Contains Library entry points and handles init and cleanup. More...

Collaboration diagram for Core Agent Functions:

Functions
status_t	agt_init1 (int argc, char argv[], boolean showver, help_mode_t *showhelpmode)
	Initialize the Server Library: stage 1: CLI and profile. More...

status_t	agt_init1_ex (int argc, char argv[], boolean factory_restart, boolean showver, help_mode_t *showhelpmode)
	Initialize the Server Library: stage 1: CLI and profile Added factory_restart parameter. More...

status_t	agt_init1_sil_sa (void)
	Initialize the Server Library: stage 1: CLI and profile. More...

status_t	agt_init1_ypserver (int argc, char argv[], boolean factory_restart, boolean showver, help_mode_t *showhelpmode)
	Initialize the Server Library: stage 1: CLI and profile Added factory_restart parameter yp-controller is running. More...

status_t	agt_init2 (void)
	Initialize the Server Library (phase 2 init) More...

status_t	agt_init2_ex (boolean factory_restart)
	Initialize the Server Library (phase 2 init - extended) More...

status_t	agt_init2_sil_sa (void)
	Initialize the Server Library for SIL-SA. More...

void	agt_cleanup (void)
	Cleanup the Server Library. More...

void	agt_cleanup_sil_sa (void)
	Cleanup the Server Library for SIL-SA usage. More...

agt_profile_t *	agt_get_profile (void)
	Get the server profile struct. More...

void	agt_request_shutdown (ncx_shutdowntyp_t mode, int intnum)
	Request some sort of server shutdown. More...

boolean	agt_shutdown_requested (void)
	Check if some sort of server shutdown is in progress. More...

ncx_shutdowntyp_t	agt_shutdown_mode_requested (void)
	Check what shutdown mode was requested. More...

int	agt_shutdown_term_signal (void)
	Get the shutdown termination signal if any. More...

const xmlChar *	agt_cbtype_name (agt_cbtyp_t cbtyp)
	Get the string for the server callback phase. More...

boolean	agt_advertise_module_needed (const xmlChar *modname)
	Check if the module should be advertised or not. More...

void	agt_request_replay (void)
	Request replay of the running config to SIL modules because SIL hardware has reset somehow. More...

void	agt_request_replay_ex (void *cookie)
	Request replay of the running config to SIL modules because SIL hardware has reset somehow. More...

void *	agt_get_replay_cookie (void)
	Get the current replay cookie. More...

void	agt_request_replay_subsys (const xmlChar *subsys_id)
	Request replay of the running config to the SIL-SA modules on the specified subsystem. More...

boolean	agt_replay_requested (void)
	Check if config replay is pending. More...

void	agt_start_replay (void)
	Start replay of the running config to SIL modules. More...

void	agt_finish_replay (void)
	Finish replay of the running config to SIL modules. More...

status_t	agt_register_local_nv_handler (agt_nvload_fn_t load_fn, agt_nvsave_fn_t store_fn)
	Register a set of nvstore and nvload callback functions to handle the non-volatile storage of the configuration. More...

status_t	agt_check_save_external_config (ncx_display_mode_t encoding, const xmlChar *filespec)
	Check if an external NV handler needs to be used to save the config. More...

status_t	agt_add_allowed_user (const xmlChar *username)
	Add a backptr to the string in the val_value_t containing the username that is allowed. More...

void	agt_remove_allowed_user (const xmlChar *username)
	Remove an allowed-user name from the running system Does not change any config file allowed-user parameter. More...

status_t	agt_check_allowed_user (const xmlChar *username)
	Check a username in the allowed-user Q. More...

status_t	agt_add_superuser (const xmlChar *username)
	Add a backptr to the string in the val_value_t containing the username that is a superuser. More...

void	agt_remove_superuser (const xmlChar *username)
	Remove a superuser name from the running system Does not change any config file allowed-user parameter. More...

status_t	agt_check_superuser (const xmlChar *username)
	Check a username in the superuser Q. More...

void	agt_register_replay_callback (agt_replay_fn_t cbfn)
	Register a callback function for a replay config event. More...

const xmlChar *	agt_get_server_id (void)
	Get the server-id string. More...

const xmlChar *	agt_get_server_root (void)
	Get the server-root string. More...

const xmlChar *	agt_get_server_key (void)
	Get the ha-server-key string. More...

boolean	agt_is_sil_sa (void)
	Check if server running in SIL-SA mode. More...

dlq_hdr_t *	agt_get_savedevQ (void)
	Get the agt_savedevQ pointer. More...

boolean	agt_replay_subsys_is_active (const xmlChar *subsys_id)
	Find a subsys replay request struct in the activeQ. More...

boolean	agt_replay_main_is_active (void)
	Check if the replay in progress is for the main server or could be for a subsystem. More...

const xmlChar *	agt_ha_role_str (agt_ha_role_t ha_role)
	Get the string for the specified HA role enumeration. More...

agt_ha_role_t	agt_ha_role_enum (const xmlChar *ha_role)
	Get the enum for the specified HA role string. More...

boolean	agt_use_notifications (void)
	Check if notifications currently enabled. More...

status_t	agt_check_load_config (agt_ha_role_t ha_role)
	Check if the boot-time load-config should be done because it was deferred while waiting for the YP-HA role to be set. More...

boolean	agt_init2_done (void)
	Check if the init2 phase is complete. More...

boolean	agt_init2_load_done (void)
	Check if the init2 phase is complete and all modules loaded. More...

boolean	agt_advertise_yang11_module_needed (ncx_module_t *mod)
	Check whether the NETCONF hello message should conform to the standard and leave out YANG 1.1 modules. More...

void	agt_set_factory_restart (void)
	Set the flag so the server will restart with the factory config. More...

boolean	agt_in_factory_restart (void)
	Check if a factory restort is in progress. More...

status_t	agt_add_modcache (ncx_modcache_t *mc)
	Add a module to the modcache queue and hash table. More...

ncx_modcache_t *	agt_find_modcache (const xmlChar *modname)
	Find a module to the modcache queue and hash table. More...

status_t	agt_run_extloop (void)
	Run the agt_ncxserver in external loop mode. More...

status_t	agt_enter_maintenance_mode (boolean read_ok, boolean operation_ok)
	Set the server to mainenance mode to block client activity. More...

status_t	agt_exit_maintenance_mode (void)
	Exit the server from mainenance mode to unblock client activity. More...

boolean	agt_in_maintenance_mode (void)
	Return true if in mainenance mode now. More...

boolean	agt_maintenance_mode_read_ok (void)
	Return true if in maintenance mode reads OK;. More...

boolean	agt_maintenance_mode_operation_ok (void)
	Return true if in maintenance mode operations OK;. More...

boolean	agt_maintenance_mode_session_ok (void)
	Return true if in maintenance mode new sessions OK;. More...

void	agt_set_eventlog_size (uint32 eventlog_size)
	Set the eventlog-size parameter. More...

void	agt_set_max_burst (uint32 max_burst)
	Set the max-burst parameter. More...

void	agt_set_max_getbulk (uint32 max_getbulk)
	Set the max-getbulk parameter. More...

agt_not_msg_t *	agt_make_term_msg (const xmlChar msg, status_t res)
	Create a <term-msg> notification. More...

status_t	agt_init_term_msg_module (void)
	Init the term-msg module and object backptr. More...

boolean	agt_use_nmda (void)
	Check if NMDA is enabled. More...

boolean	agt_waiting_datastore_ready (void)
	Check if client sessions are blocked until the datastore is ready. More...

boolean	agt_use_yang_cbor (void)
	Check if YANG CBOR is enabled. More...

const char *	agt_get_aflocal_sockname (void)
	Get the AFLOCAL socket name to use for <ncx-connect> More...

const xmlChar *	agt_get_user_parm (void)
	Get the user-parm string (if any) More...

status_t	agt_add_maxuser_parm (const xmlChar *cliparm)
	Add a maxuser parameter value. More...

status_t	agt_get_maxuser_parm (const xmlChar username, uint16 retval)
	Get the maxuser max-sessions value for a specified user. More...

Detailed Description

Contains Library entry points and handles init and cleanup.

All server components are hard-wired intot he init and cleanup functions.

Function Documentation

◆ agt_add_allowed_user()

status_t agt_add_allowed_user ( const xmlChar * username )

Add a backptr to the string in the val_value_t containing the username that is allowed.

Parameters

username user to add to allowed-user list

Returns: status ERR_INTERNAL_MEM if malloc fails

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_add_maxuser_parm()

status_t agt_add_maxuser_parm ( const xmlChar * cliparm )

Add a maxuser parameter value.

Parameters

cliparm the CLI parameter string value to convert and add

Returns: status

Here is the call graph for this function:

◆ agt_add_modcache()

status_t agt_add_modcache ( ncx_modcache_t * mc )

Add a module to the modcache queue and hash table.

Parameters

mc	modcache entry to add

Returns: status

Here is the call graph for this function:

◆ agt_add_superuser()

status_t agt_add_superuser ( const xmlChar * username )

Add a backptr to the string in the val_value_t containing the username that is a superuser.

Parameters

username user to add to superuser list

Returns: status ERR_INTERNAL_MEM if malloc fails

Here is the call graph for this function:

◆ agt_advertise_module_needed()

boolean agt_advertise_module_needed ( const xmlChar * modname )

Check if the module should be advertised or not.

There is a hard-wired list plus –hide-module parameter values that need to be hidden from clients

Parameters

modname module name to check

Returns: TRUE if the module should be advertised to clients

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_advertise_yang11_module_needed()

boolean agt_advertise_yang11_module_needed ( ncx_module_t * mod )

Check whether the NETCONF hello message should conform to the standard and leave out YANG 1.1 modules.

Parameters

mod	module to check

Returns: FALSE: leave out YANG 1.1 modules from <capability> used in <hello>. Also keep out of monitoring <capabilities> list
TRUE: ignore the standard and advertise YANG 1.1 module capabilities.

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_cbtype_name()

const xmlChar * agt_cbtype_name ( agt_cbtyp_t cbtyp )

Get the string for the server callback phase.

Parameters

cbtyp callback type enum

Returns: const string for this enum

Here is the caller graph for this function:

◆ agt_check_allowed_user()

status_t agt_check_allowed_user ( const xmlChar * username )

Check a username in the allowed-user Q.

Parameters

username user name string to check

Returns: OK if username is allowed or allowedQ is empty

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_check_load_config()

status_t agt_check_load_config ( agt_ha_role_t ha_role )

Check if the boot-time load-config should be done because it was deferred while waiting for the YP-HA role to be set.

Parameters

ha_role AGT_HA_ROLE_ACTIVE or AGT_HS_ROLE_STANDBY

Returns: status

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_check_save_external_config()

status_t agt_check_save_external_config	(	ncx_display_mode_t	encoding,
		const xmlChar *	filespec
	)

Check if an external NV handler needs to be used to save the config.

Parameters

encoding	encoding of the config file may be NCX_DISPLAY_MODE_NONE if filespec is NULL
filespec	filespec of config file to save to external NV-save may be NULL if external save does not need this file

Returns: status (NO_ERR if no external handler)

Here is the call graph for this function:

◆ agt_check_superuser()

status_t agt_check_superuser ( const xmlChar * username )

Check a username in the superuser Q.

Parameters

username user name string to check

Returns: OK if username is allowed or allowedQ is empty

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_cleanup()

void agt_cleanup ( void )

Cleanup the Server Library.

This function will call ncx_cleanup. Sets up server ready to restart.

◆ agt_cleanup_sil_sa()

void agt_cleanup_sil_sa ( void )

Cleanup the Server Library for SIL-SA usage.

TBD – put platform-specific server cleanup here

◆ agt_enter_maintenance_mode()

status_t agt_enter_maintenance_mode	(	boolean	read_ok,
		boolean	operation_ok
	)

Set the server to mainenance mode to block client activity.

Parameters

read_ok	client read sessions OK
operation_ok	client non-datastore OPS session OK

Returns: status

Here is the call graph for this function:

◆ agt_exit_maintenance_mode()

status_t agt_exit_maintenance_mode ( void )

Exit the server from mainenance mode to unblock client activity.

Returns: status

Here is the call graph for this function:

◆ agt_find_modcache()

ncx_modcache_t * agt_find_modcache ( const xmlChar * modname )

Find a module to the modcache queue and hash table.

Parameters

modname module name to find

Returns: module cache record if found

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_finish_replay()

void agt_finish_replay ( void )

Finish replay of the running config to SIL modules.

Called from the server to end the replay procedure.

Here is the call graph for this function:

◆ agt_get_aflocal_sockname()

const char * agt_get_aflocal_sockname ( void )

Get the AFLOCAL socket name to use for <ncx-connect>

Returns: const pointer to string

Here is the caller graph for this function:

◆ agt_get_maxuser_parm()

status_t agt_get_maxuser_parm	(	const xmlChar *	username,
		uint16 *	retval
	)

Get the maxuser max-sessions value for a specified user.

Parameters

	username	the username to find
[out]	retval	max-session value

Returns: status

Return values

NO_ERR	the *retval is set
ERR_NCX_SKIPPED	no entry found for this username

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_get_profile()

agt_profile_t * agt_get_profile ( void )

Get the server profile struct.

Always returns an address. Do not need to check for NULL.

Returns: pointer to the server profile

◆ agt_get_replay_cookie()

void * agt_get_replay_cookie ( void )

Get the current replay cookie.

Returns: cookie value

◆ agt_get_savedevQ()

dlq_hdr_t * agt_get_savedevQ ( void )

Get the agt_savedevQ pointer.

Returns: save deviations Q

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_get_server_id()

const xmlChar * agt_get_server_id ( void )

Get the server-id string.

Returns: pointer to the name string

Here is the caller graph for this function:

◆ agt_get_server_key()

const xmlChar * agt_get_server_key ( void )

Get the ha-server-key string.

Returns: pointer to the server-key string

Here is the caller graph for this function:

◆ agt_get_server_root()

const xmlChar * agt_get_server_root ( void )

Get the server-root string.

Returns: pointer to the server root name string

Return values

NULL	the server is running in Single-Instance Mode

◆ agt_get_user_parm()

const xmlChar * agt_get_user_parm ( void )

Get the user-parm string (if any)

Returns: pointer to user-parm value string or NULL if none

Here is the call graph for this function:

◆ agt_ha_role_enum()

agt_ha_role_t agt_ha_role_enum ( const xmlChar * ha_role )

Get the enum for the specified HA role string.

Parameters

ha_role HA role string

Returns: HA role enum

Here is the call graph for this function:

◆ agt_ha_role_str()

const xmlChar * agt_ha_role_str ( agt_ha_role_t ha_role )

Get the string for the specified HA role enumeration.

Parameters

ha_role HA role enum

Returns: HA role string

◆ agt_in_factory_restart()

boolean agt_in_factory_restart ( void )

Check if a factory restort is in progress.

Set to TRUE when restart with factory config occurs Cleared (set to FALSE) when agt_init2 phase is complete

Returns: TRUE if factory restart is in progress
FALSE if factory restart is not in progress

◆ agt_in_maintenance_mode()

boolean agt_in_maintenance_mode ( void )

Return true if in mainenance mode now.

Returns: T: in maintenance mode ; F: not in maintenance mode

Here is the caller graph for this function:

◆ agt_init1()

status_t agt_init1	(	int	argc,
		char *	argv[],
		boolean *	showver,
		help_mode_t *	showhelpmode
	)

Initialize the Server Library: stage 1: CLI and profile.

TBD – put platform-specific server init here

Parameters

	argc	command line argument count
	argv	array of command line strings
[out]	showver	address of version return quick-exit status *showver TRUE if user requsted version quick-exit mode
[out]	showhelpmode	address of help return quick-exit status *showhelpmode TRUE if user requsted help quick-exit mode

Returns: status of the initialization procedure

◆ agt_init1_ex()

status_t agt_init1_ex	(	int	argc,
		char *	argv[],
		boolean	factory_restart,
		boolean *	showver,
		help_mode_t *	showhelpmode
	)

Initialize the Server Library: stage 1: CLI and profile Added factory_restart parameter.

Parameters

	argc	command line argument count
	argv	array of command line strings
	factory_restart	TRUE if forced factory restart
[out]	showver	address of version return quick-exit status *showver TRUE if user requsted version quick-exit mode
[out]	showhelpmode	address of help return quick-exit status *showhelpmode TRUE if user requsted help quick-exit mode

Returns: status of the initialization procedure

◆ agt_init1_sil_sa()

status_t agt_init1_sil_sa ( void )

Initialize the Server Library: stage 1: CLI and profile.

Used when SIL-SA module initializing the agt core

Returns: status of the initialization procedure

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_init1_ypserver()

status_t agt_init1_ypserver	(	int	argc,
		char *	argv[],
		boolean	factory_restart,
		boolean *	showver,
		help_mode_t *	showhelpmode
	)

Initialize the Server Library: stage 1: CLI and profile Added factory_restart parameter yp-controller is running.

The server will be run in extloop mode

Parameters

	argc	command line argument count
	argv	array of command line strings
	factory_restart	TRUE if forced factory restart
[out]	showver	address of version return quick-exit status *showver TRUE if user requsted version quick-exit mode
[out]	showhelpmode	address of help return quick-exit status *showhelpmode TRUE if user requsted help quick-exit mode

Returns: status of the initialization procedure

◆ agt_init2()

status_t agt_init2 ( void )

Initialize the Server Library (phase 2 init)

The agt_profile is set and the object database is ready to have YANG modules loaded

RPC and data node callbacks should be installed after the module is loaded, and before the running config is loaded.

Returns: status

Here is the call graph for this function:

◆ agt_init2_done()

boolean agt_init2_done ( void )

Check if the init2 phase is complete.

This function actually indicates that INIT2 has started It could be in process and return TRUE!!

Returns: TRUE if init2 done or in progress; FALSE if not

See also: agt_init2_load_done

Here is the caller graph for this function:

◆ agt_init2_ex()

status_t agt_init2_ex ( boolean factory_restart )

Initialize the Server Library (phase 2 init - extended)

The agt_profile is set and the object database is ready to have YANG modules loaded

RPC and data node callbacks should be installed after the module is loaded, and before the running config is loaded.

Parameters

factory_restart TRUE if restart with factory-config in progress

Returns: status

Here is the caller graph for this function:

◆ agt_init2_load_done()

boolean agt_init2_load_done ( void )

Check if the init2 phase is complete and all modules loaded.

This function indicates that INIT2 has completed

Returns: TRUE if init2 done and completed; FALSE if not

◆ agt_init2_sil_sa()

status_t agt_init2_sil_sa ( void )

Initialize the Server Library for SIL-SA.

Returns: status

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_init_term_msg_module()

status_t agt_init_term_msg_module ( void )

Init the term-msg module and object backptr.

Returns: status

Here is the call graph for this function:

◆ agt_is_sil_sa()

boolean agt_is_sil_sa ( void )

Check if server running in SIL-SA mode.

Returns: TRUE if running in SIL-SA mode; FALSE if SIL mode

Here is the caller graph for this function:

◆ agt_maintenance_mode_operation_ok()

boolean agt_maintenance_mode_operation_ok ( void )

Return true if in maintenance mode operations OK;.

Not relevant unless agt_in_mantenance_mode() return trus

Returns: T: maintenance mode read OK ; F: maintenance mode read not OK

Here is the caller graph for this function:

◆ agt_maintenance_mode_read_ok()

boolean agt_maintenance_mode_read_ok ( void )

Return true if in maintenance mode reads OK;.

Not relevant unless agt_in_mantenance_mode() return trus

Returns: T: maintenance mode read OK ; F: maintenance mode read not OK

Here is the caller graph for this function:

◆ agt_maintenance_mode_session_ok()

boolean agt_maintenance_mode_session_ok ( void )

Return true if in maintenance mode new sessions OK;.

Returns: T: maintenance mode session OK ; F: maintenance mode session not OK

Here is the caller graph for this function:

◆ agt_make_term_msg()

agt_not_msg_t * agt_make_term_msg	(	const xmlChar *	msg,
		status_t *	res
	)

Create a <term-msg> notification.

Parameters

	msg	string to send as the data field
[out]	res	address of return status; *res return status

Returns: malloced agt_not_msg_t struct if OK; NULL if some error

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_register_local_nv_handler()

status_t agt_register_local_nv_handler	(	agt_nvload_fn_t	load_fn,
		agt_nvsave_fn_t	store_fn
	)

Register a set of nvstore and nvload callback functions to handle the non-volatile storage of the configuration.

Parameters

load_fn	NV-load callback function
store_fn	NV-save callback function

Returns: status

◆ agt_register_replay_callback()

void agt_register_replay_callback ( agt_replay_fn_t cbfn )

Register a callback function for a replay config event.

Parameters

cbfn	replay function to use (==NULL to clear)

◆ agt_remove_allowed_user()

void agt_remove_allowed_user ( const xmlChar * username )

Remove an allowed-user name from the running system Does not change any config file allowed-user parameter.

Parameters

username user name string to remove

Here is the call graph for this function:

◆ agt_remove_superuser()

void agt_remove_superuser ( const xmlChar * username )

Remove a superuser name from the running system Does not change any config file allowed-user parameter.

Parameters

username user name string to remove

Here is the call graph for this function:

◆ agt_replay_main_is_active()

boolean agt_replay_main_is_active ( void )

Check if the replay in progress is for the main server or could be for a subsystem.

Returns: TRUE if active; FALSE if not

Here is the caller graph for this function:

◆ agt_replay_requested()

boolean agt_replay_requested ( void )

Check if config replay is pending.

Returns: TRUE if replay request is pending

◆ agt_replay_subsys_is_active()

boolean agt_replay_subsys_is_active ( const xmlChar * subsys_id )

Find a subsys replay request struct in the activeQ.

Parameters

subsys_id subsystem to check

Returns: TRUE if active; FALSE if not

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_request_replay()

void agt_request_replay ( void )

Request replay of the running config to SIL modules because SIL hardware has reset somehow.

This is used by SIL code to force a complete replay attempt SIL-SA code will send a <trigger-replay> message to cause a subsystem replay.

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_request_replay_ex()

void agt_request_replay_ex ( void * cookie )

Request replay of the running config to SIL modules because SIL hardware has reset somehow.

Use the function agt_get_replay_cookie() to retrieve the cookie from a SIL callback function

Parameters

cookie pointer to set as the replay_cookie.

Here is the caller graph for this function:

◆ agt_request_replay_subsys()

void agt_request_replay_subsys ( const xmlChar * subsys_id )

Request replay of the running config to the SIL-SA modules on the specified subsystem.

Could be for subsystem reset or initial load-config

This is called when a <trigger-replay> event is received for a subsystem.

Parameters

subsys_id subsystem ID requesting the replay

Here is the call graph for this function:

◆ agt_request_shutdown()

void agt_request_shutdown	(	ncx_shutdowntyp_t	mode,
		int	intnum
	)

Request some sort of server shutdown.

Parameters

mode	requested shutdown mode
intnum	interrupt number if called from agt_signal_handler() 0 if not called from agt_ginal_handler()

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_run_extloop()

status_t agt_run_extloop ( void )

Run the agt_ncxserver in external loop mode.

Internal API for server IO

Here is the call graph for this function:

◆ agt_set_eventlog_size()

void agt_set_eventlog_size ( uint32 eventlog_size )

Set the eventlog-size parameter.

Parameters

eventlog_size value to set

Here is the call graph for this function:

◆ agt_set_factory_restart()

void agt_set_factory_restart ( void )

Set the flag so the server will restart with the factory config.

Internal API used during restart to support 'fallback' mode

Here is the call graph for this function:

◆ agt_set_max_burst()

void agt_set_max_burst ( uint32 max_burst )

Set the max-burst parameter.

Parameters

max_burst value to set

Here is the call graph for this function:

◆ agt_set_max_getbulk()

void agt_set_max_getbulk ( uint32 max_getbulk )

Set the max-getbulk parameter.

Parameters

max_getbulk value to set

Here is the call graph for this function:

◆ agt_shutdown_mode_requested()

ncx_shutdowntyp_t agt_shutdown_mode_requested ( void )

Check what shutdown mode was requested.

Returns: shutdown mode

◆ agt_shutdown_requested()

boolean agt_shutdown_requested ( void )

Check if some sort of server shutdown is in progress.

Returns: TRUE if shutdown mode has been started

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_shutdown_term_signal()

int agt_shutdown_term_signal ( void )

Get the shutdown termination signal if any.

Returns: shutdown signal interrupt number
0 if not shutdown by signal

◆ agt_start_replay()

void agt_start_replay ( void )

Start replay of the running config to SIL modules.

Called from the server to begin the replay procedure.

Here is the call graph for this function:

◆ agt_use_nmda()

boolean agt_use_nmda ( void )

Check if NMDA is enabled.

Returns: TRUE if enabled

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_use_notifications()

boolean agt_use_notifications ( void )

Check if notifications currently enabled.

Returns: TRUE if OK to generate and queuew a notification
FALSE if notifications disabled via profile or YP-HA

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_use_yang_cbor()

boolean agt_use_yang_cbor ( void )

Check if YANG CBOR is enabled.

Returns: TRUE if enabled

Here is the call graph for this function:

Here is the caller graph for this function:

◆ agt_waiting_datastore_ready()

boolean agt_waiting_datastore_ready ( void )

Check if client sessions are blocked until the datastore is ready.

If so, check if the running datastore is no ready to use

Returns: TRUE if CLI parm set to true and need to wait; FALSE otherwise

Here is the call graph for this function:

Here is the caller graph for this function: