Flow
Documentation for the Flow C++ Library
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Class Hierarchy
This inheritance list is sorted roughly, but not completely, alphabetically:
[detail level 12]
 Cflow::BinaryHeap< T, Compare, Allocator >A binary min-heap container. Supports custom comparator and allocator
 Cflow::ConcurrentFlexQueue< T >A thread-safe concurrent queue with flexible push and pop operations
 Cflow::ConcurrentQueue< T, Container >
 Cflow::CountedValueViewIterator< T >Iterator that returns a constant value a fixed number of times. Useful for creating a virtual range of repeated values without overhead
 Cflow::DebugClassDebug class to track copy/move operations. Some operations may be optimized away in release builds
 Cflow::VectorGrowthStrategy::DoubleExpand
 Cflow::VectorGrowthStrategy::FibonacciExpand
 Cflow::VectorGrowthStrategy::GoldenExpand
 Cflow::PoolMemoryResource::Header
 Cflow::StackMemoryResource::Header
 Cflow::MemoryResourceA memory resource holder interface for the PolymorphicAllocator. Responsible for allocate and deallocate raw memory
 Cflow::ArenaMemoryResourceA linear arena memory resource that allocates memory sequentially from a fixed buffer. Throws std::bad_alloc if there is insufficient space for the requested allocation
 Cflow::DefaultMemoryResourceA default memory resource that wraps global ::operator new and ::operator delete
 Cflow::PoolMemoryResourceA pool memory resource that manages fixed-size memory blocks from a pre-allocated buffer. The allocation size must be less or equal to the block size. The allocation alignment must be less or equal to the block alignment. Throws std::bad_alloc if the constraint is not met or run out of memory
 Cflow::StackMemoryResourceA stack-based memory resource that allocates memory in a LIFO order from a fixed buffer. Deallocation must happen in reverse order of allocation. Throws std::bad_alloc if there is insufficient space for an allocation
 Cflow::MultiQueueThreadPool< ThreadSafeQueue, LocalQueue >A work-stealing multiqueue threadpool. Each worker thread has a thread_local task queue to reduce thread contention
 Cflow::ConcurrentFlexQueue< T >::Node
 Cflow::PolymorphicAllocator< T >Polymorphic allocator wrapping a non-owning memory resource. Allocation strategy depends on the memory resource implementation
 Cflow::SimpleThreadPool< ThreadSafeQueue >A simple thread pool with fixed number of worker threads. All the threads poll tasks from a single queue. If all the threads are waiting, then the user must manually call runPendingTask() to resolve deadlock
 Cflow::ThreadTaskA task that can be execute by a thread. Internally, it uses type erasure to store a std::packaged_task. The memory is managed by std::unique_ptr
 Cflow::ThreadTask::ThreadTaskInterface
 Cflow::ThreadTask::ThreadTaskImp< Callable >
 Cflow::Timer< ClockType >A simple timer to record timelapses. Uses steady_clock by default
 Cflow::Tuple< Ts >
 Cflow::Tuple< Ts... >
 Cflow::Tuple< T, Ts... >
 Cflow::Vector< T, Allocator, Strategy >
 Cflow::VectorGrowthStrategy
 Cflow::WorkStealingQueue< T >