Gcs_xcom_control Class Reference

#include <gcs_xcom_control_interface.h>

Inheritance diagram for Gcs_xcom_control:

Public Member Functions
	Gcs_xcom_control (Gcs_xcom_node_address *xcom_node_address, std::vector< Gcs_xcom_node_address * > &xcom_peers, Gcs_group_identifier group_identifier, Gcs_xcom_proxy *xcom_proxy, Gcs_xcom_group_management *xcom_group_management, Gcs_xcom_engine *gcs_engine, Gcs_xcom_state_exchange_interface *state_exchange, Gcs_xcom_view_change_control_interface *view_control, bool boot, My_xp_socket_util *socket_util, std::unique_ptr< Network_provider_operations_interface > comms_operation_interface, Gcs_xcom_statistics_manager_interface *stats_mgr)
	Gcs_xcom_control_interface constructor. More...
	~Gcs_xcom_control () override
enum_gcs_error	join () override
	Method that causes one to join the group that this interface pertains. More...
enum_gcs_error	do_join (const bool retry=true)
enum_gcs_error	retry_do_join ()
enum_gcs_error	leave () override
	Method that causes one to leave the group that this interface pertains. More...
enum_gcs_error	do_leave ()
void	do_leave_view ()
	Sends a leave view message to informat that XCOM has already exited or is about to do so. More...
void	do_remove_node_from_group ()
	Request other members to remove node from the group. More...
bool	belongs_to_group () override
	Reports if one has joined and belongs to a group. More...
Gcs_view *	get_current_view () override
	Returns the currently installed view. More...
const Gcs_member_identifier	get_local_member_identifier () const override
	Retrieves the local identifier of this member on a group. More...
int	add_event_listener (const Gcs_control_event_listener &event_listener) override
	Registers an implementation of a Gcs_control_event_listener that will receive Control Events. More...
void	remove_event_listener (int event_listener_handle) override
	Removes a previously registered event listener. More...
bool	xcom_receive_global_view (synode_no const config_id, synode_no message_id, Gcs_xcom_nodes *xcom_nodes, bool do_not_deliver_to_client, synode_no max_synode)
	The purpose of this method is to be called when in Gcs_xcom_interface callback method of View Changing is invoked. More...
bool	xcom_receive_local_view (synode_no const config_id, Gcs_xcom_nodes *xcom_nodes, synode_no max_synode)
bool	xcom_receive_leave ()
void	process_control_message (Gcs_message *msg, Gcs_protocol_version maximum_supported_protocol_version, Gcs_protocol_version used_protocol_version)
	Process a message from the control interface and if necessary delegate it to the state exchange. More...
std::map< int, const Gcs_control_event_listener & > *	get_event_listeners ()
Gcs_xcom_node_address *	get_node_address ()
	Return the address associated with the current node. More...
Gcs_xcom_node_information const &	get_node_information () const
Gcs_xcom_proxy *	get_xcom_proxy ()
	Return a pointer to the proxy object used to access XCOM. More...
Gcs_suspicions_manager *	get_suspicions_manager ()
void	set_boot_node (bool boot)
void	set_node_address (Gcs_xcom_node_address *node_address)
	Set the address associated with the current node. More...
void	set_peer_nodes (std::vector< Gcs_xcom_node_address * > &xcom_peers)
	Inserts in m_initial_peers copies of the Gcs_xcom_node_address objects whose addresses are in the xcom_peers vector. More...
void	clear_peer_nodes ()
	Deletes all the Gcs_xcom_node_address objects pointed by the elements of the m_initial_peers vector, clearing it at the end. More...
My_xp_socket_util *	get_socket_util ()
	Return a pointer to a socket utility. More...
void	wait_for_xcom_thread ()
	This member function can be used to wait until xcom thread exits. More...
bool	is_xcom_running ()
	Whether XCOM's Thread is running or not. More...
void	set_join_behavior (unsigned int join_attempts, unsigned int join_sleep_time)
enum_gcs_error	set_xcom_cache_size (uint64_t size) override
	Sets a new value for the maximum size of the XCom cache. More...
void	install_leave_view (Gcs_view::Gcs_view_error_code error_code)
	Notify that the current member has left the group and whether it left gracefully or not. More...
Public Member Functions inherited from Gcs_control_interface
virtual	~Gcs_control_interface ()=default

Static Public Attributes
static constexpr int	CONNECTION_ATTEMPTS = 10

Protected Attributes
bool	m_xcom_running
bool	m_leave_view_requested
bool	m_leave_view_delivered
bool	m_boot
std::vector< Gcs_xcom_node_address * >	m_initial_peers
Gcs_xcom_view_change_control_interface *	m_view_control
Gcs_xcom_engine *	m_gcs_engine

Private Member Functions
void	init_me ()
void	build_total_members (Gcs_xcom_nodes *xcom_nodes, std::vector< Gcs_member_identifier * > &alive_members, std::vector< Gcs_member_identifier * > &failed_members)
void	build_left_members (std::vector< Gcs_member_identifier * > &left_members, std::vector< Gcs_member_identifier * > &alive_members, std::vector< Gcs_member_identifier * > &failed_members, const std::vector< Gcs_member_identifier > *current_members)
void	build_joined_members (std::vector< Gcs_member_identifier * > &joined_members, std::vector< Gcs_member_identifier * > &alive_members, const std::vector< Gcs_member_identifier > *current_members)
void	build_member_suspect_nodes (std::vector< Gcs_member_identifier * > &member_suspect_nodes, std::vector< Gcs_member_identifier * > &failed_members, const std::vector< Gcs_member_identifier > *current_members)
void	build_non_member_suspect_nodes (std::vector< Gcs_member_identifier * > &non_member_suspect_nodes, std::vector< Gcs_member_identifier * > &failed_members, const std::vector< Gcs_member_identifier > *current_members)
bool	is_killer_node (const std::vector< Gcs_member_identifier * > &alive_members) const
	Decides if this node shall be the one to kill failed nodes. More...
void	build_member_list (std::set< Gcs_member_identifier * > *origin, std::vector< Gcs_member_identifier > *to_fill)
	Copies from a set to a vector of Gcs_member_identifier. More...
void	install_view (Gcs_xcom_view_identifier *new_view_id, const Gcs_group_identifier &group_id, std::map< Gcs_member_identifier, Xcom_member_state * > *states, std::set< Gcs_member_identifier * > *total, std::set< Gcs_member_identifier * > *left, std::set< Gcs_member_identifier * > *join, Gcs_view::Gcs_view_error_code error_code=Gcs_view::OK)
	Makes all the necessary arrangements to install a new view in the binding and in all registered client applications. More...
bool	is_this_node_in (std::vector< Gcs_member_identifier * > *members)
	Check whether the current member is in the received vector of members. More...
connection_descriptor *	get_connection_to_node (std::vector< Gcs_xcom_node_address * > *peers_list)
	Cycle through peers_list and try to open a connection to the peer, if it isn't the node itself. More...
bool	send_add_node_request (std::map< std::string, int > const &my_addresses)
	Attempts to send an add_node request to some initial peer from m_initial_peers. More...
bool	try_send_add_node_request_to_seeds (std::map< std::string, int > const &my_addresses)
	Attempts to send an add_node request to some initial peer from m_initial_peers. More...
std::pair< bool, connection_descriptor * >	connect_to_peer (Gcs_xcom_node_address &peer, std::map< std::string, int > const &my_addresses)
	Connects to the given peer's XCom. More...
void	expel_incompatible_members (std::vector< Gcs_xcom_node_information > const &incompatible_members)
	Expel the given members from XCom. More...
	Gcs_xcom_control (const Gcs_xcom_control &)
Gcs_xcom_control &	operator= (const Gcs_xcom_control &)

Private Attributes
Gcs_group_identifier *	m_gid
unsigned int	m_gid_hash
Gcs_xcom_proxy *	m_xcom_proxy
Gcs_xcom_group_management *	m_xcom_group_management
std::map< int, const Gcs_control_event_listener & >	event_listeners
Gcs_xcom_node_information *	m_local_node_info
Gcs_xcom_node_address *	m_local_node_address
Gcs_xcom_state_exchange_interface *	m_state_exchange
My_xp_thread_impl	m_xcom_thread
My_xp_socket_util *	m_socket_util
unsigned int	m_join_attempts
unsigned int	m_join_sleep_time
Gcs_suspicions_manager *	m_suspicions_manager
My_xp_thread_impl	m_suspicions_processing_thread
Gcs_sock_probe_interface *	m_sock_probe_interface
std::unique_ptr< Network_provider_operations_interface >	m_comms_operation_interface
Gcs_xcom_statistics_manager_interface *	m_stats_mgr

Constructor & Destructor Documentation

Gcs_xcom_control() [1/2]

Gcs_xcom_control::Gcs_xcom_control ( Gcs_xcom_node_address *  xcom_node_address, std::vector< Gcs_xcom_node_address * > &  xcom_peers, Gcs_group_identifier  group_identifier, Gcs_xcom_proxy *  xcom_proxy, Gcs_xcom_group_management *  xcom_group_management, Gcs_xcom_engine *  gcs_engine, Gcs_xcom_state_exchange_interface *  state_exchange, Gcs_xcom_view_change_control_interface *  view_control, bool  boot, My_xp_socket_util *  socket_util, std::unique_ptr< Network_provider_operations_interface >  comms_operation_interface, Gcs_xcom_statistics_manager_interface *  stats_mgr  )

explicit

Gcs_xcom_control_interface constructor.

Parameters

[in]	xcom_node_address	Information about the node's address
[in]	xcom_peers	Information about the nodes that it should get in touch to enter a group
[in]	group_identifier	Group identifier object
[in]	xcom_proxy	Proxy implementation reference
[in]	xcom_group_management	Group management reference
[in]	gcs_engine	MySQL GCS engine
[in]	state_exchange	Reference to the State Exchange algorithm implementation
[in]	view_control	View change control interface reference
[in]	boot	Whether the node will be used to bootstrap the group
[in]	socket_util	Reference to a socket utility
[in]	comms_operation_interface	an unique_ptr to a Network_provider_operations_interface
[in]	stats_mgr	Reference to statistics storage

~Gcs_xcom_control()

Gcs_xcom_control::~Gcs_xcom_control ( )

override

Gcs_xcom_control() [2/2]

Gcs_xcom_control::Gcs_xcom_control ( const Gcs_xcom_control &  )

private

Member Function Documentation

add_event_listener()

int Gcs_xcom_control::add_event_listener ( const Gcs_control_event_listener &  event_listener )

overridevirtual

Registers an implementation of a Gcs_control_event_listener that will receive Control Events.

See the class header for more details on implementations and usage.

Note that a binding implementation shall not offer the possibility of changing listeners while the system is up and running. In that sense, listeners must be added to it only when booting up the system.

Parameters

[in]

event_listener

a class that implements Gcs_control_event_listener

Returns

an handle representing the registration of this object to be used in remove_event_listener

Implements Gcs_control_interface.

belongs_to_group()

bool Gcs_xcom_control::belongs_to_group ( )

overridevirtual

Reports if one has joined and belongs to a group.

Return values

true	if belonging to a group

Implements Gcs_control_interface.

build_joined_members()

void Gcs_xcom_control::build_joined_members ( std::vector< Gcs_member_identifier * > &  joined_members, std::vector< Gcs_member_identifier * > &  alive_members, const std::vector< Gcs_member_identifier > *  current_members  )

private

build_left_members()

void Gcs_xcom_control::build_left_members ( std::vector< Gcs_member_identifier * > &  left_members, std::vector< Gcs_member_identifier * > &  alive_members, std::vector< Gcs_member_identifier * > &  failed_members, const std::vector< Gcs_member_identifier > *  current_members  )

private

build_member_list()

void Gcs_xcom_control::build_member_list ( std::set< Gcs_member_identifier * > *  origin, std::vector< Gcs_member_identifier > *  to_fill  )

private

Copies from a set to a vector of Gcs_member_identifier.

Parameters

[in]	origin	original set
[in]	to_fill	destination vector

build_member_suspect_nodes()

void Gcs_xcom_control::build_member_suspect_nodes ( std::vector< Gcs_member_identifier * > &  member_suspect_nodes, std::vector< Gcs_member_identifier * > &  failed_members, const std::vector< Gcs_member_identifier > *  current_members  )

private

build_non_member_suspect_nodes()

void Gcs_xcom_control::build_non_member_suspect_nodes ( std::vector< Gcs_member_identifier * > &  non_member_suspect_nodes, std::vector< Gcs_member_identifier * > &  failed_members, const std::vector< Gcs_member_identifier > *  current_members  )

private

build_total_members()

void Gcs_xcom_control::build_total_members ( Gcs_xcom_nodes *  xcom_nodes, std::vector< Gcs_member_identifier * > &  alive_members, std::vector< Gcs_member_identifier * > &  failed_members  )

private

clear_peer_nodes()

void Gcs_xcom_control::clear_peer_nodes

(

)

Deletes all the Gcs_xcom_node_address objects pointed by the elements of the m_initial_peers vector, clearing it at the end.

connect_to_peer()

std::pair< bool, connection_descriptor * > Gcs_xcom_control::connect_to_peer ( Gcs_xcom_node_address &  peer, std::map< std::string, int > const &  my_addresses  )

private

Connects to the given peer's XCom.

Parameters

peer	Peer to connect to.
my_addresses	The addresses of this node, used to filter our own address from the initial peers.

Return values

{true,connection_descriptor*}	If we connected successfully.
{false,_}	If we could not connect.

do_join()

enum_gcs_error Gcs_xcom_control::do_join

(

const bool

retry = true

)

do_leave()

enum_gcs_error Gcs_xcom_control::do_leave

(

)

do_leave_view()

void Gcs_xcom_control::do_leave_view

(

)

Sends a leave view message to informat that XCOM has already exited or is about to do so.

do_remove_node_from_group()

void Gcs_xcom_control::do_remove_node_from_group

(

)

Request other members to remove node from the group.

expel_incompatible_members()

void Gcs_xcom_control::expel_incompatible_members ( std::vector< Gcs_xcom_node_information > const &  incompatible_members )

private

Expel the given members from XCom.

Parameters

incompatible_members

the members to expel

get_connection_to_node()

connection_descriptor * Gcs_xcom_control::get_connection_to_node ( std::vector< Gcs_xcom_node_address * > *  peers_list )

private

Cycle through peers_list and try to open a connection to the peer, if it isn't the node itself.

Parameters

[in]

peers_list

list of the peers

Returns

connection descriptor to a peer

get_current_view()

Gcs_view * Gcs_xcom_control::get_current_view ( )

overridevirtual

Returns the currently installed view.

Return values

pointer	to a Gcs_view object. If one has left a group, this shall be the last installed view. That view can be considered a best-effort view since, in some GCSs, the one that leaves might not have access to the exchanged information.
NULL	if one never joined a group.

Implements Gcs_control_interface.

get_event_listeners()

map< int, const Gcs_control_event_listener & > * Gcs_xcom_control::get_event_listeners

(

)

get_local_member_identifier()

const Gcs_member_identifier Gcs_xcom_control::get_local_member_identifier ( ) const

overridevirtual

Retrieves the local identifier of this member on a group.

Return values

reference	to a valid Gcs_member_identifier instance
NULL	in case of error

Implements Gcs_control_interface.

get_node_address()

Gcs_xcom_node_address * Gcs_xcom_control::get_node_address

(

)

Return the address associated with the current node.

get_node_information()

Gcs_xcom_node_information const & Gcs_xcom_control::get_node_information

(

)

const

Returns

the information about the local membership of this node.

get_socket_util()

My_xp_socket_util * Gcs_xcom_control::get_socket_util

(

)

Return a pointer to a socket utility.

Returns

a pointer to a socket utility

get_suspicions_manager()

Gcs_suspicions_manager * Gcs_xcom_control::get_suspicions_manager

(

)

get_xcom_proxy()

Gcs_xcom_proxy * Gcs_xcom_control::get_xcom_proxy

(

)

Return a pointer to the proxy object used to access XCOM.

init_me()

void Gcs_xcom_control::init_me ( )

private

install_leave_view()

void Gcs_xcom_control::install_leave_view

(

Gcs_view::Gcs_view_error_code

error_code

)

Notify that the current member has left the group and whether it left gracefully or not.

Parameters

[in]

error_code

that identifies whether there was any error when the view was received.

install_view()

void Gcs_xcom_control::install_view ( Gcs_xcom_view_identifier *  new_view_id, const Gcs_group_identifier &  group_id, std::map< Gcs_member_identifier, Xcom_member_state * > *  states, std::set< Gcs_member_identifier * > *  total, std::set< Gcs_member_identifier * > *  left, std::set< Gcs_member_identifier * > *  join, Gcs_view::Gcs_view_error_code  error_code = Gcs_view::OK  )

private

Makes all the necessary arrangements to install a new view in the binding and in all registered client applications.

Parameters

[in]	new_view_id	new view identifier
[in]	group_id	group id
[in]	states	collection of states to set in the new view
[in]	total	all the members
[in]	left	members that left the last view
[in]	join	members that joined from the last view
[in]	error_code	Error code to set in the new view

is_killer_node()

bool Gcs_xcom_control::is_killer_node ( const std::vector< Gcs_member_identifier * > &  alive_members ) const

private

Decides if this node shall be the one to kill failed nodes.

The algorithm is: i am the highest node id alive.

Parameters

alive_members

Set of alive members.

Returns

true if i am the node responsible to call remove_node to expel another member

is_this_node_in()

bool Gcs_xcom_control::is_this_node_in ( std::vector< Gcs_member_identifier * > *  members )

private

Check whether the current member is in the received vector of members.

Parameters

[in]

members

list of members

is_xcom_running()

bool Gcs_xcom_control::is_xcom_running

(

)

Whether XCOM's Thread is running or not.

join()

enum_gcs_error Gcs_xcom_control::join ( )

overridevirtual

Method that causes one to join the group that this interface pertains.

The method is non-blocking, meaning that it shall only send the request to an underlying GCS. The final result shall come via a View Change event delivered through Gcs_control_event_listener.

Return values

GCS_OK

in case of everything goes well. Any other value of gcs_error in case of error.

Implements Gcs_control_interface.

leave()

enum_gcs_error Gcs_xcom_control::leave ( )

overridevirtual

Method that causes one to leave the group that this interface pertains.

The method is non-blocking, meaning that it shall only send the request to an underlying GCS. The final result shall come via a View Change event delivered through Gcs_control_event_listener.

Return values

GCS_OK

in case of everything goes well. Any other value of gcs_error in case of error

Implements Gcs_control_interface.

operator=()

Gcs_xcom_control & Gcs_xcom_control::operator= ( const Gcs_xcom_control &  )

private

process_control_message()

void Gcs_xcom_control::process_control_message	(	Gcs_message *	msg,
		Gcs_protocol_version	maximum_supported_protocol_version,
		Gcs_protocol_version	used_protocol_version
	)

Process a message from the control interface and if necessary delegate it to the state exchange.

Parameters

[in]	msg	message
[in]	maximum_supported_protocol_version	maximum supported protocol version
[in]	used_protocol_version	protocol version in use by control message, i.e. state exchange message

remove_event_listener()

void Gcs_xcom_control::remove_event_listener ( int  event_listener_handle )

overridevirtual

Removes a previously registered event listener.

Note that a binding implementation shall not offer the possibility of changing listeners while the system is up and running. In that sense listeners must be removed from it only when shutting down the system.

Parameters

[in]

event_listener_handle

the handle returned when the listener was registered

Implements Gcs_control_interface.

retry_do_join()

enum_gcs_error Gcs_xcom_control::retry_do_join

(

)

send_add_node_request()

bool Gcs_xcom_control::send_add_node_request ( std::map< std::string, int > const &  my_addresses )

private

Attempts to send an add_node request to some initial peer from m_initial_peers.

Performs up to s_connection_attempts attempts.

Parameters

my_addresses

The addresses of this node, used to filter our own address from the initial peers.

Returns

true if the add_node request was successfully sent, false otherwise.

set_boot_node()

void Gcs_xcom_control::set_boot_node

(

bool

boot

)

set_join_behavior()

void Gcs_xcom_control::set_join_behavior	(	unsigned int	join_attempts,
		unsigned int	join_sleep_time
	)

set_node_address()

void Gcs_xcom_control::set_node_address

(

Gcs_xcom_node_address *

node_address

)

Set the address associated with the current node.

set_peer_nodes()

void Gcs_xcom_control::set_peer_nodes

(

std::vector< Gcs_xcom_node_address * > &

xcom_peers

)

Inserts in m_initial_peers copies of the Gcs_xcom_node_address objects whose addresses are in the xcom_peers vector.

Parameters

[in]

xcom_peers

vector with peers' information

set_xcom_cache_size()

enum_gcs_error Gcs_xcom_control::set_xcom_cache_size ( uint64_t  size )

overridevirtual

Sets a new value for the maximum size of the XCom cache.

Parameters

[in]

size

the new maximum size of the XCom cache

Return values

-	GCS_OK if request was successfully scheduled in XCom, GCS_NOK otherwise.

Implements Gcs_control_interface.

try_send_add_node_request_to_seeds()

bool Gcs_xcom_control::try_send_add_node_request_to_seeds ( std::map< std::string, int > const &  my_addresses )

private

Attempts to send an add_node request to some initial peer from m_initial_peers.

Parameters

my_addresses

The addresses of this node, used to filter our own address from the initial peers.

Returns

true if the add_node request was successfully sent, false otherwise.

wait_for_xcom_thread()

void Gcs_xcom_control::wait_for_xcom_thread

(

)

This member function can be used to wait until xcom thread exits.

xcom_receive_global_view()

bool Gcs_xcom_control::xcom_receive_global_view	(	synode_no const	config_id,
		synode_no	message_id,
		Gcs_xcom_nodes *	xcom_nodes,
		bool	do_not_deliver_to_client,
		synode_no	max_synode
	)

The purpose of this method is to be called when in Gcs_xcom_interface callback method of View Changing is invoked.

This allows, in terms of software architecture, to concentrate all the view change logic and processing in a single place. The view_change callback that is registered in Gcs_xcom_interface should be a simple pass-through.

Parameters

[in]	config_id	The configuration ID that this view pertains to
[in]	message_id	the message that conveys the View Change
[in]	xcom_nodes	Set of nodes that participated in the consensus to deliver the message
[in]	do_not_deliver_to_client	Whether to filter this view from being delivered to the client
[in]	max_synode	XCom max synode

xcom_receive_leave()

bool Gcs_xcom_control::xcom_receive_leave

(

)

xcom_receive_local_view()

bool Gcs_xcom_control::xcom_receive_local_view	(	synode_no const	config_id,
		Gcs_xcom_nodes *	xcom_nodes,
		synode_no	max_synode
	)

Member Data Documentation

CONNECTION_ATTEMPTS

constexpr int Gcs_xcom_control::CONNECTION_ATTEMPTS = 10

staticconstexpr

event_listeners

std::map<int, const Gcs_control_event_listener &> Gcs_xcom_control::event_listeners

private

m_boot

bool Gcs_xcom_control::m_boot

protected

m_comms_operation_interface

std::unique_ptr<Network_provider_operations_interface> Gcs_xcom_control::m_comms_operation_interface

private

m_gcs_engine

Gcs_xcom_engine* Gcs_xcom_control::m_gcs_engine

protected

m_gid

Gcs_group_identifier* Gcs_xcom_control::m_gid

private

m_gid_hash

unsigned int Gcs_xcom_control::m_gid_hash

private

m_initial_peers

std::vector<Gcs_xcom_node_address *> Gcs_xcom_control::m_initial_peers

protected

m_join_attempts

unsigned int Gcs_xcom_control::m_join_attempts

private

m_join_sleep_time

unsigned int Gcs_xcom_control::m_join_sleep_time

private

m_leave_view_delivered

bool Gcs_xcom_control::m_leave_view_delivered

protected

m_leave_view_requested

bool Gcs_xcom_control::m_leave_view_requested

protected

m_local_node_address

Gcs_xcom_node_address* Gcs_xcom_control::m_local_node_address

private

m_local_node_info

Gcs_xcom_node_information* Gcs_xcom_control::m_local_node_info

private

m_sock_probe_interface

Gcs_sock_probe_interface* Gcs_xcom_control::m_sock_probe_interface

private

m_socket_util

My_xp_socket_util* Gcs_xcom_control::m_socket_util

private

m_state_exchange

Gcs_xcom_state_exchange_interface* Gcs_xcom_control::m_state_exchange

private

m_stats_mgr

Gcs_xcom_statistics_manager_interface* Gcs_xcom_control::m_stats_mgr

private

m_suspicions_manager

Gcs_suspicions_manager* Gcs_xcom_control::m_suspicions_manager

private

m_suspicions_processing_thread

My_xp_thread_impl Gcs_xcom_control::m_suspicions_processing_thread

private

m_view_control

Gcs_xcom_view_change_control_interface* Gcs_xcom_control::m_view_control

protected

m_xcom_group_management

Gcs_xcom_group_management* Gcs_xcom_control::m_xcom_group_management

private

m_xcom_proxy

Gcs_xcom_proxy* Gcs_xcom_control::m_xcom_proxy

private

m_xcom_running

bool Gcs_xcom_control::m_xcom_running

protected

m_xcom_thread

My_xp_thread_impl Gcs_xcom_control::m_xcom_thread

private

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The documentation for this class was generated from the following files:

• plugin/group_replication/libmysqlgcs/src/bindings/xcom/gcs_xcom_control_interface.h
• plugin/group_replication/libmysqlgcs/src/bindings/xcom/gcs_xcom_control_interface.cc