ReactivePlusPlus
ReactiveX implementation for C++20
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Class Hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 123456]
 Crpp::schedulers::details::schedulable_base::advanced_call
 Crpp::operators::details::as_blocking_t
 Crpp::details::auto_dispose_wrapper< TDisposable >
 Crppgrpc::details::base_reader< TData >
 Crppgrpc::details::base_reader< Request >
 Crppgrpc::server_bidi_reactor< Request, Response >RPP's based implementation for grpc server bidirectional reactor
 Crppgrpc::server_read_reactor< Request >RPP's based implementation for grpc server read reactor
 Crppgrpc::details::base_reader< Response >
 Crppgrpc::client_bidi_reactor< Request, Response >RPP's based implementation for grpc client bidirectional reactor
 Crppgrpc::client_read_reactor< Response >RPP's based implementation for grpc client read reactor
 Crppgrpc::details::base_reader< rpp::utils::none >
 Crppgrpc::client_write_reactor< Request >RPP's based implementation for grpc client write reactor
 Crppgrpc::server_write_reactor< Response >RPP's based implementation for grpc server write reactor
 Crppgrpc::details::base_writer< TData >
 Crppgrpc::details::base_writer< Request >
 Crppgrpc::client_bidi_reactor< Request, Response >RPP's based implementation for grpc client bidirectional reactor
 Crppgrpc::client_write_reactor< Request >RPP's based implementation for grpc client write reactor
 Crppgrpc::details::base_writer< Response >
 Crppgrpc::server_bidi_reactor< Request, Response >RPP's based implementation for grpc server bidirectional reactor
 Crppgrpc::server_write_reactor< Response >RPP's based implementation for grpc server write reactor
 CBaseInterface
 Crpp::details::base_disposable_impl< BaseInterface >
 Crpp::callback_disposable< Fn >Disposable invokes underlying callable on disposing
 Crpp::details::observables::blocking_disposable
 Crpp::operators::details::concat_disposable< TObservable, TObserver >
 Crpp::operators::details::switch_on_next_state_t< TObserver >
 Crpp::subjects::details::behavior_subject_base< Type, Serialized >
 Crpp::subjects::details::behavior_subject_base< Type, false >
 Crpp::subjects::behavior_subject< Type >Same as rpp::subjects::publish_subject but keeps last value (or default) and emits it to newly subscribed observer
 Crpp::subjects::details::behavior_subject_base< Type, true >
 Crpp::subjects::serialized_behavior_subject< Type >Same as rpp::subjects::behavior_subject but on_next/on_error/on_completed calls are serialized via mutex
 Crpp::details::observables::blocking_strategy< Type, Strategy >
 Crpp::operators::details::buffer_observer_strategy< TObserver >
 CTestService::CallbackService
 Cserver
 Crpp::details::observables::chain< TStrategy, TStrategies >
 Crpp::details::observables::chain< TStrategy >
 Cgrpc::ClientBidiReactor
 Crppgrpc::client_bidi_reactor< Request, Response >RPP's based implementation for grpc client bidirectional reactor
 Cgrpc::ClientReadReactor
 Crppgrpc::client_read_reactor< Response >RPP's based implementation for grpc client read reactor
 Cgrpc::ClientWriteReactor
 Crppgrpc::client_write_reactor< Request >RPP's based implementation for grpc client write reactor
 Crpp::operators::details::combining_observer_strategy< TDisposable >
 Crpp::operators::details::combining_observer_strategy< combine_latest_disposable< Observer, TSelector, Args... > >
 Crpp::operators::details::combine_latest_observer_strategy< I, Observer, TSelector, Args >
 Crpp::operators::details::combining_observer_strategy< zip_disposable< Observer, TSelector, Args... > >
 Crpp::operators::details::zip_observer_strategy< I, Observer, TSelector, Args >
 Crpp::operators::details::combining_operator_t< TDisposable, TStrategy, TSelector, TObservables >
 Crpp::operators::details::combining_operator_t< combine_latest_disposable, combine_latest_observer_strategy, TSelector, TObservables... >
 Crpp::operators::details::combine_latest_t< TSelector, TObservables >
 Crpp::operators::details::combining_operator_t< zip_disposable, zip_observer_strategy, TSelector, TObservables... >
 Crpp::operators::details::zip_t< TSelector, TObservables >
 Crpp::subjects::details::completed
 Crpp::schedulers::computationalScheduler owning static thread pool of workers and using "some" thread from this pool on create_worker call
 Crpp::operators::details::concat_inner_observer_strategy< TObservable, TObserver >
 Crpp::operators::details::concat_observer_strategy< TObservable, TObserver >
 Crpp::details::concat_source_observer_strategy< TObserver, PackedContainer >
 Crpp::details::concat_strategy< PackedContainer >
 Crpp::connectable_observable< OriginalObservable, Subject >Extension over raw observable with ability to be manually connected at any time or ref_counting (sharing same observable between multiple observers)
 Crpp::utils::convertible_to_any
 Crpp::details::create_strategy< Type, OnSubscribe >
 Crpp::schedulers::current_threadSchedules execution of schedulables via queueing tasks to the caller thread with priority to time_point and order
 Crpp::operators::details::debounce_disposable_wrapper< Observer, Worker, Container >
 Crpp::operators::details::debounce_observer_strategy< Observer, Worker, Container >
 Crpp::operators::details::debounce_t< Scheduler >
 Crpp::details::defer_strategy< Factory >
 Crpp::operators::details::delay_disposable_wrapper< Observer, Worker, Container >
 Crpp::schedulers::delay_from_nowTimepoint of next execution would be calculcated from NOW timpoint (time of returning from schedulable)
 Crpp::schedulers::delay_from_this_timepointTimepoint of next execution would be calculcated from timepoint of current scheduling
 Crpp::operators::details::delay_observer_strategy< Observer, Worker, Container, ClearOnError >
 Crpp::operators::details::delay_t< Scheduler, ClearOnError >
 Crpp::schedulers::delay_toProvide timepoint of next execution explicitly
 Crpp::details::disposable_wrapper_base
 Crpp::disposable_wrapper_impl< behavior_state >
 Crpp::disposable_wrapper_impl< rpp::subjects::details::subject_state< Type, Serialized > >
 Crpp::disposable_wrapper_impl< replay_state >
 Crpp::disposable_wrapper_impl< interface_composite_disposable >
 Crpp::disposable_wrapper_impl< rpp::refcount_disposable >
 Crpp::disposable_wrapper_impl< rpp::subjects::details::subject_state< Type, false > >
 Crpp::disposable_wrapper_impl< interface_disposable >
 Crpp::disposable_wrapper_impl< TDisposable >Main RPP wrapper over disposables
 Crpp::subjects::details::disposed
 Crpp::operators::details::distinct_observer_strategy< Type, TObserver >
 Crpp::operators::details::distinct_until_changed_observer_strategy< Type, TObserver, EqualityFn >
 Crpp::details::disposables::dynamic_disposables_container
 Crpp::details::observables::dynamic_disposables_strategy
 Crpp::details::observables::dynamic_strategy< Type >
 Crpp::details::observers::dynamic_strategy< Type >
 Crpp::operators::details::element_at_observer_strategy< TObserver >
 Crpp::operators::details::emission< T >
 Crpp::utils::empty_function_any_by_lvalue_t
 Crpp::utils::empty_function_any_t
 Crpp::utils::empty_function_t< Types >
 Crpp::details::empty_strategy< Type >
 Crpp::details::enable_wrapper_from_this< TStrategy >
 Crpp::details::enable_wrapper_from_this< concat_disposable< TObservable, TObserver > >
 Crpp::operators::details::concat_disposable< TObservable, TObserver >
 Crpp::details::enable_wrapper_from_this< debounce_disposable< Observer, Worker, Container > >
 Crpp::operators::details::debounce_disposable< Observer, Worker, Container >
 Crpp::details::enable_wrapper_from_this< refcount_disposable >
 Crpp::refcount_disposable
 Crpp::details::enable_wrapper_from_this< refocunt_disposable_inner >
 Crpp::details::refocunt_disposable_inner
 Crpp::details::enable_wrapper_from_this< subject_state< Type, Serialized > >
 Crpp::subjects::details::subject_state< Type, Serialized >
 Crpp::utils::equal_to
 Crpp::details::error_strategy< Type >
 Crpp::schedulers::details::fake_schedulable_handler
 Crpp::details::observables::fake_strategy< Type >
 Crpp::details::observers::fake_strategy
 Cstd::false_type
 Crpp::schedulers::constraint::details::is_worker< T >
 Crpp::utils::is_not_template_callable_t< T, typename >
 Crpp::operators::details::filter_observer_strategy< TObserver, Fn >
 Crpp::utils::finally_action< Fn >Calls passed function during destruction
 Crpp::operators::details::finally_t< LastFn >
 Crpp::operators::details::first_observer_strategy< TObserver >
 Crpp::details::observables::fixed_disposables_strategy< Count >
 Crpp::operators::details::flat_map_t< Fn >
 Crpp::operators::details::forwarding_subject< Type >
 Crpp::details::from_callable_invoke
 Crpp::details::from_iterable_schedulable
 Crpp::details::from_iterable_strategy< PackedContainer, TScheduler >
 Crppqt::details::from_signal_on_event< Args >
 Crppqt::details::from_signal_on_event< Arg >
 Crppqt::details::from_signal_on_event<>
 Crpp::utils::function_traits< T >
 Crpp::utils::function_traits< R(*)()>
 Crpp::utils::function_traits< R(*)(Args...)>
 Crpp::utils::function_traits< R(T::*)(Args...) const >
 Crpp::utils::function_traits< R(T::*)(Args...)>
 Crpp::operators::details::group_by_inner_observer_strategy< TObserver >
 Crpp::operators::details::group_by_observable_strategy< T >
 Crpp::operators::details::group_by_observer_strategy< T, TObserver, KeySelector, ValueSelector, KeyComparator >
 Crpp::schedulers::immediateImmediately calls provided schedulable or waits for time_point (in the caller-thread)
 Crpp::operators::details::infinite_repeat_t
 Crpp::utils::infinite_repeated_container< T >
 Crpp::interface_disposableInterface of disposable
 Crpp::interface_composite_disposable
 Crpp::composite_disposable_impl< rpp::details::disposables::default_disposables_container >
 Crpp::composite_disposableDisposable which can keep some other sub-disposables. When this root disposable is disposed, then all sub-disposables would be disposed too
 Crpp::details::concat_state_t< TObserver, PackedContainer >
 Crpp::details::refocunt_disposable_inner
 Crpp::operators::details::combining_disposable< Observer >
 Crpp::operators::details::combine_latest_disposable< Observer, TSelector, Args >
 Crpp::operators::details::zip_disposable< Observer, TSelector, Args >
 Crpp::operators::details::merge_disposable< TObserver >
 Crpp::operators::details::on_error_resume_next_disposable< TObserver >
 Crpp::operators::details::retry_state_t< TObserver, Observable >
 Crpp::operators::details::retry_when_state< TObserver, TObservable, TNotifier >
 Crpp::operators::details::take_until_disposable< TObserver >
 Crpp::operators::details::with_latest_from_disposable< Observer, TSelector, RestArgs >
 Crpp::refcount_disposable
 Crpp::subjects::details::subject_state< Type, Serialized >
 Crpp::composite_disposable_impl< Container >Disposable which can keep some other sub-disposables. When this root disposable is disposed, then all sub-disposables would be disposed too
 Crpp::operators::details::debounce_disposable< Observer, Worker, Container >
 Crpp::operators::details::delay_disposable< Observer, Worker, Container >
 Crpp::operators::details::timeout_disposable< TObserver, TFallbackObservable, Container >
 Crpp::details::interval_schedulable
 Crpp::details::interval_strategy< TScheduler, TimePointOrDuration >
 Crpp::schedulers::current_thread::is_queue_is_empty
 Crpp::utils::infinite_repeated_container< T >::iterator
 Crpp::utils::repeated_container< T >::iterator
 Crpp::details::observers::lambda_strategy< Type, OnNext, OnError, OnCompleted >
 Crpp::operators::details::last_observer_strategy< Type, TObserver >
 Crpp::utils::less
 Crpp::operators::details::lift_operator< Operator, TArgs >
 Crpp::operators::details::lift_operator< buffer_t, size_t >
 Crpp::operators::details::buffer_t
 Crpp::operators::details::lift_operator< concat_t >
 Crpp::operators::details::concat_t
 Crpp::operators::details::lift_operator< distinct_t >
 Crpp::operators::details::distinct_t
 Crpp::operators::details::lift_operator< distinct_until_changed_t< EqualityFn >, EqualityFn >
 Crpp::operators::details::distinct_until_changed_t< EqualityFn >
 Crpp::operators::details::lift_operator< element_at_t, size_t >
 Crpp::operators::details::element_at_t
 Crpp::operators::details::lift_operator< filter_t< Fn >, Fn >
 Crpp::operators::details::filter_t< Fn >
 Crpp::operators::details::lift_operator< first_t >
 Crpp::operators::details::first_t
 Crpp::operators::details::lift_operator< group_by_t< KeySelector, ValueSelector, KeyComparator >, KeySelector, ValueSelector, KeyComparator >
 Crpp::operators::details::group_by_t< KeySelector, ValueSelector, KeyComparator >
 Crpp::operators::details::lift_operator< last_t >
 Crpp::operators::details::last_t
 Crpp::operators::details::lift_operator< map_t< Fn >, Fn >
 Crpp::operators::details::map_t< Fn >
 Crpp::operators::details::lift_operator< merge_t >
 Crpp::operators::details::merge_t
 Crpp::operators::details::lift_operator< on_error_resume_next_t< Selector >, Selector >
 Crpp::operators::details::on_error_resume_next_t< Selector >
 Crpp::operators::details::lift_operator< reduce_no_seed_t< Accumulator >, Accumulator >
 Crpp::operators::details::reduce_no_seed_t< Accumulator >
 Crpp::operators::details::lift_operator< reduce_t< Seed, Accumulator >, Seed, Accumulator >
 Crpp::operators::details::reduce_t< Seed, Accumulator >
 Crpp::operators::details::lift_operator< scan_no_seed_t< Fn >, Fn >
 Crpp::operators::details::scan_no_seed_t< Fn >
 Crpp::operators::details::lift_operator< scan_t< InitialValue, Fn >, InitialValue, Fn >
 Crpp::operators::details::scan_t< InitialValue, Fn >
 Crpp::operators::details::lift_operator< skip_t, size_t >
 Crpp::operators::details::skip_t
 Crpp::operators::details::lift_operator< switch_on_next_t >
 Crpp::operators::details::switch_on_next_t
 Crpp::operators::details::lift_operator< take_last_t, size_t >
 Crpp::operators::details::take_last_t
 Crpp::operators::details::lift_operator< take_t, size_t >
 Crpp::operators::details::take_t
 Crpp::operators::details::lift_operator< take_while_t< Fn >, Fn >
 Crpp::operators::details::take_while_t< Fn >
 Crpp::operators::details::lift_operator< tap_t< OnNext, OnError, OnCompleted >, OnNext, OnError, OnCompleted >
 Crpp::operators::details::tap_t< OnNext, OnError, OnCompleted >
 Crpp::operators::details::lift_operator< throttle_t< Scheduler >, rpp::schedulers::duration >
 Crpp::operators::details::throttle_t< Scheduler >
 Crpp::operators::details::lift_operator< window_t, size_t >
 Crpp::operators::details::window_t
 Crpp::operators::details::lift_operator< window_toggle_t< TOpeningsObservable, TClosingsSelectorFn >, TOpeningsObservable, TClosingsSelectorFn >
 Crpp::operators::details::window_toggle_t< TOpeningsObservable, TClosingsSelectorFn >
 Crpp::details::observers::local_disposables_strategy< DisposableContainer >
 Crppqt::schedulers::main_thread_schedulerSchedule provided schedulables to main GUI QT thread (where QApplication placed)
 Crpp::details::observables::make_chain< New, Old >
 Crpp::details::observables::make_chain< New, chain< Args... > >
 Crpp::operators::details::map_observer_strategy< TObserver, Fn >
 Crpp::operators::details::merge_observer_base_strategy< TObserver >
 Crpp::operators::details::merge_observer_inner_strategy< TObserver >
 Crpp::operators::details::merge_observer_strategy< TObserver >
 Crpp::operators::details::merge_with_t< TObservables >
 Cmock_observer_strategy< Type >
 Crpp::operators::details::multicast_t< Subject >
 Crpp::details::never_strategy< Type >
 Crpp::schedulers::new_threadScheduler which schedules invoking of schedulables to another thread via queueing tasks with priority to time_point and order
 Crpp::utils::none
 Crpp::details::observers::none_disposables_strategy
 Crpp::utils::none_mutex
 Crpp::observable< Type, Strategy >Base class for any observable used in RPP. It handles core callbacks of observable
 Crpp::grouped_observable< KeyType, Type, Strategy >Extension over rpp::observable for some "subset" of values from original observable grouped by some key. It has get_key() member function. Used in group_by operator to represent grouped observable
 Crpp::observable< Type, details::observables::blocking_strategy< Type, Strategy > >
 Crpp::blocking_observable< Type, Strategy >Extension over rpp::observable with set of blocking operators - it waits till completion of underlying observable
 Crpp::observable< Type, details::observables::dynamic_strategy< Type > >
 Crpp::dynamic_observable< Type >Type-erased version of the rpp::observable. Any observable can be converted to dynamic_observable via rpp::observable::as_dynamic member function
 Crpp::observable< Type, details::variant_observable_strategy< Type, Observables... > >
 Crpp::variant_observable< Type, Observables >Extension over rpp::observable to provide ability statically keep one of multiple observables
 Crpp::details::observer_impl< Type, Strategy, DisposablesStrategy >
 Crpp::details::observer_impl< Type, rpp::details::observers::dynamic_strategy< Type >, details::observers::none_disposables_strategy >
 Crpp::observer< Type, rpp::details::observers::dynamic_strategy< Type > >
 Crpp::details::observer_impl< Type, Strategy, details::observers::deduce_optimal_disposables_strategy_t< Strategy::preferred_disposables_mode > >
 Crpp::observer< Type, details::observers::dynamic_strategy< Type > >
 Crpp::dynamic_observer< Type >Type-erased version of the rpp::observer. Any observer can be converted to dynamic_observer via rpp::observer::as_dynamic member function
 Crpp::observer< Type, ObserverStrategy >
 Crpp::observer< Type, Strategy >Base class for any observer used in RPP. It handles core callbacks of observers. Objects of this class would be passed to subscribe of observable
 Crpp::details::observer_impl< Type, Strategy, DisposableStrategy >
 Crpp::observer< Type, details::observers::override_disposables_strategy< Strategy, DisposableStrategy > >
 Crppgrpc::details::base_writer< TData >::observer_strategy
 Crpp::details::observers::observer_vtable< Type >
 Crpp::details::observers::observer_vtable< rpp::utils::extract_observer_type_t< TObs > >
 Crpp::details::observers::type_erased_observer< TObs >
 Crpp::operators::details::timeout_disposable< TObserver, TFallbackObservable, Container >::observer_with_timeout
 Crpp::operators::details::on_error_resume_next_inner_observer_strategy< TObserver >
 Crpp::operators::details::on_error_resume_next_observer_strategy< TObserver, Selector >
 Crpp::operators::details::buffer_t::operator_traits< T >
 Crpp::operators::details::combining_operator_t< TDisposable, TStrategy, TSelector, TObservables >::operator_traits< T >
 Crpp::operators::details::concat_t::operator_traits< T >
 Crpp::operators::details::debounce_t< Scheduler >::operator_traits< T >
 Crpp::operators::details::delay_t< Scheduler, ClearOnError >::operator_traits< T >
 Crpp::operators::details::distinct_t::operator_traits< T >
 Crpp::operators::details::distinct_until_changed_t< EqualityFn >::operator_traits< T >
 Crpp::operators::details::element_at_t::operator_traits< T >
 Crpp::operators::details::filter_t< Fn >::operator_traits< T >
 Crpp::operators::details::finally_t< LastFn >::operator_traits< T >
 Crpp::operators::details::first_t::operator_traits< T >
 Crpp::operators::details::group_by_t< KeySelector, ValueSelector, KeyComparator >::operator_traits< T >
 Crpp::operators::details::last_t::operator_traits< T >
 Crpp::operators::details::map_t< Fn >::operator_traits< T >
 Crpp::operators::details::merge_t::operator_traits< T >
 Crpp::operators::details::merge_with_t< TObservables >::operator_traits< T >
 Crpp::operators::details::on_error_resume_next_t< Selector >::operator_traits< T >
 Crpp::operators::details::reduce_no_seed_t< Accumulator >::operator_traits< T >
 Crpp::operators::details::reduce_t< Seed, Accumulator >::operator_traits< T >
 Crpp::operators::details::retry_t::operator_traits< T >
 Crpp::operators::details::retry_when_t< TNotifier >::operator_traits< T >
 Crpp::operators::details::scan_no_seed_t< Fn >::operator_traits< T >
 Crpp::operators::details::scan_t< InitialValue, Fn >::operator_traits< T >
 Crpp::operators::details::skip_t::operator_traits< T >
 Crpp::operators::details::subscribe_on_t< TScheduler >::operator_traits< T >
 Crpp::operators::details::switch_on_next_t::operator_traits< T >
 Crpp::operators::details::take_last_t::operator_traits< T >
 Crpp::operators::details::take_t::operator_traits< T >
 Crpp::operators::details::take_until_t< TObservable >::operator_traits< T >
 Crpp::operators::details::take_while_t< Fn >::operator_traits< T >
 Crpp::operators::details::tap_t< OnNext, OnError, OnCompleted >::operator_traits< T >
 Crpp::operators::details::throttle_t< Scheduler >::operator_traits< T >
 Crpp::operators::details::timeout_t< TFallbackObservable, TScheduler >::operator_traits< T >
 Crpp::operators::details::timeout_with_error_t< TScheduler >::operator_traits< T >
 Crpp::operators::details::window_t::operator_traits< T >
 Crpp::operators::details::window_toggle_t< TOpeningsObservable, TClosingsSelectorFn >::operator_traits< T >
 Crpp::operators::details::with_latest_from_t< TSelector, TObservables >::operator_traits< T >
 Csimple_map< Fn >::operator_traits< T >
 Crpp::schedulers::details::optional_mutex< Mutex >
 Crpp::details::observers::override_disposables_strategy< S, DisposableStrategy >
 Crpp::utils::pack_to_tuple
 Crpp::utils::value_with_mutex< T >::pointer_under_lock
 Crpp::subjects::details::publish_subject_base< Type, Serialized >
 Crpp::subjects::details::publish_subject_base< Type, false >
 Crpp::subjects::publish_subject< TData >
 Crpp::subjects::publish_subject< T >
 Crpp::subjects::publish_subject< Type >Subject which just multicasts values to observers subscribed on it. It contains two parts: observer and observable at the same time
 Crpp::subjects::details::publish_subject_base< Type, true >
 Crpp::subjects::serialized_publish_subject< TData >
 Crpp::subjects::serialized_publish_subject< Type >Serialized version of rpp::subjects::publish_subject
 Cstd::range_error
 Crpp::utils::out_of_range
 Crpp::operators::details::reduce_no_seed_observer_strategy< TObserver, Accumulator >
 Crpp::operators::details::reduce_observer_strategy< TObserver, Accumulator >
 Crpp::details::ref_count_on_subscribe_t< T >
 Crpp::details::ref_count_on_subscribe_t< rpp::connectable_observable< OriginalObservable, Subject > >
 Crpp::operators::details::ref_count_t
 Crpp::operators::details::repeat_t
 Crpp::utils::repeated_container< T >
 Crpp::subjects::details::replay_subject_base< Type, Serialized >
 Crpp::subjects::details::replay_subject_base< Type, false >
 Crpp::subjects::replay_subject< Type >Same as rpp::subjects::publish_subject but send all earlier emitted values to any new observers
 Crpp::subjects::details::replay_subject_base< Type, true >
 Crpp::subjects::serialized_replay_subject< Type >Same as rpp::subjects::replay_subject but on_next/on_error/on_completed calls are serialized via mutex
 Crpp::utils::rethrow_error_t
 Crpp::operators::details::retry_observer_strategy< TObserver, TObservable >
 Crpp::operators::details::retry_t
 Crpp::operators::details::retry_when_impl_inner_strategy< TObserver, TObservable, TNotifier >
 Crpp::operators::details::retry_when_impl_strategy< TObserver, TObservable, TNotifier >
 Crpp::operators::details::retry_when_t< TNotifier >
 Crpp::utils::return_true
 Crpp::schedulers::run_loopScheduler which schedules execution via queueing tasks, but execution of tasks should be manually dispatched
 Cstd::runtime_error
 Crpp::utils::more_disposables_than_expected
 Crpp::utils::not_enough_emissions
 Crpp::utils::timeout_reached
 Crppgrpc::utils::reactor_failed
 Crppqt::utils::no_active_qapplication
 Crpp::operators::details::scan_no_seed_observer_strategy< TObserver, Fn >
 Crpp::operators::details::scan_observer_strategy< TObserver, Seed, Fn >
 Crpp::schedulers::details::schedulable_base
 Crpp::schedulers::details::specific_schedulable< NowStrategy, Fn, Handler, Args >
 Crpp::schedulers::details::schedulables_queue< NowStrategy >
 Crpp::schedulers::details::schedulables_queue< rpp::schedulers::current_thread::worker_strategy >
 Crpp::schedulers::details::schedulables_queue< rpp::schedulers::test_scheduler::worker_strategy >
 Crpp::schedulers::details::schedulables_queue< worker_strategy >
 Cgrpc::ServerBidiReactor
 Crppgrpc::server_bidi_reactor< Request, Response >RPP's based implementation for grpc server bidirectional reactor
 Cgrpc::ServerReadReactor
 Crppgrpc::server_read_reactor< Request >RPP's based implementation for grpc server read reactor
 Cgrpc::ServerWriteReactor
 Crppgrpc::server_write_reactor< Response >RPP's based implementation for grpc server write reactor
 Crpp::details::shared_container< Container >
 Crpp::schedulers::details::shared_queue_data
 Csimple_map< Fn >
 Crpp::operators::details::skip_observer_strategy< TObserver >
 Crpp::operators::details::start_with_t< TObservables >
 Crpp::operators::details::start_with_values_t< PackedContainer, TScheduler >
 Crpp::schedulers::test_scheduler::state
 Crpp::details::ref_count_on_subscribe_t< rpp::connectable_observable< OriginalObservable, Subject > >::state_t
 Crpp::operators::details::window_toggle_state< TObserver, TClosingsSelectorFn >::state_t
 Crpp::details::disposables::static_disposables_container< Count >Container with fixed std::array as underlying storage
 Crpp::details::disposables::static_disposables_container< 0 >
 Crpp::utils::static_mem_fn< Fn, Inverse >
 Crppasio::schedulers::strandAsio based scheduler where each worker is assigned an asio strand to execute schedulables with the guarantee that none of those schedulables will execute concurrently
 Crpp::subjects::details::subject_on_subscribe_strategy< Type, OnSubscribe, DisposableStrategy >
 Crpp::operators::details::subscribe_on_schedulable< TObservableChainStrategy >
 Crpp::operators::details::subscribe_on_t< TScheduler >
 Crpp::operators::details::subscribe_t< Args >
 Crpp::operators::details::subscribe_t< observer< Type, ObserverStrategy > >
 Crpp::operators::details::subscribe_t< ObserverStrategy >
 Crpp::operators::details::subscribe_t< OnNext, OnError, OnCompleted >
 Crpp::operators::details::subscribe_t< rpp::composite_disposable_wrapper, observer< Type, ObserverStrategy > >
 Crpp::operators::details::subscribe_t< rpp::composite_disposable_wrapper, ObserverStrategy >
 Crpp::operators::details::subscribe_t< rpp::composite_disposable_wrapper, OnNext, OnError, OnCompleted >
 Crpp::operators::details::switch_on_next_inner_observer_strategy< TObserver >
 Crpp::operators::details::switch_on_next_observer_strategy< TObserver >
 Crpp::operators::details::take_last_observer_strategy< TObserver >
 Crpp::operators::details::take_observer_strategy< TObserver >
 Crpp::operators::details::take_until_observer_strategy_base< TObserver >
 Crpp::operators::details::take_until_observer_strategy< TObserver >
 Crpp::operators::details::take_until_throttle_observer_strategy< TObserver >
 Crpp::operators::details::take_until_t< TObservable >
 Crpp::operators::details::take_while_observer_strategy< TObserver, Fn >
 Crpp::operators::details::tap_observer_strategy< TObserver, OnNext, OnError, OnCompleted >
 Crpp::operators::details::template_multicast_t< Subject >
 Crpp::schedulers::test_scheduler
 Crpp::schedulers::thread_poolScheduler owning static thread pool of workers and using "some" thread from this pool on create_worker call
 Crpp::operators::details::throttle_observer_strategy< TObserver, Scheduler >
 Crpp::operators::details::timeout_disposable_wrapper< TObserver, TFallbackObservable, Container >
 Crpp::operators::details::timeout_observer_strategy< TObserver, TFallbackObservable, Container, TScheduler >
 Crpp::operators::details::timeout_t< TFallbackObservable, TScheduler >
 Crpp::operators::details::timeout_with_error_t< TScheduler >
 Crpp::utils::details::traits< Base >
 Cstd::true_type
 Crpp::schedulers::constraint::details::is_worker< rpp::schedulers::worker< Strategy > >
 Crpp::utils::is_not_template_callable_t< R(*)(Args...)>
 Crpp::utils::is_not_template_callable_t< R(T::*)(Args...) const >
 Crpp::utils::is_not_template_callable_t< R(T::*)(Args...)>
 Crpp::utils::is_not_template_callable_t< T, std::void_t< decltype(&T::operator())> >
 CTs...
 Crpp::utils::overloaded< Ts >
 Crpp::details::tuple_impl< typename,... >
 Crpp::details::tuple_impl< std::index_sequence_for< Args... >, Args... >
 Crpp::utils::tuple< TArgs... >
 Crpp::utils::tuple< TObservables... >
 Crpp::utils::tuple< std::optional< Args >... >
 Crpp::utils::tuple< rpp::utils::value_with_mutex< std::optional< RestArgs > >... >
 Crpp::utils::tuple< std::deque< Args >... >
 Crpp::utils::tuple< Handler, Args... >
 Crpp::utils::tuple< Args >
 Crpp::details::tuple_leaf< size_t, T >
 Crpp::details::tuple_leaf< Indices, Args >
 Crpp::details::tuple_impl< std::index_sequence< Indices... >, Args... >
 Cstd::type_identity
 Crpp::utils::details::unique_variant_t< std::variant< Ts... >, Us... >
 Crpp::utils::details::unique_variant_t< std::variant< Ts... >, U, Us... >
 Crpp::utils::details::unique_variant_t< std::variant< Ts..., U >, Us... >
 Crpp::utils::details::unique_variant_t< std::variant< Ts... >, U, Us... >
 Crpp::utils::details::unique_variant_t< T, Ts >
 Crpp::utils::types< Args >
 Crpp::memory_model::use_shared
 Crpp::memory_model::use_stack
 Crpp::utils::value_with_mutex< T >
 Crpp::utils::value_with_mutex< Observer >
 Crpp::utils::value_with_mutex< rpp::disposable_wrapper_impl >
 Crpp::utils::value_with_mutex< rpp::operators::details::timeout_disposable::observer_with_timeout >
 Crpp::utils::value_with_mutex< rpp::operators::details::window_toggle_state::state_t >
 Crpp::utils::value_with_mutex< std::queue< TObservable > >
 Crpp::utils::value_with_mutex< TObserver >
 Crpp::utils::value_with_mutex< Type >
 Crpp::subjects::details::replay_subject_base< Type, Serialized >::replay_state::value_with_time
 Crpp::details::variant_observable_strategy< Type, Observables >
 Crpp::details::observers::observer_vtable< Type >::vtable_t
 Crpp::operators::details::window_observer_strategy< TObserver >
 Crpp::operators::details::window_toggle_closing_observer_strategy< TState >
 Crpp::operators::details::window_toggle_observer_strategy< TObserver, TOpeningsObservable, TClosingsSelectorFn >
 Crpp::operators::details::window_toggle_opening_observer_strategy< TState >
 Crpp::operators::details::window_toggle_state< TObserver, TClosingsSelectorFn >
 Crpp::operators::details::with_latest_from_inner_observer_strategy< I, Observer, TSelector, RestArgs >
 Crpp::operators::details::with_latest_from_observer_strategy< Observer, TSelector, OriginalValue, RestArgs >
 Crpp::operators::details::with_latest_from_t< TSelector, TObservables >
 Crpp::schedulers::worker< Strategy >
 Crpp::schedulers::current_thread::worker_strategy
 Crpp::schedulers::immediate::worker_strategy
 Crpp::schedulers::new_thread::worker_strategy
 Crpp::schedulers::test_scheduler::worker_strategy