Core data access functions to create and use YANG data. More...

Collaboration diagram for Value Node Core Functions:

Macros
#define	val_is_wildcard_string(V) (((V)->flags & VAL_FL_WILDCARD) ? TRUE : FALSE)
	Check if the value is a wildcard string. More...

Functions
val_value_t *	val_new_value (void)
	Malloc and initialize the fields in a val_value_t. More...

void	val_init_value (val_value_t *val)
	Initialize the generic fields in a val_value_t so it is ready for use. More...

void	val_init_complex (val_value_t *val, ncx_btype_t btyp)
	Initialize the fields in a complex val_value_t this is deprecated and should only be called by val_init_from_template. More...

void	val_init_virtual (val_value_t val, void cbfn, struct obj_template_t_ *obj)
	Special function to initialize a virtual value node. More...

void	val_init_from_template (val_value_t val, struct obj_template_t_ obj)
	Initialize a value node from its object template. More...

void	val_reinit_from_template (val_value_t val, struct obj_template_t_ obj)
	Re-Initialize a value node from its object template. More...

void	val_free_value (val_value_t *val)
	Scrub the memory in a val_value_t by freeing all the sub-fields and then freeing the entire struct itself. More...

void	val_set_name (val_value_t val, const xmlChar name, uint32 namelen)
	Set (or reset) the name of a value struct. More...

status_t	val_force_dname (val_value_t *val)
	Set (or reset) the name of a value struct. More...

void	val_set_qname (val_value_t val, xmlns_id_t nsid, const xmlChar name, uint32 namelen)
	Set (or reset) the name and namespace ID of a value struct. More...

status_t	val_string_ok (typ_def_t typdef, ncx_btype_t btyp, const xmlChar strval)
	Check a string to make sure the value is valid based on the restrictions in the specified typdef. More...

status_t	val_string_ok_errinfo (typ_def_t typdef, ncx_btype_t btyp, const xmlChar strval, ncx_errinfo_t **errinfo)
	retrieve the YANG custom error info if any More...

status_t	val_binary_ok_errinfo (typ_def_t typdef, const xmlChar strval, val_value_t val, ncx_errinfo_t *errinfo)
	retrieve the YANG custom error info for binary val, if any More...

status_t	val_string_ok_ex (ses_cb_t scb, typ_def_t typdef, ncx_btype_t btyp, const xmlChar strval, ncx_errinfo_t *errinfo, boolean logerrors)
	retrieve the YANG custom error info if any (extended) More...

status_t	val_string_ok_ex2 (ses_cb_t scb, typ_def_t typdef, ncx_btype_t btyp, const xmlChar strval, ncx_errinfo_t *errinfo, boolean logerrors, boolean is_defval)
	retrieve the YANG custom error info if any More...

status_t	val_list_ok (typ_def_t typdef, ncx_btype_t btyp, ncx_list_t list)
	Check a list to make sure the all the strings are valid based on the specified typdef. More...

status_t	val_list_ok_errinfo (typ_def_t typdef, ncx_btype_t btyp, ncx_list_t list, ncx_errinfo_t **errinfo)
	Check a list to make sure the all the strings are valid based on the specified typdef. More...

status_t	val_enum_ok (typ_def_t typdef, const xmlChar enumval, int32 retval, const xmlChar *retstr)
	Check an enumerated integer string to make sure the value is valid based on the specified typdef. More...

status_t	val_bit_ok (typ_def_t typdef, const xmlChar bitname, uint32 *position)
	Check a bit name is valid for the typedef. More...

status_t	val_bitpos_ok (typ_def_t typdef, uint32 position, const xmlChar *name)
	Check a bit position is valid for the typedef. More...

status_t	val_idref_ok (typ_def_t typdef, const xmlChar qname, xmlns_id_t nsid, const xmlChar name, ncx_identity_t id)
	Check if an identityref QName is valid for the typedef. More...

status_t	val_idref_ok_ex (typ_def_t typdef, const xmlChar qname, xmlns_id_t nsid, boolean is_json, ncx_module_t impmod, boolean or_self, const xmlChar name, ncx_identity_t *id)
	Check if an identityref QName is valid for the typedef. More...

status_t	val_parse_idref (ncx_module_t mod, const xmlChar qname, xmlns_id_t nsid, const xmlChar name, ncx_identity_t *id)
	Parse a CLI BASED identityref QName into its various parts. More...

status_t	val_parse_idref_rootcb (ncx_module_t mod, const xmlChar qname, xmlns_id_t nsid, const xmlChar name, ncx_identity_t id, ncx_sm_rootcb_t rootcb)
	Parse a CLI BASED identityref QName into its various parts. More...

status_t	val_range_ok (typ_def_t typdef, ncx_btype_t btyp, const ncx_num_t num)
	Check a number to see if it is in range or not Could be a number or size range. More...

status_t	val_range_ok_errinfo (typ_def_t typdef, ncx_btype_t btyp, const ncx_num_t num, ncx_errinfo_t **errinfo)
	Check a number to see if it is in range or not; get errinfo Could be a number or size range. More...

status_t	val_pattern_ok (typ_def_t typdef, const xmlChar strval)
	Check a string against all the patterns in a big AND expression. More...

status_t	val_pattern_ok_errinfo (typ_def_t typdef, const xmlChar strval, ncx_errinfo_t **errinfo)
	Check a string against all the patterns in a big AND expression Get errinfo if any. More...

status_t	val_simval_ok (typ_def_t typdef, const xmlChar simval)
	check any simple type to see if it is valid, but do not retrieve the value; used to check the default parameter for example More...

status_t	val_simval_ok_errinfo (typ_def_t typdef, const xmlChar simval, ncx_errinfo_t **errinfo)
	check any simple type to see if it is valid, but do not retrieve the value; used to check the default parameter for example More...

status_t	val_simval_ok_ex (typ_def_t typdef, const xmlChar simval, ncx_errinfo_t *errinfo, ncx_module_t mod)
	check any simple type to see if it is valid, but do not retrieve the value; used to check the default parameter for example More...

status_t	val_simval_ok_max (typ_def_t typdef, const xmlChar simval, ncx_errinfo_t *errinfo, ncx_module_t mod, boolean logerrors)
	check any simple type to see if it is valid, but do not retrieve the value; used to check the default parameter for example More...

status_t	val_simval_ok_max2 (typ_def_t typdef, const xmlChar simval, ncx_errinfo_t *errinfo, ncx_module_t mod, boolean logerrors, boolean nocond)
	check any simple type to see if it is valid, but do not retrieve the value; used to check the default parameter for example More...

status_t	val_simval_ok_max3 (typ_def_t typdef, const xmlChar simval, ncx_errinfo_t *errinfo, ncx_module_t mod, boolean logerrors, boolean nocond, boolean is_defval)
	check any simple type to see if it is valid, but do not retrieve the value; used to check the default parameter for example More...

status_t	val_union_ok (typ_def_t typdef, const xmlChar strval, val_value_t *retval)
	Check a union to make sure the string is valid based on the specified typdef, and convert the string to an NCX internal format. More...

status_t	val_union_ok_errinfo (typ_def_t typdef, const xmlChar strval, val_value_t retval, ncx_errinfo_t *errinfo)
	Check a union to make sure the string is valid based on the specified typdef, and convert the string to an NCX internal format. More...

status_t	val_union_ok_ex (typ_def_t typdef, const xmlChar strval, val_value_t retval, ncx_errinfo_t errinfo, ncx_module_t mod, typ_def_t **match_typdef)
	Check a union to make sure the string is valid based on the specified typdef, and convert the string to an NCX internal format. More...

status_t	val_union_ok_binary (typ_def_t typdef, const xmlChar binstr, uint32 binstrlen, val_value_t retval, ncx_errinfo_t errinfo, typ_def_t *match_typdef)
	Check a union to make sure the buffer is valid based on the specified typdef, and convert the buffer to an NCX internal format. More...

status_t	val_union_ok_full (typ_def_t typdef, const xmlChar strval, val_value_t contextval, val_value_t rootval, val_value_t retval, ncx_errinfo_t *errinfo)
	Check a union to make sure the string is valid based on the specified typdef, and convert the string to an NCX internal format. More...

dlq_hdr_t *	val_get_metaQ (val_value_t *val)
	Get the meta Q header for the value. More...

val_value_t *	val_get_first_meta (dlq_hdr_t *queue)
	Get the first metaQ entry from the specified Queue. More...

val_value_t *	val_get_first_meta_val (val_value_t *val)
	Get the first metaQ entry from the specified Queue. More...

val_value_t *	val_get_next_meta (val_value_t *curnode)
	Get the next metaQ entry from the specified entry. More...

boolean	val_meta_empty (val_value_t *val)
	Check if the metaQ is empty for the value node. More...

val_value_t *	val_find_meta (val_value_t val, xmlns_id_t nsid, const xmlChar name)
	Get the corresponding meta data node. More...

boolean	val_meta_match (val_value_t val, val_value_t metaval)
	Return true if the corresponding attribute exists and has the same value. More...

uint32	val_metadata_inst_count (val_value_t val, xmlns_id_t nsid, const xmlChar name)
	Get the number of instances of the specified attribute. More...

void	val_dump_value (val_value_t *val, int32 startindent, log_debug_t lvl)
	Printf the specified val_value_t struct to the logfile, or stdout if none set Uses conf file format (see ncx/conf.h) More...

void	val_dump_value_config (val_value_t *val, int32 startindent, log_debug_t lvl)
	Printf the specified val_value_t struct to the logfile, or stdout if none set Uses conf file format (see ncx/conf.h) CONFIG ONLY. More...

void	val_dump_value_ex (val_value_t *val, int32 startindent, ncx_display_mode_t display_mode, log_debug_t lvl)
	Printf the specified val_value_t struct to the logfile, or stdout if none set Uses conf file format (see ncx/conf.h) More...

void	val_dump_alt_value (val_value_t *val, int32 startindent, log_debug_t lvl)
	Printf the specified val_value_t struct to the alternate logfile Uses conf file format (see ncx/conf.h) More...

void	val_stdout_value (val_value_t *val, int32 startindent, log_debug_t lvl)
	Printf the specified val_value_t struct to stdout Uses conf file format (see ncx/conf.h) More...

void	val_stdout_value_ex (val_value_t *val, int32 startindent, ncx_display_mode_t display_mode, log_debug_t lvl)
	Printf the specified val_value_t struct to stdout Uses conf file format (see ncx/conf.h) More...

void	val_dump_value_max (val_value_t *val, int32 startindent, int32 indent_amount, val_dumpvalue_mode_t dumpmode, ncx_display_mode_t display_mode, boolean with_meta, boolean configonly, log_debug_t lvl)
	Printf the specified val_value_t struct to the logfile, or stdout if none set Uses conf file format (see ncx/conf.h) More...

void	val_dump_value_full (val_value_t val, int32 startindent, int32 indent_amount, val_dumpvalue_mode_t dumpmode, ncx_display_mode_t display_mode, boolean with_meta, boolean configonly, boolean conf_mode, boolean expand_varexpr, log_debug_t lvl, logfns_t overrideOutput)
	Printf the specified val_value_t struct to the logfile, or stdout if none set Uses conf file format (see ncx/conf.h) More...

void	val_dump_value_full2 (val_value_t val, int32 startindent, int32 indent_amount, val_dumpvalue_mode_t dumpmode, ncx_display_mode_t display_mode, boolean with_meta, boolean configonly, boolean conf_mode, boolean expand_varexpr, boolean withdef, log_debug_t lvl, logfns_t overrideOutput)
	Printf the specified val_value_t struct to the logfile, or stdout if none set Uses conf file format (see ncx/conf.h) More...

status_t	val_set_string (val_value_t val, const xmlChar valname, const xmlChar *valstr)
	set a generic string using the builtin string typdef Set an initialized val_value_t as a simple type namespace set to 0 !!! use after calling val_new_value More...

status_t	val_set_string2 (val_value_t val, const xmlChar valname, typ_def_t typdef, const xmlChar valstr, uint32 valstrlen)
	set a string with any typdef Set an initialized val_value_t as a simple type namespace set to 0 !!! More...

status_t	val_set_string3 (val_value_t val, const xmlChar valname, typ_def_t typdef, const xmlChar valstr, uint32 valstrlen, boolean is_dblquote)
	set a string with any typdef (handle double-quoted) Set an initialized val_value_t as a simple type namespace set to 0 !!! More...

status_t	val_set_binary (const xmlChar valstr, uint32 valstrlen, val_value_t val)
	set and decode base64 value. More...

status_t	val_reset_empty (val_value_t *val)
	Recast an already initialized value as an NCX_BT_EMPTY clean a value and set it to empty type used by yangcli to delete leafs. More...

status_t	val_set_simval (val_value_t val, typ_def_t typdef, xmlns_id_t nsid, const xmlChar valname, const xmlChar valstr)
	set any simple value with any typdef Set an initialized val_value_t as a simple type More...

status_t	val_set_simval_str (val_value_t val, typ_def_t typdef, xmlns_id_t nsid, const xmlChar valname, uint32 valnamelen, const xmlChar valstr)
	set any simple value with any typdef, and a counted string Set an initialized val_value_t as a simple type More...

status_t	val_set_simval_binary (val_value_t val, const xmlChar binstr, uint32 binstrlen)
	set a binary type either in a type binary, or type within 1 or more unions More...

status_t	val_set_simval_max (val_value_t val, typ_def_t typdef, xmlns_id_t nsid, const xmlChar valname, uint32 valnamelen, const xmlChar valstr, uint32 valstrlen)
	set any simple value with any typdef, and a counted string Set an initialized val_value_t as a simple type More...

val_value_t *	val_make_simval (typ_def_t typdef, xmlns_id_t nsid, const xmlChar valname, const xmlChar valstr, status_t res)
	Create and set a val_value_t as a simple type same as val_set_simval, but malloc the value first. More...

val_value_t *	val_make_string (xmlns_id_t nsid, const xmlChar valname, const xmlChar valstr)
	Malloc and set a val_value_t as a generic NCX_BT_STRING namespace set to 0 !!! More...

val_value_t *	val_make_binary (xmlns_id_t nsid, const xmlChar valname, const xmlChar valstr, uint32 valstrlen)
	Malloc and set a val_value_t as a NCX_BT_BINARY type Uses the generic binary object from ncx_get_gen_binary. More...

status_t	val_merge (const val_value_t src, val_value_t dest)
	Merge src val into dest val (! MUST be same type !) Any meta vars in src are also merged into dest. More...

val_value_t *	val_clone (const val_value_t *val)
	Clone a specified val_value_t struct and sub-trees. More...

val_value_t *	val_clone2 (const val_value_t *val)
	Clone a specified val_value_t struct and sub-trees but not the editvars. More...

val_value_t *	val_clone_config_data (const val_value_t val, status_t res)
	Clone a specified val_value_t struct and sub-trees with config=true only. More...

val_value_t *	val_clone_config_newval (const val_value_t val, status_t res)
	Clone a specified val_value_t struct and sub-trees with config=true only. More...

val_value_t *	val_clone_config_newval_keys_only (const val_value_t val, status_t res)
	Clone a specified val_value_t struct and sub-trees with config=true only. More...

val_value_t *	val_clone_config_save (const val_value_t val, status_t res)
	Clone a specified val_value_t struct and sub-trees filter for config only for saving to NVRAM. More...

status_t	val_replace (val_value_t val, val_value_t copy)
	Replace a specified val_value_t struct and sub-trees. More...

status_t	val_replace_str (const xmlChar str, uint32 stringlen, val_value_t copy)
	Replace a specified val_value_t struct with a string type. More...

status_t	val_fast_replace_string (const xmlChar str, uint32 stringlen, val_value_t copy)
	Replace a specified val_value_t struct with a string type Reuse everything – just set the val->v.str field. More...

void	val_replace_stringval (val_value_t val, const xmlChar str)
	Replace the string value, not the entire value. More...

void	val_add_child (val_value_t child, val_value_t parent)
	Add a child (deprecated): use val_child_add instead. More...

void	val_add_child_sorted (val_value_t child, val_value_t parent)
	Add a child value node to a parent value node in the proper place (deprecated: use val_child_add instead) More...

void	val_insert_child (val_value_t child, val_value_t current, val_value_t *parent)
	Insert a child value node to a parent value node. More...

void	val_remove_child (val_value_t *child)
	Remove a child value node from its parent value node. More...

void	val_swap_child (val_value_t newchild, val_value_t curchild)
	Swap a child value node with a current value node. More...

val_value_t *	val_first_child_match (const val_value_t parent, const val_value_t child)
	Get the first instance of the corresponding child node. More...

val_value_t *	val_first_child_match_fast (const val_value_t parent, const val_value_t child, val_value_t *lastmatch)
	Get the first instance of the corresponding child node Object pointers must be from the same tree!!! More...

val_value_t *	val_next_child_match (val_value_t parent, val_value_t child, val_value_t *curmatch)
	Get the next instance of the corresponding child node. More...

val_value_t *	val_next_child_same (val_value_t *curchild)
	Get the next instance of the corresponding child node. More...

val_value_t *	val_get_first_child (const val_value_t *parent)
	Get the first child node. More...

val_value_t *	val_get_next_child (const val_value_t *curchild)
	Get the next child node. More...

val_value_t *	val_get_first_terminal_child (const val_value_t *parent)
	Get the child node only if obj_is_terminal(val->obj) is true. More...

val_value_t *	val_get_next_terminal_child (const val_value_t *curchild)
	Get the next child node only if obj_is_terminal(val->obj) is true. More...

val_value_t *	val_find_child (const val_value_t parent, const xmlChar modname, const xmlChar *childname)
	Find the first instance of the specified child node. More...

val_value_t *	val_find_child_fast (const val_value_t parent, xmlns_id_t nsid, const xmlChar childname)
	Find the first instance of the specified child node. More...

val_value_t *	val_find_child_obj (const val_value_t parent, const struct obj_template_t_ chobj)
	Find the first instance of the specified child node Use the object template pointer to match the object. More...

val_value_t *	val_find_child_que (const dlq_hdr_t childQ, xmlns_id_t nsid, const xmlChar childname)
	Find the first instance of the specified child node in the specified child Q. More...

val_value_t *	val_match_child (const val_value_t parent, const xmlChar modname, const xmlChar *childname)
	Match the first instance of the specified child node. More...

val_value_t *	val_match_child_count (const val_value_t parent, const xmlChar modname, const xmlChar childname, uint32 matchcount)
	Match the first instance of the specified child node Return the total number of matches. More...

val_value_t *	val_find_next_child (const val_value_t parent, const xmlChar modname, const xmlChar childname, const val_value_t curchild)
	Find the next instance of the specified child node. More...

val_value_t *	val_find_next_child_fast (const val_value_t parent, const val_value_t curchild)
	Find the next instance of the specified child node. More...

val_value_t *	val_first_child_name (val_value_t parent, const xmlChar name)
	Get the first corresponding child node instance, by name find first – really for resolve index function. More...

val_value_t *	val_first_child_qname (val_value_t parent, xmlns_id_t nsid, const xmlChar name)
	Get the first corresponding child node instance, by QName. More...

val_value_t *	val_next_child_qname (val_value_t parent, xmlns_id_t nsid, const xmlChar name, val_value_t *curchild)
	Get the next corresponding child node instance, by QName. More...

val_value_t *	val_first_child_string (val_value_t parent, const xmlChar name, const xmlChar *strval)
	find first name value pair More...

uint32	val_child_cnt (val_value_t *parent)
	Get the number of child nodes present. More...

uint32	val_child_inst_cnt (const val_value_t parent, const xmlChar modname, const xmlChar *name)
	Get the corresponding child instance count by name get instance count – for instance qualifer checking. More...

uint32	val_get_child_inst_id (const val_value_t parent, const val_value_t child)
	Get the instance ID for this child node within the parent context. More...

uint32	val_liststr_count (const val_value_t *val)
	Get the number of strings in the list type. More...

boolean	val_index_match (const val_value_t val1, const val_value_t val2)
	Check 2 val_value structs for the same instance ID. More...

int	val_index_compare (const val_value_t val1, const val_value_t val2)
	Check 2 val_value structs for the same instance ID. More...

int32	val_compare_max (const val_value_t val1, const val_value_t val2, boolean configonly, boolean childonly, boolean editing)
	Compare 2 val_value_t struct value contents. More...

int32	val_compare_max_def (const val_value_t val1, const val_value_t val2, boolean configonly, boolean childonly, boolean editing, boolean ignore_defaults)
	Compare 2 val_value_t struct value contents. More...

int32	val_compare_ex (const val_value_t val1, const val_value_t val2, boolean configonly)
	Compare 2 val_value_t struct value contents Check all or config only. More...

int32	val_compare (const val_value_t val1, const val_value_t val2)
	Compare 2 val_value_t struct value contents. More...

int32	val_compare_to_string (const val_value_t val1, const xmlChar strval2, status_t *res)
	Compare a val_value_t struct value contents to a string. More...

int32	val_compare_to_string_len (const val_value_t val1, const xmlChar strval2, uint32 strval2len, status_t *res)
	Compare a val_value_t struct value contents to a string Provide a max-length to compare. More...

int32	val_compare_for_replace (const val_value_t val1, const val_value_t val2)
	Compare 2 val_value_t struct value contents for the nc:operation=replace procedures. More...

int32	val_compare_for_edit (const val_value_t val1, const val_value_t val2, boolean ismerge)
	Compare 2 val_value_t struct value contents from an editing POV; compare for merge or delete! More...

int32	val_compare_as_string (const val_value_t val1, const val_value_t val2, status_t *res)
	Compare 2 val_value_t structs Convert each value to a string and compare as strings Needed to compare a value if a UNION type is used. More...

status_t	val_sprintf_simval_nc (xmlChar buff, const val_value_t val, uint32 *len)
	Sprintf the xmlChar string NETCONF representation of a simple value. More...

status_t	val_sprintf_simval_nc_ex (xmlChar buff, const val_value_t val, boolean url_encode, uint32 *len)
	Sprintf the xmlChar string NETCONF representation of a simple value. More...

xmlChar *	val_make_sprintf_string (const val_value_t *val)
	Malloc a buffer and then sprintf the xmlChar string NETCONF representation of a simple value. More...

status_t	val_resolve_scoped_name (val_value_t val, const xmlChar name, val_value_t **chval)
	Find the scoped identifier in the specified complex value. More...

ncx_iqual_t	val_get_iqualval (const val_value_t *val)
	Get the effective instance qualifier value for this value. More...

boolean	val_duplicates_allowed (val_value_t *val)
	Determine if duplicates are allowed for the given val type The entire definition chain is checked to see if a 'no-duplicates'. More...

boolean	val_has_content (const val_value_t *val)
	Determine if there is a value or any child nodes for this val. More...

boolean	val_has_content_ex (const val_value_t *val)
	Determine if there is a value or any child nodes for this val. More...

boolean	val_has_index (const val_value_t *val)
	Determine if this value has an index. More...

val_index_t *	val_get_first_index (const val_value_t *val)
	Get the first index entry, if any for this value node. More...

val_index_t *	val_get_next_index (const val_index_t *valindex)
	Get the next index entry, if any for this value node. More...

uint32	val_get_index_count (const val_value_t *val)
	Get the number of index nodes in this val. More...

status_t	val_parse_meta (ses_cb_t scb, typ_def_t typdef, xml_attr_t attr, val_value_t retval)
	Parse the metadata descriptor against the typdef Check only that the value is ok, not instance count. More...

void	val_set_extern (val_value_t val, xmlChar fname)
	Setup an NCX_BT_EXTERN value. More...

void	val_set_intern (val_value_t val, xmlChar intbuff)
	Setup an NCX_BT_INTERN value. More...

boolean	val_fit_oneline (const val_value_t *val, uint32 linesize, boolean isxml)
	Check if the XML encoding for the specified val_value_t should take one line or more than one line. More...

boolean	val_create_allowed (const val_value_t *val)
	Check if the specified value is allowed to have a create edit-config operation attribute. More...

boolean	val_delete_allowed (const val_value_t *val)
	Check if the specified value is allowed to have a delete edit-config operation attribute. More...

boolean	val_is_config_data (const val_value_t *val)
	Check if the specified value is a config DB object instance. More...

boolean	val_is_config_save (const val_value_t *val)
	Check if the specified value is a config DB object instance Check for config-save mode. More...

boolean	val_is_virtual (const val_value_t *val)
	Check if the specified value is a virtual value such that a 'get' callback function is required to access the real value contents. More...

val_value_t *	val_get_virtual_value (ses_cb_t scb, val_value_t val, status_t *res)
	Get the value of a virtual value node. More...

boolean	val_is_default (val_value_t *val)
	Check if the specified value is set to the YANG default value. More...

boolean	val_is_real (const val_value_t *val)
	Check if the specified value is a real value. More...

xmlns_id_t	val_get_parent_nsid (const val_value_t *val)
	Try to get the parent namespace ID. More...

uint32	val_instance_count (val_value_t val, const xmlChar modname, const xmlChar *objname)
	Count the number of instances of the specified object name in the parent value struct. More...

uint32	val_instance_count_fast (val_value_t val, xmlns_id_t nsid, const xmlChar objname, val_value_t **firstval)
	Count the number of instances of the specified object name in the parent value struct. More...

uint32	val_instance_count_fast2 (val_value_t val, val_value_t startval)
	Count the number of instances of the specified object name in the parent value struct. More...

void	val_set_extra_instance_errors (val_value_t val, const xmlChar modname, const xmlChar *objname, uint32 maxelems)
	mark ERR_NCX_EXTRA_VAL_INST errors for nodes > 'maxelems' More...

boolean	val_need_quotes (const xmlChar *str)
	Check if a string needs to be single-quoted to be output within a conf file or ncxcli stdout output. More...

boolean	val_has_dquotes (const xmlChar *str)
	Check if a string has any double-quotes in it. More...

boolean	val_need_dquotes (const xmlChar *str)
	Check if a string needs to be double-quoted to be output within a conf file or ncxcli stdout output. More...

boolean	val_all_whitespace (const xmlChar *str)
	Check if a string is all whitespace. More...

boolean	val_any_whitespace (const xmlChar *str, uint32 len)
	Check if a string has any whitespace chars. More...

boolean	val_match_metaval (const xml_attr_t attr, xmlns_id_t nsid, const xmlChar name)
	Match the specific attribute value and namespace ID. More...

boolean	val_get_dirty_flag (const val_value_t *val)
	Get the dirty flag for this value node. More...

boolean	val_get_subtree_dirty_flag (const val_value_t *val)
	Get the subtree dirty flag for this value node. More...

void	val_set_subtree_dirty_up (val_value_t *val)
	Set the dirty flag for this value node. More...

void	val_set_dirty_flag (val_value_t *val, boolean clear_def)
	Set the dirty flag for this value node. More...

void	val_set_child_deleted_flag (val_value_t *val)
	Set the child_deleted flag for this value node. More...

boolean	val_get_child_deleted_flag (val_value_t *val)
	Get the child_deleted flag for this value node. More...

void	val_clear_dirty_flag (val_value_t val, time_t timestamp, ncx_transaction_id_t txid, boolean is_delete, boolean do_clear_default)
	Clear the dirty flag for this value node. More...

void	val_clear_child_dirty_flag (val_value_t *val)
	Clear the dirty flag for all nodes within a value struct. More...

boolean	val_dirty_subtree (const val_value_t *val)
	Check the dirty or subtree_dirty flag. More...

void	val_clean_tree (val_value_t *val)
	Clear the dirty flag and the operation for all nodes within a value struct. More...

uint32	val_get_nest_level (val_value_t *val)
	Get the next level of the value. More...

val_value_t *	val_get_first_leaf (val_value_t *val)
	Get the first leaf or leaflist node in the specified value tree. More...

const xmlChar *	val_get_mod_name (const val_value_t *val)
	Get the module name associated with this value node. More...

const xmlChar *	val_get_mod_prefix (const val_value_t *val)
	Get the module prefix associated with this value node. More...

xmlns_id_t	val_get_nsid (const val_value_t *val)
	Get the namespace ID for the specified value node. More...

ncx_sid_t	val_get_yang_sid (const val_value_t *val)
	Get the YANG SID for the specified value node. More...

void	val_change_nsid (val_value_t *val, xmlns_id_t nsid)
	Change the namespace ID for a value node and all its descendants. More...

void	val_change_nsid2 (val_value_t *val, xmlns_id_t nsid)
	Change the namespace ID for the descendant nodes of the value node. More...

void	val_change_nsid3 (val_value_t *val, xmlns_id_t nsid)
	Change the namespace ID for a value node only. More...

val_value_t *	val_make_from_insertxpcb (val_value_t sourceval, status_t res)
	Make a val_value_t for a list, with the child nodes for key leafs, specified in the key attribute string given to the insert operation. More...

val_unique_t *	val_new_unique (void)
	Malloc and initialize the fields in a val_unique_t. More...

void	val_free_unique (val_unique_t *valuni)
	Clean and free a val_unique_t struct. More...

const typ_def_t *	val_get_typdef (const val_value_t *val)
	Get the typdef field for a value struct. More...

boolean	val_set_by_default (const val_value_t *val)
	Check if the value was set by val_add_defaults. More...

boolean	val_has_withdef_default (const val_value_t *val)
	Check if the value contained the wd:default attribute. More...

void	val_set_withdef_default (val_value_t *val)
	Set the value flags as having the wd:default attribute. More...

boolean	val_is_metaval (const val_value_t *val)
	Check if the value is a meta-val (XML attribute) More...

void	val_move_children (val_value_t srcval, val_value_t destval)
	Move all the child nodes from src to dest Source and dest must both be containers! More...

void	val_move_nonconfig_children (val_value_t srcval, val_value_t destval)
	Move all the config=false child nodes from src to dest Source and dest must both be containers! More...

status_t	val_cvt_generic (val_value_t *val)
	Convert all the database object pointers to generic object pointers. More...

status_t	val_set_pcookie (val_value_t val, void pcookie)
	Set the SIL pointer cookie in the editvars for the specified value node. More...

status_t	val_set_icookie (val_value_t *val, int icookie)
	Set the SIL integer cookie in the editvars for the specified value node. More...

void *	val_get_pcookie (val_value_t *val)
	Get the SIL pointer cookie in the editvars for the specified value node. More...

int	val_get_icookie (val_value_t *val)
	Get the SIL integer cookie in the editvars for the specified value node. More...

status_t	val_delete_default_leaf (val_value_t *val)
	Do the internal work to setup a delete of a default leaf. More...

status_t	val_delete_default_leaf_list (val_value_t *val)
	Do the internal work to convert a leaf-list to its YANG default value(s) More...

void	val_force_empty (val_value_t *val)
	Convert a simple node to an empty type. More...

status_t	val_delete_default_npcon (val_value_t *val)
	Do the internal work to convert an NP-container to its subtree of YANG default values. More...

void	val_move_fields_for_xml (val_value_t srcval, val_value_t destval, boolean movemeta)
	Move or copy the internal fields from one val to another for xml_wr purposes. More...

void	val_move_metadata (val_value_t srcval, val_value_t destval)
	Move the attribute fields from one val to another for xml_wr purposes. More...

val_index_t *	val_get_first_key (val_value_t *val)
	Get the first key record if this is a list with a key-stmt. More...

val_index_t *	val_get_last_key (val_value_t *val)
	Get the last key record if this is a list with a key-stmt. More...

val_index_t *	val_get_next_key (val_index_t *curkey)
	Get the next key record if this is a list with a key-stmt. More...

val_index_t *	val_get_prev_key (val_index_t *curkey)
	Get the previous key record if this is a list with a key-stmt. More...

void	val_remove_key (val_value_t *keyval)
	Remove a key pointer because the key is invalid Free the key pointer. More...

val_value_t *	val_new_deleted_value (void)
	Malloc and initialize the fields in a val_value_t to be used as a deleted node marker. More...

status_t	val_new_editvars (val_value_t *val)
	Malloc and initialize the val->editvars field. More...

void	val_free_editvars (val_value_t *val)
	Free the editing variables for the value node. More...

void	val_free_solo_editvars (val_editvars_t *editvars)
	Free the editing variables removed from a val_value_t. More...

boolean	val_all_np_containers (val_value_t *val)
	Check if the value tree is all NP containers and nothing else. More...

status_t	val_sprintf_etag (val_value_t val, xmlChar buff, int32 buffsize)
	Write the Entity Tag for the value to the specified buffer. More...

time_t *	val_get_last_modified (val_value_t *val)
	Get the last_modified field. More...

void	val_force_default (val_value_t *val)
	Set a node created by the server as a default node. More...

void	val_set_all_tags (val_value_t val, time_t timestamp, ncx_transaction_id_t txid)
	Set the etag and last_modified field for the node and all config sub-children. More...

const xmlChar *	val_get_owner (val_value_t *val)
	Get the owner string for the specified value node. More...

ncx_owner_id_t	val_get_owner_id (val_value_t *val)
	Get the owner ID for the specified value node. More...

boolean	val_need_owner_string (val_value_t *val)
	Check if the owner string is needed when generating ywx:owner attrs. More...

void	val_delete_children (val_value_t *val)
	Check if the value is a complex type and if so then delete all child nodes. More...

void	val_clean_value (val_value_t *val)
	Clean a static val_value_t struct. More...

boolean	val_find_bit (val_value_t val, const xmlChar bitname)
	Find the specified bit name in the NCX_BT_BITS value. More...

boolean	val_has_children (const val_value_t *val)
	Determine if there are any child nodes for this val. More...

status_t	val_add_test_valindex (val_value_t parentval, val_value_t keyval)
	Make a dummy val_index_t for the getcg acmtest. More...

const xmlChar *	val_get_yang_typename (val_value_t *val)
	Get the YANG type name for this value node if there is one. More...

void	val_set_force_config (val_value_t *val, boolean is_config)
	Set the force config flags for the object. More...

void	val_clear_defvalset_flag (val_value_t *val)
	Clear the defvalset flag so the server will re-check this node the next time the client does a get request. More...

status_t	val_clone_valQ (dlq_hdr_t valQ, dlq_hdr_t return_valQ)
	Clone all values in 1 valQ into the return_valQ. More...

void	val_clean_valQ (dlq_hdr_t *valQ)
	Clean a queue of val_value_t. More...

boolean	val_is_value_set (val_value_t *val)
	Check if a value has been set by a client It has to be initialized and not set by default to return true. More...

uint32	val_url_encode_string (const xmlChar str, xmlChar buff)
	Fill in a buffer with the URL-encoded string. More...

void	val_convert_any_to_container (val_value_t *val)
	Convert the extern parameter to a container instead of extern. More...

void	val_clean_index_chain (val_value_t *val)
	Clean out any indexQ entries. More...

boolean	val_pattern_match (const xmlRegexpPtr pattern, const xmlChar *strval)
	Check the specified string against the specified pattern. More...

boolean	val_ocpattern_match (const regex_t ocpattern, const xmlChar strval)
	Check the specified string against the specified pattern Use POSIX format for openconfig pattern. More...

boolean	val_idref_derived_from (ncx_module_t impmod, val_value_t testval, const xmlChar *qname, boolean or_self)
	Check the specified valnode is derived from the specified identity. More...

status_t	val_set_sil_priority (val_value_t *val, uint8 silprio)
	Set the secondary SIL priority. More...

uint8	val_get_sil_priority (val_value_t *val)
	Get the secondary SIL priority; zero if not found. More...

const xmlChar *	val_find_bit_name (val_value_t *val, uint32 bitpos)
	Find the specified bit name in the NCX_BT_BITS value. More...

const xmlChar *	val_find_enum_name (val_value_t *val, int32 enunum)
	Find the specified enum name for the value field that matches for NCX_BT_ENUM value. More...

const xmlChar *	val_find_enum_name2 (ncx_btype_t btyp, typ_def_t *typdef, int32 enunum)
	Find the specified enum name for the value field that matches for NCX_BT_ENUM value Do not use val_value value. More...

void	val_mark_deleted (val_value_t *val)
	mark the value node as deleted May have to really delete from val_tree More...

void	val_mark_undeleted (val_value_t *val)
	mark the value node as un-deleted More...

boolean	val_has_conditional_value (val_value_t *val)
	Check if the value is conditional. More...

val_value_t *	val_convert_leafref (const val_value_t *val)
	Convert a value of type NCX_BT_LEAFREF to the value that the final leafref is pointing at. More...

int32	val_compare_for_topreplace (const val_value_t val1, const val_value_t val2)
	Compare 2 val_value_t struct value contents. More...

int32	val_compare_for_topreplace_simple (const val_value_t val1, const val_value_t val2)
	Compare 2 val_value_t struct value contents. More...

boolean	val_has_complex_child (const val_value_t *val)
	Check if the value has complex children nodes. More...

status_t	val_add_meta (val_value_t metaval, val_value_t val)
	Add a meta value to a value node. More...

val_value_t *	val_find_root (val_value_t *val)
	Find the root value node or top-val if no ncx:root found. More...

status_t	val_set_canonical (val_value_t *val)
	Invoke the canonical callback for the data type (if any) More...

typ_def_t *	val_get_leafref_typdef (val_value_t *val)
	Return a base typedef of type NCX_BT_LEAFREF. More...

boolean	val_ascendant_compare (val_value_t val1, val_value_t val2)
	Special compare function for edit compares. More...

const xmlChar *	val_get_dname (const val_value_t *val)
	Get the dname field if set; NULL if not set. More...

status_t	val_set_dname (val_value_t val, const xmlChar dname)
	Set the dname field. More...

status_t	val_set_dname2 (val_value_t val, const xmlChar dname, uint32 dnamelen)
	Set the dname field. More...

status_t	val_new_extra (val_value_t *val)
	Create the val_extra struct if it does not exist. More...

const xmlChar *	val_get_varexpr (const val_value_t *val)
	Get the varexpr field if set; NULL if not set. More...

status_t	val_set_varexpr (val_value_t val, const xmlChar varexpr)
	Set the varexpr field in the value node. More...

void	val_clear_varexpr (val_value_t *val)
	Clear the varexpr field in the value node. More...

void	val_set_wildcard_string (val_value_t *val)
	Set the value as a wildcard string. More...

status_t	val_copy_editvars (const val_value_t val, val_value_t copy)
	Copy the editvars struct contents into the value node. More...

status_t	val_set_skip_sil_partial (val_value_t *val)
	Set the skip_sil_partial flag for this value in an edit. More...

boolean	val_get_skip_sil_partial (const val_value_t *val)
	Get the skip_sil_partial flag. More...

typ_def_t *	val_get_leafref_typdef_ex (val_value_t *val, boolean union_check)
	Return a base typedef of type NCX_BT_LEAFREF. More...

boolean	val_is_default_npcon (val_value_t *val)
	Check if the value node is a default NP container. More...

status_t	val_identity_ok (typ_def_t typdef, ncx_identity_t ident)
	Check if an identity is OK for the specified object typedef. More...

status_t	val_highest_bit_set (const val_value_t val, uint32 count, uint32 *pos)
	Get the bit count highest bit set in a bits value. More...

status_t	val_first_bit_set (const val_value_t val, const ncx_lmem_t lmem, uint32 pos)
	Get the first bit set in a bits value. More...

status_t	val_next_bit_set (const val_value_t val, const ncx_lmem_t lmem, const ncx_lmem_t *nextlmem, uint32 pos)
	Get the next bit set in a bits value. More...

struct xpath_aio_cb_t_ *	val_get_aiocb (const val_value_t *val)
	Get the aiocb field if set; NULL if not set. More...

status_t	val_set_aiocb (val_value_t val, struct xpath_aio_cb_t_ aiocb)
	Set the aiocb field in the value node. More...

ncx_sm_mpid_t *	val_get_mpid (const val_value_t *val)
	Get the MPI. More...

status_t	val_set_mpid (val_value_t val, struct ncx_sm_mpid_t_ mpid)
	Set the MPID. More...

Detailed Description

Core data access functions to create and use YANG data.

Some functions are used internally but most can be used by SIL and SIL-SA code. All functionality is the same on SIL and SIL-SA platforms.

Macro Definition Documentation

◆ val_is_wildcard_string

#define val_is_wildcard_string ( V ) (((V)->flags & VAL_FL_WILDCARD) ? TRUE : FALSE)

Check if the value is a wildcard string.

Parameters

V	value to check

Returns: TRUE if WILDCARD_STRING node

Function Documentation

◆ val_add_child()

void val_add_child	(	val_value_t *	child,
		val_value_t *	parent
	)

Add a child (deprecated): use val_child_add instead.

Deprecated: DO NOT USE!
Use val_child_add instead!

Add a child value node to a parent value node Simply makes a new last child!!! Does not check siblings!!! Relies on val_set_canonical_order

To modify existing extries, use val_add_child_sorted instead!!

Parameters

child	node to store in the parent
parent	complex value node with a childQ

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◆ val_add_child_sorted()

void val_add_child_sorted	(	val_value_t *	child,
		val_value_t *	parent
	)

Add a child value node to a parent value node in the proper place (deprecated: use val_child_add instead)

Deprecated: DO NOT USE!
Use val_child_add instead!
All children are inserted sorted now.

Parameters

child	node to store in the parent
parent	complex value node with a childQ

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◆ val_add_meta()

status_t val_add_meta	(	val_value_t *	metaval,
		val_value_t *	val
	)

Add a meta value to a value node.

Parameters

metaval	node to store in the parent
val	complex value node with a metaQ

Returns: status

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◆ val_add_test_valindex()

status_t val_add_test_valindex	(	val_value_t *	parentval,
		val_value_t *	keyval
	)

Make a dummy val_index_t for the getcg acmtest.

Parameters

parentval	parent to add the val_index
keyval	keyval to use

Returns: status

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◆ val_all_np_containers()

boolean val_all_np_containers ( val_value_t * val )

Check if the value tree is all NP containers and nothing else.

This is needed by yangcli to prune these edits from the config mode editing process

Parameters

val	val_value_t data structure to check

Returns: TRUE if all NP containers
FALSE if any descendant-or-self non-NP containers found

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◆ val_all_whitespace()

boolean val_all_whitespace ( const xmlChar * str )

Check if a string is all whitespace.

Parameters

str	string to check

Returns: TRUE if string is all whitespace or empty length
FALSE if non-whitespace char found

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◆ val_any_whitespace()

boolean val_any_whitespace	(	const xmlChar *	str,
		uint32	len
	)

Check if a string has any whitespace chars.

Parameters

str	string to check
len	length of str to check

Returns: TRUE if string has any whitespace
FALSE if no whitespace chars found

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◆ val_ascendant_compare()

boolean val_ascendant_compare	(	val_value_t *	val1,
		val_value_t *	val2
	)

Special compare function for edit compares.

YPW-1348: Add_Edit API problem in case of identical edit value names from different modules

  Compare 2 val_value_t struct node contents
  1) Check if the current node is the same (do not check children)
  2) Check if all the parents nodes are the same

Does NOT check values, only nodes names and modules

Parameters

val1	test node value to compare
val2	test node value to compare

Returns: TRUE if the value and all parents are different
FALSE if the val or any of the parents are the same

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◆ val_binary_ok_errinfo()

status_t val_binary_ok_errinfo	(	typ_def_t *	typdef,
		const xmlChar *	strval,
		val_value_t *	val,
		ncx_errinfo_t **	errinfo
	)

retrieve the YANG custom error info for binary val, if any

Check a binary string to make sure the value is valid base64 if the value came from raw RPC XML, and if its CLI input then do validation as for binary sting Retrieve the configured error info struct if any error

Parameters

	typdef	typ_def_t for the designated string type
	strval	string value to check
	val	data node that has the binary value
[out]	errinfo	address of return errinfo block (may be NULL) *errinfo error record to use if return error

Returns: status

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◆ val_bit_ok()

status_t val_bit_ok	(	typ_def_t *	typdef,
		const xmlChar *	bitname,
		uint32 *	position
	)

Check a bit name is valid for the typedef.

Parameters

	typdef	typ_def_t for the designated bits type
	bitname	bit name value to check
[out]	position	address of return bit struct position value *position bit position value

Returns: status

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◆ val_bitpos_ok()

status_t val_bitpos_ok	(	typ_def_t *	typdef,
		uint32	position,
		const xmlChar **	name
	)

Check a bit position is valid for the typedef.

Parameters

	typdef	typ_def_t for the designated bits type
	position	bit position value to check
[out]	name	address of return bit struct name value *name bit name value

Returns: status

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◆ val_change_nsid()

void val_change_nsid	(	val_value_t *	val,
		xmlns_id_t	nsid
	)

Change the namespace ID for a value node and all its descendants.

Parameters

val	value node to change
nsid	new namespace ID to use

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◆ val_change_nsid2()

void val_change_nsid2	(	val_value_t *	val,
		xmlns_id_t	nsid
	)

Change the namespace ID for the descendant nodes of the value node.

Parameters

val	value node to change
nsid	new namespace ID to use

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◆ val_change_nsid3()

void val_change_nsid3	(	val_value_t *	val,
		xmlns_id_t	nsid
	)

Change the namespace ID for a value node only.

Parameters

val	value node to change
nsid	new namespace ID to use

◆ val_child_cnt()

uint32 val_child_cnt ( val_value_t * parent )

Get the number of child nodes present.

get number of child nodes present – for choice checking

Parameters

parent parent complex type to check

Returns: the number of child nodes found

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◆ val_child_inst_cnt()

uint32 val_child_inst_cnt	(	const val_value_t *	parent,
		const xmlChar *	modname,
		const xmlChar *	name
	)

Get the corresponding child instance count by name get instance count – for instance qualifer checking.

Parameters

parent	parent complex type to check
modname	module name defining the child (may be NULL)
name	child name to find and count

Returns: the instance count

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◆ val_clean_index_chain()

void val_clean_index_chain ( val_value_t * val )

Clean out any indexQ entries.

Parameters

[in,out]

val

list containing the indexQ to clean

*val->indexQ is cleaned

◆ val_clean_tree()

void val_clean_tree ( val_value_t * val )

Clear the dirty flag and the operation for all nodes within a value struct.

Parameters

[in,out]

val

value node to clean

val and all its child nodes (if any) are cleaned

      val->flags: VAL_FL_DIRTY bit cleared to 0
      val->editop: cleared to OP_EDITOP_NONE
      val->curparent: cleared to NULL

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◆ val_clean_valQ()

void val_clean_valQ ( dlq_hdr_t * valQ )

Clean a queue of val_value_t.

Deque and free with val_free_value

Parameters

valQ	que of val_value_t to clean and free

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◆ val_clean_value()

void val_clean_value ( val_value_t * val )

Clean a static val_value_t struct.

Parameters

val	value node to clean

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◆ val_clear_child_dirty_flag()

void val_clear_child_dirty_flag ( val_value_t * val )

Clear the dirty flag for all nodes within a value struct.

Parameters

val	value node to clear

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◆ val_clear_defvalset_flag()

void val_clear_defvalset_flag ( val_value_t * val )

Clear the defvalset flag so the server will re-check this node the next time the client does a get request.

Parameters

val	pointer to the value node to set

◆ val_clear_dirty_flag()

void val_clear_dirty_flag	(	val_value_t *	val,
		time_t *	timestamp,
		ncx_transaction_id_t	txid,
		boolean	is_delete,
		boolean	do_clear_default
	)

Clear the dirty flag for this value node.

Parameters

val	value node to clear
timestamp	new last-modified timestamp to set
txid	transaction id for this edit
is_delete	TRUE if the descendant nodes of the 'val' node should be skipped (delete or remove operation) FALSE to stamp the descendant nodes
do_clear_default	TRUE to clear_default or FALSE to leave VAL_FL_DEFVAL untouched

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◆ val_clear_varexpr()

void val_clear_varexpr ( val_value_t * val )

Clear the varexpr field in the value node.

Parameters

val	value to clear

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◆ val_clone()

val_value_t * val_clone ( const val_value_t * val )

Clone a specified val_value_t struct and sub-trees.

Parameters

val	value to clone

Returns: clone of val, or NULL if a malloc failure

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◆ val_clone2()

val_value_t * val_clone2 ( const val_value_t * val )

Clone a specified val_value_t struct and sub-trees but not the editvars.

Parameters

val	== value to clone

Returns: clone of val, or NULL if a malloc failure

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◆ val_clone_config_data()

val_value_t * val_clone_config_data	(	const val_value_t *	val,
		status_t *	res
	)

Clone a specified val_value_t struct and sub-trees with config=true only.

Filter with the val_is_config_data callback function pass in a config node, such as "<config>" root will call val_clone_test with the val_is_config_data callback function

Parameters

	val	config data value to clone
[out]	res	address of return status *res return status

Returns: clone of val, or NULL if a malloc failure

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◆ val_clone_config_newval()

val_value_t * val_clone_config_newval	(	const val_value_t *	val,
		status_t *	res
	)

Clone a specified val_value_t struct and sub-trees with config=true only.

Also remove any delete operation nodes.

Filter with the val_is_config_data callback function pass in a config node, such as "<config>" root will call val_clone_test with the val_is_config_data callback function

YPW-1806: incorporate patch from DZS

Parameters

	val	config data value to clone
[out]	res	address of return status *res return status

Returns: clone of val, or NULL if a malloc failure

◆ val_clone_config_newval_keys_only()

val_value_t * val_clone_config_newval_keys_only	(	const val_value_t *	val,
		status_t *	res
	)

Clone a specified val_value_t struct and sub-trees with config=true only.

Also remove any delete operation nodes.

Filter with the val_is_config_data callback function pass in a config node, such as <config> root will call val_clone_test with the val_is_config_data callback function

Copy only keys nodes if list If container do not copy any children

YPW-2162: Newval for EDIT2 callbacks is not consistent across candidate and running processing

Parameters

val	config data value to clone
res	address of return status

Return values

*res	return status

Returns: clone of val, or NULL if a malloc failure

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◆ val_clone_config_save()

val_value_t * val_clone_config_save	(	const val_value_t *	val,
		status_t *	res
	)

Clone a specified val_value_t struct and sub-trees filter for config only for saving to NVRAM.

Filter with the val_is_config_data callback function pass in a config node, such as "<config>" root will call clone_test with the val_is_config_data callback function

  DOES NOT CLONE THE EDITVARS!!!!
  DOES NOT CLONE THE DEFAULT NODES!!!!

Parameters

	val	config data value to clone
[out]	res	address of return status *res return status

Returns: clone of val, or NULL if a malloc failure

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◆ val_clone_valQ()

status_t val_clone_valQ	(	dlq_hdr_t *	valQ,
		dlq_hdr_t *	return_valQ
	)

Clone all values in 1 valQ into the return_valQ.

Parameters

	valQ	source of val_value_t value queue to clone
[out]	return_valQ	destination valQ for clones return_valQ has nodes added from valQ

Returns: status

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◆ val_compare()

int32 val_compare	(	const val_value_t *	val1,
		const val_value_t *	val2
	)

Compare 2 val_value_t struct value contents.

Handles NCX_CL_BASE and NCX_CL_SIMPLE data classes by comparing the simple value.

Handle NCX_CL_COMPLEX by checking the index if needed and then checking all the child nodes recursively

!!!! Meta-value contents are ignored for this test !!!!

Parameters

val1	first value to check
val2	second value to check

Returns

compare result

      -1: val1 is less than val2 (if complex just different or error)
       0: val1 is the same as val2
       1: val1 is greater than val2

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◆ val_compare_as_string()

int32 val_compare_as_string	(	const val_value_t *	val1,
		const val_value_t *	val2,
		status_t *	res
	)

Compare 2 val_value_t structs Convert each value to a string and compare as strings Needed to compare a value if a UNION type is used.

!!!! Meta-value contents are ignored for this test !!!!

Parameters

	val1	first value to check
	val2	second value to check
[out]	res	address of return status *res return status

Returns

compare result

      -1: val1 is less than val2 (if complex just different or error)
       0: val1 is the same as val2
       1: val1 is greater than val2

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◆ val_compare_ex()

int32 val_compare_ex	(	const val_value_t *	val1,
		const val_value_t *	val2,
		boolean	configonly
	)

Compare 2 val_value_t struct value contents Check all or config only.

Handles NCX_CL_BASE and NCX_CL_SIMPLE data classes by comparing the simple value.

Handle NCX_CL_COMPLEX by checking the index if needed and then checking all the child nodes recursively

!!!! Meta-value contents are ignored for this test !!!!

Parameters

val1	first value to check
val2	second value to check
configonly	TRUE to compare config=true nodes only FALSE to compare all nodes

Returns

compare result

      -1: val1 is less than val2 (if complex just different or error)
       0: val1 is the same as val2
       1: val1 is greater than val2

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◆ val_compare_for_edit()

int32 val_compare_for_edit	(	const val_value_t *	val1,
		const val_value_t *	val2,
		boolean	ismerge
	)

Compare 2 val_value_t struct value contents from an editing POV; compare for merge or delete!

Check just the nodes present in val1 against val2

!!!! Meta-value contents are ignored for this test !!!!

Parameters

val1	first value to check
val2	second value to check
ismerge	TRUE for a merge operation; FALSE for delete operation

Returns

compare result

      -1: val1 is less than val2 (if complex just different or error)
       0: val1 is the same as val2
       1: val1 is greater than val2

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◆ val_compare_for_replace()

int32 val_compare_for_replace	(	const val_value_t *	val1,
		const val_value_t *	val2
	)

Compare 2 val_value_t struct value contents for the nc:operation=replace procedures.

Only check the child nodes to see if the config nodes are the same

!!!! Meta-value contents are ignored for this test !!!!

Parameters

val1	new value to check
val2	current value to check

Returns

compare result

      -1: val1 is less than val2 (if complex just different or error)
       0: val1 is the same as val2
       1: val1 is greater than val2

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◆ val_compare_for_topreplace()

int32 val_compare_for_topreplace	(	const val_value_t *	val1,
		const val_value_t *	val2
	)

Compare 2 val_value_t struct value contents.

Check just the nodes present in val1 against val2 Ignores nodes that are set to default in val2

defaults values in val1 can be absent, it will not affect comparison

!!!! Meta-value contents are ignored for this test !!!!

Parameters

val1	first value to check
val2	second value to check

Returns

compare result

      -1: val1 is less than val2 (if complex just different or error)
       0: val1 is the same as val2
       1: val1 is greater than val2

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◆ val_compare_for_topreplace_simple()

int32 val_compare_for_topreplace_simple	(	const val_value_t *	val1,
		const val_value_t *	val2
	)

Compare 2 val_value_t struct value contents.

Check just the nodes present in val1 against val2 Ignores nodes that are set to default in val2

defaults values in val1 can be absent, it will not affect comparison

!!!! NB: Simplified version, only checks the simple children, does NOT dive into complex children. (Used to identify if the current level node is dirty for agt_apply_this_node_ex() call)

!!!! Meta-value contents are ignored for this test !!!!

Parameters

val1	first value to compare
val2	second value to compare

Returns

compare result

      -1: val1 is less than val2 (if complex just different or error)
       0: val1 is the same as val2
       1: val1 is greater than val2

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◆ val_compare_max()

int32 val_compare_max	(	const val_value_t *	val1,
		const val_value_t *	val2,
		boolean	configonly,
		boolean	childonly,
		boolean	editing
	)

Compare 2 val_value_t struct value contents.

Check all or config only Check just child nodes or all descendant nodes Handles NCX_CL_BASE and NCX_CL_SIMPLE data classes by comparing the simple value.

Handle NCX_CL_COMPLEX by checking the index if needed and then checking all the child nodes recursively

!!!! Meta-value contents are ignored for this test !!!!

Parameters

val1	first value to check
val2	second value to check
configonly	TRUE to compare config=true nodes only FALSE to compare all nodes
childonly	TRUE to look just 1 level for comparison FALSE to compare all descendant nodes of complex types
editing	TRUE to compare for editing FALSE to compare just the values, so a set by default and value=default are the same value

Returns

compare result

      -1: val1 is less than val2 (if complex just different or error)
       0: val1 is the same as val2
       1: val1 is greater than val2

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◆ val_compare_max_def()

int32 val_compare_max_def	(	const val_value_t *	val1,
		const val_value_t *	val2,
		boolean	configonly,
		boolean	childonly,
		boolean	editing,
		boolean	ignore_defaults
	)

Compare 2 val_value_t struct value contents.

Check all or config only Check just child nodes or all descendant nodes Handles NCX_CL_BASE and NCX_CL_SIMPLE data classes by comparing the simple value.

Handle NCX_CL_COMPLEX by checking the index if needed and then checking all the child nodes recursively

!!!! Meta-value contents are ignored for this test !!!!

Parameters

val1	first value to check
val2	second value to check
configonly	TRUE to compare config=true nodes only FALSE to compare all nodes
childonly	TRUE to look just 1 level for comparison FALSE to compare all descendant nodes of complex types
editing	TRUE to compare for editing FALSE to compare just the values, so a set by default and value=default are the same value
ignore_defaults	TRUE to ignore defaults; expect defaults to be set in both nodes FALSE to compensate for defaults missing in val1; try to skip past missing default containers and leafs

Returns

compare result

      -1: val1 is less than val2 (if complex just different or error)
       0: val1 is the same as val2
       1: val1 is greater than val2

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◆ val_compare_to_string()

int32 val_compare_to_string	(	const val_value_t *	val1,
		const xmlChar *	strval2,
		status_t *	res
	)

Compare a val_value_t struct value contents to a string.

Handles NCX_CL_BASE and NCX_CL_SIMPLE data classes by comparing the simple value.

!!!! Meta-value contents are ignored for this test !!!!

Parameters

	val1	first value to check
	strval2	second value to check
[out]	res	address of return status *res return status

Returns

compare result

      -1: val1 is less than val2 (if complex just different or error)
       0: val1 is the same as val2
       1: val1 is greater than val2

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◆ val_compare_to_string_len()

int32 val_compare_to_string_len	(	const val_value_t *	val1,
		const xmlChar *	strval2,
		uint32	strval2len,
		status_t *	res
	)

Compare a val_value_t struct value contents to a string Provide a max-length to compare.

Handles NCX_CL_BASE and NCX_CL_SIMPLE data classes by comparing the simple value.

!!!! Meta-value contents are ignored for this test !!!!

Parameters

	val1	first value to check
	strval2	second value to check
	strval2len	length of strval2
[out]	res	address of return status *res return status

Returns

compare result

      -1: val1 is less than val2 (if complex just different or error)
       0: val1 is the same as val2
       1: val1 is greater than val2

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◆ val_convert_any_to_container()

void val_convert_any_to_container ( val_value_t * val )

Convert the extern parameter to a container instead of extern.

The caller will add child nodes into this container of val_value_t representing the nodes found in the external file

Parameters

val	pointer to the value node to convert

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◆ val_convert_leafref()

val_value_t * val_convert_leafref ( const val_value_t * val )

Convert a value of type NCX_BT_LEAFREF to the value that the final leafref is pointing at.

Parameters

val	value to convert; this must be an NCX_BT_LEAFREF

Returns: malloced val_value_t that must be freed with val_free_value the val->btyp and val->typdef and val->v fields will be set based on the real type; the val->obj will still point at the original object

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◆ val_copy_editvars()

status_t val_copy_editvars	(	const val_value_t *	val,
		val_value_t *	copy
	)

Copy the editvars struct contents into the value node.

Parameters

val	value to copy from
copy	value to copy to

Returns: status

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◆ val_create_allowed()

boolean val_create_allowed ( const val_value_t * val )

Check if the specified value is allowed to have a create edit-config operation attribute.

Parameters

val	value to check

Returns: TRUE if the val is allowed to have the edit-op
FALSE otherwise

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◆ val_cvt_generic()

status_t val_cvt_generic ( val_value_t * val )

Convert all the database object pointers to generic object pointers.

Needed to decouple a user variable in yangcli from the server-specific object definition (which goes away when the session is terminated)

  !!! Need to assume the val->obj pointer is already
  !!! invalid.  This can happen to yangcli when a
  !!! session is dropped and there are vars that
  !!! reference YANG objects from the session

Parameters

val	val_value_t struct to convert to generic

Returns: status

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◆ val_delete_allowed()

boolean val_delete_allowed ( const val_value_t * val )

Check if the specified value is allowed to have a delete edit-config operation attribute.

Parameters

val	value to check

Returns: TRUE if the val is allowed to have the edit-op
FALSE otherwise

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◆ val_delete_children()

void val_delete_children ( val_value_t * val )

Check if the value is a complex type and if so then delete all child nodes.

Parameters

val	value node to clean

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◆ val_delete_default_leaf()

status_t val_delete_default_leaf ( val_value_t * val )

Do the internal work to setup a delete of a default leaf.

Parameters

val	val_value_t struct to use

Returns: status

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◆ val_delete_default_leaf_list()

status_t val_delete_default_leaf_list ( val_value_t * val )

Do the internal work to convert a leaf-list to its YANG default value(s)

Parameters

[in,out]

val

val_value_t struct to use

*val changed to the first default val and any sibling nodes added after it

Returns: status

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◆ val_delete_default_npcon()

status_t val_delete_default_npcon ( val_value_t * val )

Do the internal work to convert an NP-container to its subtree of YANG default values.

Parameters

val	val_value_t struct to use

Returns: status

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◆ val_dirty_subtree()

boolean val_dirty_subtree ( const val_value_t * val )

Check the dirty or subtree_dirty flag.

Parameters

val	value node to check

Returns: TRUE if value is dirty or any subtree may be dirty, false otherwise

◆ val_dump_alt_value()

void val_dump_alt_value	(	val_value_t *	val,
		int32	startindent,
		log_debug_t	lvl
	)

Printf the specified val_value_t struct to the alternate logfile Uses conf file format (see ncx/conf.h)

Parameters

val	value to printf
startindent	start indent char count
lvl	debug level to use; will not print anything unless log-level set to at least this level

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◆ val_dump_value()

void val_dump_value	(	val_value_t *	val,
		int32	startindent,
		log_debug_t	lvl
	)

Printf the specified val_value_t struct to the logfile, or stdout if none set Uses conf file format (see ncx/conf.h)

Parameters

val	value to printf
startindent	start indent char count
lvl	debug level to use; will not print anything unless log-level set to at least this level

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◆ val_dump_value_config()

void val_dump_value_config	(	val_value_t *	val,
		int32	startindent,
		log_debug_t	lvl
	)

Printf the specified val_value_t struct to the logfile, or stdout if none set Uses conf file format (see ncx/conf.h) CONFIG ONLY.

Parameters

val	value to printf
startindent	start indent char count
lvl	debug level to use; will not print anything unless log-level set to at least this level

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◆ val_dump_value_ex()

void val_dump_value_ex	(	val_value_t *	val,
		int32	startindent,
		ncx_display_mode_t	display_mode,
		log_debug_t	lvl
	)

Printf the specified val_value_t struct to the logfile, or stdout if none set Uses conf file format (see ncx/conf.h)

Parameters

val	value to printf
startindent	start indent char count
display_mode	display mode to use
lvl	debug level to use; will not print anything unless log-level set to at least this level

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◆ val_dump_value_full()

void val_dump_value_full	(	val_value_t *	val,
		int32	startindent,
		int32	indent_amount,
		val_dumpvalue_mode_t	dumpmode,
		ncx_display_mode_t	display_mode,
		boolean	with_meta,
		boolean	configonly,
		boolean	conf_mode,
		boolean	expand_varexpr,
		log_debug_t	lvl,
		logfns_t *	overrideOutput
	)

Printf the specified val_value_t struct to the logfile, or stdout if none set Uses conf file format (see ncx/conf.h)

Parameters

val	value to printf
startindent	start indent char count
indent_amount	number of spaces for each indent
dumpmode	logging mode to use
display_mode	display mode enumeration to use
with_meta	TRUE if metaQ should be printed FALSE to skip meta data
configonly	TRUE if config only nodes should be displayed FALSE if all nodes should be displayed
conf_mode	true if .conf file mode
expand_varexpr	TRUE if expanding variable expressions FALSE if not expanding variable expressions
lvl	debug level to use; will not print anything unless log-level set to at least this level
overrideOutput	alternate functions to send to, use NULL normally

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◆ val_dump_value_full2()

void val_dump_value_full2	(	val_value_t *	val,
		int32	startindent,
		int32	indent_amount,
		val_dumpvalue_mode_t	dumpmode,
		ncx_display_mode_t	display_mode,
		boolean	with_meta,
		boolean	configonly,
		boolean	conf_mode,
		boolean	expand_varexpr,
		boolean	withdef,
		log_debug_t	lvl,
		logfns_t *	overrideOutput
	)

Printf the specified val_value_t struct to the logfile, or stdout if none set Uses conf file format (see ncx/conf.h)

Parameters

val	value to printf
startindent	start indent char count
indent_amount	number of spaces for each indent
dumpmode	logging mode to use
display_mode	display mode enumeration to use
with_meta	TRUE if metaQ should be printed FALSE to skip meta data
configonly	TRUE if config only nodes should be displayed FALSE if all nodes should be displayed
conf_mode	true if .conf file mode
expand_varexpr	TRUE if expanding variable expressions FALSE if not expanding variable expressions
withdef	TRUE to generate leafy defaults; FALSE to skip
lvl	debug level to use; will not print anything unless log-level set to at least this level
overrideOutput	alternate functions to send to, use NULL normally

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◆ val_dump_value_max()

void val_dump_value_max	(	val_value_t *	val,
		int32	startindent,
		int32	indent_amount,
		val_dumpvalue_mode_t	dumpmode,
		ncx_display_mode_t	display_mode,
		boolean	with_meta,
		boolean	configonly,
		log_debug_t	lvl
	)

Printf the specified val_value_t struct to the logfile, or stdout if none set Uses conf file format (see ncx/conf.h)

Parameters

val	value to printf
startindent	start indent char count
indent_amount	number of spaces for each indent
dumpmode	logging mode to use
display_mode	display mode enumeration to use
with_meta	TRUE if metaQ should be printed FALSE to skip meta data
configonly	TRUE if config only nodes should be displayed FALSE if all nodes should be displayed
lvl	debug level to use; will not print anything unless log-level set to at least this level

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◆ val_duplicates_allowed()

boolean val_duplicates_allowed ( val_value_t * val )

Determine if duplicates are allowed for the given val type The entire definition chain is checked to see if a 'no-duplicates'.

The default is config, so some sort of named type or parameter must be declared to create a non-config data element

  Fishing order:
   1) typdef chain
   2) parm definition
   3) parmset definition

Parameters

val	value node to check

Returns: TRUE if the value is classified as configuration
FALSE if the value is not classified as configuration

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◆ val_enum_ok()

status_t val_enum_ok	(	typ_def_t *	typdef,
		const xmlChar *	enumval,
		int32 *	retval,
		const xmlChar **	retstr
	)

Check an enumerated integer string to make sure the value is valid based on the specified typdef.

Parameters

	typdef	typ_def_t for the designated enum type
	enumval	enum string value to check
[out]	retval	pointer to return integer variable *retval integer value of enum
[out]	retstr	pointer to return string name variable *retstr pointer to return string name variable

Returns: status

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◆ val_fast_replace_string()

status_t val_fast_replace_string	(	const xmlChar *	str,
		uint32	stringlen,
		val_value_t *	copy
	)

Replace a specified val_value_t struct with a string type Reuse everything – just set the val->v.str field.

Parameters

	str	value to clone from; may be NULL
	stringlen	number of chars to use from str, if not NULL
[out]	copy	address of value to replace str.v string value *copy has been altered and copy->v.str changed

Returns: status

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◆ val_find_bit()

boolean val_find_bit	(	val_value_t *	val,
		const xmlChar *	bitname
	)

Find the specified bit name in the NCX_BT_BITS value.

Parameters

val	value node to check
bitname	name of bit to find

Returns: TRUE if bit is found
FALSE if bit not found or val is not a bits type

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◆ val_find_bit_name()

const xmlChar * val_find_bit_name	(	val_value_t *	val,
		uint32	bitpos
	)

Find the specified bit name in the NCX_BT_BITS value.

Parameters

val	value node to check
bitpos	position value for the bit to find

Returns: const pointer to the bit name that is associated with the specicifed bit number

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◆ val_find_child()

val_value_t * val_find_child	(	const val_value_t *	parent,
		const xmlChar *	modname,
		const xmlChar *	childname
	)

Find the first instance of the specified child node.

Parameters

parent	parent complex type to check
modname	module name; the first match in this module namespace will be returned NULL: the first match in any namespace will be returned;
childname	name of child node to find

Returns: pointer to the child if found or NULL if not found

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◆ val_find_child_fast()

val_value_t * val_find_child_fast	(	const val_value_t *	parent,
		xmlns_id_t	nsid,
		const xmlChar *	childname
	)

Find the first instance of the specified child node.

Parameters

parent	parent complex type to check
nsid	module namespace ID the first match in this module namespace will be returned == 0: the first match in any namespace will be returned;
childname	name of child node to find

Returns: pointer to the child if found or NULL if not found

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◆ val_find_child_obj()

val_value_t * val_find_child_obj	(	const val_value_t *	parent,
		const struct obj_template_t_ *	chobj
	)

Find the first instance of the specified child node Use the object template pointer to match the object.

Parameters

parent	parent complex type to check
chobj	child object type to check

Returns: pointer to the first child value if found or NULL if not found

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◆ val_find_child_que()

val_value_t * val_find_child_que	(	const dlq_hdr_t *	childQ,
		xmlns_id_t	nsid,
		const xmlChar *	childname
	)

Find the first instance of the specified child node in the specified child Q.

Parameters

childQ	Q of val_value_t to search
nsid	module namespace ID the first match in this module namespace will be returned == 0: the first match in any namespace will be returned;
childname	name of child node to find

Returns: pointer to the child if found or NULL if not found

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◆ val_find_enum_name()

const xmlChar * val_find_enum_name	(	val_value_t *	val,
		int32	enunum
	)

Find the specified enum name for the value field that matches for NCX_BT_ENUM value.

Parameters

val	value node to check
enunum	'value' value for the enum to find

Returns: const pointer to the enum name that is associated with the specicifed enumeration value

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◆ val_find_enum_name2()

const xmlChar * val_find_enum_name2	(	ncx_btype_t	btyp,
		typ_def_t *	typdef,
		int32	enunum
	)

Find the specified enum name for the value field that matches for NCX_BT_ENUM value Do not use val_value value.

Parameters

btyp	base type to use check
typdef	default typdef for the specified base type
enunum	'value' value for the enum to find

Returns: const pointer to the enum name that is associated with the specicifed enumeration value

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◆ val_find_meta()

val_value_t * val_find_meta	(	val_value_t *	val,
		xmlns_id_t	nsid,
		const xmlChar *	name
	)

Get the corresponding meta data node.

Parameters

val	value to check for metadata
nsid	namespace ID of 'name'; 0 == don't use
name	name of metadata variable name

Returns: pointer to the child if found or NULL if not found

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◆ val_find_next_child()

val_value_t * val_find_next_child	(	const val_value_t *	parent,
		const xmlChar *	modname,
		const xmlChar *	childname,
		const val_value_t *	curchild
	)

Find the next instance of the specified child node.

Use val_child_next_same instead of this function

Parameters

parent	parent complex type to check
modname	module name; the first match in this module namespace will be returned == NULL: the first match in any namespace will be returned;
childname	name of child node to find
curchild	current child of this object type to start search

Returns: pointer to the child if found or NULL if not found

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◆ val_find_next_child_fast()

val_value_t * val_find_next_child_fast	(	const val_value_t *	parent,
		const val_value_t *	curchild
	)

Find the next instance of the specified child node.

Deprecated : Use val_child_next_same instead

Use the curchild->obj pointer to find next child of this type Assumes childQ is sorted and all instances of 'curchild' are already grouped together.

Parameters

parent	parent complex type to check
curchild	current child of this object type to start search

Returns: pointer to the child if found or NULL if not found

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◆ val_find_root()

val_value_t * val_find_root ( val_value_t * val )

Find the root value node or top-val if no ncx:root found.

Parameters

val	node to check

Returns: pointer to root node

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◆ val_first_bit_set()

status_t val_first_bit_set	(	const val_value_t *	val,
		const ncx_lmem_t **	lmem,
		uint32 *	pos
	)

Get the first bit set in a bits value.

Check if the node is a NCX_BT_BITS and if so get the first bit set. Used by cbor_wr to generate byte array

Parameters

	val	value node to check
[out]	lmem	address of return list member (for next only) *lmem return list member for next
[out]	pos	address of return bit position *pos return bit position

Returns: status

◆ val_first_child_match()

val_value_t * val_first_child_match	(	const val_value_t *	parent,
		const val_value_t *	child
	)

Get the first instance of the corresponding child node.

Parameters

parent	parent value to check
child	child value to find (e.g., from a NETCONF PDU)

Returns: pointer to the child if found or NULL if not found

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◆ val_first_child_match_fast()

val_value_t * val_first_child_match_fast	(	const val_value_t *	parent,
		const val_value_t *	child,
		val_value_t *	lastmatch
	)

Get the first instance of the corresponding child node Object pointers must be from the same tree!!!

Parameters

parent	parent value to check
child	child value to find (e.g., from a NETCONF PDU)
lastmatch	last child to start search from; (may be NULL)

Returns: pointer to the child if found or NULL if not found

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◆ val_first_child_name()

val_value_t * val_first_child_name	(	val_value_t *	parent,
		const xmlChar *	name
	)

Get the first corresponding child node instance, by name find first – really for resolve index function.

Parameters

parent	parent complex type to check
name	child name to find

Returns: pointer to the FIRST match if found, or NULL if not found

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◆ val_first_child_qname()

val_value_t * val_first_child_qname	(	val_value_t *	parent,
		xmlns_id_t	nsid,
		const xmlChar *	name
	)

Get the first corresponding child node instance, by QName.

Parameters

parent	parent complex type to check
nsid	namespace ID to use, 0 for any
name	child name to find

Returns: pointer to the first match if found, or NULL if not found

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◆ val_first_child_string()

val_value_t * val_first_child_string	(	val_value_t *	parent,
		const xmlChar *	name,
		const xmlChar *	strval
	)

find first name value pair

Get the first corresponding child node instance, by name and by string value. Child node must be a base type of

    NCX_BT_STRING
    NCX_BT_INSTANCE_ID
    NCX_BT_LEAFREF

Parameters

parent	parent complex type to check
name	child name to find
strval	string value to find

Returns: pointer to the FIRST match if found, or NULL if not found

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◆ val_fit_oneline()

boolean val_fit_oneline	(	const val_value_t *	val,
		uint32	linesize,
		boolean	isxml
	)

Check if the XML encoding for the specified val_value_t should take one line or more than one line.

Simple types should not use more than one line or introduce any extra whitespace in any simple content element

!!!The calculation includes the XML start and end tags!!!

totalsize: <foo:node>value</foo:node> == 26

Parameters

val	value to check
linesize	length of line to check against
isxml	TRUE to account for XML start and end tags FALSE to account for config file formatting

Returns: TRUE if the val is a type that should or must fit on one line
FALSE otherwise

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◆ val_force_default()

void val_force_default ( val_value_t * val )

Set a node created by the server as a default node.

Parameters

val	value node to change

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◆ val_force_dname()

status_t val_force_dname ( val_value_t * val )

Set (or reset) the name of a value struct.

Set all descendant nodes as well

Force dname to be used, not object name backptr

Parameters

val	val_value_t data structure to change

Returns: status

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◆ val_force_empty()

void val_force_empty ( val_value_t * val )

Convert a simple node to an empty type.

Parameters

val	val_value_t struct to use

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◆ val_free_editvars()

void val_free_editvars ( val_value_t * val )

Free the editing variables for the value node.

Parameters

[in,out]

val

val_value_t data structure to use

val->editvars is freed if set
val->editop set to OP_EDITOP_NONE

◆ val_free_solo_editvars()

void val_free_solo_editvars ( val_editvars_t * editvars )

Free the editing variables removed from a val_value_t.

Parameters

editvars edit var struct to clean and free

◆ val_free_unique()

void val_free_unique ( val_unique_t * valuni )

Clean and free a val_unique_t struct.

Parameters

valuni val_unique struct to free

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◆ val_free_value()

void val_free_value ( val_value_t * val )

Scrub the memory in a val_value_t by freeing all the sub-fields and then freeing the entire struct itself.

The struct must be removed from any queue it is in before this function is called.

Parameters

val	val_value_t to delete

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◆ val_get_aiocb()

struct xpath_aio_cb_t_ * val_get_aiocb ( const val_value_t * val )

Get the aiocb field if set; NULL if not set.

Parameters

val	value to check

Returns: pointer to aiocb field or NULL if none

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◆ val_get_child_deleted_flag()

boolean val_get_child_deleted_flag ( val_value_t * val )

Get the child_deleted flag for this value node.

Parameters

val	value node to check

Returns: TRUE if child deleted flag set, false otherwise

◆ val_get_child_inst_id()

uint32 val_get_child_inst_id	(	const val_value_t *	parent,
		const val_value_t *	child
	)

Get the instance ID for this child node within the parent context.

Parameters

parent	parent complex type to check
child	child node to find ID for

Returns: the instance ID num (1 .. N), or 0 if some error

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◆ val_get_dirty_flag()

boolean val_get_dirty_flag ( const val_value_t * val )

Get the dirty flag for this value node.

Parameters

val	value node to check

Returns: TRUE if value is dirty, false otherwise

◆ val_get_dname()

const xmlChar * val_get_dname ( const val_value_t * val )

Get the dname field if set; NULL if not set.

Parameters

val	value to check

Returns: pointer to dname field or NULL if none

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◆ val_get_first_child()

val_value_t * val_get_first_child ( const val_value_t * parent )

Get the first child node.

Parameters

parent parent complex type to check

Returns: pointer to the child if found or NULL if not found

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◆ val_get_first_index()

val_index_t * val_get_first_index ( const val_value_t * val )

Get the first index entry, if any for this value node.

Parameters

val	value node to check

Returns: pointer to first val_index_t node, NULL if none

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◆ val_get_first_key()

val_index_t * val_get_first_key ( val_value_t * val )

Get the first key record if this is a list with a key-stmt.

Parameters

val	value node to check

Returns: pointer to first key control block or NULL if none

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◆ val_get_first_leaf()

val_value_t * val_get_first_leaf ( val_value_t * val )

Get the first leaf or leaflist node in the specified value tree.

Parameters

val	value node to check

Returns: pointer to first leaf found within this val struct pointer to val if val is a leaf

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◆ val_get_first_meta()

val_value_t * val_get_first_meta ( dlq_hdr_t * queue )

Get the first metaQ entry from the specified Queue.

Parameters

queue == queue of val_value_t meta-vals to check

Returns: pointer to the first meta-var in the Queue if found, or NULL if none

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◆ val_get_first_meta_val()

val_value_t * val_get_first_meta_val ( val_value_t * val )

Get the first metaQ entry from the specified Queue.

Parameters

val	value node to get the metaQ from

Returns: pointer to the first meta-var in the Queue if found, or NULL if none

◆ val_get_first_terminal_child()

val_value_t * val_get_first_terminal_child ( const val_value_t * parent )

Get the child node only if obj_is_terminal(val->obj) is true.

Parameters

parent parent complex type to check

Returns: pointer to the first terminal child if found or NULL if not found

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◆ val_get_icookie()

int val_get_icookie ( val_value_t * val )

Get the SIL integer cookie in the editvars for the specified value node.

Parameters

val	val_value_t struct to set

Returns: integer cookie value or 0 if none

◆ val_get_index_count()

uint32 val_get_index_count ( const val_value_t * val )

Get the number of index nodes in this val.

Parameters

val	value node to check

Returns: index count (keys actually present)

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◆ val_get_iqualval()

ncx_iqual_t val_get_iqualval ( const val_value_t * val )

Get the effective instance qualifier value for this value.

Parameters

val	value construct to check

Returns: iqual value

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◆ val_get_last_key()

val_index_t * val_get_last_key ( val_value_t * val )

Get the last key record if this is a list with a key-stmt.

Parameters

val	value node to check

Returns: pointer to last key control block or NULL if none

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◆ val_get_last_modified()

time_t * val_get_last_modified ( val_value_t * val )

Get the last_modified field.

Parameters

val	val_value_t data structure to use

Returns: pointer to last_modified field

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◆ val_get_leafref_typdef()

typ_def_t * val_get_leafref_typdef ( val_value_t * val )

Return a base typedef of type NCX_BT_LEAFREF.

The value that the final leafref is pointing at.

Parameters

val	value to use; this must be an NCX_BT_LEAFREF

Returns: pointer to final typ_def_t

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◆ val_get_leafref_typdef_ex()

typ_def_t * val_get_leafref_typdef_ex	(	val_value_t *	val,
		boolean	union_check
	)

Return a base typedef of type NCX_BT_LEAFREF.

The value that the final leafref is pointing at if UNION then return a real typdef of that union that matches the VAL.

Parameters

val	value to use; this must be an NCX_BT_LEAFREF
union_check	TRUE if check if the leafref is union and return a real typdef not the union

Returns: pointer to final typ_def_t

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◆ val_get_metaQ()

dlq_hdr_t * val_get_metaQ ( val_value_t * val )

Get the meta Q header for the value.

Parameters

val	value node to check

Returns: pointer to the metaQ for this value

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◆ val_get_mod_name()

const xmlChar * val_get_mod_name ( const val_value_t * val )

Get the module name associated with this value node.

Parameters

val	value node to check

Returns: const pointer to module name string
NULL if not found

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◆ val_get_mod_prefix()

const xmlChar * val_get_mod_prefix ( const val_value_t * val )

Get the module prefix associated with this value node.

Parameters

val	value node to check

Returns: const pointer to module name string
NULL if not found

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◆ val_get_mpid()

ncx_sm_mpid_t * val_get_mpid ( const val_value_t * val )

Get the MPI.

Get the back-ptr to the Moint Point ID struct

Parameters

val	value to check

Returns: back-ptr to the Moint Point ID struct

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◆ val_get_nest_level()

uint32 val_get_nest_level ( val_value_t * val )

Get the next level of the value.

Parameters

val	value node to check

Returns: nest level from the root

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◆ val_get_next_child()

val_value_t * val_get_next_child ( const val_value_t * curchild )

Get the next child node.

Parameters

curchild current child node

Returns: pointer to the next child if found or NULL if not found

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◆ val_get_next_index()

val_index_t * val_get_next_index ( const val_index_t * valindex )

Get the next index entry, if any for this value node.

Parameters

valindex current value index struct to check

Returns: pointer to next val_index_t node, NULL if none

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◆ val_get_next_key()

val_index_t * val_get_next_key ( val_index_t * curkey )

Get the next key record if this is a list with a key-stmt.

Parameters

curkey current key node

Returns: pointer to next key control block or NULL if none

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◆ val_get_next_meta()

val_value_t * val_get_next_meta ( val_value_t * curnode )

Get the next metaQ entry from the specified entry.

Parameters

curnode current meta-var node

Returns: pointer to the next meta-var in the Queue if found, or NULL if none

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◆ val_get_next_terminal_child()

val_value_t * val_get_next_terminal_child ( const val_value_t * curchild )

Get the next child node only if obj_is_terminal(val->obj) is true.

Parameters

curchild current child node

Returns: pointer to the next child if found or NULL if not found

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◆ val_get_nsid()

xmlns_id_t val_get_nsid ( const val_value_t * val )

Get the namespace ID for the specified value node.

Parameters

val	value node to check

Returns: namespace ID or 0 if not found

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◆ val_get_owner()

const xmlChar * val_get_owner ( val_value_t * val )

Get the owner string for the specified value node.

Parameters

val	value node to check

Returns: const pointer to owner name; NULL if system-owned

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◆ val_get_owner_id()

ncx_owner_id_t val_get_owner_id ( val_value_t * val )

Get the owner ID for the specified value node.

Parameters

val	value node to check

Returns: const pointer to owner name; "system" if system-owned

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◆ val_get_parent_nsid()

xmlns_id_t val_get_parent_nsid ( const val_value_t * val )

Try to get the parent namespace ID.

Parameters

val	== value to check

Returns: namespace ID of parent, or 0 if not found or not a value parent

◆ val_get_pcookie()

void * val_get_pcookie ( val_value_t * val )

Get the SIL pointer cookie in the editvars for the specified value node.

Parameters

val	val_value_t struct to set

Returns: pointer cookie value or NULL if none

◆ val_get_prev_key()

val_index_t * val_get_prev_key ( val_index_t * curkey )

Get the previous key record if this is a list with a key-stmt.

Parameters

curkey == current key node

Returns: pointer to previous key control block or NULL if none

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◆ val_get_sil_priority()

uint8 val_get_sil_priority ( val_value_t * val )

Get the secondary SIL priority; zero if not found.

Parameters

val	value to check

Returns: SIL priority value

◆ val_get_skip_sil_partial()

boolean val_get_skip_sil_partial ( const val_value_t * val )

Get the skip_sil_partial flag.

Parameters

val	value to check

Returns: TRUE if the skip-sil-partial flag is set

◆ val_get_subtree_dirty_flag()

boolean val_get_subtree_dirty_flag ( const val_value_t * val )

Get the subtree dirty flag for this value node.

Parameters

val	value node to check

Returns: TRUE if value is subtree dirty, false otherwise

◆ val_get_typdef()

const typ_def_t * val_get_typdef ( const val_value_t * val )

Get the typdef field for a value struct.

Parameters

val	val_value_t struct to use

Returns: pointer to the typdef or NULL if none

◆ val_get_varexpr()

const xmlChar * val_get_varexpr ( const val_value_t * val )

Get the varexpr field if set; NULL if not set.

Parameters

val	value to check

Returns: pointer to varexpr field or NULL if none

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◆ val_get_virtual_value()

val_value_t * val_get_virtual_value	(	ses_cb_t *	scb,
		val_value_t *	val,
		status_t *	res
	)

Get the value of a virtual value node.

The top-level value is provided by the caller and must be malloced with val_new_value before calling this function

must free the return val; not cached

If the val->getcb is NULL, then an error will be returned

Caller should check for *res == ERR_NCX_SKIPPED This will be returned if virtual value has no instance at this time.

!!! DO NOT SAVE THE RETURN VALUE LONGER THAN THE !!! VIRTUAL VALUE CACHE TIMEOUT VALUE

Parameters

	scb	session CB ptr cast as void * that is getting the virtual value
[in,out]	val	virtual value to get value for val->virtualval will be set with the cached return value
[out]	res	pointer to output function return status value *res the function return status

Returns: A malloced and filled in val_value_t struct This value is cached in the val->virtualval pointer and will be freed when the cache is replaced or when val is freed

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◆ val_get_yang_sid()

ncx_sid_t val_get_yang_sid ( const val_value_t * val )

Get the YANG SID for the specified value node.

Parameters

val	value node to check

Returns: YANG SID or 0 if not assigned or found

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◆ val_get_yang_typename()

const xmlChar * val_get_yang_typename ( val_value_t * val )

Get the YANG type name for this value node if there is one.

Parameters

val	pointer to the value node to check

Returns: pointer to YANG type name, NULL if some error

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◆ val_has_children()

boolean val_has_children ( const val_value_t * val )

Determine if there are any child nodes for this val.

Parameters

val	value node to check

Returns: TRUE if the value has 1 or more child nodes
FALSE if the value does not have any child nodes

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◆ val_has_complex_child()

boolean val_has_complex_child ( const val_value_t * val )

Check if the value has complex children nodes.

Parameters

val	value to check;

Returns: TRUE if value has complex children nodes
FALSE otherwise

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◆ val_has_conditional_value()

boolean val_has_conditional_value ( val_value_t * val )

Check if the value is conditional.

YANG 1.1:: Check the value that must be properly set to see if it is conditional on any if-feature-stmts

Parameters

val	value to check

Returns: true if value set is conditional; false if not

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◆ val_has_content()

boolean val_has_content ( const val_value_t * val )

Determine if there is a value or any child nodes for this val.

Parameters

val	value node to check

Returns: TRUE if the value has some content
FALSE if the value does not have any content

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◆ val_has_content_ex()

boolean val_has_content_ex ( const val_value_t * val )

Determine if there is a value or any child nodes for this val.

Also checks if the complex nodes have any GET2 children

Parameters

val	value node to check

Returns: TRUE if the value has some content
FALSE if the value does not have any content

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◆ val_has_dquotes()

boolean val_has_dquotes ( const xmlChar * str )

Check if a string has any double-quotes in it.

Parameters

str	string to check

Returns

TRUE if double quote found in string
FALSE if not found

◆ val_has_index()

boolean val_has_index ( const val_value_t * val )

Determine if this value has an index.

Parameters

val	value node to check

Returns: TRUE if the value has an index
FALSE if the value does not have an index

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◆ val_has_withdef_default()

boolean val_has_withdef_default ( const val_value_t * val )

Check if the value contained the wd:default attribute.

Parameters

val	val_value_t struct to check

Returns: TRUE if wd:default was set to true
FALSE if wd:default attribute was not set to true

◆ val_highest_bit_set()

status_t val_highest_bit_set	(	const val_value_t *	val,
		uint32 *	count,
		uint32 *	pos
	)

Get the bit count highest bit set in a bits value.

Check if the node is a NCX_BT_BITS and if so get the highest bit set. Used by cbor_wr to determine which encoding form for bits data type is needed.

Parameters

	val	value node to check
[out]	count	address of return bit count *count return bit count
[out]	pos	address of return bit position *pos return bit position

Returns: status

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◆ val_identity_ok()

status_t val_identity_ok	(	typ_def_t *	typdef,
		ncx_identity_t *	ident
	)

Check if an identity is OK for the specified object typedef.

Parameters

typdef	typedef for the designated identityref type
ident	identity to check

Returns: status

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◆ val_idref_derived_from()

boolean val_idref_derived_from	(	ncx_module_t *	impmod,
		val_value_t *	testval,
		const xmlChar *	qname,
		boolean	or_self
	)

Check the specified valnode is derived from the specified identity.

Parameters

impmod	module to use for prefix-to-import matching
testval	value node to test
qname	identity string to check
or_self	TRUE if SELF OK; FALSE if NORMAL MODE

Returns: TRUE is string matches pattern; FALSE otherwise

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◆ val_idref_ok()

status_t val_idref_ok	(	typ_def_t *	typdef,
		const xmlChar *	qname,
		xmlns_id_t	nsid,
		const xmlChar **	name,
		ncx_identity_t **	id
	)

Check if an identityref QName is valid for the typedef.

The QName must match an identity that has the same base as specified in the typdef

Parameters

	typdef	typ_def_t for the designated identityref type
	qname	QName or local-name string to check
	nsid	namespace ID from XML node for NS of QName this NSID will be used and not the prefix in qname it was parsed in the XML node and is not a module prefix
[out]	name	address of return local name part of QName *name pointer into the qname string at the start of the local name part
[out]	id	address of return identity, if found *id pointer to ncx_identity_t found

Returns: status

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◆ val_idref_ok_ex()

status_t val_idref_ok_ex	(	typ_def_t *	typdef,
		const xmlChar *	qname,
		xmlns_id_t	nsid,
		boolean	is_json,
		ncx_module_t *	impmod,
		boolean	or_self,
		const xmlChar **	name,
		ncx_identity_t **	id
	)

Check if an identityref QName is valid for the typedef.

The QName must match an identity that has the same base as specified in the typdef

Parameters

	typdef	typ_def_t for the designated identityref type
	qname	QName or local-name string to check
	nsid	namespace ID from XML node for NS of QName this NSID will be used and not the prefix in qname it was parsed in the XML node and is not a module prefix
	is_json	TRUE if YANG JSON encoded string (modname:name) FALSE if YANG prefixes expected (modprefix:name)
	impmod	module to use to find prefix-to-import mappings this will be used if for prefixes in qname NULL if not used
	or_self	TRUE if SELF OK; FALSE if NORMAL MODE
[out]	name	address of return local name part of QName *name pointer into the qname string at the start of the local name part
[out]	id	address of return identity, if found *id pointer to ncx_identity_t found

Returns: status

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◆ val_index_compare()

int val_index_compare	(	const val_value_t *	val1,
		const val_value_t *	val2
	)

Check 2 val_value structs for the same instance ID.

The node data types must match, and must be NCX_BT_LIST

Parameters

val1	first value to index match
val2	second value to index match

Returns: -1 , - or 1 for compare value

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◆ val_index_match()

boolean val_index_match	(	const val_value_t *	val1,
		const val_value_t *	val2
	)

Check 2 val_value structs for the same instance ID.

The node data types must match, and must be NCX_BT_LIST

All index components must exactly match.

Parameters

val1	first value to index match
val2	second value to index match

Returns: TRUE if the index chains match

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◆ val_init_complex()

void val_init_complex	(	val_value_t *	val,
		ncx_btype_t	btyp
	)

Initialize the fields in a complex val_value_t this is deprecated and should only be called by val_init_from_template.

MUST CALL val_new_value FIRST

Parameters

val	pointer to the malloced struct to initialize
btyp	base type for this value; expect NCX_BT_CONTAINER or NCX_BT_LIST

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◆ val_init_from_template()

void val_init_from_template	(	val_value_t *	val,
		struct obj_template_t_ *	obj
	)

Initialize a value node from its object template.

This is the normal init function to call MUST CALL val_new_value FIRST

Parameters

val	pointer to the initialized value struct to bind
obj	object template to use

◆ val_init_value()

void val_init_value ( val_value_t * val )

Initialize the generic fields in a val_value_t so it is ready for use.

MUST BE USED with val_value_t structs inside other malloced data

Parameters

val	value struct to initialize

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◆ val_init_virtual()

void val_init_virtual	(	val_value_t *	val,
		void *	cbfn,
		struct obj_template_t_ *	obj
	)

Special function to initialize a virtual value node.

MUST CALL val_new_value FIRST

Parameters

val	pointer to the malloced struct to initialize
cbfn	GET1 callback function to use cast as void *
obj	object template to use

◆ val_insert_child()

void val_insert_child	(	val_value_t *	child,
		val_value_t *	current,
		val_value_t *	parent
	)

Insert a child value node to a parent value node.

Deprecated: DO NOT USE!
Use val_child_insert instead!

Parameters

child	node to store in the parent
current	current node to insert after; NULL to make new first entry
parent	complex value node with a childQ

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◆ val_instance_count()

uint32 val_instance_count	(	val_value_t *	val,
		const xmlChar *	modname,
		const xmlChar *	objname
	)

Count the number of instances of the specified object name in the parent value struct.

This only checks the first level under the parent, not the entire subtree

Parameters

val	value to check
modname	name of module which defines the object to count NULL (do not check module names)
objname	name of object to count

Returns: number of instances found

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◆ val_instance_count_fast()

uint32 val_instance_count_fast	(	val_value_t *	val,
		xmlns_id_t	nsid,
		const xmlChar *	objname,
		val_value_t **	firstval
	)

Count the number of instances of the specified object name in the parent value struct.

This only checks the first level under the parent, not the entire subtree

Try to use val_child_count instead of this function

Parameters

	val	value to check
	nsid	module namespace or zero to skip
	objname	name of object to count
[out]	firstval	pointer to return first found instance *firstval set to first found instance of nsid:objname

Returns: number of instances found

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◆ val_instance_count_fast2()

uint32 val_instance_count_fast2	(	val_value_t *	val,
		val_value_t *	startval
	)

Count the number of instances of the specified object name in the parent value struct.

This only checks the first level under the parent, not the entire subtree Starts with the startval passed in

Try to use val_child_count instead of this function

Parameters

val	value to check
startval	first found instance

Returns: number of instances found

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◆ val_is_config_data()

boolean val_is_config_data ( const val_value_t * val )

Check if the specified value is a config DB object instance.

Parameters

val	value to check

Returns: TRUE if the val is a config DB object instance
FALSE otherwise

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◆ val_is_config_save()

boolean val_is_config_save ( const val_value_t * val )

Check if the specified value is a config DB object instance Check for config-save mode.

Parameters

val	value to check

Returns: TRUE if the val is a config DB object instance in save mode
FALSE otherwise

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◆ val_is_default()

boolean val_is_default ( val_value_t * val )

Check if the specified value is set to the YANG default value.

This is not the same as val_set_by_default. Use that function instead to avoid differences between trim, explicit, and report-all default-style settings

Parameters

[in,out]

val

value to check

val->flags may be adjusted

          VAL_FL_DEFVALSET will be set if not set already
          VAL_FL_DEFVAL will be set or cleared if
             VAL_FL_DEFSETVAL is not already set,
             after determining if the value == its default

Returns: TRUE if the val is set to the default value
FALSE otherwise

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◆ val_is_default_npcon()

boolean val_is_default_npcon ( val_value_t * val )

Check if the value node is a default NP container.

NP container is empty or has only default child nodes

Parameters

val	value to check

Returns: TRUE if value is an NP container with only default child nodes or no child nodes
FALSE otherwise

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◆ val_is_metaval()

boolean val_is_metaval ( const val_value_t * val )

Check if the value is a meta-val (XML attribute)

Parameters

val	val_value_t struct to check

Returns: TRUE if val is a meta-val
FALSE if val is not a meta-val

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◆ val_is_real()

boolean val_is_real ( const val_value_t * val )

Check if the specified value is a real value.

return TRUE if not virtual or NCX_BT_EXTERN or NCX_BT_INTERN)

Parameters

val	value to check

Returns: TRUE if the val is a real value
FALSE otherwise

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◆ val_is_value_set()

boolean val_is_value_set ( val_value_t * val )

Check if a value has been set by a client It has to be initialized and not set by default to return true.

Parameters

val	value to check

Returns: true if value has been set
false if has not been set, or set to default, or the code cannot tell if the value is more than initialized

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◆ val_is_virtual()

boolean val_is_virtual ( const val_value_t * val )

Check if the specified value is a virtual value such that a 'get' callback function is required to access the real value contents.

Parameters

val	value to check

Returns: TRUE if the val is a virtual value
FALSE otherwise

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◆ val_list_ok()

status_t val_list_ok	(	typ_def_t *	typdef,
		ncx_btype_t	btyp,
		ncx_list_t *	list
	)

Check a list to make sure the all the strings are valid based on the specified typdef.

validate all the ncx_lmem_t entries in the list against the specified typdef. Mark any errors in the ncx_lmem_t flags field of each member in the list with an error

Parameters

	typdef	typ_def_t for the designated list type
	btyp	base type (NCX_BT_SLIST or NCX_BT_BITS)
[in,out]	list	list struct with ncx_lmem_t structs to check list->lmem.flags field may contain bits set

Returns

status

         NCX_FL_RANGE_ERR: size out of range
         NCX_FL_VALUE_ERR  value not permitted by value set,
                           or pattern

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◆ val_list_ok_errinfo()

status_t val_list_ok_errinfo	(	typ_def_t *	typdef,
		ncx_btype_t	btyp,
		ncx_list_t *	list,
		ncx_errinfo_t **	errinfo
	)

Check a list to make sure the all the strings are valid based on the specified typdef.

Parameters

	typdef	typ_def_t for the designated list type
	btyp	base type (NCX_BT_SLIST or NCX_BT_BITS)
[in,out]	list	list struct with ncx_lmem_t structs to check list->lmem.flags field may contain bits set
[out]	errinfo	address of return rpc-error info struct *errinfo contains the YANG specified error info, if any

Returns

status

         NCX_FL_RANGE_ERR: size out of range
         NCX_FL_VALUE_ERR  value not permitted by value set,
                           or pattern

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◆ val_liststr_count()

uint32 val_liststr_count ( const val_value_t * val )

Get the number of strings in the list type.

Parameters

val	value to check

Returns: number of list entries; also zero for error

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◆ val_make_binary()

val_value_t * val_make_binary	(	xmlns_id_t	nsid,
		const xmlChar *	valname,
		const xmlChar *	valstr,
		uint32	valstrlen
	)

Malloc and set a val_value_t as a NCX_BT_BINARY type Uses the generic binary object from ncx_get_gen_binary.

Parameters

nsid	namespace ID to use
valname	name of simple value
valstr	simple value encoded as a binary buffer
valstrlen	length of valstr (not zero-terminated)

Returns: malloced val struct filled in; NULL if malloc or strdup failed

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◆ val_make_from_insertxpcb()

val_value_t * val_make_from_insertxpcb	(	val_value_t *	sourceval,
		status_t *	res
	)

Make a val_value_t for a list, with the child nodes for key leafs, specified in the key attribute string given to the insert operation.

Parameters

	sourceval	list val_value_t from the PDU with the insertxpcb to process
[out]	res	address of return status (may be NULL, ignored) *res return status

Returns: malloced list val_value_t struct with converted value

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◆ val_make_simval()

val_value_t * val_make_simval	(	typ_def_t *	typdef,
		xmlns_id_t	nsid,
		const xmlChar *	valname,
		const xmlChar *	valstr,
		status_t *	res
	)

Create and set a val_value_t as a simple type same as val_set_simval, but malloc the value first.

Parameters

	typdef	typdef of expected type
	nsid	namespace ID of this field
	valname	name of simple value
	valstr	simple value encoded as a string
[out]	res	address of return status *res return status

Returns: pointer to malloced and filled in val_value_t struct NULL if some error

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◆ val_make_sprintf_string()

xmlChar * val_make_sprintf_string ( const val_value_t * val )

Malloc a buffer and then sprintf the xmlChar string NETCONF representation of a simple value.

SIL code should use this function to generate the val_value_t simple value into a buffer for external use

Parameters

val	value to print

Returns: malloced buffer with string representation of the 'val' value node NULL if some error

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◆ val_make_string()

val_value_t * val_make_string	(	xmlns_id_t	nsid,
		const xmlChar *	valname,
		const xmlChar *	valstr
	)

Malloc and set a val_value_t as a generic NCX_BT_STRING namespace set to 0 !!!

This function uses the generic string object in ncx.c! Do not use for SIL code! Use val_make_simval_obj in val_util.h instead!

Parameters

nsid	namespace ID to use
valname	name of simple value
valstr	simple value encoded as a string

Returns: malloced val struct filled in; NULL if malloc or strdup failed

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◆ val_mark_deleted()

void val_mark_deleted ( val_value_t * val )

mark the value node as deleted May have to really delete from val_tree

Parameters

val	value node to mark deleted

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◆ val_mark_undeleted()

void val_mark_undeleted ( val_value_t * val )

mark the value node as un-deleted

May have to really delete from val_tree

Parameters

val	value node to mark un-deleted

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◆ val_match_child()

val_value_t * val_match_child	(	const val_value_t *	parent,
		const xmlChar *	modname,
		const xmlChar *	childname
	)

Match the first instance of the specified child node.

Parameters

parent	parent complex type to check
modname	module name; the first match in this module namespace will be returned == NULL: the first match in any namespace will be returned;
childname	name of child node to find

Returns: pointer to the child if found or NULL if not found

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◆ val_match_child_count()

val_value_t * val_match_child_count	(	const val_value_t *	parent,
		const xmlChar *	modname,
		const xmlChar *	childname,
		uint32 *	matchcount
	)

Match the first instance of the specified child node Return the total number of matches.

Parameters

	parent	parent complex type to check
	modname	module name; the first match in this module namespace will be returned == NULL: the first match in any namespace will be returned;
	childname	name of child node to find
[out]	matchcount	address of return match count *matchcount number of matches found

Returns: pointer to the child if found or NULL if not found

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◆ val_match_metaval()

boolean val_match_metaval	(	const xml_attr_t *	attr,
		xmlns_id_t	nsid,
		const xmlChar *	name
	)

Match the specific attribute value and namespace ID.

Parameters

attr	attr to check
nsid	mamespace ID to match against
name	attribute name to match against

Returns: TRUE if attr is a match; FALSE otherwise

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◆ val_merge()

status_t val_merge	(	const val_value_t *	src,
		val_value_t *	dest
	)

Merge src val into dest val (! MUST be same type !) Any meta vars in src are also merged into dest.

This function is not used to merge complex objects !!! For typ_is_simple() only !!!

Parameters

src	val to merge from
dest	val to merge into

Returns: status

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◆ val_meta_empty()

boolean val_meta_empty ( val_value_t * val )

Check if the metaQ is empty for the value node.

Parameters

val	value to check

Returns: TRUE if the metaQ for the value is empty
FALSE otherwise

◆ val_meta_match()

boolean val_meta_match	(	val_value_t *	val,
		val_value_t *	metaval
	)

Return true if the corresponding attribute exists and has the same value.

Parameters

val	value to check for metadata
metaval	value to match in the val->metaQ

Returns: TRUE if the specified attr if found and has the same value
FALSE otherwise

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◆ val_metadata_inst_count()

uint32 val_metadata_inst_count	(	val_value_t *	val,
		xmlns_id_t	nsid,
		const xmlChar *	name
	)

Get the number of instances of the specified attribute.

Parameters

val	value to check for metadata instance count
nsid	namespace ID of the meta data variable
name	name of the meta data variable

Returns: number of instances found in val->metaQ

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◆ val_move_children()

void val_move_children	(	val_value_t *	srcval,
		val_value_t *	destval
	)

Move all the child nodes from src to dest Source and dest must both be containers!

Parameters

srcval	source val_value_t struct to move
destval	destination value struct ot use

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◆ val_move_fields_for_xml()

void val_move_fields_for_xml	(	val_value_t *	srcval,
		val_value_t *	destval,
		boolean	movemeta
	)

Move or copy the internal fields from one val to another for xml_wr purposes.

Parameters

srcval	source val_value_t struct to move from
destval	destination val to move to
movemeta	TRUE if metaQ should be transferred

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◆ val_move_metadata()

void val_move_metadata	(	val_value_t *	srcval,
		val_value_t *	destval
	)

Move the attribute fields from one val to another for xml_wr purposes.

Parameters

srcval	source val_value_t struct to move from
destval	destination val to move to

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◆ val_move_nonconfig_children()

void val_move_nonconfig_children	(	val_value_t *	srcval,
		val_value_t *	destval
	)

Move all the config=false child nodes from src to dest Source and dest must both be containers!

Parameters

srcval	source val_value_t struct to move
destval	destination value struct ot use

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◆ val_need_dquotes()

boolean val_need_dquotes ( const xmlChar * str )

Check if a string needs to be double-quoted to be output within a conf file or ncxcli stdout output.

Parameters

str	string to check

Returns: TRUE if double quoted string is needed
FALSE if not needed

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◆ val_need_owner_string()

boolean val_need_owner_string ( val_value_t * val )

Check if the owner string is needed when generating ywx:owner attrs.

Parameters

val	value node to check

Returns: const pointer to owner name; "system" if system-owned

◆ val_need_quotes()

boolean val_need_quotes ( const xmlChar * str )

Check if a string needs to be single-quoted to be output within a conf file or ncxcli stdout output.

Parameters

str	string to check

Returns: TRUE if single quoted string is needed
FALSE if not needed

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◆ val_new_deleted_value()

val_value_t * val_new_deleted_value ( void )

Malloc and initialize the fields in a val_value_t to be used as a deleted node marker.

Returns: pointer to the malloced and initialized struct or NULL if an error

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◆ val_new_editvars()

status_t val_new_editvars ( val_value_t * val )

Malloc and initialize the val->editvars field.

Parameters

[in,out]

val

val_value_t data structure to use

val->editvars is malloced and initialized

Returns: status

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◆ val_new_extra()

status_t val_new_extra ( val_value_t * val )

Create the val_extra struct if it does not exist.

Parameters

[in,out]

val

value to change

val->val_extra created

Returns: status

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◆ val_new_unique()

val_unique_t * val_new_unique ( void )

Malloc and initialize the fields in a val_unique_t.

Returns: pointer to the malloced and initialized struct or NULL if an error

◆ val_new_value()

val_value_t * val_new_value ( void )

Malloc and initialize the fields in a val_value_t.

Returns: pointer to the malloced and initialized struct or NULL if an error

◆ val_next_bit_set()

status_t val_next_bit_set	(	const val_value_t *	val,
		const ncx_lmem_t *	lmem,
		const ncx_lmem_t **	nextlmem,
		uint32 *	pos
	)

Get the next bit set in a bits value.

Check if the node is a NCX_BT_BITS and if so get the first bit set. Used by cbor_wr to generate byte array

Parameters

	val	value node to check
	lmem	current entry to get next of
[out]	nextlmem	address of return next entry *nextlmem return list member for next
[out]	pos	address of return bit position *pos return bit position

Returns: status

◆ val_next_child_match()

val_value_t * val_next_child_match	(	val_value_t *	parent,
		val_value_t *	child,
		val_value_t *	curmatch
	)

Get the next instance of the corresponding child node.

Match the keys from curchild to siblings of child if they are keys; match same value if they are leaf-lists.

Parameters

parent	parent value to check
child	child value to find (e.g., from a NETCONF PDU)
curmatch	current child of parent that matched

Returns: pointer to the next child match if found or NULL if not found

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◆ val_next_child_qname()

val_value_t * val_next_child_qname	(	val_value_t *	parent,
		xmlns_id_t	nsid,
		const xmlChar *	name,
		val_value_t *	curchild
	)

Get the next corresponding child node instance, by QName.

Parameters

parent	parent complex type to check
nsid	namespace ID to use, 0 for any
name	child name to find
curchild	current child match to start from

Returns: pointer to the next match if found, or NULL if not found

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◆ val_next_child_same()

val_value_t * val_next_child_same ( val_value_t * curchild )

Get the next instance of the corresponding child node.

Parameters

curchild child type to find next instance of

Returns: pointer to the next child of same type or NULL if none

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◆ val_ocpattern_match()

boolean val_ocpattern_match	(	const regex_t *	ocpattern,
		const xmlChar *	strval
	)

Check the specified string against the specified pattern Use POSIX format for openconfig pattern.

Parameters

ocpattern	compiled pattern to use
strval	string to check

Returns: TRUE is string matches pattern; FALSE otherwise

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◆ val_parse_idref()

status_t val_parse_idref	(	ncx_module_t *	mod,
		const xmlChar *	qname,
		xmlns_id_t *	nsid,
		const xmlChar **	name,
		ncx_identity_t **	id
	)

Parse a CLI BASED identityref QName into its various parts.

Parameters

	mod	module containing the default-stmt (or NULL if N/A)
	qname	QName or local-name string to parse
[out]	nsid	address of return namespace ID of the module indicated by the prefix. If mod==NULL then a prefix MUST be present *nsid namespace ID for the prefix part of the QName
[out]	name	address of return local name part of QName *name pointer into the qname string at the start of the local name part
[out]	id	address of return identity, if found *id pointer to ncx_identity_t found (if any, not an error)

Returns: status

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◆ val_parse_idref_rootcb()

status_t val_parse_idref_rootcb	(	ncx_module_t *	mod,
		const xmlChar *	qname,
		xmlns_id_t *	nsid,
		const xmlChar **	name,
		ncx_identity_t **	id,
		ncx_sm_rootcb_t *	rootcb
	)

Parse a CLI BASED identityref QName into its various parts.

Parameters

	mod	module containing the default-stmt (or NULL if N/A)
	qname	QName or local-name string to parse
[out]	nsid	address of return namespace ID of the module indicated by the prefix. If mod==NULL then a prefix MUST be present *nsid namespace ID for the prefix part of the QName
[out]	name	address of return local name part of QName *name pointer into the qname string at the start of the local name part
[out]	id	address of return identity, if found *id pointer to ncx_identity_t found (if any, not an error)
	rootcb	SM root control block if getting mounted module

Returns: status

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◆ val_parse_meta()

status_t val_parse_meta	(	ses_cb_t *	scb,
		typ_def_t *	typdef,
		xml_attr_t *	attr,
		val_value_t *	retval
	)

Parse the metadata descriptor against the typdef Check only that the value is ok, not instance count.

Parameters

	scb	session control block or NULL if none
	typdef	typdef to check
	attr	XML attribute to check
[in,out]	retval	initialized val_value_t to fill in *retval filled in if return is NO_ERR

Returns: status of the operation

◆ val_pattern_match()

boolean val_pattern_match	(	const xmlRegexpPtr	pattern,
		const xmlChar *	strval
	)

Check the specified string against the specified pattern.

Parameters

pattern	compiled pattern to use
strval	string to check

Returns: TRUE is string matches pattern; FALSE otherwise

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◆ val_pattern_ok()

status_t val_pattern_ok	(	typ_def_t *	typdef,
		const xmlChar *	strval
	)

Check a string against all the patterns in a big AND expression.

Parameters

typdef	typ_def_t for the designated enum type
strval	string value to check

Returns: NO_ERR if pattern OK or no patterns found to check; error otherwise

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◆ val_pattern_ok_errinfo()

status_t val_pattern_ok_errinfo	(	typ_def_t *	typdef,
		const xmlChar *	strval,
		ncx_errinfo_t **	errinfo
	)

Check a string against all the patterns in a big AND expression Get errinfo if any.

Parameters

	typdef	typ_def_t for the designated enum type
	strval	string value to check
[out]	errinfo	address of return errinfo struct for err-pattern *errinfo set to error info struct if any, and if error exit

Returns: NO_ERR if pattern OK or no patterns found to check; error otherwise, and *errinfo will be set if the pattern that failed has any errinfo defined in it

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◆ val_range_ok()

status_t val_range_ok	(	typ_def_t *	typdef,
		ncx_btype_t	btyp,
		const ncx_num_t *	num
	)

Check a number to see if it is in range or not Could be a number or size range.

Parameters

typdef	typ_def_t for the simple type to check
btyp	base type of num
num	number to check

Returns: status

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◆ val_range_ok_errinfo()

status_t val_range_ok_errinfo	(	typ_def_t *	typdef,
		ncx_btype_t	btyp,
		const ncx_num_t *	num,
		ncx_errinfo_t **	errinfo
	)

Check a number to see if it is in range or not; get errinfo Could be a number or size range.

Parameters

	typdef	typ_def_t for the simple type to check
	btyp	base type of num
	num	number to check
[out]	errinfo	address of return error struct *errinfo errinfo record on error exit

Returns: status

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◆ val_reinit_from_template()

void val_reinit_from_template	(	val_value_t *	val,
		struct obj_template_t_ *	obj
	)

Re-Initialize a value node from its object template.

MUST CALL val_new_value FIRST
MUST CALL val_init_foo first

Parameters

val	pointer to the initialized value struct to bind
obj	object template to use

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◆ val_remove_child()

void val_remove_child ( val_value_t * child )

Remove a child value node from its parent value node.

Deprecated: DO NOT USE!
Use val_child_remove instead!

Parameters

child node to store in the parent

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◆ val_remove_key()

void val_remove_key ( val_value_t * keyval )

Remove a key pointer because the key is invalid Free the key pointer.

Parameters

keyval value node to find, remove and free

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◆ val_replace()

status_t val_replace	(	val_value_t *	val,
		val_value_t *	copy
	)

Replace a specified val_value_t struct and sub-trees.

!!! this can be destructive to the source 'val' parameter !!!!

Parameters

	val	value to clone from
[out]	copy	address of value to replace *copy has been deleted and reforms with the contents of 'val'

Returns: status

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◆ val_replace_str()

status_t val_replace_str	(	const xmlChar *	str,
		uint32	stringlen,
		val_value_t *	copy
	)

Replace a specified val_value_t struct with a string type.

Parameters

	str	value to clone from; may be NULL
	stringlen	number of chars to use from str, if not NULL
[out]	copy	address of value to replace *copy has been deleted and reforms with the contents of 'val'

Returns: status

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◆ val_replace_stringval()

void val_replace_stringval	(	val_value_t *	val,
		const xmlChar *	str
	)

Replace the string value, not the entire value.

Parameters

val	value to change
str	the string to use to replace the current string

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◆ val_reset_empty()

status_t val_reset_empty ( val_value_t * val )

Recast an already initialized value as an NCX_BT_EMPTY clean a value and set it to empty type used by yangcli to delete leafs.

Parameters

[in,out]

val

value to set

*val is filled in if return NO_ERR

Returns: status

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◆ val_resolve_scoped_name()

status_t val_resolve_scoped_name	(	val_value_t *	val,
		const xmlChar *	name,
		val_value_t **	chval
	)

Find the scoped identifier in the specified complex value.

E.g.: foo.bar.baz

Parameters

	val	complex type to check
	name	scoped name string of a nested node to find
[out]	chval	address of return child val *chval is set to the value of the found local scoped child member, if NO_ERR

Returns: status

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◆ val_set_aiocb()

status_t val_set_aiocb	(	val_value_t *	val,
		struct xpath_aio_cb_t_ *	aiocb
	)

Set the aiocb field in the value node.

Parameters

val	value to set
aiocb	backptr to set

Returns: status

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◆ val_set_all_tags()

void val_set_all_tags	(	val_value_t *	val,
		time_t *	timestamp,
		ncx_transaction_id_t	txid
	)

Set the etag and last_modified field for the node and all config sub-children.

Parameters

val	value node to set
timestamp	new last-modified timestamp to set
txid	transaction id for this edit

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◆ val_set_binary()

status_t val_set_binary	(	const xmlChar *	valstr,
		uint32	valstrlen,
		val_value_t *	val
	)

set and decode base64 value.

Set an initialized val_value_t as a binary type

This function expects the input to be in base64 format!!! ONLY USED BY PARSER FUNCTIONS SETTING A VAL ALREADY SETUP AS NCX_BT_BINARY

Parameters

	valstr	encoded value
	valstrlen	length of valstr to use
[in,out]	val	value to set *val is filled in if return NO_ERR

Returns: status

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◆ val_set_by_default()

boolean val_set_by_default ( const val_value_t * val )

Check if the value was set by val_add_defaults.

Parameters

val	val_value_t struct to check

Returns: TRUE if set by default
FALSE if set explicitly by some user or the ctartup config

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◆ val_set_canonical()

status_t val_set_canonical ( val_value_t * val )

Invoke the canonical callback for the data type (if any)

Parameters

val	node to change to canonical format

Returns: status; returns NO_ERR if done or skipped!

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◆ val_set_child_deleted_flag()

void val_set_child_deleted_flag ( val_value_t * val )

Set the child_deleted flag for this value node.

Parameters

val	value node to set

◆ val_set_dirty_flag()

void val_set_dirty_flag	(	val_value_t *	val,
		boolean	clear_def
	)

Set the dirty flag for this value node.

Parameters

val	value node to set
clear_def	TRUE to clear the DEFSET flag FALSE to skip the clear_default() step

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◆ val_set_dname()

status_t val_set_dname	(	val_value_t *	val,
		const xmlChar *	dname
	)

Set the dname field.

The dname will be strdup-ed and then added

Parameters

val	value to set
dname	name to set

Returns: status

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◆ val_set_dname2()

status_t val_set_dname2	(	val_value_t *	val,
		const xmlChar *	dname,
		uint32	dnamelen
	)

Set the dname field.

The dname will be strndup-ed and then added

Parameters

val	value to set
dname	name to set
dnamelen	length of dname field

Returns: status

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◆ val_set_extern()

void val_set_extern	(	val_value_t *	val,
		xmlChar *	fname
	)

Setup an NCX_BT_EXTERN value.

Parameters

val	value to setup
fname	filespec string to set as the value

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◆ val_set_extra_instance_errors()

void val_set_extra_instance_errors	(	val_value_t *	val,
		const xmlChar *	modname,
		const xmlChar *	objname,
		uint32	maxelems
	)

mark ERR_NCX_EXTRA_VAL_INST errors for nodes > 'maxelems'

Count the number of instances of the specified object name in the parent value struct. This only checks the first level under the parent, not the entire subtree Set the val-res status for all instances beyond the specified 'maxelems' count to ERR_NCX_EXTRA_VAL_INST

Parameters

val	value to check
modname	name of module which defines the object to count NULL (do not check module names)
objname	name of object to count
maxelems	number of allowed instances

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◆ val_set_force_config()

void val_set_force_config	(	val_value_t *	val,
		boolean	is_config
	)

Set the force config flags for the object.

Parameters

val	pointer to the value node to set
is_config	config-stmt value to set

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◆ val_set_icookie()

status_t val_set_icookie	(	val_value_t *	val,
		int	icookie
	)

Set the SIL integer cookie in the editvars for the specified value node.

Parameters

val	val_value_t struct to set
icookie	integer cookie value to set

Returns: status

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◆ val_set_intern()

void val_set_intern	(	val_value_t *	val,
		xmlChar *	intbuff
	)

Setup an NCX_BT_INTERN value.

Parameters

val	value to setup
intbuff	internal buffer to set as the value THIS IS LIVE MEMORY THAT WILL BE FREED IF THE VALUE IS FREED

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◆ val_set_mpid()

status_t val_set_mpid	(	val_value_t *	val,
		struct ncx_sm_mpid_t_ *	mpid
	)

Set the MPID.

Parameters

val	value to set
mpid	Mount Point ID

Returns: status

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◆ val_set_name()

void val_set_name	(	val_value_t *	val,
		const xmlChar *	name,
		uint32	namelen
	)

Set (or reset) the name of a value struct.

Parameters

val	val_value_t data structure to check
name	name string to set. This is a counted string
namelen	length of name string

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◆ val_set_pcookie()

status_t val_set_pcookie	(	val_value_t *	val,
		void *	pcookie
	)

Set the SIL pointer cookie in the editvars for the specified value node.

Parameters

val	val_value_t struct to set
pcookie	pointer cookie value to set

Returns: status

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◆ val_set_qname()

void val_set_qname	(	val_value_t *	val,
		xmlns_id_t	nsid,
		const xmlChar *	name,
		uint32	namelen
	)

Set (or reset) the name and namespace ID of a value struct.

Parameters

val	val_value_t data structure to check
nsid	namespace ID to set
name	name string to set
namelen	length of name string

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◆ val_set_sil_priority()

status_t val_set_sil_priority	(	val_value_t *	val,
		uint8	silprio
	)

Set the secondary SIL priority.

Intended for instances of list and list-list Will not have any affect for other node types

Parameters

val	value to set
silprio	value instance SIL priority

Returns: status; ERR_INTERNAL_MEM if editvars could not be malloced

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◆ val_set_simval()

status_t val_set_simval	(	val_value_t *	val,
		typ_def_t *	typdef,
		xmlns_id_t	nsid,
		const xmlChar *	valname,
		const xmlChar *	valstr
	)

set any simple value with any typdef Set an initialized val_value_t as a simple type

Parameters

[in,out]	val	value to set *val is filled in if return NO_ERR
	typdef	typdef of expected type
	nsid	namespace ID of this field
	valname	name of simple value
	valstr	simple value encoded as a string

Returns: status

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◆ val_set_simval_binary()

status_t val_set_simval_binary	(	val_value_t *	val,
		const xmlChar *	binstr,
		uint32	binstrlen
	)

set a binary type either in a type binary, or type within 1 or more unions

The string value will be converted to a value struct format and checked against the provided typedef

Handles the following data types:

   NCX_BT_BINARY
   NCX_BT_UNION

Parameters

[in,out]	val	value to set *val is filled in if return NO_ERR
	binstr	binary buffer
	binstrlen	length of binstr

Returns: status

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◆ val_set_simval_max()

status_t val_set_simval_max	(	val_value_t *	val,
		typ_def_t *	typdef,
		xmlns_id_t	nsid,
		const xmlChar *	valname,
		uint32	valnamelen,
		const xmlChar *	valstr,
		uint32	valstrlen
	)

set any simple value with any typdef, and a counted string Set an initialized val_value_t as a simple type

The string value will be converted to a value struct format and checked against the provided typedef

Handles the following data types:

   NCX_BT_INT8
   NCX_BT_INT16
   NCX_BT_INT32
   NCX_BT_INT64
   NCX_BT_UINT8
   NCX_BT_UINT16
   NCX_BT_UINT32
   NCX_BT_UINT64
   NCX_BT_DECIMAL64
   NCX_BT_FLOAT64
   NCX_BT_BINARY
   NCX_BT_STRING
   NCX_BT_INSTANCE_ID
   NCX_BT_ENUM
   NCX_BT_EMPTY
   NCX_BT_BOOLEAN
   NCX_BT_SLIST
   NCX_BT_BITS
   NCX_BT_UNION
   NCX_BT_LEAFREF
   NCX_BT_IDREF

Parameters

[in,out]	val	value to set *val is filled in if return NO_ERR
	typdef	typdef of expected type
	nsid	namespace ID of this field
	valname	name of simple value
	valnamelen	length of valname string to use
	valstr	simple value encoded as a string
	valstrlen	length of valstr (in case valstr is binary)

Returns: status

◆ val_set_simval_str()

status_t val_set_simval_str	(	val_value_t *	val,
		typ_def_t *	typdef,
		xmlns_id_t	nsid,
		const xmlChar *	valname,
		uint32	valnamelen,
		const xmlChar *	valstr
	)

set any simple value with any typdef, and a counted string Set an initialized val_value_t as a simple type

The string value will be converted to a value struct format and checked against the provided typedef

Handles the following data types:

   NCX_BT_INT8
   NCX_BT_INT16
   NCX_BT_INT32
   NCX_BT_INT64
   NCX_BT_UINT8
   NCX_BT_UINT16
   NCX_BT_UINT32
   NCX_BT_UINT64
   NCX_BT_DECIMAL64
   NCX_BT_FLOAT64
   NCX_BT_BINARY
   NCX_BT_STRING
   NCX_BT_INSTANCE_ID
   NCX_BT_ENUM
   NCX_BT_EMPTY
   NCX_BT_BOOLEAN
   NCX_BT_SLIST
   NCX_BT_BITS
   NCX_BT_UNION
   NCX_BT_LEAFREF
   NCX_BT_IDREF

Parameters

[in,out]	val	value to set *val is filled in if return NO_ERR
	typdef	typdef of expected type
	nsid	namespace ID of this field
	valname	name of simple value
	valnamelen	length of valname string to use
	valstr	simple value encoded as a string

Returns: status

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◆ val_set_skip_sil_partial()

status_t val_set_skip_sil_partial ( val_value_t * val )

Set the skip_sil_partial flag for this value in an edit.

Can only be called by internal APIs during edit processing

Parameters

val	value to set

Returns: status; ERR_INTERNAL_MEM if editvars could not be malloced

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◆ val_set_string()

status_t val_set_string	(	val_value_t *	val,
		const xmlChar *	valname,
		const xmlChar *	valstr
	)

set a generic string using the builtin string typdef Set an initialized val_value_t as a simple type namespace set to 0 !!! use after calling val_new_value

Parameters

[in,out]	val	value to set *val is filled in if return NO_ERR
	valname	name of simple value
	valstr	simple value encoded as a string

Returns: status

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◆ val_set_string2()

status_t val_set_string2	(	val_value_t *	val,
		const xmlChar *	valname,
		typ_def_t *	typdef,
		const xmlChar *	valstr,
		uint32	valstrlen
	)

set a string with any typdef Set an initialized val_value_t as a simple type namespace set to 0 !!!

Will check if the string is OK for the typdef!

Parameters

[in,out]	val	value to set *val is filled in if return NO_ERR
	valname	name of simple value
	typdef	parm typdef (may be NULL)
	valstr	simple value encoded as a string
	valstrlen	length of valstr to use

Returns: status

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◆ val_set_string3()

status_t val_set_string3	(	val_value_t *	val,
		const xmlChar *	valname,
		typ_def_t *	typdef,
		const xmlChar *	valstr,
		uint32	valstrlen,
		boolean	is_dblquote
	)

set a string with any typdef (handle double-quoted) Set an initialized val_value_t as a simple type namespace set to 0 !!!

Will check if the string is OK for the typdef!

Parameters

[in,out]	val	value to set *val is filled in if return NO_ERR
	valname	name of simple value
	typdef	parm typdef (may be NULL)
	valstr	simple value encoded as a string
	valstrlen	length of valstr to use
	is_dblquote	== double-quoted string TRUE will cause escaped chars to be replaced by the real chars FALSE will cause the escaped chars to be ignored and leave the backslash in the input

Returns: status

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◆ val_set_subtree_dirty_up()

void val_set_subtree_dirty_up ( val_value_t * val )

Set the dirty flag for this value node.

Parameters

val	value node to set

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◆ val_set_varexpr()

status_t val_set_varexpr	(	val_value_t *	val,
		const xmlChar *	varexpr
	)

Set the varexpr field in the value node.

Parameters

val	value to set
varexpr	string to set

Returns: status

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◆ val_set_wildcard_string()

void val_set_wildcard_string ( val_value_t * val )

Set the value as a wildcard string.

Parameters

val	value to set

◆ val_set_withdef_default()

void val_set_withdef_default ( val_value_t * val )

Set the value flags as having the wd:default attribute.

Parameters

val	val_value_t struct to set

◆ val_simval_ok()

status_t val_simval_ok	(	typ_def_t *	typdef,
		const xmlChar *	simval
	)

check any simple type to see if it is valid, but do not retrieve the value; used to check the default parameter for example

Parameters

typdef	typ_def_t for the simple type to check
simval	value string to check (NULL means empty string)

Returns: status

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◆ val_simval_ok_errinfo()

status_t val_simval_ok_errinfo	(	typ_def_t *	typdef,
		const xmlChar *	simval,
		ncx_errinfo_t **	errinfo
	)

check any simple type to see if it is valid, but do not retrieve the value; used to check the default parameter for example

Parameters

	typdef	typ_def_t for the simple type to check
	simval	value string to check (NULL means empty string)
[out]	errinfo	address of return error struct *errinfo error struct on error exit

Returns: status

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◆ val_simval_ok_ex()

status_t val_simval_ok_ex	(	typ_def_t *	typdef,
		const xmlChar *	simval,
		ncx_errinfo_t **	errinfo,
		ncx_module_t *	mod
	)

check any simple type to see if it is valid, but do not retrieve the value; used to check the default parameter for example

Parameters

	typdef	typ_def_t for the simple type to check
	simval	value string to check (NULL means empty string)
[out]	errinfo	address of return error struct *errinfo error struct on error exit
	mod	module in progress to use for idref and other strings with prefixes in them

Returns: status

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◆ val_simval_ok_max()

status_t val_simval_ok_max	(	typ_def_t *	typdef,
		const xmlChar *	simval,
		ncx_errinfo_t **	errinfo,
		ncx_module_t *	mod,
		boolean	logerrors
	)

check any simple type to see if it is valid, but do not retrieve the value; used to check the default parameter for example

Parameters

	typdef	typ_def_t for the simple type to check
	simval	value string to check (NULL means empty string)
[out]	errinfo	address of return error struct *errinfo error struct on error exit
	mod	module in progress to use for idref and other strings with prefixes in them
	logerrors	TRUE to log errors; FALSE to not log errors (use FALSE for NCX_BT_UNION)

Returns: status

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◆ val_simval_ok_max2()

status_t val_simval_ok_max2	(	typ_def_t *	typdef,
		const xmlChar *	simval,
		ncx_errinfo_t **	errinfo,
		ncx_module_t *	mod,
		boolean	logerrors,
		boolean	nocond
	)

check any simple type to see if it is valid, but do not retrieve the value; used to check the default parameter for example

Parameters

	typdef	typ_def_t for the simple type to check
	simval	value string to check (NULL means empty string)
[out]	errinfo	address of return error struct *errinfo error struct on error exit
	mod	module in progress to use for idref and other strings with prefixes in them
	logerrors	TRUE to log errors; FALSE to not log errors (use FALSE for NCX_BT_UNION)
	nocond	TRUE if conditional values not allowed; needed to check YANG 1.1 default enum, bits, idref types FALSE to skip conditional test

Returns: status

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◆ val_simval_ok_max3()

status_t val_simval_ok_max3	(	typ_def_t *	typdef,
		const xmlChar *	simval,
		ncx_errinfo_t **	errinfo,
		ncx_module_t *	mod,
		boolean	logerrors,
		boolean	nocond,
		boolean	is_defval
	)

check any simple type to see if it is valid, but do not retrieve the value; used to check the default parameter for example

Parameters

	typdef	typ_def_t for the simple type to check
	simval	value string to check (NULL means empty string)
[out]	errinfo	address of return error struct *errinfo error struct on error exit
	mod	module in progress to use for idref and other strings with prefixes in them
	logerrors	TRUE to log errors; FALSE to not log errors (use FALSE for NCX_BT_UNION)
	nocond	TRUE if conditional values not allowed; needed to check YANG 1.1 default enum, bits, idref types FALSE to skip conditional test
	is_defval	True if the simval is a default value

Returns: status

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◆ val_sprintf_etag()

status_t val_sprintf_etag	(	val_value_t *	val,
		xmlChar *	buff,
		int32	buffsize
	)

Write the Entity Tag for the value to the specified buffer.

Parameters

	val	val_value_t data structure to use
[out]	buff	buffer to use buff filled in if big enough
	buffsize	buffer size to use

Returns: status

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◆ val_sprintf_simval_nc()

status_t val_sprintf_simval_nc	(	xmlChar *	buff,
		const val_value_t *	val,
		uint32 *	len
	)

Sprintf the xmlChar string NETCONF representation of a simple value.

buff is allowed to be NULL; if so, then this fn will just return the length of the string (w/o EOS ch)

USAGE: call 1st time with a NULL buffer to get the length
call the 2nd time with a buffer of the returned length

!!!! DOES NOT CHECK BUFF OVERRUN IF buff is non-NULL !!!!

Parameters

	buff	buffer to write (NULL means get length only)
	val	value to print
[out]	len	address of return length *len number of bytes written (or just length if buff == NULL)

Returns: status

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◆ val_sprintf_simval_nc_ex()

status_t val_sprintf_simval_nc_ex	(	xmlChar *	buff,
		const val_value_t *	val,
		boolean	url_encode,
		uint32 *	len
	)

Sprintf the xmlChar string NETCONF representation of a simple value.

buff is allowed to be NULL; if so, then this fn will just return the length of the string (w/o EOS ch)

USAGE: call 1st time with a NULL buffer to get the length call the 2nd time with a buffer of the returned length

!!!! DOES NOT CHECK BUFF OVERRUN IF buff is non-NULL !!!!

Parameters

	buff	buffer to write (NULL means get length only)
	val	value to print
	url_encode	TRUE to URL encode a string; false for regular output
[out]	len	address of return length *len number of bytes written (or just length if buff == NULL)

Returns: status

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◆ val_stdout_value()

void val_stdout_value	(	val_value_t *	val,
		int32	startindent,
		log_debug_t	lvl
	)

Printf the specified val_value_t struct to stdout Uses conf file format (see ncx/conf.h)

Parameters

val	value to printf
startindent	start indent char count
lvl	debug level to use; will not print anything unless log-level set to at least this level

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◆ val_stdout_value_ex()

void val_stdout_value_ex	(	val_value_t *	val,
		int32	startindent,
		ncx_display_mode_t	display_mode,
		log_debug_t	lvl
	)

Printf the specified val_value_t struct to stdout Uses conf file format (see ncx/conf.h)

Parameters

val	value to printf
startindent	start indent char count
display_mode	display mode enumeration to use
lvl	debug level to use; will not print anything unless log-level set to at least this level

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◆ val_string_ok()

status_t val_string_ok	(	typ_def_t *	typdef,
		ncx_btype_t	btyp,
		const xmlChar *	strval
	)

Check a string to make sure the value is valid based on the restrictions in the specified typdef.

Parameters

typdef	typ_def_t for the designated string type
btyp	basetype of the string
strval	string value to check

Returns: status

◆ val_string_ok_errinfo()

status_t val_string_ok_errinfo	(	typ_def_t *	typdef,
		ncx_btype_t	btyp,
		const xmlChar *	strval,
		ncx_errinfo_t **	errinfo
	)

retrieve the YANG custom error info if any

Check a string to make sure the value is valid based on the restrictions in the specified typdef Retrieve the configured error info struct if any error

Parameters

	typdef	typ_def_t for the designated string type
	btyp	basetype of the string
	strval	string value to check
[out]	errinfo	address of return errinfo block (may be NULL) *errinfo error record to use if return error

Returns: status

◆ val_string_ok_ex()

status_t val_string_ok_ex	(	ses_cb_t *	scb,
		typ_def_t *	typdef,
		ncx_btype_t	btyp,
		const xmlChar *	strval,
		ncx_errinfo_t **	errinfo,
		boolean	logerrors
	)

retrieve the YANG custom error info if any (extended)

Check a string to make sure the value is valid based on the restrictions in the specified typdef Retrieve the configured error info struct if any error

Parameters

	scb	session control block or NULL if none
	typdef	typ_def_t for the designated string type
	btyp	basetype of the string
	strval	string value to check
[out]	errinfo	address of return errinfo block (may be NULL) *errinfo error record to use if return error
	logerrors	TRUE to log errors FALSE to not log errors (use for NCX_BT_UNION)

Returns: status

◆ val_string_ok_ex2()

status_t val_string_ok_ex2	(	ses_cb_t *	scb,
		typ_def_t *	typdef,
		ncx_btype_t	btyp,
		const xmlChar *	strval,
		ncx_errinfo_t **	errinfo,
		boolean	logerrors,
		boolean	is_defval
	)

retrieve the YANG custom error info if any

Check a string to make sure the value is valid based on the restrictions in the specified typdef Retrieve the configured error info struct if any error

Parameters

	scb	session control block or NULL if none
	typdef	typ_def_t for the designated string type
	btyp	basetype of the string
	strval	string value to check
[out]	errinfo	address of return errinfo block (may be NULL) *errinfo error record to use if return error
	logerrors	TRUE to log errors FALSE to not log errors (use for NCX_BT_UNION)
	is_defval	TRUE if the strval is a default value

Returns: status

◆ val_swap_child()

void val_swap_child	(	val_value_t *	newchild,
		val_value_t *	curchild
	)

Swap a child value node with a current value node.

Deprecated: DO NOT USE!
Use val_child_swap instead!

Parameters

newchild	node to store in the place of the curchild
curchild	node to remove from the parent

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◆ val_union_ok()

status_t val_union_ok	(	typ_def_t *	typdef,
		const xmlChar *	strval,
		val_value_t *	retval
	)

Check a union to make sure the string is valid based on the specified typdef, and convert the string to an NCX internal format.

Parameters

	typdef	typ_def_t for the designated union type
	strval	the value to check against the member typ defs
[out]	retval	pointer to output struct for converted value retval->str or retval->num will be set with the converted value

Returns: status

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◆ val_union_ok_binary()

status_t val_union_ok_binary	(	typ_def_t *	typdef,
		const xmlChar *	binstr,
		uint32	binstrlen,
		val_value_t *	retval,
		ncx_errinfo_t **	errinfo,
		typ_def_t **	match_typdef
	)

Check a union to make sure the buffer is valid based on the specified typdef, and convert the buffer to an NCX internal format.

Expecting to find 1 or more NCX_BT_BINARY types within the union typedef; Other types will be ignored

Parameters

	typdef	typ_def_t for the designated union type
	binstr	the binary buffer to check against the member typ defs
	binstrlen	length of binstr buffer
[in,out]	retval	pointer to output struct for converted value retval->v.bin will be set with the converted value
[out]	errinfo	address of error struct (may be NULL) *errinfo error struct on error exit
[out]	match_typdef	address of return matching typdef (may be NULL) *match_typdef set to member typdef that matched

Returns: status ERR_NCX_SKIPPED if no binary type found that accepted the binary value (i.e., range specified for the binary type)

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◆ val_union_ok_errinfo()

status_t val_union_ok_errinfo	(	typ_def_t *	typdef,
		const xmlChar *	strval,
		val_value_t *	retval,
		ncx_errinfo_t **	errinfo
	)

Check a union to make sure the string is valid based on the specified typdef, and convert the string to an NCX internal format.

Parameters

	typdef	typ_def_t for the designated union type
	strval	the value to check against the member typ defs
[in,out]	retval	pointer to output struct for converted value retval->str or retval->num will be set with the converted value
[out]	errinfo	address of error struct *errinfo set to the found error to use (if any)

Returns: status

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◆ val_union_ok_ex()

status_t val_union_ok_ex	(	typ_def_t *	typdef,
		const xmlChar *	strval,
		val_value_t *	retval,
		ncx_errinfo_t **	errinfo,
		ncx_module_t *	mod,
		typ_def_t **	match_typdef
	)

Check a union to make sure the string is valid based on the specified typdef, and convert the string to an NCX internal format.

Parameters

	typdef	typ_def_t for the designated union type
	strval	the value to check against the member typ defs (may be NULL for empty string)
[in,out]	retval	pointer to output struct for converted value retval->str or retval->num will be set with the converted value
[out]	errinfo	address of error struct *errinfo set to the found error to use (if any)
	mod	module in progress, if any (may be NULL)
[out]	match_typdef	address of return matching typdef (may be NULL) *match_typdef set to member typdef that matched

Returns: status

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◆ val_union_ok_full()

status_t val_union_ok_full	(	typ_def_t *	typdef,
		const xmlChar *	strval,
		val_value_t *	contextval,
		val_value_t *	rootval,
		val_value_t *	retval,
		ncx_errinfo_t **	errinfo
	)

Check a union to make sure the string is valid based on the specified typdef, and convert the string to an NCX internal format.

Use context and root nodes to evaluate XPath for leafref and instance-identifier types

Parameters

	typdef	typ_def_t for the designated union type
	strval	the value to check against the member typ defs (may be NULL for empty string)
	contextval	XPath context node if needed
	rootval	XPath document root val if needed
[in,out]	retval	pointer to output struct for converted value retval->typdef and retval->btyp set to real value not union
[out]	errinfo	address of error struct (may be NULL) *errinfo == error struct on error exit

Returns: status

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◆ val_url_encode_string()

uint32 val_url_encode_string	(	const xmlChar *	str,
		xmlChar *	buff
	)

Fill in a buffer with the URL-encoded string.

Parameters

str	string to URL encode
buff	buffer to use or NULL to juect get length

Returns: length of the URL-encoded string without terminating zero

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Macros

Functions

Detailed Description

Macro Definition Documentation

◆ val_is_wildcard_string

Function Documentation

◆ val_add_child()

◆ val_add_child_sorted()

◆ val_add_meta()

◆ val_add_test_valindex()

◆ val_all_np_containers()

◆ val_all_whitespace()

◆ val_any_whitespace()

◆ val_ascendant_compare()

◆ val_binary_ok_errinfo()

◆ val_bit_ok()

◆ val_bitpos_ok()

◆ val_change_nsid()

◆ val_change_nsid2()

◆ val_change_nsid3()

◆ val_child_cnt()

◆ val_child_inst_cnt()

◆ val_clean_index_chain()

◆ val_clean_tree()

◆ val_clean_valQ()

◆ val_clean_value()

◆ val_clear_child_dirty_flag()

◆ val_clear_defvalset_flag()

◆ val_clear_dirty_flag()

◆ val_clear_varexpr()

◆ val_clone()

◆ val_clone2()

◆ val_clone_config_data()

◆ val_clone_config_newval()

◆ val_clone_config_newval_keys_only()

◆ val_clone_config_save()

◆ val_clone_valQ()

◆ val_compare()

◆ val_compare_as_string()

◆ val_compare_ex()

◆ val_compare_for_edit()

◆ val_compare_for_replace()

◆ val_compare_for_topreplace()

◆ val_compare_for_topreplace_simple()

◆ val_compare_max()

◆ val_compare_max_def()

◆ val_compare_to_string()

◆ val_compare_to_string_len()

◆ val_convert_any_to_container()

◆ val_convert_leafref()

◆ val_copy_editvars()

◆ val_create_allowed()

◆ val_cvt_generic()

◆ val_delete_allowed()

◆ val_delete_children()

◆ val_delete_default_leaf()

◆ val_delete_default_leaf_list()

◆ val_delete_default_npcon()

◆ val_dirty_subtree()

◆ val_dump_alt_value()

◆ val_dump_value()

◆ val_dump_value_config()

◆ val_dump_value_ex()

◆ val_dump_value_full()

◆ val_dump_value_full2()

◆ val_dump_value_max()

◆ val_duplicates_allowed()

◆ val_enum_ok()

◆ val_fast_replace_string()

◆ val_find_bit()

◆ val_find_bit_name()

◆ val_find_child()

◆ val_find_child_fast()

◆ val_find_child_obj()

◆ val_find_child_que()

◆ val_find_enum_name()

◆ val_find_enum_name2()

◆ val_find_meta()

◆ val_find_next_child()

◆ val_find_next_child_fast()