actor_model.h File Reference

#include "actor.h"
#include "node.h"
#include "process.h"
#include "actor_model_generated.h"
#include <experimental/string_view>

Go to the source code of this file.

Namespaces
	ActorModel

Typedefs
using	ActorModel::MessageFlatbuffer = flatbuffers::DetachedBuffer
using	ActorModel::MutableFlatbuffer = std::vector< uint8_t >

Functions
auto	ActorModel::spawn (const Behaviour &&_behaviour, const ExecConfigCallback &&_exec_config_callback) -> Pid
auto	ActorModel::spawn_link (const Pid &_initial_link_pid, const Behaviour &&_behaviour, const ExecConfigCallback &&_exec_config_callback) -> Pid
auto	ActorModel::process_flag (const Pid &pid, const ProcessFlag flag, const bool flag_setting) -> bool
auto	ActorModel::send (const Pid &pid, const Message &message) -> bool
auto	ActorModel::send (const Pid &pid, const string_view type, const string_view payload) -> bool
auto	ActorModel::send (const Pid &pid, const string_view type, const std::vector< uint8_t > &payload_vec) -> bool
auto	ActorModel::send (const Pid &pid, const string_view type, const flatbuffers::Vector< uint8_t > &payload_fbvec) -> bool
auto	ActorModel::send (const Pid &pid, const string_view type, const MessageFlatbuffer &payload_flatbuffer) -> bool
auto	ActorModel::send_after (const Time time, const Pid &pid, const Message &message) -> TRef
auto	ActorModel::send_after (const Time time, const Pid &pid, const string_view type, const string_view payload) -> TRef
auto	ActorModel::send_after (const Time time, const Pid &pid, const string_view type, const std::vector< uint8_t > &payload_vec) -> TRef
auto	ActorModel::send_after (const Time time, const Pid &pid, const string_view type, const MessageFlatbuffer &payload_flatbuffer) -> TRef
auto	ActorModel::send_interval (const Time time, const Pid &pid, const Message &message) -> TRef
auto	ActorModel::send_interval (const Time time, const Pid &pid, const string_view type, const string_view payload) -> TRef
auto	ActorModel::send_interval (const Time time, const Pid &pid, const string_view type, const std::vector< uint8_t > &payload_vec) -> TRef
auto	ActorModel::send_interval (const Time time, const Pid &pid, const string_view type, const MessageFlatbuffer &payload_flatbuffer) -> TRef
auto	ActorModel::cancel (const TRef tref) -> bool
auto	ActorModel::exit (const Pid &pid, const Pid &pid2, const Reason exit_reason) -> bool
auto	ActorModel::register_name (const string_view name, const Pid &pid) -> bool
auto	ActorModel::unregister (const string_view name) -> bool
auto	ActorModel::registered () -> const Node::NamedProcessRegistry
auto	ActorModel::whereis (const string_view name) -> MaybePid
auto	ActorModel::module (const std::experimental::string_view module_flatbuffer) -> bool
auto	ActorModel::apply (const Pid &pid, const std::experimental::string_view function_name, const std::experimental::string_view args) -> ResultUnion
auto	ActorModel::apply (const Pid &pid, const std::experimental::string_view module_name, const std::experimental::string_view function_name, const std::experimental::string_view args) -> ResultUnion
auto	ActorModel::matches (const ActorModel::Message &message) -> bool
auto	ActorModel::matches (const ActorModel::Message &message, const std::experimental::string_view type) -> bool
auto	ActorModel::matches (const ActorModel::Message &message, const std::experimental::string_view type, std::experimental::string_view &payload) -> bool
auto	ActorModel::matches (const ActorModel::Message &message, const std::experimental::string_view type, std::string &payload) -> bool
auto	ActorModel::matches (const ActorModel::Message &message, const std::experimental::string_view type, MutableFlatbuffer &payload) -> bool
template<typename TableT >
auto	ActorModel::matches (const ActorModel::Message &message, const std::experimental::string_view type, const TableT *&payload_ptr) -> bool
template<typename TableObjT , class = typename TableObjT::TableType>
auto	ActorModel::matches (const ActorModel::Message &message, const std::experimental::string_view type, TableObjT &obj) -> bool