#include <src/vt/objgroup/proxy/proxy_objgroup.h>

template<>

vt::objgroup::proxy::Proxy<void> struct

Public types

using ObjGroupType = void

using ReduceStamp = collective::reduce::ReduceStamp

using PendingSendType = messaging::PendingSend

Constructors, destructors, conversion operators

Proxy() defaulted

Public functions

auto operator[](NodeType node) const -> DefaultProxyElm

Index the proxy to get the element proxy for a particular node.

template<typename MsgT, ActiveTypedFnType<MsgT>* f, typename... Args>

auto broadcast(Args && ... args) const -> messaging::PendingSend

Broadcast a message.

template<auto f, typename... Args>

auto broadcast(Args && ... args) const -> messaging::PendingSend

Broadcast a message.

template<typename MsgT, ActiveTypedFnType<MsgT>* f>

auto broadcastMsg(messaging::MsgPtrThief<MsgT> msg, TagType tag = no_tag) const -> messaging::PendingSend

Broadcast a message.

template<auto f>

auto broadcastMsg(messaging::MsgPtrThief<typename FuncTraits<decltype(f)>::MsgT> msg, TagType tag = no_tag) const -> messaging::PendingSend

Broadcast a message.

template<typename OpT, typename FunctorT, typename MsgT, typename... Args>

auto reduce(NodeType root, Args && ... args) const -> messaging::PendingSend

Reduce a message up the tree, possibly delayed through a pending send.

template<typename OpT, typename FunctorT, typename MsgT, ActiveTypedFnType<MsgT>* f, typename... Args>

auto reduce(NodeType root, Args && ... args) const -> messaging::PendingSend

template<typename OpT, typename FunctorT, typename MsgT>

auto reduceMsg(NodeType root, MsgT*const msg) const -> messaging::PendingSend

Reduce a message up the tree, possibly delayed through a pending send.

template<typename OpT, typename FunctorT, typename MsgT, ActiveTypedFnType<MsgT>* f>

auto reduceMsg(NodeType root, MsgT*const msg) const -> messaging::PendingSend

auto broadcast(Params && ... params) const -> Proxy<void>::PendingSendType

auto multicast(GroupType type, Params && ... params) const -> Proxy<void>::PendingSendType

auto multicast(group::region::Region::RegionUPtrType&& nodes, Params && ... params) const -> Proxy<void>::PendingSendType

auto operator=(Proxy const&) -> Proxy& defaulted

auto allreduce(Args && ... args) const -> PendingSendType

All-reduce back to this objgroup. Performs a reduction using operator Op followed by a broadcast to f with the result.

auto get() const -> void*

Get raw pointer to the local object instance residing on the current node.

auto getProxy() const -> ObjGroupProxyType

Get the underlying proxy bits that are used to identify the objgroup.

auto castToBase() const -> Proxy<BaseT>

Cast typed proxy to the base class type for this objgroup.

void destroyCollective() const

Collective destroy this objgroup instance on all nodes.

auto makeHandleRDMA(std::size_t count, bool is_uniform) const -> vt::rdma::Handle<T>

Make a new RDMA handle for this objgroup—a collective invocation.

void destroyHandleRDMA(vt::rdma::Handle<T> handle) const

Destroy an RDMA handle created from this objgroup.

auto makeHandleSetRDMA(int32_t max_elm, std::unordered_map<int32_t, std::size_t> const& map, bool is_uniform) const -> vt::rdma::HandleSet<T>

Make a new set of RDMA handles for this objgroup—a collective invocation. This is the overload for a potentially sparse set of handles with a non-zero starting index.

void destroyHandleSetRDMA(vt::rdma::HandleSet<T> handle) const

Destroy a set of RDMA handles created from this objgroup.

auto operator()(NodeType node) const -> ProxyElm<void>

Index the proxy to get the element proxy for a particular node.

void serialize(Serializer& s)

Function documentation