Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 123]

▼Ngrppi
▼Ndetail_ff
Cff_arena_t	Tag type for fastflow allocation. This empty type is used to select the overloaded placement new and delete operators that invoke the fastflow allocation routines
Cfilter_collector	Colletor node for a filter
Cfilter_emitter	Emitter for a filter stage
Cfilter_worker	Worker that passes a value to next stage if the predicate is satisfied or the filtered_value constant otherwise
Citeration_worker
Cnode_impl	Fastflow node for a pipeline transformation stage
Cnode_impl< Input, void, Consumer >	Fastflow node for a pipeline consumer stage
Cnode_impl< void, Output, Generator >	Fastflow node for a pipeline generation stage
Cordered_stream_filter
Cordered_stream_reduce	Ordered stream reduce for FastFlow
Creduce_collector	Reduce collector
Creduce_emitter	Reduce emitter
Creduce_worker	Reduce worker
Cunordered_stream_filter
Cunordered_stream_reduce
▼Ninternal
Care_iterators
Care_iterators< T >
Ccallable
Ccallable_helper
Ccallable_helper< R(*)(Args...)>
Ccallable_helper< R(Args...)>
Ccallable_helper< R(C::*)(Args...) const >
Ccallable_helper< R(C::*)(Args...)>
Cidentity	Identity type trait
Cis_context
Cis_context< context_t< E, T > >
Cis_farm
Cis_farm< farm_t< T > >
Cis_filter
Cis_filter< filter_t< T > >
Cis_iteration
Cis_iteration< iteration_t< T, P > >
Cis_iterator
Cis_iterator< T, typename std::enable_if<!std::is_same< typename std::iterator_traits< T >::value_type, void >::value >::type >
Cis_pipeline
Cis_pipeline< pipeline_t< T... > >
Cis_queue
Cis_queue< mpmc_queue< T > >
Cis_reduce
Cis_reduce< reduce_t< C, I > >
Coutput_value_type
Coutput_value_type< I, pipeline_t< T, U... > >
Ccontext_t	Representation of a context pattern. Represents a context that uses a given policy to run a transformer. This pattern is intended to switch between execution policies in a pattern composition
Cdynamic_execution
Cfarm_info
Cfarm_t	Representation of farm pattern. Represents a farm of n replicas from a transformer
Cfilter_info
Cfilter_t	Representation of filter pattern. Represents a filter that can be used as a stage on a pipeline
Citeration_t	Representation of iteration pattern. Represents a iteration that can be used as a stage on a pipeline
Cmpmc_queue
Cnative_thread_manager	RAII class to manage registration/deregistration pairs. This class allows to manage automatic deregistration of threads through the common RAII pattern. The current thread is registered into the registry at construction and deregistered a destruction
Cparallel_execution_ff
Cparallel_execution_native	Native parallel execution policy. This policy uses ISO C++ threads as implementation building block allowing usage in any ISO C++ compliant platform
Cparallel_execution_omp	OpenMP parallel execution policy
Cparallel_execution_tbb	TBB parallel execution policy
Cpipeline_info
Cpipeline_t	Representation of pipeline pattern. Represents a pipeline with multiple chained transformers
Creduce_t	Representation of reduce pattern. Represents a reduction that can be used as a stage on a pipeline
Creduction_info
Csequential_execution	Sequential execution policy
Cstage_return_type	Determines the return type after appliying a list of transformers (stages) on a input type
Cstage_return_type< Input, Transformer >	Determines the return type of appliying a function on a input type
Cstage_return_type< Input, Transformer, Other... >	Determines the return type of consecutively appliying a set of transformer functions on a input type
Cthread_registry	Thread index table to provide portable natural thread indices
Cworker_pool	Pool of worker threads. This class offers a simple pool of worker threads