#include <src/vt/rdmahandle/base_handle.h>

template<typename T, HandleEnum E, typename IndexT>

vt::rdma::SubHandle struct

Public types

using HandleType = Handle<T, vt::rdma::HandleEnum::StaticSize, IndexT>

using ProxyType = vt::objgroup::proxy::Proxy<SubHandle<T, E, IndexT>>

Public static functions

static void destroyCollective(ProxyType proxy)

template<mapping::ActiveMapTypedFnType<IndexT> map_fn>

static auto construct(bool in_is_migratable, IndexT in_range, bool in_dense_start_with_zero) -> ProxyType

static auto construct(bool in_is_migratable, IndexT in_range, bool in_dense_start_with_zero, vt::HandlerType map) -> ProxyType

Constructors, destructors, conversion operators

SubHandle() defaulted

Public functions

void initialize(ProxyType in_proxy, bool in_is_migratable, IndexT in_range, vt::HandlerType map_han, bool in_dense_start_with_zero)

void makeSubHandles(bool initial = true)

auto linearize(IndexT idx) -> IndexT::DenseIndexType

auto getHomeNode(IndexT const& idx) -> NodeType

auto fetchInfo(IndexT const& idx) -> IndexInfo

void updateInfo(IndexT const& idx, IndexInfo info, NodeType home)

auto resolveLocation(IndexT const& idx) -> IndexInfo

void get(IndexT const& idx, Lock l, T* ptr, uint64_t len, int offset)

auto getCount(IndexT const& idx, Lock l = Lock::Shared) -> std::size_t

auto rget(IndexT const& idx, Lock l, T* ptr, uint64_t len, int offset) -> RequestHolder

auto rput(IndexT const& idx, Lock l, T* ptr, uint64_t len, int offset) -> RequestHolder

void put(IndexT const& idx, Lock l, T* ptr, uint64_t len, int offset)

auto raccum(IndexT const& idx, Lock l, T* ptr, uint64_t len, int offset, MPI_Op op) -> RequestHolder

void accum(IndexT const& idx, Lock l, T* ptr, uint64_t len, int offset, MPI_Op op)

auto fetchOp(IndexT const& idx, Lock l, T ptr, int offset, MPI_Op op) -> T

auto isUniform() const -> bool

template<typename Callable>

void access(IndexT idx, Lock l, Callable fn, uint64_t offset)

auto addLocalIndex(IndexT index, uint64_t count) -> Handle<T, E, IndexT>

auto getOrderedOffset(IndexT idx, NodeType home_node) -> int

void stageLocalIndex(IndexT index, uint64_t count)

void migratedOutIndex(IndexT index)

void migratedInIndex(IndexT index)

void afterLB()

void checkChanged(impl::ReduceLBMsg* msg)

auto ready() const -> bool

auto totalLocalCount() const -> uint64_t

auto getNumHandles() const -> std::size_t

auto getNumActiveHandles() const -> std::size_t

void deleteHandle()

auto getNumDeletedHandles() const -> std::size_t

auto getCollectionExpected() const -> std::size_t

void setCollectionExpected(std::size_t count)

void destroy()

Protected variables

ProxyType proxy_

bool is_migratable_

vt::HandlerType map_han_

IndexT range_

std::unordered_map<IndexT, SubInfo> sub_handles_

std::unordered_map<IndexT, std::size_t> sub_handles_staged_

std::vector<IndexT> sub_layout_

std::vector<uint64_t> sub_prefix_

Handle<T, E> data_handle_

Handle<uint64_t, E> loc_handle_

Cache<IndexT> cache_

bool ready_

bool mpi2_

bool uniform_size_

std::size_t count_if_uniform_

std::size_t collection_expected_count_

std::vector<IndexT> migrate_out_

std::vector<IndexT> migrate_in_

bool ordered_opt_

std::unordered_map<IndexT, int> ordered_local_offset_

bool dense_start_with_zero_

std::size_t deleted_count_

Typedef documentation

Function documentation

Variable documentation