Concurrently safe member functions

All member functions in this section can be performed concurrently with each other.

Pushing elements

void push( const value_type& value );

Pushes a copy of value into the container.

Requirements: the type T shall meet the CopyInsertable requirements from [container.requirements] ISO C++ Standard section.

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void push( value_type&& value );

Pushes value into the container using move semantics.

Requirements: the type T shall meet the MoveInsertable requirements from [container.requirements] ISO C++ Standard section.

value is left in a valid, but unspecified state.

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template <typename... Args>
void emplace( Args&&... args );

Pushes a new element constructed from args into the container.

Requirements: the type T shall meet the EmplaceConstructible requirements from [container.requirements] ISO C++ Standard section.

Popping elements

bool try_pop( value_type& value );

If the container is empty, does nothing.

Otherwise, copies the last element from the container and assigns it to the value. The popped element is destroyed.

Requirements: the type T shall meet the MoveAssignable requirements from [moveassignable] ISO C++ Standard section.

Returns: true if the element was popped, false otherwise.

get_allocator

allocator_type get_allocator() const;

Returns: a copy of the allocator, associated with *this.