lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL > Member List

This is the complete list of members for lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >, including all inherited members.

allocator_type typedef (defined in lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >
clear() noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
concurrent_consumes	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	static
concurrent_put_consumes	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	static
concurrent_puts	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	static
const_pointer typedef (defined in lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >
const_reference typedef (defined in lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >
difference_type typedef (defined in lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >
dyn_push(const runtime_type &i_type)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
dyn_push_copy(const runtime_type &i_type, const void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
dyn_push_move(const runtime_type &i_type, void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
emplace(CONSTRUCTION_PARAMS &&...i_construction_params)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
empty() const noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
get_allocator() noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
get_allocator_ref() noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
get_allocator_ref() const noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
is_seq_cst	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	static
lf_heter_queue() noexcept=default	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >
lf_heter_queue(const ALLOCATOR_TYPE &i_source_allocator) noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inlineexplicit
lf_heter_queue(ALLOCATOR_TYPE &&i_source_allocator) noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inlineexplicit
lf_heter_queue(lf_heter_queue &&i_source) noexcept=default	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >
min_alignment	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	static
operator=(lf_heter_queue &&i_source) noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
pointer typedef (defined in lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >
push(ELEMENT_TYPE &&i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
reentrant_dyn_push(const runtime_type &i_type)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
reentrant_dyn_push_copy(const runtime_type &i_type, const void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
reentrant_dyn_push_move(const runtime_type &i_type, void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
reentrant_emplace(CONSTRUCTION_PARAMS &&...i_construction_params)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
reentrant_push(ELEMENT_TYPE &&i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
reference typedef (defined in lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >
runtime_type typedef (defined in lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >
size_type typedef (defined in lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >
start_dyn_push(const runtime_type &i_type)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
start_dyn_push_copy(const runtime_type &i_type, const void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
start_dyn_push_move(const runtime_type &i_type, void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
start_emplace(CONSTRUCTION_PARAMS &&...i_construction_params)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
start_push(ELEMENT_TYPE &&i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
start_reentrant_dyn_push(const runtime_type &i_type)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
start_reentrant_dyn_push_copy(const runtime_type &i_type, const void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
start_reentrant_dyn_push_move(const runtime_type &i_type, void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
start_reentrant_emplace(CONSTRUCTION_PARAMS &&...i_construction_params)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
start_reentrant_push(ELEMENT_TYPE &&i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
swap(lf_heter_queue &i_first, lf_heter_queue &i_second) noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	friend
try_dyn_push(progress_guarantee i_progress_guarantee, const runtime_type &i_type)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_dyn_push_copy(progress_guarantee i_progress_guarantee, const runtime_type &i_type, const void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_dyn_push_move(progress_guarantee i_progress_guarantee, const runtime_type &i_type, void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_emplace(progress_guarantee i_progress_guarantee, CONSTRUCTION_PARAMS &&...i_construction_params) noexcept( noexcept(std::declval< lf_heter_queue >().template try_start_emplace< ELEMENT_TYPE >( i_progress_guarantee, std::forward< CONSTRUCTION_PARAMS >(i_construction_params)...)))	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_pop() noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_push(progress_guarantee i_progress_guarantee, ELEMENT_TYPE &&i_source) noexcept( noexcept(std::declval< lf_heter_queue >() .template try_emplace< typename std::decay< ELEMENT_TYPE >::type >( i_progress_guarantee, std::forward< ELEMENT_TYPE >(i_source))))	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_reentrant_dyn_push(progress_guarantee i_progress_guarantee, const runtime_type &i_type)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_reentrant_dyn_push_copy(progress_guarantee i_progress_guarantee, const runtime_type &i_type, const void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_reentrant_dyn_push_move(progress_guarantee i_progress_guarantee, const runtime_type &i_type, void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_reentrant_emplace(progress_guarantee i_progress_guarantee, CONSTRUCTION_PARAMS &&...i_construction_params) noexcept( noexcept( std::declval< lf_heter_queue >().template try_start_reentrant_emplace< ELEMENT_TYPE >( i_progress_guarantee, std::forward< CONSTRUCTION_PARAMS >(i_construction_params)...)))	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_reentrant_pop() noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_reentrant_push(progress_guarantee i_progress_guarantee, ELEMENT_TYPE &&i_source) noexcept(noexcept(std::declval< lf_heter_queue >() .template try_reentrant_emplace< typename std::decay< ELEMENT_TYPE >::type >( i_progress_guarantee, std::forward< ELEMENT_TYPE >(i_source))))	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_consume() noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_consume(consume_operation &i_consume) noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_dyn_push(progress_guarantee i_progress_guarantee, const runtime_type &i_type)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_dyn_push_copy(progress_guarantee i_progress_guarantee, const runtime_type &i_type, const void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_dyn_push_move(progress_guarantee i_progress_guarantee, const runtime_type &i_type, void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_emplace(progress_guarantee i_progress_guarantee, CONSTRUCTION_PARAMS &&...i_construction_params) noexcept( noexcept(ELEMENT_TYPE(std::forward< CONSTRUCTION_PARAMS >(i_construction_params)...))&& noexcept(runtime_type(runtime_type::template make< ELEMENT_TYPE >())))	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_push(progress_guarantee i_progress_guarantee, ELEMENT_TYPE &&i_source) noexcept(noexcept(std::declval< lf_heter_queue >() .template try_start_emplace< typename std::decay< ELEMENT_TYPE >::type >( i_progress_guarantee, std::forward< ELEMENT_TYPE >(i_source))))	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_reentrant_consume() noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_reentrant_consume(reentrant_consume_operation &i_consume) noexcept	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_reentrant_dyn_push(progress_guarantee i_progress_guarantee, const runtime_type &i_type)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_reentrant_dyn_push_copy(progress_guarantee i_progress_guarantee, const runtime_type &i_type, const void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_reentrant_dyn_push_move(progress_guarantee i_progress_guarantee, const runtime_type &i_type, void *i_source)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_reentrant_emplace(progress_guarantee i_progress_guarantee, CONSTRUCTION_PARAMS &&...i_construction_params) noexcept( noexcept(ELEMENT_TYPE(std::forward< CONSTRUCTION_PARAMS >(i_construction_params)...))&& noexcept(runtime_type(runtime_type::template make< ELEMENT_TYPE >())))	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
try_start_reentrant_push(progress_guarantee i_progress_guarantee, ELEMENT_TYPE &&i_source) noexcept(noexcept(std::declval< lf_heter_queue >() .template try_start_reentrant_emplace< typename std::decay< ELEMENT_TYPE >::type >( i_progress_guarantee, std::forward< ELEMENT_TYPE >(i_source))))	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline
value_type typedef (defined in lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >)	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >
~lf_heter_queue()	lf_heter_queue< RUNTIME_TYPE, ALLOCATOR_TYPE, PROD_CARDINALITY, CONSUMER_CARDINALITY, CONSISTENCY_MODEL >	inline