| void _add_range(std::initializer_list<typename Map::value_type>) | C++ specific. |
| void Add(const key_t&, const mapped_t&) override | Adds key-value pair into dictionary. |
| BaseDictionary() | Creates empty data structure. |
| BaseDictionary(int, const Args&…) | Forwarding constructor to push arguments into underlying map constructor. |
| BaseDictionary(BaseType *, const Args&…) | Copying constructor. |
| BaseDictionary(BaseType *) | Copying constructor. |
| const_iterator begin() const | Returns an iterator to the KVPair-wrapper for key-value-element of the container. Implemented in C# style - iterator should be return the KVPair-object with get_Key() and get_Value() interface. If the container is empty, the returned iterator will be equal to end(). |
| iterator begin() | Gets iterator pointing to the first element (if any) of the collection. This iterator can’t be used to change a referenced object because GetEnumerator() returns a copy-object of T. |
| stl_const_iterator cbegin() const | Returns an iterator to the first element of the container. Implemented in STL-style. If the container is empty, the returned iterator will be equal to end(). |
| stl_const_iterator cend() const | Returns an iterator to the element following the last element of the container. Implemented in STL-style. This element acts as a placeholder; attempting to access it results in undefined behavior. |
| void Clear() override | Deletes all elements. |
| bool ContainsKey(const key_t&) const override | Checks if key is present in dictionary. |
| bool ContainsValue(const mapped_t&) | Checks if value is present in dictionary. Uses operator == to compare values. |
| void CopyTo(ArrayPtr<KeyValuePair<TKey, TValue>>, int) override | Copies dictionary contents into existing array elements. |
| Map& data() | Underlying data storage accessor. |
| const Map& data() const | Underlying data storage accessor. |
| const_iterator end() const | Returns an iterator to the KVPair-wrapper for key-value-element following the last element of the container. Implemented in C# style - iterator should be return the KVPair-object with get_Key() and get_Value() interface. This element acts as a placeholder; attempting to access it results in undefined behavior. |
| iterator end() | Gets iterator pointing right after the last element (if any) of the collection. This iterator can’t be used to change a referenced object because GetEnumerator() returns a copy-object of T. |
| virtual bool Equals(ptr) | Compares objects using C# Object.Equals semantics. |
| static std::enable_if<IsSmartPtr<T1>::value&&IsSmartPtr<T2>::value, bool>::type Equals(T1 const&, T2 const&) | Compares reference type objects in C# style. |
| static std::enable_if<!IsSmartPtr<T1>::value&&!IsSmartPtr<T2>::value, bool>::type Equals(T1 const&, T2 const&) | Compares value type objects in C# style. |
| static bool Equals(float const&, float const&) | Emulates C#-style floating point comparison where two NaNs are considered equal even though according to IEC 60559:1989 NaN is not equal to any value, including NaN. |
| static bool Equals(double const&, double const&) | Emulates C#-style floating point comparison where two NaNs are considered equal even though according to IEC 60559:1989 NaN is not equal to any value, including NaN. |
| virtual bool FastCast(const Details::FastRttiBase&, void **) const | For internal purposes only. |
| int32_t get_Count() const override | Gets elements count. |
| bool get_IsFixedSize() const | Checks if collection size is fixed. |
| virtual bool get_IsReadOnly() const | Checks if collection is read only. |
| bool get_IsSynchronized() const | Checks if container is thread-safe. |
| virtual SharedPtr<ICollection<TKey>> get_Keys() const | Accesses key collection. |
| SharedPtr<Object> get_SyncRoot() const | Gets the object the collection is being synchronized through. |
| virtual SharedPtr<ICollection<TValue>> get_Values() const | Accesses value collection. |
| Detail::SmartPtrCounter * GetCounter() | Gets reference counter data structure associated with the object. |
| virtual SharedPtr<IEnumerator<KeyValuePair<key_t, mapped_t>>> GetEnumerator() | Creates enumerator instance, should be implemented by subclass. |
| virtual int32_t GetHashCode() const | Analog of C# Object.GetHashCode() method. Enables hashing of custom objects. |
| virtual const TypeInfo& GetType() const | Gets actual type of object. Analog of C# System.Object.GetType() call. |
| mapped_t GetValueOrDefault(const key_t&) const override | Returns value if found; or Value() otherwise. |
| mapped_t GetValueOrDefault(const key_t&, const mapped_t&) const override | Returns value if found; or defaultValue otherwise. |
| mapped_t GetValueOrNull(const key_t&) const override | Returns value if found; or null otherwise. Make sense only for reference types. |
| ICollection() | Default constructor. |
| ICollection(const ICollection&) | Copy constructor. |
| ICollection(ICollection&&) | Move constructor. |
| mapped_t idx_get(const key_t&) const override | Keyed getter function. |
| void idx_set(const key_t&, mapped_t) override | Keyed setter function. Alters or creates element. |
| virtual bool Is(const TypeInfo&) const | Check if object represents an instance of type described by targetType. Analog of C# ‘is’ operator. |
| bool LINQ_All(std::function<bool(T)>) | Determines whether all elements of a sequence satisfy a condition. |
| bool LINQ_Any() | Determines whether a sequence contains any elements. |
| bool LINQ_Any(std::function<bool(T)>) | Determines whether any element of a sequence exists or satisfies a condition. |
| SharedPtr<IEnumerable<ResultType>> LINQ_Cast() | Casts the elements to the specified type. |
| SharedPtr<IEnumerable<Result>> LINQ_Cast() | |
| SharedPtr<IEnumerable<T>> LINQ_Concat(SharedPtr<IEnumerable<T>>) | Concatenates two sequences. |
| bool LINQ_Contains(T) | Determines if a sequence contains a specified value. |
| int LINQ_Count() | Returns the number of elements in the sequence (calculated via direct counting). |
| int LINQ_Count(const Func<T, bool>&) | Returns the number of elements in the sequence that satisfy the specified condition. |
| T LINQ_ElementAt(int) | Returns the element at a specified index in a sequence. |
| T LINQ_First() | Returns the first element of a sequence. |
| T LINQ_First(const Func<T, bool>&) | Returns the first element of a sequence that satisfy the specified condition. |
| T LINQ_FirstOrDefault() | Returns the first element of a sequence, or a default value if the sequence is empty. |
| T LINQ_FirstOrDefault(std::function<bool(T)>) | Returns the first element of the sequence that satisfies a condition or a default value if no such element is found. |
| System::SharedPtr<IEnumerable<System::SharedPtr<System::Linq::IGrouping<Key, T>>>> LINQ_GroupBy(System::Func<T, Key>) | Groups the elements of a sequence. |
| SharedPtr<IEnumerable<SharedPtr<System::Linq::IGrouping<Key, Source>>>> LINQ_GroupBy(System::Func<Source, Key>) | |
| T LINQ_Last() | Returns the last element of a sequence. |
| T LINQ_LastOrDefault() | Returns the last element of a sequence, or a default value if the sequence is empty. |
| SharedPtr<IEnumerable<ResultType>> LINQ_OfType() | Filters the elements of the sequence based on the specified type. |
| SharedPtr<IEnumerable<Result>> LINQ_OfType() | |
| SharedPtr<IEnumerable<T>> LINQ_OrderBy(const Func<T, Key>&) | Sorts the elements of a sequence in ascending order according to the key values selected by keySelector. |
| SharedPtr<IEnumerable<Source>> LINQ_OrderBy(const Func<Source, Key>&) | |
| SharedPtr<IEnumerable<T>> LINQ_OrderByDescending(const Func<T, Key>&) | Sorts the elements of a sequence in descending order according to the key values selected by keySelector. |
| SharedPtr<IEnumerable<Source>> LINQ_OrderByDescending(const Func<Source, Key>&) | |
| SharedPtr<IEnumerable<ResultType>> LINQ_Select(const Func<T, ResultType>&) | Transforms elements of a sequence. |
| SharedPtr<IEnumerable<ResultType>> LINQ_Select(const Func<T, int32_t, ResultType>&) | Transforms each element of a sequence into a new form by incorporating the element’s index. |
| SharedPtr<IEnumerable<Result>> LINQ_Select(const Func<Source, Result>&) | |
| SharedPtr<IEnumerable<Result>> LINQ_Select(const Func<Source, int32_t, Result>&) | |
| SharedPtr<IEnumerable<ResultType>> LINQ_SelectMany(const Func<T, SharedPtr<IEnumerable<ResultType>>>&) | Projects each element of a sequence and combines the resulting sequences into one sequence. |
| SharedPtr<IEnumerable<Result>> LINQ_SelectMany(const Func<Source, SharedPtr<IEnumerable<Result>>>&) | |
| System::ArrayPtr<T> LINQ_ToArray() | Creates an array from a sequence. |
| SharedPtr<List<T>> LINQ_ToList() | Creates a List from a sequence. |
| SharedPtr<IEnumerable<T>> LINQ_Where(std::function<bool(T)>) | Filters a sequence based on the specified predicate. |
| void Lock() | Implements C# lock() statement locking. Call directly or use LockContext sentry object. |
| virtual ptr MemberwiseClone() const | Analog of C# Object.MemberwiseClone() method. Enables cloning custom types. |
| Object() | Creates object. Initializes all internal data structures. |
| Object(Object const&) | Copy constructor. Doesn’t copy anything, really, just initializes new object and enables copy constructing subclasses. |
| ICollection& operator=(ICollection&&) | Move assignment operator. |
| ICollection& operator=(const ICollection&) | Move assignment operator. |
| Object& operator=(Object const&) | Assignment operator. Doesn’t copy anything, really, just initializes new object and enables copy constructing subclasses. |
| virtual mapped_t& operator[](const key_t&) | Accessor function. |
| static bool ReferenceEquals(ptr const&, ptr const&) | Compares objects by reference. |
| static std::enable_if<!IsSmartPtr<T>::value, bool>::type ReferenceEquals(T const&, T const&) | Compares objects by reference. |
| static std::enable_if<!IsSmartPtr<T>::value, bool>::type ReferenceEquals(T const&, std::nullptr_t) | Reference-compares value type object with nullptr. |
| bool ReferenceEquals(String const&, std::nullptr_t) | Specialization of Object::ReferenceEquals for case of string and nullptr. |
| bool ReferenceEquals(String const&, String const&) | Specialization of Object::ReferenceEquals for case of strings. |
| bool Remove(const key_t&) override | Removes specific key from dictionary. |
| int RemovedSharedRefs(int) | Decreases shared reference count by specified value. |
| void SetTemplateWeakPtr(unsigned int) override | |
| virtual void SetTemplateWeakPtr(uint32_t) | Set n’th template argument a weak pointer (rather than shared). Allows switching pointers in containers to weak mode. |
| int SharedCount() const | Gets current value of shared reference counter. |
| Object * SharedRefAdded() | Increments shared reference count. Shouldn’t be called directly; instead, use smart pointers or ThisProtector. |
| int SharedRefRemovedSafe() | Decrements and returns shared reference count. Shouldn’t be called directly; instead, use smart pointers or ThisProtector. |
| virtual String ToString() const | Analog of C# Object.ToString() method. Enables converting custom objects to string. |
| bool TryGetValue(const key_t&, mapped_t&) const override | Looks for keyed value and retreives it if found. |
| static const TypeInfo& Type() | Implements C# typeof(System.Object) construct. |
| void Unlock() | Implements C# lock() statement unlocking. Call directly or use LockContext sentry object. |
| System::Details::VirtualizedIteratorBase<KVPair> * virtualizeBeginConstIterator() const override | Gets the implementation of begin const iterator for the current container. |
| System::Details::VirtualizedIteratorBase<KVPair> * virtualizeBeginIterator() override | Gets the implementation of begin iterator for the current container. |
| System::Details::VirtualizedIteratorBase<KVPair> * virtualizeEndConstIterator() const override | Gets the implementation of end const iterator for the current container. |
| System::Details::VirtualizedIteratorBase<KVPair> * virtualizeEndIterator() override | Gets the implementation of end iterator for the current container. |
| Detail::SmartPtrCounter * WeakRefAdded() | Increments weak reference count. Shouldn’t be called directly; instead, use smart pointers or ThisProtector. |
| void WeakRefRemoved() | Decrements weak reference count. Shouldn’t be called directly; instead, use smart pointers or ThisProtector. |
| virtual ~ICollection() | Destructor. |
| virtual ~Object() | Destroys object. Frees all internal data structures. |