes(PropertyInfo propertyInfo)
{
if (propertyInfo == null)
{
throw new ArgumentNullException("propertyInfo");
}
string name = propertyInfo.Name;
Type declaringType = propertyInfo.DeclaringType.UnderlyingSystemType;
Type memberType = propertyInfo.PropertyType.UnderlyingSystemType;
MemberInfoKey memberInfoKey = new MemberInfoKey(name, declaringType.TypeHandle, memberType.TypeHandle);
Dictionary <MemberInfoKey, AttributeCollection> attributesCache = DomainTypeDescriptor.PropertyInfoAttributesCache;
AttributeCollection attributeCollection;
if (!attributesCache.TryGetValue(memberInfoKey, out attributeCollection) || attributeCollection == null)
{
lock (attributesCache)
{
// If there is an entry in the cache for this property, then the dependencies for it
// have already been calculated previously.
bool dependenciesAlreadyCalculated = attributesCache.TryGetValue(memberInfoKey, out attributeCollection);
if (!dependenciesAlreadyCalculated || attributeCollection == null)
{
// This property either hasn't had its attributes retrieved, or one of the types on which
// it is dependent has been refreshed since the attributes were last retrieved. Either way,
// we need to recalculate the attributes for this property.
attributesCache[memberInfoKey] = attributeCollection =
TypeDescriptor.CreateProperty(declaringType, name, memberType, null).Attributes;
if (!dependenciesAlreadyCalculated)
{
// Since we haven't calculated the dependencies of this property before, we need to do
// so now so that we know what properties to update when the TypeDescriptor.Refreshed
// event is raised.
Dictionary <RuntimeTypeHandle, List <MemberInfoKey> > dependencies = DomainTypeDescriptor.PropertyTypeDependencies;
while (memberType != null)
{
RuntimeTypeHandle memberTypeHandle = memberType.TypeHandle;
List <MemberInfoKey> dependentProperties;
if (!dependencies.TryGetValue(memberTypeHandle, out dependentProperties))
{
dependencies[memberTypeHandle] = dependentProperties = new List <MemberInfoKey>();
}
dependentProperties.Add(memberInfoKey);
memberType = memberType.BaseType;
}
}
}
}
}
return(attributeCollection);
}
public void CorrectlyMatchesInstanceMemberInfos()
{
Dictionary <MethodInfo, MemberInfoKey> instanceMethods =
new Dictionary <MethodInfo, MemberInfoKey>()
{
{ FindInstanceMethod(typeof(string), "ToLower"),
new MemberInfoKey(typeof(string), "ToLower", true, true) },
{ FindInstanceMethod(typeof(string), "ToLowerInvariant"),
new MemberInfoKey(typeof(string), "ToLowerInvariant", true, true) },
{ FindInstanceMethod(typeof(string), "ToUpper"),
new MemberInfoKey(typeof(string), "ToUpper", true, true) },
{ FindInstanceMethod(typeof(string), "ToUpperInvariant"),
new MemberInfoKey(typeof(string), "ToUpperInvariant", true, true) },
{ FindInstanceMethod(typeof(string), "Trim"),
new MemberInfoKey(typeof(string), "Trim", true, true) },
{ FindInstanceMethod(typeof(string), "StartsWith", typeof(string)),
new MemberInfoKey(typeof(string), "StartsWith", true, true, typeof(string)) },
{ FindInstanceMethod(typeof(string), "EndsWith", typeof(string)),
new MemberInfoKey(typeof(string), "EndsWith", true, true, typeof(string)) },
{ FindInstanceMethod(typeof(string), "IndexOf", typeof(string)),
new MemberInfoKey(typeof(string), "IndexOf", true, true, typeof(string)) },
{ FindInstanceMethod(typeof(string), "IndexOf", typeof(char)),
new MemberInfoKey(typeof(string), "IndexOf", true, true, typeof(char)) },
{ FindInstanceMethod(typeof(string), "Contains", typeof(string)),
new MemberInfoKey(typeof(string), "Contains", true, true, typeof(string)) },
{ FindInstanceMethod(typeof(string), "Replace", typeof(string), typeof(string)),
new MemberInfoKey(typeof(string), "Replace", true, true, typeof(string), typeof(string)) },
{ FindInstanceMethod(typeof(string), "Replace", typeof(char), typeof(char)),
new MemberInfoKey(typeof(string), "Replace", true, true, typeof(char), typeof(char)) },
{ FindInstanceMethod(typeof(string), "Substring", typeof(int)),
new MemberInfoKey(typeof(string), "Substring", true, true, typeof(int)) },
{ FindInstanceMethod(typeof(string), "Substring", typeof(int), typeof(int)),
new MemberInfoKey(typeof(string), "Substring", true, true, typeof(int), typeof(int)) },
};
foreach (MethodInfo key in instanceMethods.Keys)
{
foreach (var pair in instanceMethods)
{
MemberInfoKey other = new MemberInfoKey(key);
if (key == pair.Key)
{
Assert.IsTrue(pair.Value.Equals(other));
}
else
{
Assert.IsFalse(pair.Value.Equals(other));
}
}
}
}
/// <summary>
/// Gets the attributes associated with the specified member.
/// </summary>
/// <param name="memberInfo">The reflection member.</param>
/// <param name="inherit">if set to <c>true</c> includes inherited attributes.</param>
/// <returns>An enumeration of <see cref="Attribute"/>.</returns>
public virtual List <Attribute> GetAttributes(MemberInfo memberInfo, bool inherit = true)
{
var key = new MemberInfoKey(memberInfo, inherit);
lock (globalLock)
{
// Use a cache of attributes
List <Attribute> attributes;
if (cachedAttributes.TryGetValue(key, out attributes))
{
return(attributes);
}
// Else retrieve all default attributes
var defaultAttributes = memberInfo.GetCustomAttributes(inherit).OfType <Attribute>();
attributes = defaultAttributes.ToList();
// And add registered attributes
List <Attribute> registered;
if (registeredAttributes.TryGetValue(memberInfo, out registered))
{
attributes.AddRange(registered);
}
// Allow to remap attributes
if (AttributeRemap != null)
{
for (int i = 0; i < attributes.Count; i++)
{
attributes[i] = AttributeRemap(attributes[i]);
}
}
// Add to the cache
cachedAttributes.Add(key, attributes);
return(attributes);
}
}
public void CorrectlyMatchesPropertyInfos()
{
Dictionary <MemberInfo, MemberInfoKey> instanceProperties =
new Dictionary <MemberInfo, MemberInfoKey>()
{
{ FindInstanceProperty(typeof(string), "Length"),
new MemberInfoKey(typeof(string), "Length", false, true) },
{ FindInstanceProperty(typeof(DateTime), "Day"),
new MemberInfoKey(typeof(DateTime), "Day", false, true) },
{ FindInstanceProperty(typeof(DateTime), "Month"),
new MemberInfoKey(typeof(DateTime), "Month", false, true) },
{ FindInstanceProperty(typeof(DateTime), "Year"),
new MemberInfoKey(typeof(DateTime), "Year", false, true) },
{ FindInstanceProperty(typeof(DateTime), "Hour"),
new MemberInfoKey(typeof(DateTime), "Hour", false, true) },
{ FindInstanceProperty(typeof(DateTime), "Minute"),
new MemberInfoKey(typeof(DateTime), "Minute", false, true) },
{ FindInstanceProperty(typeof(DateTime), "Second"),
new MemberInfoKey(typeof(DateTime), "Second", false, true) },
};
foreach (MemberInfo key in instanceProperties.Keys)
{
foreach (var pair in instanceProperties)
{
MemberInfoKey other = new MemberInfoKey(key);
if (key == pair.Key)
{
Assert.IsTrue(pair.Value.Equals(other));
}
else
{
Assert.IsFalse(pair.Value.Equals(other));
}
}
}
}
public void CorrectlyMatchesStaticMemberInfos()
{
Dictionary <MethodInfo, MemberInfoKey> staticMethods =
new Dictionary <MethodInfo, MemberInfoKey>
{
{ FindStaticMethod(typeof(Math), "Floor", typeof(double)),
new MemberInfoKey(typeof(Math), "Floor", true, false, typeof(double)) },
{ FindStaticMethod(typeof(Math), "Ceiling", typeof(double)),
new MemberInfoKey(typeof(Math), "Ceiling", true, false, typeof(double)) },
{ FindStaticMethod(typeof(Math), "Round", typeof(double)),
new MemberInfoKey(typeof(Math), "Round", true, false, typeof(double)) },
{ FindStaticMethod(typeof(string), "Concat", typeof(string), typeof(string)),
new MemberInfoKey(typeof(string), "Concat", true, false, typeof(string), typeof(string)) }
};
// Windows 8 supports decimal.Floor(), decimal.Ceiling() and decimal.Round(), but Windows Phone does not,
// so we have to ensure these method infos exist before we add them.
MethodInfo possibleFloorMethod = FindStaticMethod(typeof(Decimal), "Floor", typeof(decimal));
if (possibleFloorMethod != null)
{
staticMethods.Add(possibleFloorMethod,
new MemberInfoKey(typeof(Decimal), "Floor", true, false, typeof(decimal)));
}
MethodInfo possibleCeilingMethod = FindStaticMethod(typeof(Decimal), "Ceiling", typeof(decimal));
if (possibleCeilingMethod != null)
{
staticMethods.Add(possibleCeilingMethod,
new MemberInfoKey(typeof(Decimal), "Ceiling", true, false, typeof(decimal)));
}
MethodInfo possibleRoundMethod = FindStaticMethod(typeof(Decimal), "Round", typeof(decimal));
if (possibleRoundMethod != null)
{
staticMethods.Add(possibleRoundMethod,
new MemberInfoKey(typeof(Decimal), "Round", true, false, typeof(decimal)));
}
// Windows Phone 7.5 does not support Math.Floor(), Math.Round() and Math.Ceiling() for decimals
MethodInfo possibleCeilingMethodMath = FindStaticMethod(typeof(Math), "Ceiling", typeof(decimal));
if (possibleCeilingMethodMath != null)
{
staticMethods.Add(possibleCeilingMethodMath,
new MemberInfoKey(typeof(Math), "Ceiling", true, false, typeof(decimal)));
}
MethodInfo possibleFloorMethodMath = FindStaticMethod(typeof(Math), "Floor", typeof(decimal));
if (possibleFloorMethodMath != null)
{
staticMethods.Add(possibleFloorMethodMath,
new MemberInfoKey(typeof(Math), "Floor", true, false, typeof(decimal)));
}
MethodInfo possibleRoundMethodMath = FindStaticMethod(typeof(Math), "Round", typeof(decimal));
if (possibleRoundMethodMath != null)
{
staticMethods.Add(possibleRoundMethodMath,
new MemberInfoKey(typeof(Math), "Round", true, false, typeof(decimal)));
}
foreach (MethodInfo key in staticMethods.Keys)
{
foreach (var pair in staticMethods)
{
MemberInfoKey other = new MemberInfoKey(key);
if (key == pair.Key)
{
Assert.IsTrue(pair.Value.Equals(other));
}
else
{
Assert.IsFalse(pair.Value.Equals(other));
}
}
}
}
/// <summary>
/// Process method calls and translate them into OData.
/// </summary>
/// <param name="expression">
/// The expression to visit.
/// </param>
/// <returns>
/// The visited expression.
/// </returns>
private Expression VisitMethodCall(MethodCallExpression expression)
{
// Look for either an instance or static method
string methodName = null;
MemberInfoKey methodInfoKey = new MemberInfoKey(expression.Method);
if (InstanceMethods.TryGetValue(methodInfoKey, out methodName))
{
this.VisitODataMethodCall(expression, methodName, false);
}
else if (StaticMethods.TryGetValue(methodInfoKey, out methodName))
{
this.VisitODataMethodCall(expression, methodName, true);
}
else if (expression.Method.GetBaseDefinition().Equals(toStringMethod))
{
// handle the ToString method here
// toString will only occur on expression that rely on a parameter,
// because otherwise the partial evaluator would have already evaluated it
// we get the base definition to detect overrides of ToString, which are pretty common
this.Visit(expression.Object);
}
else
{
this.VisitCustomMethodCall(expression);
}
return expression;
}
/// <summary>
/// Process member references.
/// </summary>
/// <param name="expression">
/// The expression to visit.
/// </param>
/// <returns>
/// The visited expression.
/// </returns>
private Expression VisitMemberAccess(MemberExpression expression)
{
// Lookup the Mobile Services name of the member and use that
string memberName = GetTableMemberName(expression, this.contractResolver);
if (memberName != null)
{
this.filter.Append(memberName);
return expression;
}
// Check if this member is actually a function that looks like a
// property (like string.Length, etc.)
string methodName = null;
MemberInfoKey memberInfoKey = new MemberInfoKey(expression.Member);
if (InstanceProperties.TryGetValue(memberInfoKey, out methodName))
{
this.filter.Append(methodName);
this.filter.Append("(");
this.Visit(expression.Expression);
this.filter.Append(")");
return expression;
}
// Otherwise we can't process the member.
throw new NotSupportedException(
string.Format(
CultureInfo.InvariantCulture,
Resources.FilterBuildingExpressionVisitor_MemberUnsupported,
expression != null && expression.Member != null ? expression.Member.Name : null,
expression != null ? expression.ToString() : null));
}
public void CorrectlyMatchesInstanceMemberInfos()
{
Dictionary<MethodInfo, MemberInfoKey> instanceMethods =
new Dictionary<MethodInfo, MemberInfoKey>() {
{ FindInstanceMethod(typeof(string), "ToLower"),
new MemberInfoKey(typeof(string), "ToLower", true, true) },
{ FindInstanceMethod(typeof(string), "ToLowerInvariant"),
new MemberInfoKey(typeof(string), "ToLowerInvariant", true, true) },
{ FindInstanceMethod(typeof(string), "ToUpper"),
new MemberInfoKey(typeof(string), "ToUpper", true, true) },
{ FindInstanceMethod(typeof(string), "ToUpperInvariant"),
new MemberInfoKey(typeof(string), "ToUpperInvariant", true, true) },
{ FindInstanceMethod(typeof(string), "Trim"),
new MemberInfoKey(typeof(string), "Trim", true, true) },
{ FindInstanceMethod(typeof(string), "StartsWith", typeof(string)),
new MemberInfoKey(typeof(string), "StartsWith", true, true, typeof(string)) },
{ FindInstanceMethod(typeof(string), "EndsWith", typeof(string)),
new MemberInfoKey(typeof(string), "EndsWith", true, true, typeof(string)) },
{ FindInstanceMethod(typeof(string), "IndexOf", typeof(string)),
new MemberInfoKey(typeof(string), "IndexOf", true, true, typeof(string)) },
{ FindInstanceMethod(typeof(string), "IndexOf", typeof(char)),
new MemberInfoKey(typeof(string), "IndexOf", true, true, typeof(char)) },
{ FindInstanceMethod(typeof(string), "Contains", typeof(string)),
new MemberInfoKey(typeof(string), "Contains", true, true, typeof(string)) },
{ FindInstanceMethod(typeof(string), "Replace", typeof(string), typeof(string)),
new MemberInfoKey(typeof(string), "Replace", true, true, typeof(string), typeof(string)) },
{ FindInstanceMethod(typeof(string), "Replace", typeof(char), typeof(char)),
new MemberInfoKey(typeof(string), "Replace", true, true, typeof(char), typeof(char)) },
{ FindInstanceMethod(typeof(string), "Substring", typeof(int)),
new MemberInfoKey(typeof(string), "Substring", true, true, typeof(int)) },
{ FindInstanceMethod(typeof(string), "Substring", typeof(int), typeof(int)),
new MemberInfoKey(typeof(string), "Substring", true, true, typeof(int), typeof(int)) },
};
foreach (MethodInfo key in instanceMethods.Keys)
{
foreach (var pair in instanceMethods)
{
MemberInfoKey other = new MemberInfoKey(key);
if (key == pair.Key)
{
Assert.IsTrue(pair.Value.Equals(other));
}
else
{
Assert.IsFalse(pair.Value.Equals(other));
}
}
}
}
public void CorrectlyMatchesPropertyInfos()
{
Dictionary<MemberInfo, MemberInfoKey> instanceProperties =
new Dictionary<MemberInfo, MemberInfoKey>() {
{ FindInstanceProperty(typeof(string), "Length"),
new MemberInfoKey(typeof(string), "Length", false, true) },
{ FindInstanceProperty(typeof(DateTime), "Day"),
new MemberInfoKey(typeof(DateTime), "Day", false, true) },
{ FindInstanceProperty(typeof(DateTime), "Month"),
new MemberInfoKey(typeof(DateTime), "Month", false, true) },
{ FindInstanceProperty(typeof(DateTime), "Year"),
new MemberInfoKey(typeof(DateTime), "Year", false, true) },
{ FindInstanceProperty(typeof(DateTime), "Hour"),
new MemberInfoKey(typeof(DateTime), "Hour", false, true) },
{ FindInstanceProperty(typeof(DateTime), "Minute"),
new MemberInfoKey(typeof(DateTime), "Minute", false, true) },
{ FindInstanceProperty(typeof(DateTime), "Second"),
new MemberInfoKey(typeof(DateTime), "Second", false, true) },
};
foreach (MemberInfo key in instanceProperties.Keys)
{
foreach (var pair in instanceProperties)
{
MemberInfoKey other = new MemberInfoKey(key);
if (key == pair.Key)
{
Assert.IsTrue(pair.Value.Equals(other));
}
else
{
Assert.IsFalse(pair.Value.Equals(other));
}
}
}
}
public void CorrectlyMatchesStaticMemberInfos()
{
Dictionary<MethodInfo, MemberInfoKey> staticMethods =
new Dictionary<MethodInfo, MemberInfoKey>
{
{ FindStaticMethod(typeof(Math), "Floor", typeof(double)),
new MemberInfoKey(typeof(Math), "Floor", true, false, typeof(double)) },
{ FindStaticMethod(typeof(Math), "Ceiling", typeof(double)),
new MemberInfoKey(typeof(Math), "Ceiling", true, false, typeof(double)) },
{ FindStaticMethod(typeof(Math), "Round", typeof(double)),
new MemberInfoKey(typeof(Math), "Round", true, false, typeof(double)) },
{ FindStaticMethod(typeof(string), "Concat", typeof(string), typeof(string)),
new MemberInfoKey(typeof(string), "Concat", true, false, typeof(string), typeof(string)) }
};
// Windows 8 supports decimal.Floor(), decimal.Ceiling() and decimal.Round(), but Windows Phone does not,
// so we have to ensure these method infos exist before we add them.
MethodInfo possibleFloorMethod = FindStaticMethod(typeof(Decimal), "Floor", typeof(decimal));
if (possibleFloorMethod != null)
{
staticMethods.Add(possibleFloorMethod,
new MemberInfoKey(typeof(Decimal), "Floor", true, false, typeof(decimal)));
}
MethodInfo possibleCeilingMethod = FindStaticMethod(typeof(Decimal), "Ceiling", typeof(decimal));
if (possibleCeilingMethod != null)
{
staticMethods.Add(possibleCeilingMethod,
new MemberInfoKey(typeof(Decimal), "Ceiling", true, false, typeof(decimal)));
}
MethodInfo possibleRoundMethod = FindStaticMethod(typeof(Decimal), "Round", typeof(decimal));
if (possibleRoundMethod != null)
{
staticMethods.Add(possibleRoundMethod,
new MemberInfoKey(typeof(Decimal), "Round", true, false, typeof(decimal)));
}
// Windows Phone 7.5 does not support Math.Floor(), Math.Round() and Math.Ceiling() for decimals
MethodInfo possibleCeilingMethodMath = FindStaticMethod(typeof(Math), "Ceiling", typeof(decimal));
if (possibleCeilingMethodMath != null)
{
staticMethods.Add(possibleCeilingMethodMath,
new MemberInfoKey(typeof(Math), "Ceiling", true, false, typeof(decimal)));
}
MethodInfo possibleFloorMethodMath = FindStaticMethod(typeof(Math), "Floor", typeof(decimal));
if (possibleFloorMethodMath != null)
{
staticMethods.Add(possibleFloorMethodMath,
new MemberInfoKey(typeof(Math), "Floor", true, false, typeof(decimal)));
}
MethodInfo possibleRoundMethodMath = FindStaticMethod(typeof(Math), "Round", typeof(decimal));
if (possibleRoundMethodMath != null)
{
staticMethods.Add(possibleRoundMethodMath,
new MemberInfoKey(typeof(Math), "Round", true, false, typeof(decimal)));
}
foreach (MethodInfo key in staticMethods.Keys)
{
foreach (var pair in staticMethods)
{
MemberInfoKey other = new MemberInfoKey(key);
if (key == pair.Key)
{
Assert.IsTrue(pair.Value.Equals(other));
}
else
{
Assert.IsFalse(pair.Value.Equals(other));
}
}
}
}
/// <summary>
/// Process member references.
/// </summary>
/// <param name="expression">
/// The expression to visit.
/// </param>
/// <returns>
/// The visited expression.
/// </returns>
private Expression VisitMemberAccess(MemberExpression expression)
{
// Lookup the Mobile Services name of the member and use that
string memberName = GetTableMemberName(expression, this.contractResolver);
if (memberName != null)
{
this.filterExpression.Push(new MemberAccessNode(null, memberName));
return expression;
}
// Check if this member is actually a function that looks like a
// property (like string.Length, etc.)
string methodName = null;
MemberInfoKey memberInfoKey = new MemberInfoKey(expression.Member);
if (InstanceProperties.TryGetValue(memberInfoKey, out methodName))
{
var fnCallNode = new FunctionCallNode(methodName, null);
this.filterExpression.Push(fnCallNode);
this.Visit(expression.Expression);
this.SetChildren(fnCallNode);
return expression;
}
// Otherwise we can't process the member.
throw new NotSupportedException(
string.Format(
CultureInfo.InvariantCulture,
"The member '{0}' is not supported in the 'Where' Mobile Services query expression '{1}'.",
expression != null && expression.Member != null ? expression.Member.Name : null,
expression != null ? expression.ToString() : null));
}