The capabilities module constructs two versions. More...

Collaboration diagram for NETCONF Capabilities:

Data Structures
struct	cap_list_t
	one capabilities list More...

struct	cap_rec_t
	queue of this structure for list of enterprise capabilities More...

Macros
#define	CAP_BASE_URN
	NETCONF Base Protocol Capability String (base:1.0)

#define	CAP_BASE_URN11
	NETCONF Base Protocol Capability String (base:1.1)

#define	CAP_URN ((const xmlChar *)"urn:ietf:params:netconf:capability:")
	NETCONF Capability Identifier Base String.

#define	CAP_REST_URN ((const xmlChar *)"urn:ietf:params:restconf:capability:")
	RESTCONF Capability Identifier Base String.

#define	CAP_J_URN (const xmlChar *)"urn:ietf:params:xml:ns:netconf:capability:"
	NETCONF Capability Identifier Base String Implemented by Juniper.

Enumerations
enum	cap_subjtyp_t { }
	NETCONF capability subject types. More...

enum	cap_change_t
	Capability Change Type.

enum	cap_stdid_t { CAP_STDID_V1 , CAP_STDID_WRITE_RUNNING , CAP_STDID_CANDIDATE , CAP_STDID_CONF_COMMIT , CAP_STDID_ROLLBACK_ERR , CAP_STDID_VALIDATE , CAP_STDID_STARTUP , CAP_STDID_URL , CAP_STDID_XPATH , CAP_STDID_NOTIFICATION , CAP_STDID_INTERLEAVE , CAP_STDID_PARTIAL_LOCK , CAP_STDID_WITH_DEFAULTS , CAP_STDID_V11 , CAP_STDID_VALIDATE11 , CAP_STDID_CONF_COMMIT11 , CAP_STDID_DEPTH , CAP_STDID_FIELDS , CAP_STDID_FILTER , CAP_STDID_REPLAY , CAP_STDID_DEFAULTS , CAP_STDID_YANGPATCH , CAP_STDID_YANGLIB , CAP_STDID_YANGLIB11 , CAP_STDID_LAST_MARKER }
	enumerated list of standard capability IDs More...

enum	cap_yanglib_ver_t { CAP_YANGLIB_VER_NONE , CAP_YANGLIB_VER_10 , CAP_YANGLIB_VER_11 }
	YANG library URI to use. More...

Functions
cap_list_t *	cap_new_caplist (void)
	Malloc and initialize the fields in a cap_list_t struct. More...

void	cap_init_caplist (cap_list_t *caplist)
	Initialize the fields in a pre-allocated cap_list_t struct memory for caplist already allocated – this just inits fields. More...

void	cap_clean_caplist (cap_list_t *caplist)
	Clean the fields in a pre-allocated cap_list_t struct Memory for caplist not deallocated – this just cleans fields. More...

void	cap_free_caplist (cap_list_t *caplist)
	Clean the fields in a pre-allocated cap_list_t struct Then free the caplist memory. More...

status_t	cap_add_std (cap_list_t *caplist, cap_stdid_t capstd)
	Add a standard protocol capability to the list. More...

status_t	cap_add_stdval (val_value_t *caplist, cap_stdid_t capstd, boolean is_restconf)
	Add a standard protocol capability to the list (val_value_t version) More...

status_t	cap_add_std_string (cap_list_t caplist, const xmlChar uri, boolean is_restconf)
	Add a standard protocol capability to the list by URI string. More...

boolean	cap_is_module_string (const xmlChar *uri)
	Check if the capability URI is a YANG module identifier. More...

status_t	cap_add_module_string (cap_list_t caplist, const xmlChar uri)
	Add a standard protocol capability to the list by URI string. More...

status_t	cap_add_module_string2 (cap_list_t caplist, const xmlChar uri, boolean implemented)
	Add a standard protocol capability to the list by URI string and set the implemented flag. More...

status_t	cap_add_module_string_sorted (cap_list_t caplist, const xmlChar uri)
	Add a standard protocol capability to the list by URI string and set the implemented flag AND SORT THE URIS. More...

status_t	cap_add_url (cap_list_t caplist, const xmlChar scheme_list)
	Add the #url capability to the list. More...

status_t	cap_add_urlval (val_value_t caplist, const xmlChar scheme_list, boolean is_restconf)
	Add the :url capability to the list; value struct version. More...

status_t	cap_add_withdef (cap_list_t caplist, const xmlChar defstyle)
	Add the :with-defaults capability to the list. More...

status_t	cap_add_withdefval (val_value_t caplist, const xmlChar defstyle, uint8 withdef_enabled, boolean is_restconf)
	Add the :with-defaults capability to the list; value struct version. More...

status_t	cap_add_restdefval (val_value_t caplist, const xmlChar defstyle)
	Add the :defaults capability to the RESTCONF caplist value struct version. More...

status_t	cap_add_ent (cap_list_t caplist, const xmlChar uristr)
	Add an enterprise capability to the list. More...

status_t	cap_add_entval (val_value_t caplist, const xmlChar urival)
	Add an enterprise capability to the list (val_value_t version) More...

status_t	cap_add_modval (val_value_t caplist, ncx_module_t mod)
	Add a module capability to the list (val_value_t version) More...

status_t	cap_add_mod (cap_list_t caplist, ncx_module_t mod)
	Add a module capability to the list. More...

void	cap_remove_mod (cap_list_t caplist, ncx_module_t mod)
	Remove a module capability from the list. More...

status_t	cap_remove_modval (val_value_t caplist, ncx_module_t mod)
	Remove a module capability from the list (val_value_t version) More...

status_t	cap_add_netconf_modval (val_value_t caplist, ncx_module_t mod)
	Add a module capability to the list (val_value_t version) More...

status_t	cap_add_devmodval (val_value_t caplist, ncx_save_deviations_t savedev)
	Add a deviation module capability to the list (val_value_t version) More...

boolean	cap_std_set (const cap_list_t *caplist, cap_stdid_t capstd)
	fast search of standard protocol capability set More...

boolean	cap_set (const cap_list_t caplist, const xmlChar capuri)
	Check if the capability URI is set in the capslist linear search of capability list, will check for std uris as well. More...

cap_rec_t *	cap_match (const cap_list_t caplist, const xmlChar capuri)
	Check if the capability URI is set in the capslist. More...

val_value_t *	cap_match_val (val_value_t caplist, const xmlChar capuri)
	Check if the capability URI is set in the capslist value_t tree. More...

const xmlChar *	cap_get_protos (cap_list_t *caplist)
	get the #url capability protocols list if it exists get the protocols field for the :url capability More...

void	cap_dump_stdcaps (const cap_list_t caplist, log_debug_t lvl, FILE outfile)
	debug function Printf the standard protocol capabilities list More...

void	cap_dump_modcaps (const cap_list_t caplist, log_debug_t lvl, FILE outfile)
	Printf the standard data model module capabilities list debug function. More...

void	cap_fix_modcaps_modules (const cap_list_t *caplist)
	Fix the modules loaded from the modcaps. More...

cap_rec_t *	cap_find_modcap (const cap_list_t caplist, const xmlChar modname)
	Find a specified module in the caplist. More...

void	cap_dump_entcaps (const cap_list_t caplist, log_debug_t lvl, FILE outfile)
	Printf the enterprise capabilities list debug function. More...

cap_rec_t *	cap_first_modcap (cap_list_t *caplist)
	Get the first module capability in the list. More...

cap_rec_t *	cap_next_modcap (cap_rec_t *curcap)
	Get the next module capability in the list. More...

void	cap_split_modcap (cap_rec_t cap, const xmlChar module, const xmlChar revision, const xmlChar *namespacestr)
	Split the modcap string into 3 parts. More...

xmlChar *	cap_make_moduri (ncx_module_t *mod)
	Malloc and construct a module URI for the specified module make the module URI string (for sysCapabilityChange event) More...

status_t	cap_add_config_id (cap_list_t *caplist)
	Add the :config-id capability to the list. More...

status_t	cap_add_ids_val (val_value_t *caplist, boolean is_module_id, cap_yanglib_ver_t yanglib_ver)
	Add the :config-id capability to the list. More...

status_t	cap_add_yanglib (cap_list_t *caplist, cap_yanglib_ver_t yanglib_ver)
	Add the :yang-library capability to the list. More...

Detailed Description

The capabilities module constructs two versions.

The cap_list_t version is the internal struct used by the agent or manager.

The val_value_t version is used to cache the capabilities that will actually be used within an rpc_msg_t when the manager or agent actually sends a hello message.

Debugging and schema-discovery module support is also provided.

Enumeration Type Documentation

◆ cap_stdid_t

enum cap_stdid_t

enumerated list of standard capability IDs

Enumerator
CAP_STDID_V1	NETCONF 1.0 (RFC 4741)
CAP_STDID_WRITE_RUNNING	:writable-running:1.0
CAP_STDID_CANDIDATE	:candidate:1.0
CAP_STDID_CONF_COMMIT	:confirmed-commit:1.0
CAP_STDID_ROLLBACK_ERR	:rollback-on-error:1.0
CAP_STDID_VALIDATE	:validate:1.0
CAP_STDID_STARTUP	:startup:v1.0
CAP_STDID_URL	:url:1.0
CAP_STDID_XPATH	:xpath:1.0
CAP_STDID_NOTIFICATION	:notification:1.0 *(RFC 5277 )
CAP_STDID_INTERLEAVE	:interleave:1.0 *(RFC 5277 )
CAP_STDID_PARTIAL_LOCK	:partial-lock:1.0 (RFC 5717)
CAP_STDID_WITH_DEFAULTS	:with-defaults:1.0 (RFC 6243)
CAP_STDID_V11	NETCONF v1.1 (RFC 6241)
CAP_STDID_VALIDATE11	:validate:v1.1 (RFC 6241)
CAP_STDID_CONF_COMMIT11	:confirmed-commit:v1.1 (RFC 6241)
CAP_STDID_DEPTH	RESTCONF depth parameter.
CAP_STDID_FIELDS	RESTCONF fields parameter.
CAP_STDID_FILTER	RESTCONF filter parameter.
CAP_STDID_REPLAY	RESTCONF replay parameter.
CAP_STDID_DEFAULTS	RESTCONF defaults parameter.
CAP_STDID_YANGPATCH	RESTCONF yangpatch parameter.
CAP_STDID_YANGLIB	YANG-LIBRARY 1.0 capability.
CAP_STDID_YANGLIB11	YANG-LIBRARY 1.1 capability.

◆ cap_subjtyp_t

enum cap_subjtyp_t

NETCONF capability subject types.

Enumerator
CAP_SUBJTYP_PROT	capability is a protocol extension
CAP_SUBJTYP_DM	capability is a data model
CAP_SUBJTYP_OTHER	capability is other than prot or DM (ENT)
CAP_SUBJTYP_CONFID	config-id capability

◆ cap_yanglib_ver_t

enum cap_yanglib_ver_t

YANG library URI to use.

Enumerator
CAP_YANGLIB_VER_NONE	not set
CAP_YANGLIB_VER_10	Version 1.0 non-NMDA.
CAP_YANGLIB_VER_11	Version 1.1 NMDA.

Function Documentation

◆ cap_add_config_id()

status_t cap_add_config_id ( cap_list_t * caplist )

Add the :config-id capability to the list.

Identifies the current etag for the running datastore resource

Add the :yang-library?module-set-id capability to the list. Identifies the current module ID

Parameters

caplist capability list that will contain the cap

Returns: status

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◆ cap_add_devmodval()

status_t cap_add_devmodval	(	val_value_t *	caplist,
		ncx_save_deviations_t *	savedev
	)

Add a deviation module capability to the list (val_value_t version)

Parameters

caplist	capability list that will contain the deviation cap
savedev	save_deviations struct to use

Returns: status

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◆ cap_add_ent()

status_t cap_add_ent	(	cap_list_t *	caplist,
		const xmlChar *	uristr
	)

Add an enterprise capability to the list.

Parameters

caplist	capability list that will contain the module caps
uristr	URI string to add

Returns: status

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◆ cap_add_entval()

status_t cap_add_entval	(	val_value_t *	caplist,
		const xmlChar *	urival
	)

Add an enterprise capability to the list (val_value_t version)

Parameters

caplist	capability list that will contain the enterprise cap
urival	capability URI value to add

Returns: status

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◆ cap_add_ids_val()

status_t cap_add_ids_val	(	val_value_t *	caplist,
		boolean	is_module_id,
		cap_yanglib_ver_t	yanglib_ver
	)

Add the :config-id capability to the list.

Identifies the current etag for the running datastore resource value struct version

Add the :yang-library?module-set-id capability to the list. Identifies the current module ID

Parameters

caplist	capability list that will contain the cap
is_module_id	TRUE if this is add for module-set-id
yanglib_ver	YANG library version enum (ignored if is_module_id == FALSE)

Returns: status

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◆ cap_add_mod()

status_t cap_add_mod	(	cap_list_t *	caplist,
		ncx_module_t *	mod
	)

Add a module capability to the list.

Parameters

caplist	capability list that will contain the module cap
mod	module to add

Returns: status

See also: cap_remove_mod

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◆ cap_add_module_string()

status_t cap_add_module_string	(	cap_list_t *	caplist,
		const xmlChar *	uri
	)

Add a standard protocol capability to the list by URI string.

for adding a new last entry to caplist->capQ; used by server

Parameters

caplist	capability list that will contain the standard cap
uri	the URI string holding the capability identifier

Returns: status, NO_ERR if valid STD capability ERR_NCX_SKIPPED if this is not a module capability any other result is a non-recoverable error

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◆ cap_add_module_string2()

status_t cap_add_module_string2	(	cap_list_t *	caplist,
		const xmlChar *	uri,
		boolean	implemented
	)

Add a standard protocol capability to the list by URI string and set the implemented flag.

Parameters

caplist	capability list that will contain the standard cap
uri	the URI string holding the capability identifier
implemented	TRUE if the capability is a module and it is flagged as implemented; default is TRUE for backwards-compatibility

Returns: status, NO_ERR if valid STD capability ERR_NCX_SKIPPED if this is not a module capability any other result is a non-recoverable error

◆ cap_add_module_string_sorted()

status_t cap_add_module_string_sorted	(	cap_list_t *	caplist,
		const xmlChar *	uri
	)

Add a standard protocol capability to the list by URI string and set the implemented flag AND SORT THE URIS.

Parameters

caplist	capability list that will contain the standard cap
uri	the URI string holding the capability identifier

Returns: status, NO_ERR if valid STD capability ERR_NCX_SKIPPED if this is not a module capability any other result is a non-recoverable error

◆ cap_add_modval()

status_t cap_add_modval	(	val_value_t *	caplist,
		ncx_module_t *	mod
	)

Add a module capability to the list (val_value_t version)

Parameters

caplist	capability list that will contain the module cap
mod	module to add

Returns: status

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◆ cap_add_netconf_modval()

status_t cap_add_netconf_modval	(	val_value_t *	caplist,
		ncx_module_t *	mod
	)

Add a module capability to the list (val_value_t version)

Parameters

caplist	capability list that will contain the module cap
mod	NETCONF module to use

Returns: status

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◆ cap_add_restdefval()

status_t cap_add_restdefval	(	val_value_t *	caplist,
		const xmlChar *	defstyle
	)

Add the :defaults capability to the RESTCONF caplist value struct version.

Parameters

caplist	capability list that will contain the standard cap
defstyle	the basic-mode with-default style

Returns: status

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◆ cap_add_std()

status_t cap_add_std	(	cap_list_t *	caplist,
		cap_stdid_t	capstd
	)

Add a standard protocol capability to the list.

Parameters

caplist	capability list that will contain the standard cap
capstd	the standard capability ID

Returns: status, should always be NO_ERR

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◆ cap_add_std_string()

status_t cap_add_std_string	(	cap_list_t *	caplist,
		const xmlChar *	uri,
		boolean	is_restconf
	)

Add a standard protocol capability to the list by URI string.

Parameters

caplist	capability list that will contain the standard cap
uri	the string holding the capability URI
is_restconf	True is this is restconf capability set up

Returns: status, NO_ERR if valid STD capability ERR_NCX_SKIPPED if this is not a standard capability any other result is a non-recoverable error

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◆ cap_add_stdval()

status_t cap_add_stdval	(	val_value_t *	caplist,
		cap_stdid_t	capstd,
		boolean	is_restconf
	)

Add a standard protocol capability to the list (val_value_t version)

Parameters

caplist	capability list that will contain the standard cap
capstd	the standard capability ID
is_restconf	== TRUE if add RESTCONF capability; FALSE if NETCONF

Returns: status

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◆ cap_add_url()

status_t cap_add_url	(	cap_list_t *	caplist,
		const xmlChar *	scheme_list
	)

Add the #url capability to the list.

Parameters

caplist	capability list that will contain the standard cap
scheme_list	the scheme list for the :url capability

Returns: status, should always be NO_ERR

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◆ cap_add_urlval()

status_t cap_add_urlval	(	val_value_t *	caplist,
		const xmlChar *	scheme_list,
		boolean	is_restconf
	)

Add the :url capability to the list; value struct version.

Parameters

caplist	capability list that will contain the standard cap
scheme_list	the list of schemes supported
is_restconf	== TRUE if add RESTCONF capability; FALSE if NETCONF

Returns: status

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◆ cap_add_withdef()

status_t cap_add_withdef	(	cap_list_t *	caplist,
		const xmlChar *	defstyle
	)

Add the :with-defaults capability to the list.

Parameters

caplist	capability list that will contain the standard cap
defstyle	the basic-mode with-default style

Returns: status, should always be NO_ERR

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◆ cap_add_withdefval()

status_t cap_add_withdefval	(	val_value_t *	caplist,
		const xmlChar *	defstyle,
		uint8	withdef_enabled,
		boolean	is_restconf
	)

Add the :with-defaults capability to the list; value struct version.

Parameters

caplist	capability list that will contain the standard cap
defstyle	the basic-mode with-default style
withdef_enabled	== bitmask of enabled with-defaults modes
is_restconf	== TRUE if add RESTCONF capability FALSE if NETCONF

Returns: status

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◆ cap_add_yanglib()

status_t cap_add_yanglib	(	cap_list_t *	caplist,
		cap_yanglib_ver_t	yanglib_ver
	)

Add the :yang-library capability to the list.

Parameters

caplist	capability list that will contain the standard cap
yanglib_ver	enum for the YANG library to use

Returns: status, should always be NO_ERR

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◆ cap_clean_caplist()

void cap_clean_caplist ( cap_list_t * caplist )

Clean the fields in a pre-allocated cap_list_t struct Memory for caplist not deallocated – this just cleans fields.

Parameters

caplist struct to clean

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◆ cap_dump_entcaps()

void cap_dump_entcaps	(	const cap_list_t *	caplist,
		log_debug_t	lvl,
		FILE *	outfile
	)

Printf the enterprise capabilities list debug function.

Parameters

caplist	capability list to print
lvl	log-level to dump capability list
outfile	file for output

◆ cap_dump_modcaps()

void cap_dump_modcaps	(	const cap_list_t *	caplist,
		log_debug_t	lvl,
		FILE *	outfile
	)

Printf the standard data model module capabilities list debug function.

Parameters

caplist	capability list to print
lvl	debug output level
outfile	file for output

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◆ cap_dump_stdcaps()

void cap_dump_stdcaps	(	const cap_list_t *	caplist,
		log_debug_t	lvl,
		FILE *	outfile
	)

debug function Printf the standard protocol capabilities list

Parameters

caplist	capability list to print
lvl	debug output level
outfile	file for output

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◆ cap_find_modcap()

cap_rec_t * cap_find_modcap	(	const cap_list_t *	caplist,
		const xmlChar *	modname
	)

Find a specified module in the caplist.

Parameters

caplist	capability list to check
modname	module name to find

Returns: const pointer to found cap rec or NULL if not found

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◆ cap_first_modcap()

cap_rec_t * cap_first_modcap ( cap_list_t * caplist )

Get the first module capability in the list.

Parameters

caplist capability list to check

Returns: pointer to first record, to use for next record; NULL if no first record

See also: cap_next_modcap

◆ cap_fix_modcaps_modules()

void cap_fix_modcaps_modules ( const cap_list_t * caplist )

Fix the modules loaded from the modcaps.

some modules may need to be treated as import-only This is needed in yangcli because it is not clear processing a module list entry if it should be top or just imported This can cause unsupported nodes to show up because of mod->supported getting forced to true due to augments

Only called by yangcli_session_cb!!!

INPUTS: caplist == capability list to check and fix

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◆ cap_free_caplist()

void cap_free_caplist ( cap_list_t * caplist )

Clean the fields in a pre-allocated cap_list_t struct Then free the caplist memory.

Parameters

caplist == struct to free

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◆ cap_get_protos()

const xmlChar * cap_get_protos ( cap_list_t * caplist )

get the #url capability protocols list if it exists get the protocols field for the :url capability

Parameters

caplist capability list to check

Returns: pointer to protocols string if any, or NULL if not

◆ cap_init_caplist()

void cap_init_caplist ( cap_list_t * caplist )

Initialize the fields in a pre-allocated cap_list_t struct memory for caplist already allocated – this just inits fields.

Parameters

caplist struct to initialize

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◆ cap_is_module_string()

boolean cap_is_module_string ( const xmlChar * uri )

Check if the capability URI is a YANG module identifier.

Parameters

uri	the URI string to check

Returns: TRUE if looks like a YANG module capability; FALSE if not

◆ cap_make_moduri()

xmlChar * cap_make_moduri ( ncx_module_t * mod )

Malloc and construct a module URI for the specified module make the module URI string (for sysCapabilityChange event)

Parameters

mod	module to use

Returns: malloced string containing the URI !!! must be freed later !!!

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◆ cap_match()

cap_rec_t * cap_match	(	const cap_list_t *	caplist,
		const xmlChar *	capuri
	)

Check if the capability URI is set in the capslist.

Return the entry if found;

!!! NOT FOR NETCONF STANDARD CAPS SET WITH BITS!!!

Parameters

caplist	capability list to check
capuri	the capability URI to find

Returns: pointer to cap entry if found

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◆ cap_match_val()

val_value_t * cap_match_val	(	val_value_t *	caplist,
		const xmlChar *	capuri
	)

Check if the capability URI is set in the capslist value_t tree.

Return the entry if found;

!!! NOT FOR NETCONF STANDARD CAPS SET WITH BITS!!!

Parameters

caplist	capability YANG list to check
capuri	the capability URI to find

Returns: pointer to cap entry if found

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◆ cap_new_caplist()

cap_list_t * cap_new_caplist ( void )

Malloc and initialize the fields in a cap_list_t struct.

Returns: malloced cap_list or NULL if memory error

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◆ cap_next_modcap()

cap_rec_t * cap_next_modcap ( cap_rec_t * curcap )

Get the next module capability in the list.

Parameters

curcap current mod_cap entry

Returns: pointer to next record; NULL if no next record

See also: cap_first_modcap

◆ cap_remove_mod()

void cap_remove_mod	(	cap_list_t *	caplist,
		ncx_module_t *	mod
	)

Remove a module capability from the list.

Parameters

caplist	capability list that will contain the module cap
mod	== module to remove

See also: cap_add_mod

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◆ cap_remove_modval()

status_t cap_remove_modval	(	val_value_t *	caplist,
		ncx_module_t *	mod
	)

Remove a module capability from the list (val_value_t version)

Parameters

caplist	capability list that will contain the module cap
mod	module to remove

Returns: status

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◆ cap_set()

boolean cap_set	(	const cap_list_t *	caplist,
		const xmlChar *	capuri
	)

Check if the capability URI is set in the capslist linear search of capability list, will check for std uris as well.

Parameters

caplist	capability list to check
capuri	the capability URI to set

Returns: TRUE if indicated capability is set, FALSE if not

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◆ cap_split_modcap()

void cap_split_modcap	(	cap_rec_t *	cap,
		const xmlChar **	module,
		const xmlChar **	revision,
		const xmlChar **	namespacestr
	)

Split the modcap string into 3 parts.

Parameters

	cap	capability rec to parse
[out]	module	address of return module name *module return module name
[out]	revision	address of return module revision date string *revision return module revision date string
[out]	namespacestr	address of return module namespace *namespacestr return module namepsace

◆ cap_std_set()

boolean cap_std_set	(	const cap_list_t *	caplist,
		cap_stdid_t	capstd
	)

fast search of standard protocol capability set

Parameters

caplist	capability list to check
capstd	the standard capability ID

Returns: TRUE if indicated std capability is set, FALSE if not

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Data Structures

Macros

Enumerations

Functions

Detailed Description

Enumeration Type Documentation

◆ cap_stdid_t

◆ cap_subjtyp_t

◆ cap_yanglib_ver_t

Function Documentation

◆ cap_add_config_id()

◆ cap_add_devmodval()

◆ cap_add_ent()

◆ cap_add_entval()

◆ cap_add_ids_val()

◆ cap_add_mod()

◆ cap_add_module_string()

◆ cap_add_module_string2()

◆ cap_add_module_string_sorted()

◆ cap_add_modval()

◆ cap_add_netconf_modval()

◆ cap_add_restdefval()

◆ cap_add_std()

◆ cap_add_std_string()

◆ cap_add_stdval()

◆ cap_add_url()

◆ cap_add_urlval()

◆ cap_add_withdef()

◆ cap_add_withdefval()

◆ cap_add_yanglib()

◆ cap_clean_caplist()

◆ cap_dump_entcaps()

◆ cap_dump_modcaps()

◆ cap_dump_stdcaps()

◆ cap_find_modcap()

◆ cap_first_modcap()

◆ cap_fix_modcaps_modules()

◆ cap_free_caplist()

◆ cap_get_protos()

◆ cap_init_caplist()

◆ cap_is_module_string()

◆ cap_make_moduri()

◆ cap_match()

◆ cap_match_val()

◆ cap_new_caplist()

◆ cap_next_modcap()

◆ cap_remove_mod()

◆ cap_remove_modval()

◆ cap_set()

◆ cap_split_modcap()

◆ cap_std_set()