bool SupportsSecureCoding(Type type)
{
Class cls = new Class(type);
if (!bool_objc_msgSend_IntPtr(cls.Handle, Selector.GetHandle("respondsToSelector:"), Selector.GetHandle("supportsSecureCoding")))
{
return(false);
}
return(NSSecureCoding.SupportsSecureCoding(type));
}
// [Test] -> iOS 6.0+ and Mountain Lion (10.8) +
public virtual void SupportsSecureCoding()
{
Errors = 0;
CheckProtocol("NSSecureCoding", delegate(Type type, IntPtr klass, bool result) {
bool supports = SupportsSecureCoding(type);
if (result)
{
// check that +supportsSecureCoding returns YES
if (!supports)
{
#if __IOS__
// broken in xcode 12 beta 1 simulator (only)
if ((Runtime.Arch == Arch.SIMULATOR) && TestRuntime.CheckXcodeVersion(12, 0))
{
switch (type.Name)
{
case "ARFaceGeometry":
case "ARPlaneGeometry":
case "ARPointCloud":
case "ARAnchor":
case "ARBodyAnchor":
case "AREnvironmentProbeAnchor":
case "ARFaceAnchor":
case "ARGeoAnchor":
case "ARGeometryElement":
case "ARGeometrySource":
case "ARImageAnchor":
case "ARMeshAnchor":
case "ARMeshGeometry":
case "ARObjectAnchor":
case "ARParticipantAnchor":
case "ARPlaneAnchor":
case "ARReferenceObject":
case "ARSkeletonDefinition": // iOS15 / device only
case "ARWorldMap":
return;
}
}
#endif
ReportError("{0} conforms to NSSecureCoding but SupportsSecureCoding returned false", type.Name);
}
}
else if (type.IsPublic && supports)
{
// there are internal types, e.g. DataWrapper : NSData, that subclass NSSecureCoding-types without
// [re-]declaring their allegiance - but we can live with those small betrayals
Assert.IsFalse(NSSecureCoding.SupportsSecureCoding(type), "{0} !SupportsSecureCoding", type.Name);
ReportError("SupportsSecureCoding returns true but {0} does not conforms to NSSecureCoding", type.Name);
}
});
Assert.AreEqual(Errors, 0, "{0} types conforms to NSCoding but does not implement INSSecureCoding", Errors);
}
// [Test] -> iOS 6.0+ and Mountain Lion (10.8) +
public virtual void SupportsSecureCoding()
{
Errors = 0;
CheckProtocol("NSSecureCoding", delegate(Type type, IntPtr klass, bool result) {
bool supports = SupportsSecureCoding(type);
if (result)
{
// check that +supportsSecureCoding returns YES
if (!supports)
{
ReportError("{0} conforms to NSSecureCoding but SupportsSecureCoding returned false", type.Name);
}
}
else if (type.IsPublic && supports)
{
// there are internal types, e.g. DataWrapper : NSData, that subclass NSSecureCoding-types without
// [re-]declaring their allegiance - but we can live with those small betrayals
Assert.IsFalse(NSSecureCoding.SupportsSecureCoding(type), "{0} !SupportsSecureCoding", type.Name);
ReportError("SupportsSecureCoding returns true but {0} does not conforms to NSSecureCoding", type.Name);
}
});
Assert.AreEqual(Errors, 0, "{0} types conforms to NSCoding but does not implement INSSecureCoding", Errors);
}
