public Type GetType(String className) { ObjectSubclassInfo info = null; mutex.EnterReadLock(); registeredSubclasses.TryGetValue(className, out info); mutex.ExitReadLock(); return(info != null ? info.TypeInfo.AsType() : null); }
public bool IsTypeValid(String className, Type type) { ObjectSubclassInfo subclassInfo = null; mutex.EnterReadLock(); registeredSubclasses.TryGetValue(className, out subclassInfo); mutex.ExitReadLock(); return(subclassInfo == null ? type == typeof(ParseObject) : subclassInfo.TypeInfo == type.GetTypeInfo()); }
public ParseObject Instantiate(String className) { ObjectSubclassInfo info = null; mutex.EnterReadLock(); registeredSubclasses.TryGetValue(className, out info); mutex.ExitReadLock(); return(info != null ? info.Instantiate() : new ParseObject(className)); }
public IDictionary <String, String> GetPropertyMappings(String className) { ObjectSubclassInfo info = null; mutex.EnterReadLock(); registeredSubclasses.TryGetValue(className, out info); if (info == null) { registeredSubclasses.TryGetValue(parseObjectClassName, out info); } mutex.ExitReadLock(); return(info.PropertyMappings); }
public void RegisterSubclass(Type type) { TypeInfo typeInfo = type.GetTypeInfo(); if (!typeof(ParseObject).GetTypeInfo().IsAssignableFrom(typeInfo)) { throw new ArgumentException("Cannot register a type that is not a subclass of ParseObject"); } String className = GetClassName(type); try { // Perform this as a single independent transaction, so we can never get into an // intermediate state where we *theoretically* register the wrong class due to a // TOCTTOU bug. mutex.EnterWriteLock(); ObjectSubclassInfo previousInfo = null; if (registeredSubclasses.TryGetValue(className, out previousInfo)) { if (typeInfo.IsAssignableFrom(previousInfo.TypeInfo)) { // Previous subclass is more specific or equal to the current type, do nothing. return; } else if (previousInfo.TypeInfo.IsAssignableFrom(typeInfo)) { // Previous subclass is parent of new child, fallthrough and actually register // this class. /* Do nothing */ } else { throw new ArgumentException( "Tried to register both " + previousInfo.TypeInfo.FullName + " and " + typeInfo.FullName + " as the ParseObject subclass of " + className + ". Cannot determine the right class " + "to use because neither inherits from the other." ); } } ConstructorInfo constructor = type.FindConstructor(); if (constructor == null) { throw new ArgumentException("Cannot register a type that does not implement the default constructor!"); } registeredSubclasses[className] = new ObjectSubclassInfo(type, constructor); } finally { mutex.ExitWriteLock(); } Action toPerform; mutex.EnterReadLock(); registerActions.TryGetValue(className, out toPerform); mutex.ExitReadLock(); if (toPerform != null) { toPerform(); } }
public String GetClassName(Type type) { return(type == typeof(ParseObject) ? parseObjectClassName : ObjectSubclassInfo.GetClassName(type.GetTypeInfo())); }
public string GetClassName(Type type) => type == typeof(ParseObject) ? parseObjectClassName : ObjectSubclassInfo.GetClassName(type.GetTypeInfo());
public void RegisterSubclass(Type type) { TypeInfo typeInfo = type.GetTypeInfo(); if (!typeof(ParseObject).GetTypeInfo().IsAssignableFrom(typeInfo)) { throw new ArgumentException("Cannot register a type that is not a subclass of ParseObject"); } String className = GetClassName(type); try { // Perform this as a single independent transaction, so we can never get into an // intermediate state where we *theoretically* register the wrong class due to a // TOCTTOU bug. mutex.EnterWriteLock(); ObjectSubclassInfo previousInfo = null; if (registeredSubclasses.TryGetValue(className, out previousInfo)) { if (typeInfo.IsAssignableFrom(previousInfo.TypeInfo)) { // Previous subclass is more specific or equal to the current type, do nothing. return; } else if (previousInfo.TypeInfo.IsAssignableFrom(typeInfo)) { // Previous subclass is parent of new child, fallthrough and actually register // this class. /* Do nothing */ } else { throw new ArgumentException( "Tried to register both " + previousInfo.TypeInfo.FullName + " and " + typeInfo.FullName + " as the ParseObject subclass of " + className + ". Cannot determine the right class " + "to use because neither inherits from the other." ); } } ConstructorInfo constructor = type.FindConstructor(); if (constructor == null) { throw new ArgumentException("Cannot register a type that does not implement the default constructor!"); } registeredSubclasses[className] = new ObjectSubclassInfo(type, constructor); } finally { mutex.ExitWriteLock(); } Action toPerform; mutex.EnterReadLock(); registerActions.TryGetValue(className, out toPerform); mutex.ExitReadLock(); if (toPerform != null) { toPerform(); } }