#include <applier.h>

Inheritance diagram for Applier_module:

Public Member Functions
	Applier_module ()

	~Applier_module () override

int	initialize_applier_thread ()
	Initializes and launches the applier thread. More...

Pipeline_member_stats *	get_local_pipeline_stats ()
	Return the local applier stats. More...

int	terminate_applier_thread ()
	Terminates the applier thread. More...

bool	is_applier_thread_aborted ()
	Is the applier marked for shutdown? More...

bool	is_running ()
	Is the applier running? More...

int	setup_applier_module (Handler_pipeline_type pipeline_type, bool reset_logs, ulong stop_timeout, rpl_sidno group_sidno, ulonglong gtid_assignment_block_size)
	Configure the applier pipeline according to the given configuration. More...

int	setup_pipeline_handlers ()
	Configure the applier pipeline handlers. More...

int	purge_applier_queue_and_restart_applier_module () override
	Purges the relay logs and restarts the applier thread. More...

int	applier_thread_handle ()
	Runs the applier thread process, reading events and processing them. More...

int	handle (const uchar data, ulong len, enum_group_replication_consistency_level consistency_level, std::list< Gcs_member_identifier > online_members, PSI_memory_key key) override
	Queues the packet coming from the reader for future application. More...

int	handle_pipeline_action (Pipeline_action *action) override
	Gives the pipeline an action for execution. More...

int	inject_event_into_pipeline (Pipeline_event pevent, Continuation cont)
	Injects an event into the pipeline and waits for its handling. More...

int	terminate_applier_pipeline ()
	Terminates the pipeline, shutting down the handlers and deleting them. More...

void	set_stop_wait_timeout (ulong timeout)
	Sets the applier shutdown timeout. More...

void	inform_of_applier_stop (char *channel_name, bool aborted)
	This method informs the applier module that an applying thread stopped. More...

void	ignore_errors_during_stop (bool ignore_errors)
	Check whether to ignore applier errors during stop or not. More...

void	add_suspension_packet () override
	Queues a packet that will eventually make the applier module suspend. More...

void	add_termination_packet ()
	Queues a packet that will make the applier module terminate it's handling process. More...

void	add_view_change_packet (View_change_packet *packet) override
	Queues a view change packet into the applier. More...

void	add_single_primary_action_packet (Single_primary_action_packet *packet) override
	Queues a single primary action packet into the applier. More...

void	add_transaction_prepared_action_packet (Transaction_prepared_action_packet *packet) override
	Queues a transaction prepared action packet into the applier. More...

void	add_sync_before_execution_action_packet (Sync_before_execution_action_packet *packet) override
	Queues a synchronization before execution action packet into the applier. More...

void	add_leaving_members_action_packet (Leaving_members_action_packet *packet) override
	Queues a leaving members action packet into the applier. More...

virtual void	queue_certification_enabling_packet ()
	Queues a single a packet that will enable certification on this member. More...

void	awake_applier_module () override
	Awakes the applier module. More...

int	wait_for_applier_complete_suspension (bool *abort_flag, bool wait_for_execution=true) override
	Waits for the applier to suspend and apply all the transactions previous to the suspend request. More...

void	interrupt_applier_suspension_wait () override
	Interrupts the current applier waiting process either for it's suspension or it's wait for the consumption of pre suspension events. More...

bool	is_applier_thread_waiting ()
	Checks if the applier, and its workers when parallel applier is enabled, has already consumed all relay log, that is, applier is waiting for transactions to be queued. More...

int	wait_for_applier_event_execution (double timeout, bool check_and_purge_partial_transactions) override
	Waits for the execution of all events by part of the current SQL applier. More...

bool	wait_for_current_events_execution (std::shared_ptr< Continuation > checkpoint_condition, bool *abort_flag, bool update_THD_status=true) override
	Waits for the execution of all current events by part of the current SQL applier. More...

bool	get_retrieved_gtid_set (std::string &retrieved_set) override
	Returns the retrieved gtid set for the applier channel. More...

int	wait_for_applier_event_execution (std::string &retrieved_set, double timeout, bool update_THD_status=true) override
	Waits for the execution of all events in the given set by the current SQL applier. More...

Certification_handler *	get_certification_handler () override
	Returns the handler instance in the applier module responsible for certification. More...

size_t	get_message_queue_size () override
	Returns the applier module's queue size. More...

Member_applier_state	get_applier_status () override

Pipeline_stats_member_collector *	get_pipeline_stats_member_collector () override

Flow_control_module *	get_flow_control_module () override

void	run_flow_control_step () override

bool	queue_and_wait_on_queue_checkpoint (std::shared_ptr< Continuation > checkpoint_condition) override

Public Member Functions inherited from Applier_module_interface
virtual	~Applier_module_interface ()=default

Private Member Functions
bool	apply_action_packet (Action_packet *action_packet)
	Apply an action packet received by the applier. More...

int	apply_view_change_packet (View_change_packet view_change_packet, Format_description_log_event fde_evt, Continuation *cont)
	Apply a View Change packet received by the applier. More...

int	apply_data_packet (Data_packet data_packet, Format_description_log_event fde_evt, Continuation *cont)
	Apply a Data packet received by the applier. More...

int	apply_single_primary_action_packet (Single_primary_action_packet *packet)
	Apply an single primary action packet received by the applier. More...

int	apply_transaction_prepared_action_packet (Transaction_prepared_action_packet *packet)
	Apply a transaction prepared action packet received by the applier. More...

int	apply_sync_before_execution_action_packet (Sync_before_execution_action_packet *packet)
	Apply a synchronization before execution action packet received by the applier. More...

int	apply_leaving_members_action_packet (Leaving_members_action_packet *packet)
	Apply a leaving members action packet received by the applier. More...

void	suspend_applier_module ()
	Suspends the applier module, being transactions still queued in the incoming queue. More...

void	clean_applier_thread_context ()
	Cleans the thread context for the applier thread This includes such tasks as removing the thread from the global thread list. More...

void	set_applier_thread_context ()
	Set the thread context for the applier thread. More...

int	intersect_group_executed_sets (std::vector< std::string > &gtid_sets, Gtid_set *output_set)
	This method calculates the intersection of the given sets passed as a list of strings. More...

Private Attributes
my_thread_handle	applier_pthd

THD *	applier_thd

bool	reset_applier_logs

rpl_sidno	group_replication_sidno

ulonglong	gtid_assignment_block_size

mysql_mutex_t	run_lock

mysql_cond_t	run_cond

thread_state	applier_thd_state

bool	applier_aborted

int	applier_error

bool	applier_killed_status

bool	m_ignore_applier_errors_during_stop {false}

mysql_mutex_t	suspend_lock

mysql_cond_t	suspend_cond

bool	suspended

mysql_cond_t	suspension_waiting_condition

Synchronized_queue< Packet * > *	incoming

Event_handler *	pipeline

ulong	stop_wait_timeout

Applier_channel_state_observer *	applier_channel_observer

Pipeline_stats_member_collector	pipeline_stats_member_collector

Flow_control_module	flow_control_module

Plugin_stage_monitor_handler	stage_handler

Constructor & Destructor Documentation

◆ Applier_module()

Applier_module::Applier_module ( )

◆ ~Applier_module()

Applier_module::~Applier_module ( )

override

Member Function Documentation

◆ add_leaving_members_action_packet()

void Applier_module::add_leaving_members_action_packet ( Leaving_members_action_packet * packet )

inlineoverridevirtual

Queues a leaving members action packet into the applier.

Note: This will happen only after all the previous packets are processed.

Parameters

[in] packet The packet to be queued

Implements Applier_module_interface.

◆ add_single_primary_action_packet()

void Applier_module::add_single_primary_action_packet ( Single_primary_action_packet * packet )

inlineoverridevirtual

Queues a single primary action packet into the applier.

Note: This will happen only after all the previous packets are processed.

Parameters

[in] packet The packet to be queued

Implements Applier_module_interface.

◆ add_suspension_packet()

void Applier_module::add_suspension_packet ( )

inlineoverridevirtual

Queues a packet that will eventually make the applier module suspend.

This will happen only after all the previous packets are processed.

Note: This will happen only after all the previous packets are processed.

Implements Applier_module_interface.

◆ add_sync_before_execution_action_packet()

void Applier_module::add_sync_before_execution_action_packet ( Sync_before_execution_action_packet * packet )

inlineoverridevirtual

Queues a synchronization before execution action packet into the applier.

Note: This will happen only after all the previous packets are processed.

Parameters

[in] packet The packet to be queued

Implements Applier_module_interface.

◆ add_termination_packet()

void Applier_module::add_termination_packet ( )

inline

Queues a packet that will make the applier module terminate it's handling process.

Due to the blocking nature of the queue, this method is useful to unblock the handling process on shutdown.

Note: This will happen only after all the previous packets are processed.

◆ add_transaction_prepared_action_packet()

void Applier_module::add_transaction_prepared_action_packet ( Transaction_prepared_action_packet * packet )

inlineoverridevirtual

Queues a transaction prepared action packet into the applier.

Note: This will happen only after all the previous packets are processed.

Parameters

[in] packet The packet to be queued

Implements Applier_module_interface.

◆ add_view_change_packet()

void Applier_module::add_view_change_packet ( View_change_packet * packet )

inlineoverridevirtual

Queues a view change packet into the applier.

This packets contain the new view id and they mark the exact frontier between transactions from the old and new views.

Note: This will happen only after all the previous packets are processed.

Parameters

[in] packet The view change packet to be queued

Implements Applier_module_interface.

◆ applier_thread_handle()

int Applier_module::applier_thread_handle ( )

Runs the applier thread process, reading events and processing them.

Note: When killed, the thread will finish handling the current packet, and then die, ignoring all possible existing events in the incoming queue.

Returns: the operation status

Return values

0	OK
!=0	Error

group_replication_wait_for_current_events_execution_fail Member leave has been received. Primary change has started in separate thread. Primary change will go to error and try to suspend the applier by adding suspension packet. But we want to kill the applier via shutdown before suspension packet is processed. So block here till SHUTDOWN forwards the KILL signal.

Note: If we do not block here, even if KILL is forwarded suspension packet is processed and kill is seen post processing of suspend packet, hence the DEBUG here

◆ apply_action_packet()

bool Applier_module::apply_action_packet ( Action_packet * action_packet )

private

Apply an action packet received by the applier.

It can be a order to suspend or terminate.

Parameters

action_packet the received action packet

Returns: if the applier should terminate (with no associated error).

◆ apply_data_packet()

int Applier_module::apply_data_packet	(	Data_packet *	data_packet,
		Format_description_log_event *	fde_evt,
		Continuation *	cont
	)

private

Apply a Data packet received by the applier.

It executes some certification operations and queues a View Change Event

Parameters

data_packet	the received data packet packet
fde_evt	the Format description event associated to the event
cont	the applier Continuation Object

Returns: the operation status

Return values

0	OK
!=0	Error when injecting event

◆ apply_leaving_members_action_packet()

int Applier_module::apply_leaving_members_action_packet ( Leaving_members_action_packet * packet )

private

Apply a leaving members action packet received by the applier.

Parameters

packet the received action packet

Returns: the operation status

Return values

0	OK
!=0	Error when applying packet

◆ apply_single_primary_action_packet()

int Applier_module::apply_single_primary_action_packet ( Single_primary_action_packet * packet )

private

Apply an single primary action packet received by the applier.

Parameters

packet the received action packet

Returns: the operation status

Return values

0	OK
!=0	Error when applying packet

◆ apply_sync_before_execution_action_packet()

int Applier_module::apply_sync_before_execution_action_packet ( Sync_before_execution_action_packet * packet )

private

Apply a synchronization before execution action packet received by the applier.

Parameters

packet the received action packet

Returns: the operation status

Return values

0	OK
!=0	Error when applying packet

◆ apply_transaction_prepared_action_packet()

int Applier_module::apply_transaction_prepared_action_packet ( Transaction_prepared_action_packet * packet )

private

Apply a transaction prepared action packet received by the applier.

Parameters

packet the received action packet

Returns: the operation status

Return values

0	OK
!=0	Error when applying packet

◆ apply_view_change_packet()

int Applier_module::apply_view_change_packet	(	View_change_packet *	view_change_packet,
		Format_description_log_event *	fde_evt,
		Continuation *	cont
	)

private

Apply a View Change packet received by the applier.

It executes some certification operations and queues a View Change Event

Parameters

view_change_packet	the received view change packet
fde_evt	the Format description event associated to the event
cont	the applier Continuation Object

Returns: the operation status

Return values

0	OK
!=0	Error when injecting event

◆ awake_applier_module()

void Applier_module::awake_applier_module ( )

inlineoverridevirtual

Awakes the applier module.

Implements Applier_module_interface.

◆ clean_applier_thread_context()

void Applier_module::clean_applier_thread_context ( )

private

Cleans the thread context for the applier thread This includes such tasks as removing the thread from the global thread list.

◆ get_applier_status()

Member_applier_state Applier_module::get_applier_status ( )

inlineoverridevirtual

Implements Applier_module_interface.

◆ get_certification_handler()

Certification_handler * Applier_module::get_certification_handler ( )

overridevirtual

Returns the handler instance in the applier module responsible for certification.

Note: If new certification handlers appear, an interface must be created.

Returns: a pointer to the applier's certification handler.

Return values

!=NULL	The certification handler
NULL	No certification handler present

Implements Applier_module_interface.

◆ get_flow_control_module()

Flow_control_module * Applier_module::get_flow_control_module ( )

inlineoverridevirtual

Implements Applier_module_interface.

◆ get_local_pipeline_stats()

Pipeline_member_stats * Applier_module::get_local_pipeline_stats ( )

Return the local applier stats.

◆ get_message_queue_size()

size_t Applier_module::get_message_queue_size ( )

inlineoverridevirtual

Returns the applier module's queue size.

Returns: the size of the queue

Implements Applier_module_interface.

◆ get_pipeline_stats_member_collector()

Pipeline_stats_member_collector * Applier_module::get_pipeline_stats_member_collector ( )

inlineoverridevirtual

Implements Applier_module_interface.

◆ get_retrieved_gtid_set()

bool Applier_module::get_retrieved_gtid_set ( std::string & retrieved_set )

overridevirtual

Returns the retrieved gtid set for the applier channel.

Parameters

[out] retrieved_set the set in string format.

Return values

true	there was an error.
false	the operation has succeeded.

Implements Applier_module_interface.

◆ handle()

int Applier_module::handle	(	const uchar *	data,
		ulong	len,
		enum_group_replication_consistency_level	consistency_level,
		std::list< Gcs_member_identifier > *	online_members,
		PSI_memory_key	key
	)

inlineoverridevirtual

Queues the packet coming from the reader for future application.

Parameters

[in]	data	the packet data
[in]	len	the packet length
[in]	consistency_level	the transaction consistency level
[in]	online_members	the ONLINE members when the transaction message was delivered
[in]	key	the memory instrument key

Returns: the operation status

Return values

0	OK
!=0	Error on queue

Implements Applier_module_interface.

◆ handle_pipeline_action()

int Applier_module::handle_pipeline_action ( Pipeline_action * action )

inlineoverridevirtual

Gives the pipeline an action for execution.

Parameters

[in] action the action to be executed

Returns: the operation status

Return values

0	OK
!=0	Error executing the action

Implements Applier_module_interface.

◆ ignore_errors_during_stop()

void Applier_module::ignore_errors_during_stop ( bool ignore_errors )

inline

Check whether to ignore applier errors during stop or not.

Errors put the members into ERROR state. If errors are ignored member will stay in ONLINE state. During clone, applier errors are ignored, since data will come from clone.

Parameters

[in] ignore_errors if true ignore applier errors during stop

◆ inform_of_applier_stop()

void Applier_module::inform_of_applier_stop	(	char *	channel_name,
		bool	aborted
	)

This method informs the applier module that an applying thread stopped.

◆ initialize_applier_thread()

int Applier_module::initialize_applier_thread ( )

Initializes and launches the applier thread.

Returns: the operation status

Return values

0	OK
!=0	Error

◆ inject_event_into_pipeline()

int Applier_module::inject_event_into_pipeline	(	Pipeline_event *	pevent,
		Continuation *	cont
	)

Injects an event into the pipeline and waits for its handling.

Parameters

[in]	pevent	the event to be injected
[in]	cont	the object used to wait

Returns: the operation status

Return values

0	OK
!=0	Error on queue

◆ interrupt_applier_suspension_wait()

void Applier_module::interrupt_applier_suspension_wait ( )

overridevirtual

Interrupts the current applier waiting process either for it's suspension or it's wait for the consumption of pre suspension events.

Implements Applier_module_interface.

◆ intersect_group_executed_sets()

int Applier_module::intersect_group_executed_sets	(	std::vector< std::string > &	gtid_sets,
		Gtid_set *	output_set
	)

private

This method calculates the intersection of the given sets passed as a list of strings.

Parameters

[in]	gtid_sets	the vector containing the GTID sets to intersect
[out]	output_set	the final GTID calculated from the intersection

Returns: the operation status

Return values

0	all went fine
!=0	error

◆ is_applier_thread_aborted()

bool Applier_module::is_applier_thread_aborted ( )

inline

Is the applier marked for shutdown?

Returns: is the applier on shutdown

Return values

0	no
!=0	yes

◆ is_applier_thread_waiting()

bool Applier_module::is_applier_thread_waiting ( )

Checks if the applier, and its workers when parallel applier is enabled, has already consumed all relay log, that is, applier is waiting for transactions to be queued.

Returns: the applier status

Return values

true	the applier is waiting
false	otherwise

◆ is_running()

bool Applier_module::is_running ( )

inline

Is the applier running?

Returns: applier running?

Return values

0	no
!=0	yes

◆ purge_applier_queue_and_restart_applier_module()

int Applier_module::purge_applier_queue_and_restart_applier_module ( )

overridevirtual

Purges the relay logs and restarts the applier thread.

Returns: the operation status

Return values

0	OK
!=0	Error

Implements Applier_module_interface.

◆ queue_and_wait_on_queue_checkpoint()

bool Applier_module::queue_and_wait_on_queue_checkpoint ( std::shared_ptr< Continuation > checkpoint_condition )

overridevirtual

Implements Applier_module_interface.

◆ queue_certification_enabling_packet()

void Applier_module::queue_certification_enabling_packet ( )

virtual

Queues a single a packet that will enable certification on this member.

◆ run_flow_control_step()

void Applier_module::run_flow_control_step ( )

inlineoverridevirtual

Implements Applier_module_interface.

◆ set_applier_thread_context()

void Applier_module::set_applier_thread_context ( )

private

Set the thread context for the applier thread.

This allows the thread to behave like an slave thread and perform such tasks as queuing to a relay log.

◆ set_stop_wait_timeout()

void Applier_module::set_stop_wait_timeout ( ulong timeout )

inline

Sets the applier shutdown timeout.

Parameters

[in] timeout the timeout

◆ setup_applier_module()

int Applier_module::setup_applier_module	(	Handler_pipeline_type	pipeline_type,
		bool	reset_logs,
		ulong	stop_timeout,
		rpl_sidno	group_sidno,
		ulonglong	gtid_assignment_block_size
	)

Configure the applier pipeline according to the given configuration.

Parameters

[in]	pipeline_type	the chosen pipeline
[in]	reset_logs	if a reset happened in the server
[in]	stop_timeout	the timeout when waiting on shutdown
[in]	group_sidno	the group configured sidno
[in]	gtid_assignment_block_size	the group gtid assignment block size

Returns: the operation status

Return values

0	OK
!=0	Error

◆ setup_pipeline_handlers()

int Applier_module::setup_pipeline_handlers ( )

Configure the applier pipeline handlers.

Returns: the operation status

Return values

0	OK
!=0	Error

◆ suspend_applier_module()

void Applier_module::suspend_applier_module ( )

inlineprivate

Suspends the applier module, being transactions still queued in the incoming queue.

Note: if the proper condition is set, possible listeners can be awaken by this method.

◆ terminate_applier_pipeline()

int Applier_module::terminate_applier_pipeline ( )

Terminates the pipeline, shutting down the handlers and deleting them.

Note: the pipeline will always be deleted even if an error occurs.

Returns: the operation status

Return values

0	OK
!=0	Error on pipeline termination

◆ terminate_applier_thread()

int Applier_module::terminate_applier_thread ( )

Terminates the applier thread.

Returns: the operation status

Return values

0	OK
!=0	A timeout occurred

◆ wait_for_applier_complete_suspension()

int Applier_module::wait_for_applier_complete_suspension	(	bool *	abort_flag,
		bool	wait_for_execution = `true`
	)

overridevirtual

Waits for the applier to suspend and apply all the transactions previous to the suspend request.

Parameters

abort_flag	a pointer to a flag that the caller can use to cancel the request.
wait_for_execution	specify if the suspension waits for transactions execution

Returns: the operation status

Return values

0	OK
!=0	Error when accessing the applier module status

Wait for the applier execution of pre suspension events (blocking method) while(the wait method times out) wait()

Implements Applier_module_interface.

◆ wait_for_applier_event_execution() [1/2]

int Applier_module::wait_for_applier_event_execution	(	double	timeout,
		bool	check_and_purge_partial_transactions
	)

overridevirtual

Waits for the execution of all events by part of the current SQL applier.

Due to the possible asynchronous nature of module's applier handler, this method inquires the current handler to check if all transactions queued up to this point are already executed.

If no handler exists, then it is assumed that transactions were processed.

Parameters

timeout	the time (seconds) after which the method returns if the above condition was not satisfied
check_and_purge_partial_transactions	on successful executions, check and purge partial transactions in the relay log

Returns: the operation status

Return values

0	All transactions were executed
-1	A timeout occurred
-2	An error occurred

Implements Applier_module_interface.

◆ wait_for_applier_event_execution() [2/2]

int Applier_module::wait_for_applier_event_execution	(	std::string &	retrieved_set,
		double	timeout,
		bool	update_THD_status = `true`
	)

overridevirtual

Waits for the execution of all events in the given set by the current SQL applier.

If no handler exists, then it is assumed that transactions were processed.

Parameters

retrieved_set	the set in string format of transaction to wait for
timeout	the time (seconds) after which the method returns if the above condition was not satisfied
update_THD_status	Shall the method update the THD stage

Returns: the operation status

Return values

0	All transactions were executed
-1	A timeout occurred
-2	An error occurred

Implements Applier_module_interface.

◆ wait_for_current_events_execution()

bool Applier_module::wait_for_current_events_execution	(	std::shared_ptr< Continuation >	checkpoint_condition,
		bool *	abort_flag,
		bool	update_THD_status = `true`
	)

overridevirtual

Waits for the execution of all current events by part of the current SQL applier.

The current gtid retrieved set is extracted and a loop is executed until these transactions are executed.

If the applier SQL thread stops, the method will return an error.

If no handler exists, then it is assumed that transactions were processed.

Parameters

checkpoint_condition	the class used to wait for the queue to be consumed. Can be used to cancel the wait.
abort_flag	a pointer to a flag that the caller can use to cancel the request.
update_THD_status	Shall the method update the THD stage

Returns: the operation status

Return values

false	All transactions were executed
true	An error occurred

Implements Applier_module_interface.

Member Data Documentation

◆ applier_aborted

bool Applier_module::applier_aborted

private

◆ applier_channel_observer

Applier_channel_state_observer* Applier_module::applier_channel_observer

private

◆ applier_error

int Applier_module::applier_error

private

◆ applier_killed_status

bool Applier_module::applier_killed_status

private

◆ applier_pthd

my_thread_handle Applier_module::applier_pthd

private

◆ applier_thd

THD* Applier_module::applier_thd

private

◆ applier_thd_state

thread_state Applier_module::applier_thd_state

private

◆ flow_control_module

Flow_control_module Applier_module::flow_control_module

private

◆ group_replication_sidno

rpl_sidno Applier_module::group_replication_sidno

private

◆ gtid_assignment_block_size

ulonglong Applier_module::gtid_assignment_block_size

private

◆ incoming

Synchronized_queue<Packet *>* Applier_module::incoming

private

◆ m_ignore_applier_errors_during_stop

bool Applier_module::m_ignore_applier_errors_during_stop {false}

private

◆ pipeline

Event_handler* Applier_module::pipeline

private

◆ pipeline_stats_member_collector

Pipeline_stats_member_collector Applier_module::pipeline_stats_member_collector

private

◆ reset_applier_logs

bool Applier_module::reset_applier_logs

private

◆ run_cond

mysql_cond_t Applier_module::run_cond

private

◆ run_lock

mysql_mutex_t Applier_module::run_lock

private

◆ stage_handler

Plugin_stage_monitor_handler Applier_module::stage_handler

private

◆ stop_wait_timeout

ulong Applier_module::stop_wait_timeout

private

◆ suspend_cond

mysql_cond_t Applier_module::suspend_cond

private

◆ suspend_lock

mysql_mutex_t Applier_module::suspend_lock

private

◆ suspended

bool Applier_module::suspended

private

◆ suspension_waiting_condition

mysql_cond_t Applier_module::suspension_waiting_condition

private

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

plugin/group_replication/include/applier.h
plugin/group_replication/src/applier.cc

Public Member Functions

Private Member Functions

Private Attributes

Constructor & Destructor Documentation

◆ Applier_module()

◆ ~Applier_module()

Member Function Documentation

◆ add_leaving_members_action_packet()

◆ add_single_primary_action_packet()

◆ add_suspension_packet()

◆ add_sync_before_execution_action_packet()

◆ add_termination_packet()

◆ add_transaction_prepared_action_packet()

◆ add_view_change_packet()

◆ applier_thread_handle()

◆ apply_action_packet()

◆ apply_data_packet()

◆ apply_leaving_members_action_packet()

◆ apply_single_primary_action_packet()

◆ apply_sync_before_execution_action_packet()

◆ apply_transaction_prepared_action_packet()

◆ apply_view_change_packet()

◆ awake_applier_module()

◆ clean_applier_thread_context()

◆ get_applier_status()

◆ get_certification_handler()

◆ get_flow_control_module()

◆ get_local_pipeline_stats()

◆ get_message_queue_size()

◆ get_pipeline_stats_member_collector()

◆ get_retrieved_gtid_set()

◆ handle()

◆ handle_pipeline_action()

◆ ignore_errors_during_stop()

◆ inform_of_applier_stop()

◆ initialize_applier_thread()

◆ inject_event_into_pipeline()

◆ interrupt_applier_suspension_wait()

◆ intersect_group_executed_sets()

◆ is_applier_thread_aborted()

◆ is_applier_thread_waiting()

◆ is_running()

◆ purge_applier_queue_and_restart_applier_module()

◆ queue_and_wait_on_queue_checkpoint()

◆ queue_certification_enabling_packet()

◆ run_flow_control_step()

◆ set_applier_thread_context()

◆ set_stop_wait_timeout()

◆ setup_applier_module()

◆ setup_pipeline_handlers()

◆ suspend_applier_module()

◆ terminate_applier_pipeline()

◆ terminate_applier_thread()

◆ wait_for_applier_complete_suspension()

◆ wait_for_applier_event_execution() [1/2]

◆ wait_for_applier_event_execution() [2/2]

◆ wait_for_current_events_execution()

Member Data Documentation

◆ applier_aborted

◆ applier_channel_observer

◆ applier_error

◆ applier_killed_status

◆ applier_pthd

◆ applier_thd

◆ applier_thd_state

◆ flow_control_module

◆ group_replication_sidno

◆ gtid_assignment_block_size

◆ incoming

◆ m_ignore_applier_errors_during_stop

◆ pipeline

◆ pipeline_stats_member_collector

◆ reset_applier_logs

◆ run_cond

◆ run_lock

◆ stage_handler

◆ stop_wait_timeout

◆ suspend_cond

◆ suspend_lock

◆ suspended