General utlities to support the server implementation. More...

Collaboration diagram for General NCX Utilities:

Functions
xmlChar *	ncx_get_source_ex (const xmlChar fspec, boolean expand_cwd, status_t res)
	Expand a filespec into an absolute path. More...

xmlChar *	ncx_get_source (const xmlChar fspec, status_t res)
	Expand a filespec into an absolute path. More...

boolean	ncx_prefix_different (const xmlChar prefix1, const xmlChar prefix2, const xmlChar *modprefix)
	Check if the specified prefix pair reference different modules. More...

status_t	ncx_get_version (xmlChar *buffer, uint32 buffsize)
	Get the the Yuma version ID string. More...

status_t	ncx_get_semver (xmlChar *buffer, uint32 buffsize)
	Get the the Yuma SEMVER version ID string. More...

status_t	ncx_get_full_version (xmlChar *buffer, uint32 buffsize)
	Get the the Yuma version ID string and SEMVER added. More...

const char *	ncx_get_build_date (void)
	Get the build date string encoded into this C file. More...

status_t	ncx_get_feature_code (xmlChar *buffer, uint32 buffsize)
	Get the the Feature Code String. More...

int32	ncx_compare_base_uris (const xmlChar str1, const xmlChar str2)
	Compare the base part of 2 URI strings. More...

boolean	ncx_val_protocol_enabled (ncx_protocol_t proto, uint16 flags)
	Check if the specified protocol version is enabled. More...

void	ncx_set_val_protocol_enabled (ncx_protocol_t proto, uint16 *flags)
	Set the specified protocol version to be enabled in a uint16 bits val. More...

void	ncx_set_val_protocol_disabled (ncx_protocol_t proto, uint16 *flags)
	Set the specified protocol version to be disabled in a uint16 bits val. More...

boolean	ncx_protocol_is_netconf (ncx_protocol_t proto)
	Check if the protocol is a NETCONF protocol. More...

void	ncx_write_tracefile (const char *buff, uint32 count)
	Write a byte to the tracefile. More...

status_t	ncx_decode_url_string (const xmlChar urlstr, uint32 urlstrlen, xmlChar buffer, uint32 *cnt)
	Fill buffer with a plain string from a URL string. More...

status_t	ncx_create_pidfile (const xmlChar *progname, boolean fileloc_fhs)
	Create the pidfile for the specified program. More...

status_t	ncx_add_ydtrace (const xmlChar *fspec)
	Add the filespec of a yangdump file being processed. More...

boolean	ncx_find_ydtrace (const xmlChar *fspec)
	Find the filespec of a yangdump file being processed. More...

ncx_result_format_t	ncx_get_file_result_format (const xmlChar *filespec)
	Check the filespec string for a file assignment statement to see if it is text, XML, or JSON. More...

boolean	ncx_library_mode_ok (const xmlChar modname, const xmlChar rpcname)
	Check if RPC OK to use in library mode. More...

const char *	ncx_get_progname (void)
	Get the progname buffer. More...

boolean	ncx_ok_for_inline_data (obj_template_t *obj)
	Check if the object is OK for inline data. More...

boolean	ncx_check_inline_data_state (const xmlChar *line, boolean curstate)
	Check the input line for Start or End of data tags. More...

void	ncx_set_use_return_status (void)
	Enable the return_status parameter. More...

boolean	ncx_use_return_status (void)
	Check if the return_status should be returned. More...

ncx_bad_reply_enum	ncx_get_handle_badreply_enum (const xmlChar *valstr)
	Check if the specified string matches an ncx_bad_reply_enum enum. More...

const xmlChar *	ncx_get_handle_badreply_string (ncx_bad_reply_enum badreply)
	Get the string for the specified enum value. More...

void	ncx_set_handle_badreply (ncx_bad_reply_enum enumval)
	Set the enum value for the Bad Reply handling option. More...

ncx_bad_reply_enum	ncx_get_handle_badreply (void)
	Get the enum for the Bad Reply Handling option. More...

boolean	ncx_conf_env_vars_enabled (void)
	Get the Config Environment Variable Replacement flag. More...

ncx_etag_t	ncx_txid2etag (ncx_transaction_id_t txid)
	Cast ncx_txid_t to ncx_etag_t. More...

const xmlChar *	ncx_get_xpath_type_str (ncx_xpath_type_t xpath_typ)
	Get the string for the ncx_xpath_type_t enum. More...

uint16	ncx_get_curQ_mod_count (void)
	Get the total count of the currently fully loaded modules in the ncx_curQ. More...

dlq_hdr_t *	ncx_get_rootQ (void)
	Get the Root control block queue. More...

ncx_sm_rootcb_t *	ncx_first_rootcb (void)
	Get the first Mount Point Control Block Entry in the rootcbQ. More...

ncx_sm_rootcb_t *	ncx_next_rootcb (ncx_sm_rootcb_t *rootcb)
	Get the next Mount Point Entry in the rootcbQ. More...

boolean	ncx_is_sm_mode (void)
	Check if the Schema Mount mode is enabled. More...

void	ncx_set_sm_mode (boolean val)
	Set the Schema Mount mode. More...

ncx_sm_rootcb_t *	ncx_get_cur_rootcb (void)
	Gte the current root control block value. More...

void	ncx_set_cur_rootcb (ncx_sm_rootcb_t *rootcb)
	Set the current root control block. More...

obj_template_t *	ncx_get_cur_rootcb_obj (void)
	Get the current root control block object. More...

boolean	ncx_get_sm_enabled (void)
	Get schema mount enabled flag. More...

void	ncx_set_sm_enabled (boolean val)
	Set schema mount enabled flag. More...

boolean	ncx_yang_cbor_enabled (void)
	Get the YANG to CBOR Code enabled flag. More...

unsigned short	ncx_get_tcp_connect_timeout (void)
	Get the configured TCP connect timeout value. More...

void	ncx_set_tcp_connect_timeout (unsigned short timeout_sec)
	Set the configured TCP connect timeout value. More...

ncx_module_t *	ncx_find_module_que_all (dlq_hdr_t modQ, const xmlChar modname, const xmlChar *revision)
	Find a ncx_module_t in the specified Q and check the namespace ID check submodules, not just modules. More...

void	ncx_invoke_load_callbacks (ncx_module_t *mod)
	ncx_invoke_load_callbacks More...

void	ncx_redo_loadmod_all (void)
	Set the redo_loadmod flag for all modules. More...

void	ncx_set_disable_imported (void)
	Allow the obj_is_enabled funtion to disable all import-only modules. More...

boolean	ncx_disable_imported_ok (void)
	Check if disable all import-only modules OK. More...

void	ncx_set_mod_augmented (ncx_module_t *mod)
	Set the module as supported because it is being augmented. More...

status_t	send_buff (int fd, const char *buffer, size_t cnt)
	Send the buffer to the network peer. More...

Detailed Description

General utlities to support the server implementation.

Convert the filespec to an absolute path.

Function Documentation

◆ ncx_add_ydtrace()

status_t ncx_add_ydtrace ( const xmlChar * fspec )

Add the filespec of a yangdump file being processed.

Parameters

fspec filespec to save

Returns: status

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ncx_check_inline_data_state()

boolean ncx_check_inline_data_state	(	const xmlChar *	line,
		boolean	curstate
	)

Check the input line for Start or End of data tags.

Parameters

line	line buffer to check
curstate	FALSE if not inline; TRUE if in inline

Returns: new inline state

Here is the caller graph for this function:

◆ ncx_compare_base_uris()

int32 ncx_compare_base_uris	(	const xmlChar *	str1,
		const xmlChar *	str2
	)

Compare the base part of 2 URI strings.

Parameters

str1	URI string 1
str2	URI string 2

Returns: compare of base parts (up to '?'); -1, 0 or 1

Here is the call graph for this function:

◆ ncx_conf_env_vars_enabled()

boolean ncx_conf_env_vars_enabled ( void )

Get the Config Environment Variable Replacement flag.

Placeholder: no configuration option to turn this off

Returns: TRUE if .conf file env-var replacement enabled
FALSE if .conf file env-var replacement disabled

◆ ncx_create_pidfile()

status_t ncx_create_pidfile	(	const xmlChar *	progname,
		boolean	fileloc_fhs
	)

Create the pidfile for the specified program.

Check if the file already exists. If so, then print an error message and return an error

Parameters

progname	program name
fileloc_fhs	TRUE if FHS locations; FALSE if yumadir location

Returns: status

Here is the call graph for this function:

◆ ncx_decode_url_string()

status_t ncx_decode_url_string	(	const xmlChar *	urlstr,
		uint32	urlstrlen,
		xmlChar *	buffer,
		uint32 *	cnt
	)

Fill buffer with a plain string from a URL string.

Parameters

	urlstr	string to convert
	urlstrlen	number of bytes to check
	buffer	buffer to fill; may be NULL to get count
[out]	cnt	address of return cnt *cnt number bytes required, if non-NULL inputs

Returns: status

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ncx_disable_imported_ok()

boolean ncx_disable_imported_ok ( void )

Check if disable all import-only modules OK.

Returns: TRUE if OK to disable imported

Here is the caller graph for this function:

◆ ncx_find_module_que_all()

ncx_module_t * ncx_find_module_que_all	(	dlq_hdr_t *	modQ,
		const xmlChar *	modname,
		const xmlChar *	revision
	)

Find a ncx_module_t in the specified Q and check the namespace ID check submodules, not just modules.

Parameters

modQ	module Q to search
modname	module name
revision	module revision date

Returns: module pointer if found or NULL if not

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ncx_find_ydtrace()

boolean ncx_find_ydtrace ( const xmlChar * fspec )

Find the filespec of a yangdump file being processed.

Parameters

fspec filespec to find

Returns: TRUE if found, FALSE if not

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ncx_first_rootcb()

ncx_sm_rootcb_t * ncx_first_rootcb ( void )

Get the first Mount Point Control Block Entry in the rootcbQ.

Returns: Mount Point Entry if found or NULL if not

Here is the caller graph for this function:

◆ ncx_get_build_date()

const char * ncx_get_build_date ( void )

Get the build date string encoded into this C file.

YPW-1908: add get-server-version RPC to yumaworks-system

Returns: const pointer to the date string

◆ ncx_get_cur_rootcb()

ncx_sm_rootcb_t * ncx_get_cur_rootcb ( void )

Gte the current root control block value.

Get the current root control block value

Returns: rootcb if any

Here is the caller graph for this function:

◆ ncx_get_cur_rootcb_obj()

obj_template_t * ncx_get_cur_rootcb_obj ( void )

Get the current root control block object.

Get the current root control block object

Returns: rootcb object if any

◆ ncx_get_curQ_mod_count()

uint16 ncx_get_curQ_mod_count ( void )

Get the total count of the currently fully loaded modules in the ncx_curQ.

Returns: total number of fully loaded modules

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ncx_get_feature_code()

status_t ncx_get_feature_code	(	xmlChar *	buffer,
		uint32	buffsize
	)

Get the the Feature Code String.

Parameters

buffer	buffer to hold the feature code string
buffsize	number of bytes in buffer

Returns: status

Here is the call graph for this function:

◆ ncx_get_file_result_format()

ncx_result_format_t ncx_get_file_result_format ( const xmlChar * filespec )

Check the filespec string for a file assignment statement to see if it is text, XML, or JSON.

Parameters

filespec string to check

Returns: result format enumeration; RF_NONE if some error

Here is the call graph for this function:

◆ ncx_get_full_version()

status_t ncx_get_full_version	(	xmlChar *	buffer,
		uint32	buffsize
	)

Get the the Yuma version ID string and SEMVER added.

buffer should use NCX_FULL_VERSION_BUFFSIZE constant

Parameters

buffer	buffer to hold the version string
buffsize	number of bytes in buffer

Returns: status

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ncx_get_handle_badreply()

ncx_bad_reply_enum ncx_get_handle_badreply ( void )

Get the enum for the Bad Reply Handling option.

Returns: Configured bad reply enum value

◆ ncx_get_handle_badreply_enum()

ncx_bad_reply_enum ncx_get_handle_badreply_enum ( const xmlChar * valstr )

Check if the specified string matches an ncx_bad_reply_enum enum.

Parameters

valstr to use for convertion

Returns: enum value if OK

Here is the call graph for this function:

◆ ncx_get_handle_badreply_string()

const xmlChar * ncx_get_handle_badreply_string ( ncx_bad_reply_enum badreply )

Get the string for the specified enum value.

Parameters

badreply enum value to check

Returns: string pointer if OK

◆ ncx_get_progname()

const char * ncx_get_progname ( void )

Get the progname buffer.

Returns: progname buffer

Here is the caller graph for this function:

◆ ncx_get_rootQ()

dlq_hdr_t * ncx_get_rootQ ( void )

Get the Root control block queue.

Returns: Queue of root control blocks or NULL

Here is the caller graph for this function:

◆ ncx_get_semver()

status_t ncx_get_semver	(	xmlChar *	buffer,
		uint32	buffsize
	)

Get the the Yuma SEMVER version ID string.

buffer should use NCX_SEMVER_BUFFSIZE constant

Parameters

buffer	buffer to hold the version string
buffsize	number of bytes in buffer

Returns: status

◆ ncx_get_sm_enabled()

boolean ncx_get_sm_enabled ( void )

Get schema mount enabled flag.

On the server this flag will be set to false if there is no sm-config provided. This will save time and memory by ignoring mount-points that have no chance of being used.

Returns: TRUE ifr schema mount is enabled

Here is the caller graph for this function:

◆ ncx_get_source()

xmlChar * ncx_get_source	(	const xmlChar *	fspec,
		status_t *	res
	)

Expand a filespec into an absolute path.

Get a malloced buffer containing the complete filespec for the given input string. If this is a complete dirspec, this this will just strdup the value.

This is just a best effort to get the full spec. If the full spec is greater than 1500 bytes, then a NULL value (error) will be returned

This will expand the cwd!

Change ./ --> cwd/
Remove ~/ --> $HOME
add trailing '/' if not present

Parameters

	fspec	input filespec
[out]	res	address of return status *res return status, NO_ERR if return is non-NULL

Returns: malloced buffer containing possibly expanded full filespec

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ncx_get_source_ex()

xmlChar * ncx_get_source_ex	(	const xmlChar *	fspec,
		boolean	expand_cwd,
		status_t *	res
	)

Expand a filespec into an absolute path.

Get a malloced buffer containing the complete filespec for the given input string. If this is a complete dirspec, this this will just strdup the value.

This is just a best effort to get the full spec. If the full spec is greater than 1500 bytes, then a NULL value (error) will be returned

Change ./ --> cwd/
Remove ~/ --> $HOME
add trailing '/' if not present

Parameters

	fspec	input filespec
	expand_cwd	TRUE if foo should be expanded to /cur/dir/foo; FALSE if not
[out]	res	address of return status *res return status, NO_ERR if return is non-NULL

Returns: malloced buffer containing possibly expanded full filespec

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ncx_get_tcp_connect_timeout()

unsigned short ncx_get_tcp_connect_timeout ( void )

Get the configured TCP connect timeout value.

Returns: timeout value in seconds; 0 == use blocking mode

Here is the caller graph for this function:

◆ ncx_get_version()

status_t ncx_get_version	(	xmlChar *	buffer,
		uint32	buffsize
	)

Get the the Yuma version ID string.

buffer should use NCX_VERSION_BUFFSIZE constant

Parameters

buffer	buffer to hold the version string
buffsize	number of bytes in buffer

Returns: status

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ncx_get_xpath_type_str()

const xmlChar * ncx_get_xpath_type_str ( ncx_xpath_type_t xpath_typ )

Get the string for the ncx_xpath_type_t enum.

Parameters

xpath_typ xpath_typ enum to convert to str

Returns: string for the xpath_type

Here is the caller graph for this function:

◆ ncx_invoke_load_callbacks()

void ncx_invoke_load_callbacks ( ncx_module_t * mod )

ncx_invoke_load_callbacks

INTERNAL API: Needed in sil-sa-app to invoke the module load callback even if the module is already loaded

Parameters

mod	module being loaded; will be main module only

Here is the caller graph for this function:

◆ ncx_is_sm_mode()

boolean ncx_is_sm_mode ( void )

Check if the Schema Mount mode is enabled.

FIXME: WHAT IS sm_mode and where is it documented???

Check if the Schema Mount mode have been set yet

Returns: TRUE if SM mode is enabled FALSE if SM mode is disabled

Here is the caller graph for this function:

◆ ncx_library_mode_ok()

boolean ncx_library_mode_ok	(	const xmlChar *	modname,
		const xmlChar *	rpcname
	)

Check if RPC OK to use in library mode.

Hardwired list of RPCs OK for library mode Only used by the server if –library-mode=true

HACK: this should be in the server, not libncx

Parameters

modname	module name containing the RPC method
rpcname	RPC name to check

Returns: true if OK for library mode; false if OK for library mode

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ncx_next_rootcb()

ncx_sm_rootcb_t * ncx_next_rootcb ( ncx_sm_rootcb_t * rootcb )

Get the next Mount Point Entry in the rootcbQ.

Parameters

rootcb current Mount Point Entry

Returns: Mount Point Control Block Entry if found or NULL if not

Here is the caller graph for this function:

◆ ncx_ok_for_inline_data()

boolean ncx_ok_for_inline_data ( obj_template_t * obj )

Check if the object is OK for inline data.

Parameters

obj	object to check

Returns: TRUE if OK; FALSE if not

Here is the call graph for this function:

◆ ncx_prefix_different()

boolean ncx_prefix_different	(	const xmlChar *	prefix1,
		const xmlChar *	prefix2,
		const xmlChar *	modprefix
	)

Check if the specified prefix pair reference different modules.

Parameters

prefix1	1st prefix to check (may be NULL)
prefix2	2nd prefix to check (may be NULL)
modprefix	module prefix to check (may be NULL)

Returns: TRUE if prefix1 and prefix2 reference different modules' FALSE if prefix1 and prefix2 reference the same modules

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ncx_protocol_is_netconf()

boolean ncx_protocol_is_netconf ( ncx_protocol_t proto )

Check if the protocol is a NETCONF protocol.

Parameters

proto protocol version to check

Returns: true if a NETCONF protocol; false if not

◆ ncx_redo_loadmod_all()

void ncx_redo_loadmod_all ( void )

Set the redo_loadmod flag for all modules.

If the same module is used in multiple bundles then there will only be a load-module callback once. This flag will get set to FALSE when the load-module callback is attempted

◆ ncx_set_cur_rootcb()

void ncx_set_cur_rootcb ( ncx_sm_rootcb_t * rootcb )

Set the current root control block.

Set the current root control block value

Parameters

rootcb Root control block to set as current

Here is the caller graph for this function:

◆ ncx_set_disable_imported()

void ncx_set_disable_imported ( void )

Allow the obj_is_enabled funtion to disable all import-only modules.

Relevant to netconfd-pro only at this time!

Returns: none

Here is the caller graph for this function:

◆ ncx_set_handle_badreply()

void ncx_set_handle_badreply ( ncx_bad_reply_enum enumval )

Set the enum value for the Bad Reply handling option.

Parameters

enumval enum value to use

◆ ncx_set_mod_augmented()

void ncx_set_mod_augmented ( ncx_module_t * mod )

Set the module as supported because it is being augmented.

Parameters

mod	module to check

Returns: none

Here is the call graph for this function:

◆ ncx_set_sm_enabled()

void ncx_set_sm_enabled ( boolean val )

Set schema mount enabled flag.

Parameters

val	TRUE ifr schema mount is enabled

◆ ncx_set_sm_mode()

void ncx_set_sm_mode ( boolean val )

Set the Schema Mount mode.

Set the sm_mode value

FIXME: WHAT IS sm_mode and where is it documented???

Parameters

val	TRUE if schema mount mode should be used FALSE if schema mount mode should not ne used

Here is the caller graph for this function:

◆ ncx_set_tcp_connect_timeout()

void ncx_set_tcp_connect_timeout ( unsigned short timeout_sec )

Set the configured TCP connect timeout value.

Parameters

timeout_sec timeout value in seconds; 0 == use blocking mode

Here is the caller graph for this function:

◆ ncx_set_use_return_status()

void ncx_set_use_return_status ( void )

Enable the return_status parameter.

◆ ncx_set_val_protocol_disabled()

void ncx_set_val_protocol_disabled	(	ncx_protocol_t	proto,
		uint16 *	flags
	)

Set the specified protocol version to be disabled in a uint16 bits val.

Parameters

	proto	protocol version to enable
[out]	flags	address of bitmask to set *flags is set with the bit for the protocol

◆ ncx_set_val_protocol_enabled()

void ncx_set_val_protocol_enabled	(	ncx_protocol_t	proto,
		uint16 *	flags
	)

Set the specified protocol version to be enabled in a uint16 bits val.

Parameters

	proto	protocol version to enable
[out]	flags	address of bitmask to set *flags is set with the bit for the protocol

See also: ncx_val_protocol_enabled

◆ ncx_txid2etag()

ncx_etag_t ncx_txid2etag ( ncx_transaction_id_t txid )

Cast ncx_txid_t to ncx_etag_t.

This is a utility function to convert uint64 txid to uint32 etag so that it is more alignment-safe when cast

Parameters

txid	uint64 ncx_transaction_id_t object

Returns: etag is returned with value txid & 0xffffffff

Here is the caller graph for this function:

◆ ncx_use_return_status()

boolean ncx_use_return_status ( void )

Check if the return_status should be returned.

Returns: TRUE if shell wants return status; FALSE to return zero

◆ ncx_val_protocol_enabled()

boolean ncx_val_protocol_enabled	(	ncx_protocol_t	proto,
		uint16	flags
	)

Check if the specified protocol version is enabled.

Parameters

proto	protocol enum to check
flags	bitmask to check if proto is set

Returns: TRUE if protocol enabled; FALSE if protocol not enabled or error

See also: ncx_set_val_protocol_enabled

◆ ncx_write_tracefile()

void ncx_write_tracefile	(	const char *	buff,
		uint32	count
	)

Write a byte to the tracefile.

Internal function only

Parameters

buff	buffer to write
count	number of chars to write

Here is the caller graph for this function:

◆ ncx_yang_cbor_enabled()

boolean ncx_yang_cbor_enabled ( void )

Get the YANG to CBOR Code enabled flag.

Returns: TRUE if YANG to CBOR binary encoding enabled

Here is the caller graph for this function:

◆ send_buff()

status_t send_buff	(	int	fd,
		const char *	buffer,
		size_t	cnt
	)

Send the buffer to the network peer.

This function is used by applications which do not select for write_fds, and may not block (if fnctl used)

Parameters

fd	the socket to write to
buffer	the buffer to write
cnt	the number of bytes to write

Returns: status

Here is the caller graph for this function:

Functions

Detailed Description

Function Documentation

◆ ncx_add_ydtrace()

◆ ncx_check_inline_data_state()

◆ ncx_compare_base_uris()

◆ ncx_conf_env_vars_enabled()

◆ ncx_create_pidfile()

◆ ncx_decode_url_string()

◆ ncx_disable_imported_ok()

◆ ncx_find_module_que_all()

◆ ncx_find_ydtrace()

◆ ncx_first_rootcb()

◆ ncx_get_build_date()

◆ ncx_get_cur_rootcb()

◆ ncx_get_cur_rootcb_obj()

◆ ncx_get_curQ_mod_count()

◆ ncx_get_feature_code()

◆ ncx_get_file_result_format()

◆ ncx_get_full_version()

◆ ncx_get_handle_badreply()

◆ ncx_get_handle_badreply_enum()

◆ ncx_get_handle_badreply_string()

◆ ncx_get_progname()

◆ ncx_get_rootQ()

◆ ncx_get_semver()

◆ ncx_get_sm_enabled()

◆ ncx_get_source()

◆ ncx_get_source_ex()

◆ ncx_get_tcp_connect_timeout()

◆ ncx_get_version()

◆ ncx_get_xpath_type_str()

◆ ncx_invoke_load_callbacks()

◆ ncx_is_sm_mode()

◆ ncx_library_mode_ok()

◆ ncx_next_rootcb()

◆ ncx_ok_for_inline_data()

◆ ncx_prefix_different()

◆ ncx_protocol_is_netconf()

◆ ncx_redo_loadmod_all()

◆ ncx_set_cur_rootcb()

◆ ncx_set_disable_imported()

◆ ncx_set_handle_badreply()

◆ ncx_set_mod_augmented()

◆ ncx_set_sm_enabled()

◆ ncx_set_sm_mode()

◆ ncx_set_tcp_connect_timeout()

◆ ncx_set_use_return_status()

◆ ncx_set_val_protocol_disabled()

◆ ncx_set_val_protocol_enabled()

◆ ncx_txid2etag()

◆ ncx_use_return_status()

◆ ncx_val_protocol_enabled()

◆ ncx_write_tracefile()

◆ ncx_yang_cbor_enabled()

◆ send_buff()