ActorModel Namespace Reference

Classes
class	Mailbox
class	Node
struct	OomKillerActorState
class	Process
class	ReceivedMessage
struct	ResultUnion
struct	SupervisorActorState
struct	TaskMemoryInfo
class	TimedBufferDelivery

Typedefs
using	string_view = std::experimental::string_view
using	Reason = Process::Reason
using	MessageFlatbuffer = flatbuffers::DetachedBuffer
using	MutableFlatbuffer = std::vector< uint8_t >
using	State = void
using	StatePtr = std::shared_ptr< State >
using	ActorBehaviour = delegate< ResultUnion(const Pid &, StatePtr &state, const Message &)>
using	ActorBehaviours = std::vector< ActorBehaviour >
using	Behaviour = delegate< ResultUnion(const Pid &, Mailbox &)>
using	ExecConfigCallback = delegate< void(ProcessExecutionConfigBuilder &)>
using	Time = std::chrono::milliseconds
using	TRef = size_t
using	SignalRef = size_t
using	TTL = int
using	ModuleFlatbuffer = std::vector< uint8_t >
using	FunctionFlatbuffer = flatbuffers::DetachedBuffer
using	FunctionMutableFlatbuffer = std::vector< uint8_t >
using	string = std::string
using	Pid = UUID::UUID
using	MaybePid = std::experimental::optional< Pid >
using	MutableSupervisorArgsFlatbuffer = std::vector< uint8_t >

Functions
auto	_actor_spawn (const ActorBehaviours &&_actor_behaviours, const MaybePid &_initial_link_pid=std::experimental::nullopt, const ExecConfigCallback &&_exec_config_callback=nullptr) -> Pid
auto	spawn (const ActorBehaviour &&_actor_behaviour, const ExecConfigCallback &&_exec_config_callback) -> Pid
auto	spawn_link (const Pid &_initial_link_pid, const ActorBehaviour &&_actor_behaviour, const ExecConfigCallback &&_exec_config_callback) -> Pid
auto	spawn (const ActorBehaviours &&_actor_behaviours, const ExecConfigCallback &&_exec_config_callback) -> Pid
auto	spawn_link (const Pid &_initial_link_pid, const ActorBehaviours &&_actor_behaviours, const ExecConfigCallback &&_exec_config_callback) -> Pid
auto	spawn (const Behaviour &&_behaviour, const ExecConfigCallback &&_exec_config_callback) -> Pid
auto	spawn_link (const Pid &_initial_link_pid, const Behaviour &&_behaviour, const ExecConfigCallback &&_exec_config_callback) -> Pid
auto	process_flag (const Pid &pid, const ProcessFlag flag, const bool flag_setting) -> bool
auto	send (const Pid &pid, const Message &message) -> bool
auto	send (const Pid &pid, const string_view type, const string_view payload) -> bool
auto	send (const Pid &pid, const string_view type, const std::vector< uint8_t > &payload_vec) -> bool
auto	send (const Pid &pid, const string_view type, const flatbuffers::Vector< uint8_t > &payload_fbvec) -> bool
auto	send (const Pid &pid, const string_view type, const MessageFlatbuffer &payload_flatbuffer) -> bool
auto	send_after (const Time time, const Pid &pid, const Message &message) -> TRef
auto	send_after (const Time time, const Pid &pid, const string_view type, const string_view payload) -> TRef
auto	send_after (const Time time, const Pid &pid, const string_view type, const std::vector< uint8_t > &payload_vec) -> TRef
auto	send_after (const Time time, const Pid &pid, const string_view type, const MessageFlatbuffer &payload_flatbuffer) -> TRef
auto	send_interval (const Time time, const Pid &pid, const Message &message) -> TRef
auto	send_interval (const Time time, const Pid &pid, const string_view type, const string_view payload) -> TRef
auto	send_interval (const Time time, const Pid &pid, const string_view type, const std::vector< uint8_t > &payload_vec) -> TRef
auto	send_interval (const Time time, const Pid &pid, const string_view type, const MessageFlatbuffer &payload_flatbuffer) -> TRef
auto	cancel (const TRef tref) -> bool
auto	register_name (const string_view name, const Pid &pid) -> bool
auto	unregister (const string_view name) -> bool
auto	registered () -> const Node::NamedProcessRegistry
auto	whereis (const string_view name) -> MaybePid
auto	exit (const Pid &pid, const Pid &pid2, const Reason exit_reason) -> bool
auto	module (const std::experimental::string_view module_flatbuffer) -> bool
auto	apply (const Pid &pid, const std::experimental::string_view function_name, const std::experimental::string_view args) -> ResultUnion
auto	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	matches (const ActorModel::Message &message) -> bool
auto	matches (const ActorModel::Message &message, const std::experimental::string_view type) -> bool
auto	matches (const ActorModel::Message &message, const std::experimental::string_view type, std::experimental::string_view &payload) -> bool
auto	matches (const ActorModel::Message &message, const std::experimental::string_view type, std::string &payload) -> bool
auto	matches (const ActorModel::Message &message, const std::experimental::string_view type, MutableFlatbuffer &payload) -> bool
template<typename TableT >
auto	matches (const ActorModel::Message &message, const std::experimental::string_view type, const TableT *&payload_ptr) -> bool
template<typename TableObjT , class = typename TableObjT::TableType>
auto	matches (const ActorModel::Message &message, const std::experimental::string_view type, TableObjT &obj) -> bool
auto	_timer_callback (TimerHandle_t timer_handle) -> void
auto	_signal_timer_callback (TimerHandle_t timer_handle) -> void
auto	oom_killer_actor_behaviour (const Pid &self, StatePtr &_state, const Message &message) -> ResultUnion
auto	oom_killer_actor_behaviour (const ActorModel::Pid &self, ActorModel::StatePtr &state, const ActorModel::Message &message) -> ActorModel::ResultUnion
void	process_task (void *user_data=nullptr)
auto	supervisor_actor_behaviour (const Pid &self, StatePtr &_state, const Message &message) -> ResultUnion
auto	supervisor_actor_behaviour (const ActorModel::Pid &self, ActorModel::StatePtr &state, const ActorModel::Message &message) -> ActorModel::ResultUnion

Variables
constexpr TRef	NullTRef = 0
constexpr SignalRef	NullSignalRef = 0
constexpr char	TAG [] = "oom_killer"
static Pid &	NullPid = UUID::NullUUID
static Node	default_node
static ResultUnion	Ok
static ResultUnion	Done
static ResultUnion	Unhandled

Typedef Documentation

ActorBehaviour

using ActorModel::ActorBehaviour = typedef delegate<ResultUnion( const Pid&, StatePtr& state, const Message& )>

ActorBehaviours

using ActorModel::ActorBehaviours = typedef std::vector<ActorBehaviour>

Behaviour

using ActorModel::Behaviour = typedef delegate<ResultUnion( const Pid&, Mailbox& )>

ExecConfigCallback

using ActorModel::ExecConfigCallback = typedef delegate<void(ProcessExecutionConfigBuilder&)>

FunctionFlatbuffer

using ActorModel::FunctionFlatbuffer = typedef flatbuffers::DetachedBuffer

FunctionMutableFlatbuffer

using ActorModel::FunctionMutableFlatbuffer = typedef std::vector<uint8_t>

MaybePid

using ActorModel::MaybePid = typedef std::experimental::optional<Pid>

MessageFlatbuffer

using ActorModel::MessageFlatbuffer = typedef flatbuffers::DetachedBuffer

ModuleFlatbuffer

using ActorModel::ModuleFlatbuffer = typedef std::vector<uint8_t>

MutableFlatbuffer

using ActorModel::MutableFlatbuffer = typedef std::vector<uint8_t>

MutableSupervisorArgsFlatbuffer

using ActorModel::MutableSupervisorArgsFlatbuffer = typedef std::vector<uint8_t>

Pid

using ActorModel::Pid = typedef UUID::UUID

Reason

typedef std::experimental::string_view ActorModel::Reason

SignalRef

using ActorModel::SignalRef = typedef size_t

State

using ActorModel::State = typedef void

StatePtr

using ActorModel::StatePtr = typedef std::shared_ptr<State>

string

typedef std::string ActorModel::string

string_view

typedef std::experimental::string_view ActorModel::string_view

Time

using ActorModel::Time = typedef std::chrono::milliseconds

TRef

using ActorModel::TRef = typedef size_t

TTL

using ActorModel::TTL = typedef int

Function Documentation

_actor_spawn()

auto ActorModel::_actor_spawn	(	const ActorBehaviours &&	_actor_behaviours,
		const MaybePid &	_initial_link_pid = std::experimental::nullopt,
		const ExecConfigCallback &&	_exec_config_callback = nullptr
	)		-> Pid

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_signal_timer_callback()

auto ActorModel::_signal_timer_callback

(

TimerHandle_t

timer_handle

)

-> void

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_timer_callback()

auto ActorModel::_timer_callback

(

TimerHandle_t

timer_handle

)

-> void

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apply() [1/2]

auto ActorModel::apply	(	const Pid &	pid,
		const std::experimental::string_view	function_name,
		const std::experimental::string_view	args
	)		-> ResultUnion

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apply() [2/2]

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

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cancel()

auto ActorModel::cancel

(

const TRef

tref

)

-> bool

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exit()

auto ActorModel::exit	(	const Pid &	pid,
		const Pid &	pid2,
		const Reason	exit_reason
	)		-> bool

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matches() [1/7]

auto ActorModel::matches ( const ActorModel::Message &  message ) -> bool

inline

matches() [2/7]

auto ActorModel::matches ( const ActorModel::Message &  message, const std::experimental::string_view  type  ) -> bool

inline

matches() [3/7]

auto ActorModel::matches ( const ActorModel::Message &  message, const std::experimental::string_view  type, std::experimental::string_view &  payload  ) -> bool

inline

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matches() [4/7]

auto ActorModel::matches ( const ActorModel::Message &  message, const std::experimental::string_view  type, std::string &  payload  ) -> bool

inline

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matches() [5/7]

auto ActorModel::matches ( const ActorModel::Message &  message, const std::experimental::string_view  type, MutableFlatbuffer &  payload  ) -> bool

inline

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matches() [6/7]

template<typename TableT >

auto ActorModel::matches ( const ActorModel::Message &  message, const std::experimental::string_view  type, const TableT *&  payload_ptr  ) -> bool

inline

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matches() [7/7]

template<typename TableObjT , class = typename TableObjT::TableType>

auto ActorModel::matches ( const ActorModel::Message &  message, const std::experimental::string_view  type, TableObjT &  obj  ) -> bool

inline

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module()

auto ActorModel::module

(

const std::experimental::string_view

module_flatbuffer

)

-> bool

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oom_killer_actor_behaviour() [1/2]

auto ActorModel::oom_killer_actor_behaviour	(	const ActorModel::Pid &	self,
		ActorModel::StatePtr &	state,
		const ActorModel::Message &	message
	)		-> ActorModel::ResultUnion

oom_killer_actor_behaviour() [2/2]

auto ActorModel::oom_killer_actor_behaviour	(	const Pid &	self,
		StatePtr &	_state,
		const Message &	message
	)		-> ResultUnion

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process_flag()

auto ActorModel::process_flag	(	const Pid &	pid,
		const ProcessFlag	flag,
		const bool	flag_setting
	)		-> bool

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process_task()

auto ActorModel::process_task

(

void *

user_data = nullptr

)

register_name()

auto ActorModel::register_name	(	const string_view	name,
		const Pid &	pid
	)		-> bool

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registered()

auto ActorModel::registered

(

)

-> const Node::NamedProcessRegistry

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send() [1/5]

auto ActorModel::send	(	const Pid &	pid,
		const Message &	message
	)		-> bool

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send() [2/5]

auto ActorModel::send	(	const Pid &	pid,
		const string_view	type,
		const string_view	payload
	)		-> bool

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send() [3/5]

auto ActorModel::send	(	const Pid &	pid,
		const string_view	type,
		const std::vector< uint8_t > &	payload_vec
	)		-> bool

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send() [4/5]

auto ActorModel::send	(	const Pid &	pid,
		const string_view	type,
		const flatbuffers::Vector< uint8_t > &	payload_fbvec
	)		-> bool

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send() [5/5]

auto ActorModel::send	(	const Pid &	pid,
		const string_view	type,
		const MessageFlatbuffer &	payload_flatbuffer
	)		-> bool

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send_after() [1/4]

auto ActorModel::send_after	(	const Time	time,
		const Pid &	pid,
		const Message &	message
	)		-> TRef

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send_after() [2/4]

auto ActorModel::send_after	(	const Time	time,
		const Pid &	pid,
		const string_view	type,
		const string_view	payload
	)		-> TRef

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send_after() [3/4]

auto ActorModel::send_after	(	const Time	time,
		const Pid &	pid,
		const string_view	type,
		const std::vector< uint8_t > &	payload_vec
	)		-> TRef

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send_after() [4/4]

auto ActorModel::send_after	(	const Time	time,
		const Pid &	pid,
		const string_view	type,
		const MessageFlatbuffer &	payload_flatbuffer
	)		-> TRef

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send_interval() [1/4]

auto ActorModel::send_interval	(	const Time	time,
		const Pid &	pid,
		const Message &	message
	)		-> TRef

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send_interval() [2/4]

auto ActorModel::send_interval	(	const Time	time,
		const Pid &	pid,
		const string_view	type,
		const string_view	payload
	)		-> TRef

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send_interval() [3/4]

auto ActorModel::send_interval	(	const Time	time,
		const Pid &	pid,
		const string_view	type,
		const std::vector< uint8_t > &	payload_vec
	)		-> TRef

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send_interval() [4/4]

auto ActorModel::send_interval	(	const Time	time,
		const Pid &	pid,
		const string_view	type,
		const MessageFlatbuffer &	payload_flatbuffer
	)		-> TRef

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spawn() [1/3]

auto ActorModel::spawn	(	const Behaviour &&	_behaviour,
		const ExecConfigCallback &&	_exec_config_callback
	)		-> Pid

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spawn() [2/3]

auto ActorModel::spawn	(	const ActorBehaviour &&	_actor_behaviour,
		const ExecConfigCallback &&	_exec_config_callback
	)		-> Pid

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spawn() [3/3]

auto ActorModel::spawn	(	const ActorBehaviours &&	_actor_behaviours,
		const ExecConfigCallback &&	_exec_config_callback
	)		-> Pid

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spawn_link() [1/3]

auto ActorModel::spawn_link	(	const Pid &	_initial_link_pid,
		const Behaviour &&	_behaviour,
		const ExecConfigCallback &&	_exec_config_callback
	)		-> Pid

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spawn_link() [2/3]

auto ActorModel::spawn_link	(	const Pid &	_initial_link_pid,
		const ActorBehaviour &&	_actor_behaviour,
		const ExecConfigCallback &&	_exec_config_callback
	)		-> Pid

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spawn_link() [3/3]

auto ActorModel::spawn_link	(	const Pid &	_initial_link_pid,
		const ActorBehaviours &&	_actor_behaviours,
		const ExecConfigCallback &&	_exec_config_callback
	)		-> Pid

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supervisor_actor_behaviour() [1/2]

auto ActorModel::supervisor_actor_behaviour	(	const ActorModel::Pid &	self,
		ActorModel::StatePtr &	state,
		const ActorModel::Message &	message
	)		-> ActorModel::ResultUnion

supervisor_actor_behaviour() [2/2]

auto ActorModel::supervisor_actor_behaviour	(	const Pid &	self,
		StatePtr &	_state,
		const Message &	message
	)		-> ResultUnion

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unregister()

auto ActorModel::unregister

(

const string_view

name

)

-> bool

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whereis()

auto ActorModel::whereis

(

const string_view

name

)

-> MaybePid

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Variable Documentation

default_node

Node ActorModel::default_node

static

Done

ResultUnion ActorModel::Done

static

NullPid

Pid& ActorModel::NullPid = UUID::NullUUID

static

NullSignalRef

constexpr SignalRef ActorModel::NullSignalRef = 0

NullTRef

constexpr TRef ActorModel::NullTRef = 0

Ok

ResultUnion ActorModel::Ok

static

TAG

constexpr char ActorModel::TAG = "oom_killer"

Unhandled

ResultUnion ActorModel::Unhandled

static