default_distribution_policy.hpp#

See Public API for a list of names and headers that are part of the public HPX API.

namespace hpx

namespace components

Variables

static const default_distribution_policy default_layout = {}#: A predefined instance of the default distribution_policy. It will represent the local locality and will place all items to create here.

struct default_distribution_policy#

#include <default_distribution_policy.hpp>

This class specifies the parameters for a simple distribution policy to use for creating (and evenly distributing) a given number of items on a given set of localities.

Public Functions

constexpr default_distribution_policy() = default#: Default-construct a new instance of a default_distribution_policy. This policy will represent one locality (the local locality).

inline default_distribution_policy operator()(std::vector<id_type> const &locs) const#

Create a new default_distribution policy representing the given set of localities.

Parameters: locs – [in] The list of localities the new instance should represent

inline default_distribution_policy operator()(std::vector<id_type> &&locs) const#

Create a new default_distribution policy representing the given set of localities.

Parameters: locs – [in] The list of localities the new instance should represent

inline default_distribution_policy operator()(id_type const &loc) const#

Create a new default_distribution policy representing the given locality

Parameters: loc – [in] The locality the new instance should represent

template<typename Component, typename ...Ts> inline hpx::future<hpx::id_type> create(Ts&&... vs) const#

Create one object on one of the localities associated by this policy instance

Note

This function is part of the placement policy implemented by this class

Parameters: vs – [in] The arguments which will be forwarded to the constructor of the new object.
Returns: A future holding the global address which represents the newly created object

template<typename Component, typename ...Ts> inline hpx::future<std::vector<bulk_locality_result>> bulk_create(std::size_t count, Ts&&... vs) const#

Create multiple objects on the localities associated by this policy instance

Note

This function is part of the placement policy implemented by this class

Parameters

count – [in] The number of objects to create
vs – [in] The arguments which will be forwarded to the constructors of the new objects.

Returns

A future holding the list of global addresses which represent the newly created objects

template<typename Action, typename ...Ts> inline async_result<Action>::type async(launch policy, Ts&&... vs) const#

template<typename Action, typename Callback, typename ...Ts> inline async_result<Action>::type async_cb(launch policy, Callback &&cb, Ts&&... vs) const#: Note

This function is part of the invocation policy implemented by this class

template<typename Action, typename Continuation, typename ...Ts> inline bool apply(Continuation &&c, threads::thread_priority priority, Ts&&... vs) const#: Note

This function is part of the invocation policy implemented by this class

template<typename Action, typename ...Ts> inline bool apply(threads::thread_priority priority, Ts&&... vs) const#

template<typename Action, typename Continuation, typename Callback, typename ...Ts> inline bool apply_cb(Continuation &&c, threads::thread_priority priority, Callback &&cb, Ts&&... vs) const#: Note

This function is part of the invocation policy implemented by this class

template<typename Action, typename Callback, typename ...Ts> inline bool apply_cb(threads::thread_priority priority, Callback &&cb, Ts&&... vs) const#

inline std::size_t get_num_localities() const#: Returns the number of associated localities for this distribution policy

Note

This function is part of the creation policy implemented by this class

inline hpx::id_type get_next_target() const#: Returns the locality which is anticipated to be used for the next async operation

template<typename Action> struct async_result#

#include <default_distribution_policy.hpp>

Note

This function is part of the invocation policy implemented by this class

Public Types

using type = hpx::future<typename traits::promise_local_result<typename hpx::traits::extract_action<Action>::remote_result_type>::type>#