Object access functions allow the compiler to create an object template tree. More...

Collaboration diagram for Object Access Functions:

Functions
obj_template_t *	obj_new_template (obj_type_t objtype)
	Malloc and initialize the fields in a an object template. More...

void	obj_free_template (obj_template_t *obj)
	Scrub the memory in a obj_template_t by freeing all the sub-fields and then freeing the entire struct itself. More...

obj_template_t *	obj_find_template (dlq_hdr_t que, const xmlChar modname, const xmlChar *objname)
	Find an object with the specified name. More...

obj_template_t *	obj_find_schema_template (dlq_hdr_t que, const xmlChar modname, const xmlChar *objname)
	Find an object with the specified name For YANG schema-nodeid so NEVER lookdeep. More...

const obj_template_t *	obj_find_template_con (dlq_hdr_t que, const xmlChar modname, const xmlChar *objname)
	Find an object with the specified name Return a const pointer; used by yangdump. More...

obj_template_t *	obj_find_template_test (dlq_hdr_t que, const xmlChar modname, const xmlChar *objname)
	Find an object with the specified name Test version; do not set 'used' flag. More...

obj_template_t *	obj_find_template_top (ncx_module_t mod, const xmlChar modname, const xmlChar *objname)
	Check if an obj_template_t in the mod->datadefQ or any of the include files visible to this module. More...

obj_template_t *	obj_find_template_top_lrcheck (ncx_module_t mod, const xmlChar modname, const xmlChar *objname)
	Check if an obj_template_t in the mod->datadefQ or any of the include files visible to this module (LeafRef Check version) More...

obj_template_t *	obj_find_template_top_ex (ncx_module_t mod, const xmlChar modname, const xmlChar objname, ncx_name_match_t match_names, boolean alt_names, boolean dataonly, status_t retres)
	Check if an obj_template_t in the mod->datadefQ or any of the include files visible to this module. More...

obj_template_t *	obj_find_template_all (ncx_module_t mod, const xmlChar modname, const xmlChar *objname)
	Check if an obj_template_t in the mod->datadefQ or any of the include files used within the entire main module. More...

obj_template_t *	obj_find_child (obj_template_t obj, const xmlChar modname, const xmlChar *objname)
	Find a child object with the specified Qname. More...

obj_template_t *	obj_find_child_lrcheck (obj_template_t obj, const xmlChar modname, const xmlChar *objname)
	Find a child object with the specified Qname LeafRef Check VERSION. More...

obj_template_t *	obj_find_child_choice_case (obj_template_t obj, const xmlChar modname, const xmlChar *objname)
	Find a child object with the specified Qname. More...

obj_template_t *	obj_find_child_fast (obj_template_t obj, xmlns_id_t nsid, const xmlChar objname)
	Find a child object with the specified Qname. More...

obj_template_t *	obj_find_child_ex (obj_template_t obj, const xmlChar modname, const xmlChar objname, ncx_name_match_t match_names, boolean alt_names, boolean dataonly, status_t retres)
	Find a child object with the specified Qname extended match modes. More...

obj_template_t *	obj_find_child_str (obj_template_t obj, const xmlChar modname, const xmlChar *objname, uint32 objnamelen)
	Find a child object with the specified Qname. More...

obj_template_t *	obj_match_child_str (obj_template_t obj, const xmlChar modname, const xmlChar objname, uint32 objnamelen, uint32 matchcount)
	Match a child object with the specified Qname Find first command that matches all N chars of objname. More...

obj_template_t *	obj_first_child (obj_template_t *obj)
	Get the first child object if the specified object has any children. More...

obj_template_t *	obj_first_terminal_child (obj_template_t *obj)
	Get the first child object if the specified object has any children; MUST BE A TERMINAL NODE!!! More...

obj_template_t *	obj_first_terminal_child_nokey (obj_template_t *obj)
	Get the first child object if the specified object has any children; MUST BE A TERMINAL NODE!!! More...

obj_template_t *	obj_first_terminal_child_nokey_nochoice (obj_template_t *obj)
	Get the first child object if the specified object has any children. More...

obj_template_t *	obj_last_child (obj_template_t *obj)
	Get the last child object if the specified object has any children. More...

obj_template_t *	obj_next_child (obj_template_t *obj)
	Get the next child object if the specified object has any children. More...

obj_template_t *	obj_next_terminal_child (obj_template_t *obj)
	Get the next child object if the specified object has any children; MUST BE TERMINAL NODE!! More...

obj_template_t *	obj_next_terminal_child_nokey (obj_template_t *obj)
	Get the next child object if the specified object has any children; MUST BE TERMINAL NODE!! More...

obj_template_t *	obj_next_terminal_child_nokey_nochoice (obj_template_t *obj)
	Get the next child object if the specified object has any children. More...

obj_template_t *	obj_first_child_augok (obj_template_t *obj)
	Get the first child object if the specified object has any children. More...

obj_template_t *	obj_next_child_augok (obj_template_t *obj)
	Get the next child object if the specified object has any children; return augment, not just obj_has_name!!! More...

obj_template_t *	obj_previous_child (obj_template_t *obj)
	Get the previous child object if the specified object has any children. More...

obj_template_t *	obj_first_child_deep (obj_template_t *obj)
	Get the first child object if the specified object has any children. More...

obj_template_t *	obj_next_child_deep (obj_template_t *obj)
	Get the next child object if the specified object has any children. More...

obj_template_t *	obj_next_child_deep_ex (obj_template_t *obj, boolean stopnext)
	Get the next child object if the specified object has any children. More...

boolean	obj_find_all_children (ncx_module_t exprmod, obj_walker_fn_t walkerfn, void cookie1, void cookie2, obj_template_t startnode, const xmlChar modname, const xmlChar childname, boolean configonly, boolean textmode, boolean useroot)
	Find all occurances of the specified node(s) within the children of the current node. More...

boolean	obj_find_all_ancestors (ncx_module_t exprmod, obj_walker_fn_t walkerfn, void cookie1, void cookie2, obj_template_t startnode, const xmlChar modname, const xmlChar name, boolean configonly, boolean textmode, boolean useroot, boolean orself, boolean *fncalled)
	Find all occurances of the specified node(s) within the ancestors of the current node. More...

boolean	obj_find_all_descendants (ncx_module_t exprmod, obj_walker_fn_t walkerfn, void cookie1, void cookie2, obj_template_t startnode, const xmlChar modname, const xmlChar name, boolean configonly, boolean textmode, boolean useroot, boolean orself, boolean *fncalled)
	Find all occurances of the specified node(s) within the descendants of the current node. More...

boolean	obj_find_all_pfaxis (ncx_module_t exprmod, obj_walker_fn_t walkerfn, void cookie1, void cookie2, obj_template_t startnode, const xmlChar modname, const xmlChar name, boolean configonly, boolean dblslash, boolean textmode, boolean useroot, ncx_xpath_axis_t axis, boolean *fncalled)
	Find all occurances of the specified preceding or following node(s). More...

obj_case_t *	obj_find_case (obj_choice_t choic, const xmlChar modname, const xmlChar *casname)
	Find a specified case arm by name. More...

obj_template_t *	obj_new_rpcio (obj_template_t rpcobj, const xmlChar name)
	Malloc and initialize the fields in a an obj_rpcio_t. More...

void	obj_clean_datadefQ (dlq_hdr_t *que)
	Clean and free all the obj_template_t structs in the specified Q. More...

typ_template_t *	obj_find_type (obj_template_t obj, const xmlChar typname)
	Check if a typ_template_t in the obj typedefQ hierarchy. More...

typ_template_t *	obj_first_typedef (obj_template_t *obj)
	Get the first local typedef for this object, if any. More...

grp_template_t *	obj_find_grouping (obj_template_t obj, const xmlChar grpname)
	Check if a grp_template_t in the obj groupingQ hierarchy. More...

grp_template_t *	obj_first_grouping (obj_template_t *obj)
	Get the first local grouping if any. More...

status_t	obj_set_named_type (void pcb, tk_chain_t tkc, ncx_module_t mod, const xmlChar typname, typ_def_t typdef, obj_template_t parent, grp_template_t *grp)
	Resolve type test Called during phase 2 of module parsing. More...

obj_template_t *	obj_clone_template (ncx_module_t mod, obj_template_t srcobj, dlq_hdr_t *mobjQ)
	Clone an obj_template_t Copy the pointers from the srcobj into the new obj. More...

obj_template_t *	obj_clone_template_sm (ncx_module_t mod, obj_template_t srcobj, dlq_hdr_t *mobjQ, boolean sm_clone)
	Clone an obj_template_t Copy the pointers from the srcobj into the new obj. More...

obj_template_t *	obj_clone_template_case (ncx_module_t mod, obj_template_t srcobj, dlq_hdr_t *mobjQ)
	Clone an obj_template_t but make sure it is wrapped in a OBJ_TYP_CASE layer. More...

obj_unique_t *	obj_new_unique (void)
	Alloc and Init a obj_unique_t struct. More...

void	obj_init_unique (obj_unique_t *un)
	Init a obj_unique_t struct. More...

void	obj_free_unique (obj_unique_t *un)
	Free a obj_unique_t struct. More...

void	obj_clean_unique (obj_unique_t *un)
	Clean a obj_unique_t struct. More...

obj_unique_comp_t *	obj_new_unique_comp (void)
	Alloc and Init a obj_unique_comp_t struct. More...

void	obj_free_unique_comp (obj_unique_comp_t *unc)
	Free a obj_unique_comp_t struct. More...

obj_unique_t *	obj_find_unique (dlq_hdr_t que, const xmlChar xpath)
	Find a specific unique-stmt. More...

obj_unique_t *	obj_first_unique (obj_template_t *listobj)
	Get the first unique-stmt for a list. More...

obj_unique_t *	obj_next_unique (obj_unique_t *un)
	Get the next unique-stmt for a list. More...

obj_unique_comp_t *	obj_first_unique_comp (obj_unique_t *un)
	Get the first identifier in a unique-stmt for a list. More...

obj_unique_comp_t *	obj_next_unique_comp (obj_unique_comp_t *uncomp)
	Get the next unique-stmt component for a list. More...

obj_key_t *	obj_new_key (void)
	Alloc and Init a obj_key_t struct. More...

void	obj_free_key (obj_key_t *key)
	Free a obj_key_t struct. More...

obj_key_t *	obj_find_key (dlq_hdr_t que, const xmlChar keycompname)
	Find a specific key component by key leaf identifier name. More...

obj_key_t *	obj_find_key2 (dlq_hdr_t que, obj_template_t keyobj)
	Find a specific key component, check for a specific node in case deep keys are supported, and to check for duplicates. More...

obj_key_t *	obj_first_key (obj_template_t *obj)
	Get the first key record. More...

obj_key_t *	obj_last_key (obj_template_t *obj)
	Get the last key record. More...

const obj_key_t *	obj_first_ckey (const obj_template_t *obj)
	Get the first key record: Const version. More...

obj_key_t *	obj_next_key (obj_key_t *objkey)
	Get the next key record. More...

obj_key_t *	obj_prev_key (obj_key_t *objkey)
	Get the previous key record. More...

const obj_key_t *	obj_next_ckey (const obj_key_t *objkey)
	Get the next key record: Const version. More...

uint32	obj_key_count (const obj_template_t *obj)
	Get the number of keys for this object. More...

uint32	obj_key_count_to_root (obj_template_t *obj)
	Check ancestor-or-self nodes until root reached Find all lists; Count the number of keys. More...

void	obj_traverse_keys (obj_template_t obj, void cookie1, void *cookie2, obj_walker_fn_t walkerfn)
	Traverse the list keys with a callback function. More...

boolean	obj_any_rpcs (const dlq_hdr_t *datadefQ)
	Check if there are any RPC methods in the datadefQ. More...

boolean	obj_any_notifs (const dlq_hdr_t *datadefQ)
	Check if there are any notifications in the datadefQ. More...

obj_deviate_t *	obj_new_deviate (void)
	Malloc and initialize the fields in a an object deviate statement. More...

void	obj_free_deviate (obj_deviate_t *deviate)
	Clean and free an object deviate statement. More...

const xmlChar *	obj_get_deviate_arg (obj_deviate_arg_t devarg)
	Get the deviate-arg string from its enumeration. More...

obj_deviation_t *	obj_new_deviation (void)
	Malloc and initialize the fields in a an object deviation statement. More...

void	obj_free_deviation (obj_deviation_t *deviation)
	Clean and free an object deviation statement. More...

void	obj_clean_deviationQ (dlq_hdr_t *deviationQ)
	Clean and free an Q of object deviation statements. More...

status_t	obj_gen_object_id (const obj_template_t obj, xmlChar *buff)
	Malloc and Generate the object ID for an object node. More...

status_t	obj_gen_object_id_prefix (const obj_template_t obj, xmlChar *buff)
	Malloc and Generate the object ID for an object node Use the prefix in every node. More...

status_t	obj_gen_object_id_datapath (const obj_template_t obj, xmlChar *buff)
	Malloc and Generate the object ID for an object node Use the prefix in every node. More...

status_t	obj_gen_object_id_oid (ncx_module_t mod, const obj_template_t obj, xmlChar **buff)
	Malloc and Generate the object ID for an object node Used for canonical ID string comparison to generate OID number. More...

status_t	obj_gen_object_id_xpath (const obj_template_t obj, xmlChar *buff)
	Malloc and Generate the object ID for an object node. More...

status_t	obj_gen_object_id_error (const obj_template_t obj, xmlChar *buff)
	Malloc and Generate the object ID for an object node for errors. More...

status_t	obj_gen_object_id_unique (const obj_template_t obj, const obj_template_t stopobj, xmlChar **buff)
	Malloc and Generate the object ID for a unique-stmt test. More...

status_t	obj_gen_object_id_code (ncx_module_t mod, const obj_template_t obj, xmlChar **buff)
	Malloc and Generate the object ID for an object node for C code usage. More...

status_t	obj_copy_object_id (const obj_template_t obj, xmlChar buff, uint32 bufflen, uint32 *reallen)
	Generate the object ID for an object node and copy to the buffer copy an object ID to a buffer. More...

status_t	obj_copy_object_id_mod (const obj_template_t obj, xmlChar buff, uint32 bufflen, uint32 *reallen)
	Generate the object ID for an object node and copy to the buffer copy an object ID to a buffer; Use modname in object identifier. More...

status_t	obj_gen_object_id_sid (const obj_template_t obj, xmlChar *buff)
	Malloc and Generate the object ID for an object node for SID path usage. More...

status_t	obj_gen_aughook_id (const obj_template_t obj, xmlChar *buff)
	Malloc and Generate the augment hook element name for the specified object. More...

const xmlChar *	obj_get_name (const obj_template_t *obj)
	Get the name field for this obj. More...

status_t	obj_set_name (obj_template_t obj, const xmlChar objname)
	Set the name field for this obj. More...

boolean	obj_has_name (const obj_template_t *obj)
	Check if the specified object type has a name. More...

boolean	obj_has_text_content (const obj_template_t *obj)
	Check if the specified object type has a text content for XPath purposes. More...

ncx_status_t	obj_get_status (const obj_template_t *obj)
	Get the status field for this obj. More...

const xmlChar *	obj_get_description (const obj_template_t *obj)
	Get the description field for this obj. More...

const xmlChar *	obj_get_alt_description (const obj_template_t *obj)
	obj_get_alt_description (DEPRECATED) More...

const xmlChar *	obj_get_help_description (const obj_template_t *obj)
	Get the help description field for this obj Check if a 'help' appinfo node is present. More...

const xmlChar *	obj_get_info_description (const obj_template_t *obj)
	Get the info description field for this obj Check if a 'info' appinfo node is present. More...

const void *	obj_get_description_addr (const obj_template_t *obj)
	Get the address of the description field for this obj. More...

const xmlChar *	obj_get_reference (const obj_template_t *obj)
	Get the reference field for this obj. More...

const void *	obj_get_reference_addr (const obj_template_t *obj)
	Get the reference field for this obj. More...

boolean	obj_get_config_flag (const obj_template_t *obj)
	Get the config flag for an obj_template_t Return the explicit value or the inherited value Also return if the config-stmt is really set or not. More...

boolean	obj_get_config_flag2 (const obj_template_t obj, boolean setflag)
	Get the config flag for an obj_template_t Return the explicit value or the inherited value Also return if the config-stmt is really set or not. More...

ncx_access_t	obj_get_max_access (const obj_template_t *obj)
	Get the NCX max-access enum for an obj_template_t Return the explicit value or the inherited value. More...

dlq_hdr_t *	obj_get_appinfoQ (obj_template_t *obj)
	Get the appinfoQ for this obj. More...

dlq_hdr_t *	obj_get_mustQ (const obj_template_t *obj)
	Get the mustQ for this obj. More...

dlq_hdr_t *	obj_get_leafrefQ (const obj_template_t *obj)
	Get the leafrefQ for this obj. More...

const xmlChar *	obj_get_typestr (const obj_template_t *obj)
	Get the name of the object type. More...

dlq_hdr_t *	obj_get_datadefQ (obj_template_t *obj)
	Get the datadefQ (or caseQ) if this object has one. More...

const dlq_hdr_t *	obj_get_cdatadefQ (const obj_template_t *obj)
	Get a const pointer to the datadefQ (or caseQ) if this object has one. More...

const xmlChar *	obj_get_default (const obj_template_t *obj)
	Get the default value for the specified object. More...

const xmlChar *	obj_get_first_default (const obj_template_t obj, ncx_backptr_t *thisdef)
	Get the first default value for the specified object. More...

const xmlChar *	obj_get_next_default (const obj_template_t obj, ncx_backptr_t lastdef, ncx_backptr_t **thisdef)
	Get the next default value for the specified object. More...

obj_template_t *	obj_get_default_case (obj_template_t *obj)
	Get the default case for the specified OBJ_TYP_CHOICE object. More...

boolean	obj_npcon_has_defaults (obj_template_t *obj)
	Check if the specified NP container has defaults within it Must be a config object!!! More...

boolean	obj_npcon_has_defaults_slow (obj_template_t *obj)
	Check if the specified NP container has defaults within it Must be a config object!!! More...

uint32	obj_get_level (const obj_template_t *obj)
	Get the nest level for the specified object Top-level is '1' Does not count groupings as a level. More...

uint32	obj_get_level_mp (const obj_template_t *obj)
	Get the nest level for the specified object Top-level is '1' Does not count groupings as a level. More...

uint32	obj_get_real_level (const obj_template_t *obj)
	Get the nest level for the specified object Top-level is '1' Does not count groupings as a level Does not count case/choice as a level. More...

boolean	obj_has_typedefs (const obj_template_t *obj)
	Check if the object has any nested typedefs in it. More...

typ_def_t *	obj_get_typdef (obj_template_t *obj)
	Get the typdef for the leaf or leaf-list. More...

typ_def_t *	obj_get_base_typdef (obj_template_t *obj)
	Get the base typdef for the leaf or leaf-list. More...

const typ_def_t *	obj_get_ctypdef (const obj_template_t *obj)
	Get the typdef for the leaf or leaf-list : Const version. More...

ncx_btype_t	obj_get_basetype (const obj_template_t *obj)
	Get the NCX base type enum for the object type. More...

const xmlChar *	obj_get_mod_prefix (const obj_template_t *obj)
	Get the module prefix for this object. More...

const xmlChar *	obj_get_mod_xmlprefix (const obj_template_t *obj)
	Get the module prefix for this object. More...

const xmlChar *	obj_get_mod_name (const obj_template_t *obj)
	Get the module name for this object. More...

ncx_module_t *	obj_get_mod (obj_template_t *obj)
	Get the module pointer for this object. More...

boolean	obj_in_submodule (obj_template_t *obj)
	Check if the object is defined in a submodule. More...

ncx_module_t *	obj_get_mod_for_dump (obj_template_t *obj)
	Get the module pointer for this object Use for sub-module !!! Used by yangdump-pro!!! More...

const xmlChar *	obj_get_mod_version (const obj_template_t *obj)
	Get the module version for this object. More...

const xmlChar *	obj_get_type_name (const obj_template_t *obj)
	Get the typename for an object. More...

xmlns_id_t	obj_get_nsid (const obj_template_t *obj)
	Get the namespace ID for this object. More...

ncx_sid_t	obj_get_yang_sid (const obj_template_t *obj)
	Get the YANG SID for this object. More...

uint32	obj_get_yang_sid_tree (const obj_template_t *obj)
	Get the YANG SID Tree ID for this object. More...

ncx_iqual_t	obj_get_iqualval (obj_template_t *obj)
	Get the instance qualifier for this object. More...

ncx_iqual_t	obj_get_iqualval_ex (obj_template_t *obj, boolean required)
	Get the instance qualifier for this object. More...

boolean	obj_get_min_elements (obj_template_t obj, uint32 minelems)
	Get the min-elements clause for this object, if any. More...

boolean	obj_get_max_elements (obj_template_t obj, uint32 maxelems)
	Get the max-elements clause for this object, if any. More...

const xmlChar *	obj_get_units (obj_template_t *obj)
	Get the units clause for this object, if any. More...

obj_template_t *	obj_get_parent (obj_template_t *obj)
	Get the parent of the current object. More...

const obj_template_t *	obj_get_cparent (const obj_template_t *obj)
	Get the parent of the current object CONST POINTER VERSION. More...

obj_template_t *	obj_get_real_parent (obj_template_t *obj)
	Get the parent of the current object; skip OBJ_TYP_CHOICE and OBJ_TYP_CASE. More...

const obj_template_t *	obj_get_real_cparent (const obj_template_t *obj)
	Get the parent of the current object; skip OBJ_TYP_CHOICE and OBJ_TYP_CASE. More...

obj_template_t *	obj_get_choice_parent (obj_template_t *obj)
	Get the OBJ_TYP_CHOICE parent of the current object; skip OBJ_TYP_CASE. More...

const xmlChar *	obj_get_presence_string (const obj_template_t *obj)
	Get the present-stmt value, if any. More...

void *	obj_get_presence_string_field (const obj_template_t *obj)
	Get the address ot the presence-stmt value, if any. More...

status_t	obj_get_child_node (obj_template_t obj, obj_template_t chobj, const xml_node_t curnode, boolean xmlorder, dlq_hdr_t force_modQ, obj_template_t rettop, obj_template_t retobj)
	Get the correct child node for the specified parent and current XML node. More...

uint32	obj_get_child_count (const obj_template_t *obj)
	Get the number of child nodes the object has. More...

obj_template_t *	obj_get_default_parm (obj_template_t *obj)
	Get the ncx:default-parm object for this object Only supported for OBJ_TYP_CONTAINER and OBJ_TYP_RPCIO (input) More...

boolean	obj_get_config_flag_deep (const obj_template_t *obj)
	get config flag during augment expand More...

boolean	obj_get_config_flag_check (const obj_template_t obj, boolean ingrp)
	get config flag during YANG module checking More...

uint8	obj_get_fraction_digits (const obj_template_t *obj)
	Get the fraction-digits field from the object typdef. More...

const ncx_iffeature_t *	obj_get_first_iffeature (const obj_template_t *obj)
	Get the first if-feature clause (if any) for the specified object. More...

const ncx_iffeature_t *	obj_get_next_iffeature (const ncx_iffeature_t *iffeature)
	Get the next if-feature clause (if any) More...

boolean	obj_is_anyxml (const obj_template_t *obj)
	Check if object is an anyxml. More...

boolean	obj_is_anydata (const obj_template_t *obj)
	Check if object is an anydata. More...

boolean	obj_is_any (const obj_template_t *obj)
	Get the config flag for the top-level object Check the specified object all the way to root. More...

boolean	obj_is_leaf (const obj_template_t *obj)
	Check if object is a proper leaf. More...

boolean	obj_is_leaf_list (const obj_template_t *obj)
	Check if object is a proper leaf-list. More...

boolean	obj_is_list (const obj_template_t *obj)
	Check if object is a YANG list. More...

boolean	obj_in_list (const obj_template_t *obj)
	Check if object is nested within a list. More...

boolean	obj_is_container (const obj_template_t *obj)
	Check if object is a YANG container. More...

boolean	obj_is_choice (const obj_template_t *obj)
	Check if object is a YANG choice. More...

boolean	obj_is_case (const obj_template_t *obj)
	Check if object is a YANG case. More...

boolean	obj_is_uses (const obj_template_t *obj)
	Check if object is a YANG uses-stmt. More...

boolean	obj_is_leafy (const obj_template_t *obj)
	Check if object is a proper leaf or leaflist. More...

boolean	obj_is_terminal (const obj_template_t *obj)
	Check if object is a proper leaf or leaflist or anyxml. More...

boolean	obj_is_mandatory (obj_template_t *obj)
	Figure out if the obj is YANG mandatory or not. More...

boolean	obj_is_mandatory_when_ex (obj_template_t *obj, boolean config_only)
	Figure out if the obj is YANG mandatory or not Check the when-stmts, not just mandatory-stmt. More...

boolean	obj_is_mandatory_when (obj_template_t *obj)
	Figure out if the obj is YANG mandatory or not Check the when-stmts, not just mandatory-stmt. More...

boolean	obj_is_cloned (const obj_template_t *obj)
	Figure out if the obj is a cloned object, inserted via uses or augment statements. More...

boolean	obj_is_augclone (const obj_template_t *obj)
	Figure out if the obj is a cloned object, inserted via an augment statement. More...

boolean	obj_is_augment (const obj_template_t *obj)
	Check if the obj is an augment statement. More...

boolean	obj_in_augment (const obj_template_t *obj)
	Check if object is an augment or inside an augment CHECK ENTIRE TREE UP TO ROOT. More...

boolean	obj_is_refine (const obj_template_t *obj)
	Figure out if the obj is a refinement object, within a uses-stmt. More...

boolean	obj_is_data (const obj_template_t *obj)
	Check if the object is defined within data or within a notification or RPC instead. More...

boolean	obj_is_data_db (const obj_template_t *obj)
	Check if the object is some sort of data Constrained to only check the config DB objects, not any notification or RPC objects. More...

boolean	obj_is_data_node (const obj_template_t *obj)
	Check if the object is a real node type. More...

boolean	obj_in_rpc (const obj_template_t *obj)
	Check if the object is in an rpc/input section. More...

boolean	obj_in_rpc_reply (const obj_template_t *obj)
	Check if the object is in an rpc-reply/output section. More...

boolean	obj_in_notif (const obj_template_t *obj)
	Check if the object is in a notification. More...

boolean	obj_is_rpc (const obj_template_t *obj)
	Check if the object is an RPC method. More...

boolean	obj_is_sm_rpc (const obj_template_t *obj)
	Check if the object is a schema mounted RPC method. More...

boolean	obj_is_rpcio (const obj_template_t *obj)
	Check if the object is an RPC IO node. More...

boolean	obj_is_rpcio_input (const obj_template_t *obj)
	Check if the object is an RPC IO node. More...

boolean	obj_is_action (const obj_template_t *obj)
	Check if the object is a YANG 1.1 action. More...

boolean	obj_in_action (const obj_template_t *obj)
	Check if the object is within or is an action method. More...

boolean	obj_is_notif (const obj_template_t *obj)
	Check if the object is a notification. More...

boolean	obj_is_sm_notif (const obj_template_t *obj)
	Check if the object is a schema-mounted notification. More...

boolean	obj_is_empty (const obj_template_t *obj)
	Check if object was entered in empty fashion: More...

boolean	obj_is_match (const obj_template_t obj1, const obj_template_t obj2)
	Check if one object is a match in identity with another one. More...

boolean	obj_is_hidden (const obj_template_t *obj)
	Check if object is marked as a hidden object. More...

boolean	obj_is_hidden_from_cli (const obj_template_t *obj)
	Check if object is marked as a hidden object from CLI. More...

boolean	obj_is_root (const obj_template_t *obj)
	Check if object is marked as a root object. More...

void	obj_force_root (obj_template_t *obj)
	Set the object as an anydata type of root. More...

boolean	obj_is_rpc_root (const obj_template_t *obj)
	Check if object is marked as an RPC root object. More...

boolean	obj_is_password (const obj_template_t *obj)
	Check if object is marked as a password object. More...

boolean	obj_is_xsdlist (const obj_template_t *obj)
	Check if object is marked as an XSD list. More...

boolean	obj_is_cli (const obj_template_t *obj)
	Check if object is marked as a CLI object. More...

boolean	obj_is_dirty (const obj_template_t *obj, ncx_cfg_t cfgid)
	Check if object is marked as dirty (edited) for datastore validation purposes. More...

boolean	obj_is_key (const obj_template_t *obj)
	Check if object is being used as a key leaf within a list. More...

boolean	obj_is_abstract (const obj_template_t *obj)
	Check if object is being used as an object identifier or error-info. More...

boolean	obj_in_abstract (const obj_template_t *obj)
	Check if object is being used as an object identifier or error-info CHECK ENTIRE TREE UP TO ROOT. More...

boolean	obj_is_deleted (const obj_template_t *obj)
	Check if object has been deleted by a deviate not-supported. More...

boolean	obj_is_deleted_ex (const obj_template_t *obj)
	Check if object has been deleted by a deviate not-supported Or if its parent was deleted by deviation. More...

boolean	obj_is_xpath_string (const obj_template_t *obj)
	Check if object is an XPath string. More...

boolean	obj_is_schema_instance_string (const obj_template_t *obj)
	Check if object is a schema-instance string. More...

boolean	obj_is_secure (const obj_template_t *obj)
	Check if object is tagged ncx:secure. More...

boolean	obj_is_very_secure (const obj_template_t *obj)
	Check if object is tagged ncx:very-secure. More...

boolean	obj_is_system_ordered (const obj_template_t *obj)
	Check if the object is system or user-ordered. More...

boolean	obj_is_np_container (const obj_template_t *obj)
	Check if the object is an Non-Presence-container. More...

boolean	obj_is_p_container (const obj_template_t *obj)
	Check if the object is an Presence-container. More...

boolean	obj_is_enabled (obj_template_t *obj)
	Check any if-feature statement that may cause the specified object to be invisible. More...

boolean	obj_has_iffeature (obj_template_t *obj)
	Check any if-feature statements exist for the specified object. More...

boolean	obj_is_single_instance (obj_template_t *obj)
	Check if the object is a single instance of if it allows multiple instances; check all of the ancestors if needed. More...

boolean	obj_is_short_case (obj_template_t *obj)
	Check if the object is a short case statement. More...

boolean	obj_is_top (const obj_template_t *obj)
	Check if the object is top-level object within the YANG module that defines it. More...

boolean	obj_in_top_choice (const obj_template_t *obj)
	Check if the object is in top-level choice the YANG module that defines it. More...

boolean	obj_is_datapath (const obj_template_t *obj)
	Check if object is marked as a ywx:datapath object. More...

boolean	obj_ok_for_cli (obj_template_t *obj)
	Figure out if the obj is OK for current CLI implementation. More...

boolean	obj_has_children (obj_template_t *obj)
	Check if there are any accessible nodes within the object. More...

boolean	obj_has_ro_children (obj_template_t *obj)
	Check if there are any accessible read-only child nodes within the object. More...

boolean	obj_has_ro_descendants (obj_template_t *obj)
	Check if there are any accessible read-only descendant nodes within the object. More...

boolean	obj_has_rw_children (obj_template_t *obj)
	Check if there are any accessible read-write child nodes within the object. More...

boolean	obj_has_rw_children_ex (obj_template_t *obj, boolean term_only)
	Check if there are any accessible read-write child nodes within the object. More...

boolean	obj_rpc_has_input (obj_template_t *obj)
	Check if the RPC object has any real input children. More...

boolean	obj_rpc_has_output (obj_template_t *obj)
	Check if the RPC object has any real output children. More...

boolean	obj_has_when_stmts (obj_template_t *obj)
	Check if any when-stmts apply to this object Does not check if they are true, just any when-stmts present. More...

obj_metadata_t *	obj_new_metadata (void)
	Malloc and initialize the fields in a an obj_metadata_t. More...

void	obj_free_metadata (obj_metadata_t *meta)
	Scrub the memory in a obj_metadata_t by freeing all the sub-fields and then freeing the entire struct itself. More...

status_t	obj_add_metadata (obj_metadata_t meta, obj_template_t obj)
	Add the filled out object metadata definition to the object. More...

obj_metadata_t *	obj_find_metadata (const obj_template_t obj, const xmlChar name)
	Find the object metadata definition in the object. More...

obj_metadata_t *	obj_first_metadata (const obj_template_t *obj)
	Get the first object metadata definition in the object. More...

obj_metadata_t *	obj_next_metadata (const obj_metadata_t *meta)
	Get the next object metadata definition in the object. More...

void	obj_sort_children (obj_template_t *obj)
	Check all the child nodes of the specified object and rearrange them into alphabetical order, based on the element local-name. More...

void	obj_set_ncx_flags (obj_template_t *obj)
	Check the NCX appinfo extensions and set flags as needed. More...

uint32	obj_enabled_child_count (obj_template_t *obj)
	Get the count of the number of enabled child nodes for the object template. More...

void	obj_dump_child_list (log_debug_t lvl, dlq_hdr_t *datadefQ, uint32 startindent, uint32 indent)
	Dump the object names in a datadefQ – just child level uses log_write_level() for writing ... More...

const xmlChar *	obj_get_keystr (obj_template_t *obj)
	Get the key string for this list object. More...

void	obj_delete_obsolete (dlq_hdr_t *objQ)
	Delete any obsolete child nodes within the specified object subtree. More...

const xmlChar *	obj_get_altname (const obj_template_t *obj)
	Get the alt-name for this object, if any. More...

obj_template_t *	obj_get_leafref_targobj (obj_template_t *obj)
	Get the target object for a leafref leaf or leaf-list. More...

obj_template_t *	obj_get_augment_targobj (obj_template_t *obj)
	Get the target object for an augments object. More...

const xmlChar *	obj_get_augment_target (obj_template_t *obj)
	Get the target path string for an augments object. More...

boolean	obj_is_external_augment (obj_template_t *obj)
	Check if an object is an external augment. More...

boolean	obj_is_external_data_augment (obj_template_t *obj)
	Check if an object is an external augment of a data node. More...

boolean	obj_is_cli_equals_ok (const obj_template_t *obj)
	Check if object is marked as ncx:default-parm-equals-ok. More...

boolean	obj_is_cli_text_block (const obj_template_t *obj)
	Check if object is marked as ywx:cli-text-block. More...

boolean	obj_is_sil_delete_children_first (const obj_template_t *obj)
	Check if object is marked as ncx:sil-delete-children-first. More...

boolean	obj_is_no_sil_delete_children_first (const obj_template_t *obj)
	Check if object is marked as ypx:no-sil-delete-children-first OR AN ANCESTOR IS MARKED. More...

void	obj_add_child (obj_template_t child, obj_template_t parent)
	Add a child object to the specified complex node. More...

boolean	obj_is_block_user_create (const obj_template_t *obj)
	Check if object is marked as ncx:user-write with create access disabled. More...

boolean	obj_is_block_user_update (const obj_template_t *obj)
	Check if object is marked as ncx:user-write with update access disabled. More...

boolean	obj_is_block_user_delete (const obj_template_t *obj)
	Check if object is marked as ncx:user-write with delete access disabled. More...

obj_iffeature_ptr_t *	obj_new_iffeature_ptr (ncx_iffeature_t *iff)
	Malloc and initialize a new obj_iffeature_ptr_t struct. More...

void	obj_free_iffeature_ptr (obj_iffeature_ptr_t *iffptr)
	Free an obj_iffeature_ptr_t struct. More...

obj_iffeature_ptr_t *	obj_first_iffeature_ptr (obj_template_t *obj)
	Get first if-feature pointer. More...

obj_iffeature_ptr_t *	obj_next_iffeature_ptr (obj_iffeature_ptr_t *iffptr)
	Get the next if-feature pointer. More...

ncx_backptr_t *	obj_first_inherit_when_ptr (obj_template_t *obj)
	Get first xpath pointer struct. More...

ncx_backptr_t *	obj_next_inherit_when_ptr (ncx_backptr_t *ptr)
	Get the next xpath pointer struct. More...

boolean	obj_find_xpath_backptr (obj_template_t obj, struct xpath_pcb_t_ xpath)
	Find an xpath-expr backptr. More...

struct xpath_pcb_t_ *	obj_next_xpath_backptr (obj_template_t obj, struct xpath_pcb_t_ xpath)
	Get the next XPath backptr. More...

struct xpath_pcb_t_ *	obj_first_xpath_backptr (obj_template_t *obj)
	Get the first xpath backptr. More...

status_t	obj_assign_xpath_backptr (obj_template_t obj, struct xpath_pcb_t_ xpath)
	Set an xpath-expr backptr. More...

void	obj_clear_xpath_backptr (obj_template_t obj, struct xpath_pcb_t_ xpath)
	Clear an xpath-expr backptr. More...

status_t	obj_set_xpath_backptrs (obj_template_t *obj)
	Check a top-level data node and all its descendants to see if they have any XPath expressions that need backptrs added. More...

void	obj_flag_xpath_backptrs_dirty (obj_template_t *obj, ncx_cfg_t cfg_id, boolean flag)
	Check all the xpath backptr records for this object and set them to dirty or clean, based on input. More...

boolean	obj_is_target_template (obj_template_t *obj)
	Check a data node and its descendants match the template for NETCONF configuration sources. More...

boolean	obj_maybe_target_template (obj_template_t *obj)
	Check a data node and its descendants match the template for NETCONF configuration sources Allow extra leafs <url> or anyxml <config> to be skipped. More...

boolean	obj_is_supported (obj_template_t *obj)
	Check an RPC node to check if it is supported or not It could be disabled at run-time without removing it. More...

void	obj_delete_mod_children (obj_template_t obj, ncx_module_t mod)
	Check the childQ for the specified object and remove all the objects from the specified module. More...

void	obj_set_dup_local (obj_template_t *obj)
	Flag the object as one that has a duplicate sibling with the same local-name and different module namespace. More...

boolean	obj_is_dup_local (obj_template_t *obj)
	Check if this object is one that has a duplicate sibling with the same local-name and different module namespace. More...

void	obj_set_key_leaf (obj_template_t *obj, uint16 keynum)
	Set the key data for the object. More...

uint16	obj_get_key_num (obj_template_t *obj)
	Get the key number for the object. More...

boolean	obj_is_exclusive_rpc (const obj_template_t *obj)
	Check if this object has the OBJ_FL_EXCLUSIVE_WRITE bit set. More...

boolean	obj_is_sil_force_replay (const obj_template_t *obj)
	Check if this object has the OBJ_FL_SIL_FORCE_REPLAY bit set. More...

boolean	obj_is_sil_force_replace_replay (const obj_template_t *obj)
	Check if this object has the OBJ_FL_SIL_FORCE_REPLACE_REPLAY bit set. More...

void	obj_set_sil_force_replace_replay (obj_template_t *obj)
	Set the object OBJ_FL_SIL_FORCE_REPLAY bit Set the object OBJ_FL_SIL_FORCE_REPLACE_REPLAY bit. More...

boolean	obj_notif_enabled (const obj_template_t *obj)
	Check if the notification object is enabled. More...

boolean	obj_notif_log_drops (const obj_template_t *obj)
	Check if the event drops for the notification object is enabled. More...

void	obj_set_notif_enabled (obj_template_t *obj, boolean enabled)
	Set the notification object enabled flag. More...

void	obj_set_notif_log_drops (const obj_template_t *obj, boolean enabled)
	Set the event drops enabled flag for the notification object. More...

boolean	obj_unload_active (const obj_template_t *obj)
	Check if the module commit tests are disabled because a module unload is in progress. More...

boolean	obj_is_obsolete (const obj_template_t *obj)
	Check if the object has obsolete status. More...

boolean	obj_parent_same_module (const obj_template_t *obj)
	Check if the object parent object is the same. More...

void	obj_set_sil_priority (obj_template_t *obj, uint8 prio)
	Set the SIL priority field. More...

uint8	obj_get_sil_priority (obj_template_t *obj)
	Get the SIL priority field. More...

boolean	obj_in_edit2_mode (obj_template_t *obj)
	Check if the object is an edit2 or edit3 container or list or terminal node child in an edit2 or edit3 container or list. More...

ncx_leafref_class_t	obj_get_leafref_class (obj_template_t *obj)
	Get the leafref class for a leafref object. More...

boolean	obj_delete_all_supported (obj_template_t *obj)
	Check if the object supports a direct delete-all or remove-all operation. More...

boolean	obj_is_crypt_hash (const obj_template_t *obj)
	Check if the object is a leaf of type crypt-hash. More...

void	obj_number_data_object (obj_template_t *obj)
	Number the object tree; initial setup. More...

obj_defval_tk_t *	obj_new_defval_tk (void)
	Create a new object default tk record;. More...

void	obj_free_defval_tk (obj_defval_tk_t *def)
	Delete an object default tk record;. More...

dlq_hdr_t *	obj_get_defvalQ (obj_template_t *obj)
	Get the leaf-list default Q. More...

obj_defval_tk_t *	obj_first_defval_tk (const obj_refine_t *ref)
	Get the first defval_tk entry. More...

obj_defval_tk_t *	obj_next_defval_tk (const obj_defval_tk_t *defval_tk)
	Get the next defval_tk entry. More...

obj_defval_tk_t *	obj_first_dev_defval_tk (const obj_deviate_t *dev)
	Get the first defval_tk entry. More...

boolean	obj_get_leaf_list_defset (const obj_template_t *obj)
	Get the defset flag for a leaf-list. More...

void	obj_find_delete_defval (obj_template_t obj, const xmlChar defval)
	Find and delete a leaf-list default for deviate delete default foo. More...

boolean	obj_find_defval (obj_template_t obj, const xmlChar find_defval)
	Find a default. More...

void	obj_delete_all_defvals (obj_template_t *obj)
	Delete all the original defaults for a leaf-list default for deviate replace default foo. More...

void	obj_enter_xpath_mode (void)
	Enter xpath mode and start ignoring obj_is_enabled. More...

void	obj_exit_xpath_mode (void)
	Exit xpath mode and stop ignoring obj_is_enabled. More...

obj_key_t *	obj_get_key_by_name (obj_template_t obj, const xmlChar keyname)
	Check the specified list to see if the string is a list key. More...

ncx_yang_version_t	obj_get_langver (obj_template_t *obj)
	Get the YANG version for this object. More...

boolean	obj_is_abstract_ex (const obj_template_t *obj)
	DUPLICATE FUNCTION OF obj_in_abstract() More...

void	obj_set_abstract (obj_template_t *obj)
	Set the abstract flag for the yang-data node. More...

boolean	obj_is_final (obj_template_t *obj)
	Check if the object template represents a fully expanded template or if it is inside a grouping. More...

void	obj_force_disabled (obj_template_t *obj)
	Force an object to be disabled. More...

const xmlChar *	obj_get_oid_string (obj_template_t *obj)
	Get object OID sting value. More...

obj_oid_t *	obj_get_oid_struct (obj_template_t obj, boolean malloced)
	Get malloced object OID structure that contains OID string and OID count. More...

status_t	obj_fill_keystackQ (obj_template_t obj, dlq_hdr_t keystackQ)
	Fill a keystackQ with backptrs to obj_template_t for key leafs. More...

void	obj_dump_keystackQ (dlq_hdr_t *keystackQ)
	Dump a keystackQ with backptrs to obj_template_t for key leafs. More...

void	obj_clr_enable_chk (obj_template_t *obj)
	Force an object to re-evaluate the enable check Will call for all children. More...

status_t	obj_cache_datarule (obj_template_t obj, void rule)
	Set the data-rule back-ptr for this node. More...

void	obj_clear_datarule (obj_template_t obj, const void rule)
	Clear the datarule back-ptr for this node. More...

boolean	obj_match_datarule (obj_template_t obj, void rule)
	Check if the data-rule back-ptr applies to this node. More...

status_t	obj_add_errmsg (obj_template_t obj, const xmlChar basestr, obj_errmsg_t **ret_errmsg)
	Create a new obj_errmsg struct for the object. More...

status_t	obj_add_errmsg_parm (obj_errmsg_t errmsg, const xmlChar parmstr)
	Add an errmsg parameter for the object. More...

status_t	obj_add_errmsg_filter (obj_errmsg_t errmsg, const xmlChar parmstr, boolean is_errortag)
	Add an errmsg filter for the object. More...

boolean	obj_has_get2cb (obj_template_t *obj)
	Check if current object has GET2 callback registered. More...

boolean	obj_is_singular (const obj_template_t *obj)
	Check if the object can have only one instance or not. More...

boolean	obj_get_top_config_flag (const obj_template_t *obj)
	Get the config flag for the top-level object. More...

boolean	obj_ok_for_nolock (const obj_template_t *obj)
	check an object OK for nolock More...

boolean	obj_use_get_when_check (const obj_template_t *obj)
	check an object needs to use a when-check for GET processing More...

boolean	obj_has_mandatory_children (obj_template_t *obj)
	Check if there are any mandatory children. More...

boolean	obj_get_xpath_oper_ok (const obj_template_t *obj)
	Get the object XPath oper OK flag. More...

void	obj_set_xpath_oper_ok (obj_template_t *obj)
	Set the object XPath oper OK flag. More...

boolean	obj_is_in_aio_get2 (obj_template_t *obj)
	Check if this object is a child of a node with sil-aio-get2 extension setup or if this object itself holds this extension. More...

boolean	obj_is_top_aio_get2 (obj_template_t *obj)
	Check if this object is a really top level holder of extension sil-aio-get2. More...

obj_template_t *	obj_get_top_aio_get2 (obj_template_t *child)
	Find the top AIO object. More...

boolean	obj_has_aio_list (obj_template_t *obj)
	Check is AIO object is a list or if its parent is a list object. More...

ncx_module_t *	obj_get_real_mod (obj_template_t *obj)
	Get the module struct for the submodule or main module with this object. More...

obj_template_t *	obj_get_real_parent_aug (obj_template_t *obj)
	Get the parent of the current object; skip OBJ_TYP_AUGMENT and return the actual parent. More...

boolean	obj_is_ancestor (const obj_template_t ancestor, const obj_template_t obj)
	Check if an object is the ancestor of another. More...

void	obj_ban_nolock_get (obj_template_t *obj)
	Ban nolock-get for the object. More...

boolean	obj_is_mounted (obj_template_t *child)
	Check if mounted object. More...

obj_template_t *	obj_get_parent_choice (obj_template_t *obj)
	Get the choice parent of the current object;. More...

boolean	obj_is_mp_parent (obj_template_t *child)
	Check if the parent of this object is a Mount Pount object. More...

boolean	obj_is_mp_key (obj_template_t *child)
	Check if the parent of this object is a Mount Pount object AND THIS OBJECT IS A KEY LEAF IN THE MP LIST. More...

boolean	obj_is_mp_with_rootcb (const obj_template_t *obj)
	Check if current object is Mount Point object. More...

ncx_sm_rootcb_t *	obj_find_ancestor_rootcb (obj_template_t *obj)
	Find an ancestor node or self that has a rootcb. More...

status_t	obj_set_mp_flags (obj_template_t *obj)
	set the Schema Mount flags and create a rootcb if needed More...

boolean	obj_has_xpath_stmts (obj_template_t *obj)
	Check if any must or when stmts in node or all children. More...

status_t	obj_get_appinfo (obj_template_t obj, const xmlChar prefix, const xmlChar name, const xmlChar *retval)
	Get the first (or only) instance of the specified appinfo. More...

status_t	obj_add_unique_backptr (obj_template_t leafobj, obj_template_t listobj)
	Add a unique backptr to the leaf. More...

obj_template_t *	obj_first_unique_backptr (obj_template_t *leafobj)
	Get the first unique backptr for a leaf object. More...

obj_template_t *	obj_next_unique_backptr (obj_template_t leafobj, obj_template_t curbackptr)
	Get the next unique backptr for a leaf object. More...

boolean	obj_is_create_np_ro (obj_template_t *obj)
	Check if this is an empty read-only NP-container that should be created as an empty NP container. More...

void	obj_set_sort_type (obj_template_t *obj, ncx_sort_type_t typ)
	Set the sort type for the object if OK Otherwise this function call has no affect. More...

ncx_sort_type_t	obj_get_sort_type (const obj_template_t *obj)
	Get the sort type for the object. More...

boolean	obj_is_confirm_data (const obj_template_t *obj)
	Check if object is marked as a confirm-data object for CLI. More...

grp_template_t *	obj_get_uses_grp (obj_template_t *usesobj)
	Get the grp template from the uses object pointer. More...

obj_template_t *	obj_get_uses_obj (obj_template_t *obj)
	Get the usesobj template from the object pointer. More...

obj_template_t *	obj_get_augment_obj (obj_template_t *obj)
	Get the augobj template from the object pointer. More...

boolean	obj_edit2_mode_allowed (obj_template_t *obj)
	Check if the current object is EDIT2/3 allowed. More...

Detailed Description

Object access functions allow the compiler to create an object template tree.

They also allow client and server to access YANG properties of these data node object templates.

Function Documentation

◆ obj_add_child()

void obj_add_child	(	obj_template_t *	child,
		obj_template_t *	parent
	)

Add a child object to the specified complex node.

Parameters

child	the obj_template to add
parent	the obj_template of the parent

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◆ obj_add_errmsg()

status_t obj_add_errmsg	(	obj_template_t *	obj,
		const xmlChar *	basestr,
		obj_errmsg_t **	ret_errmsg
	)

Create a new obj_errmsg struct for the object.

Parameters

	obj	object to set errmsg
	basestr	base error string
[out]	ret_errmsg	address of return error message *ret_errmsg set with eturn error message

Returns: status

◆ obj_add_errmsg_filter()

status_t obj_add_errmsg_filter	(	obj_errmsg_t *	errmsg,
		const xmlChar *	parmstr,
		boolean	is_errortag
	)

Add an errmsg filter for the object.

Parameters

errmsg	error message control block to set
parmstr	parameter string
is_errortag	TRUE if error-tag; FALSE if error-app-tag

Returns: status

◆ obj_add_errmsg_parm()

status_t obj_add_errmsg_parm	(	obj_errmsg_t *	errmsg,
		const xmlChar *	parmstr
	)

Add an errmsg parameter for the object.

Parameters

errmsg	object error message to set
parmstr	parameter string

Returns: status

◆ obj_add_metadata()

status_t obj_add_metadata	(	obj_metadata_t *	meta,
		obj_template_t *	obj
	)

Add the filled out object metadata definition to the object.

Parameters

meta	obj_metadata_t data structure to add
obj	object template to add meta to

Returns: status

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◆ obj_add_unique_backptr()

status_t obj_add_unique_backptr	(	obj_template_t *	leafobj,
		obj_template_t *	listobj
	)

Add a unique backptr to the leaf.

Parameters

leafobj	the leaf object that will get the backptr to the list
listobj	the list object that will be the pointer saved

Returns: status

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◆ obj_any_notifs()

boolean obj_any_notifs ( const dlq_hdr_t * datadefQ )

Check if there are any notifications in the datadefQ.

Parameters

datadefQ Q of obj_template_t to check

Returns: TRUE if any OBJ_TYP_NOTIF found, FALSE if not

◆ obj_any_rpcs()

boolean obj_any_rpcs ( const dlq_hdr_t * datadefQ )

Check if there are any RPC methods in the datadefQ.

Parameters

datadefQ Q of obj_template_t to check

Returns: TRUE if any OBJ_TYP_RPC found, FALSE if not

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◆ obj_assign_xpath_backptr()

status_t obj_assign_xpath_backptr	(	obj_template_t *	obj,
		struct xpath_pcb_t_ *	xpath
	)

Set an xpath-expr backptr.

Malloc and initialize a new ncx_backptr_t struct for the xpath_backptrQ if no xpath_backptr slots are available

Parameters

obj	object to set
xpath	Xpath PCB to point at

Returns: status; NO_ERR, ERR_INTERNAL_MEM

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◆ obj_ban_nolock_get()

void obj_ban_nolock_get ( obj_template_t * obj )

Ban nolock-get for the object.

Parameters

obj	the obj_template to set

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◆ obj_cache_datarule()

status_t obj_cache_datarule	(	obj_template_t *	obj,
		void *	rule
	)

Set the data-rule back-ptr for this node.

Parameters

obj	object struct to use
rule	backptr to NACM rule

Returns: status: ERR_INTERNAL_MEM if malloc failed

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◆ obj_clean_datadefQ()

void obj_clean_datadefQ ( dlq_hdr_t * que )

Clean and free all the obj_template_t structs in the specified Q.

Parameters

que	Q of obj_template_t to clean

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◆ obj_clean_deviationQ()

void obj_clean_deviationQ ( dlq_hdr_t * deviationQ )

Clean and free an Q of object deviation statements.

Parameters

deviationQ pointer to Q of the structs to clean and free

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◆ obj_clean_unique()

void obj_clean_unique ( obj_unique_t * un )

Clean a obj_unique_t struct.

Parameters

un	obj_unique_t struct to clean

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◆ obj_clear_datarule()

void obj_clear_datarule	(	obj_template_t *	obj,
		const void *	rule
	)

Clear the datarule back-ptr for this node.

Parameters

obj	object struct to use
rule	NACM rule back-ptr to find

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◆ obj_clear_xpath_backptr()

void obj_clear_xpath_backptr	(	obj_template_t *	obj,
		struct xpath_pcb_t_ *	xpath
	)

Clear an xpath-expr backptr.

Free a found ncx_backptr_t struct for the xpath_backptrQ or clear an xpath_backptr slot

Parameters

obj	object to clear
xpath	Xpath PCB to find and remove

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◆ obj_clone_template()

obj_template_t * obj_clone_template	(	ncx_module_t *	mod,
		obj_template_t *	srcobj,
		dlq_hdr_t *	mobjQ
	)

Clone an obj_template_t Copy the pointers from the srcobj into the new obj.

If the mobj is non-NULL, then the non-NULL revisable fields in the mobj struct will be merged into the new object

Parameters

mod	module struct that is defining the new cloned data this may be different than the module that will contain the cloned data (except top-level objects)
srcobj	obj_template to clone !!! This struct MUST NOT be deleted!!! !!! Unless all of its clones are also deleted !!!
mobjQ	merge object Q (may be NULL) datadefQ to check for OBJ_TYP_REFINE nodes If the target of the refine node matches the srcobj (e.g., from same grouping), then the sub-clauses in that refinement-stmt that are allowed to be revised will be checked

Returns: pointer to malloced clone obj_template_t NULL if malloc failer error or internal error

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◆ obj_clone_template_case()

obj_template_t * obj_clone_template_case	(	ncx_module_t *	mod,
		obj_template_t *	srcobj,
		dlq_hdr_t *	mobjQ
	)

Clone an obj_template_t but make sure it is wrapped in a OBJ_TYP_CASE layer.

Copy the pointers from the srcobj into the new obj

Create an OBJ_TYP_CASE wrapper if needed, for a short-case-stmt data def

If the mobj is non-NULL, then the non-NULL revisable fields in the mobj struct will be merged into the new object

Parameters

mod	module struct that is defining the new cloned data this may be different than the module that will contain the cloned data (except top-level objects)
srcobj	obj_template to clone !!! This struct MUST NOT be deleted!!! !!! Unless all of its clones are also deleted !!!
mobjQ	Q of obj_refine_t objects to merge (may be NULL) only fields allowed to be revised will be checked even if other fields are set in this struct

Returns: pointer to malloced clone obj_template_t NULL if malloc failer error or internal error

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◆ obj_clone_template_sm()

obj_template_t * obj_clone_template_sm	(	ncx_module_t *	mod,
		obj_template_t *	srcobj,
		dlq_hdr_t *	mobjQ,
		boolean	sm_clone
	)

Clone an obj_template_t Copy the pointers from the srcobj into the new obj.

If the mobj is non-NULL, then the non-NULL revisable fields in the mobj struct will be merged into the new object

Parameters

mod	module struct that is defining the new cloned data this may be different than the module that will contain the cloned data (except top-level objects)
srcobj	obj_template to clone !!! This struct MUST NOT be deleted!!! !!! Unless all of its clones are also deleted !!!
mobjQ	merge object Q (may be NULL) datadefQ to check for OBJ_TYP_REFINE nodes If the target of the refine node matches the srcobj (e.g., from same grouping), then the sub-clauses in that refinement-stmt that are allowed to be revised will be checked
sm_clone	TRUE if Schema Mount clone

Returns: pointer to malloced clone obj_template_t NULL if malloc failer error or internal error

◆ obj_clr_enable_chk()

void obj_clr_enable_chk ( obj_template_t * obj )

Force an object to re-evaluate the enable check Will call for all children.

Parameters

obj	the obj_template to force recheck features

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◆ obj_copy_object_id()

status_t obj_copy_object_id	(	const obj_template_t *	obj,
		xmlChar *	buff,
		uint32	bufflen,
		uint32 *	reallen
	)

Generate the object ID for an object node and copy to the buffer copy an object ID to a buffer.

Parameters

	obj	node to generate the instance ID for
[out]	buff	buffer to use buff filled in with the object ID
	bufflen	size of buff
[out]	reallen	address of return length of actual identifier may be NULL so not filled in *reallen length of identifier, even if error occurred

Returns: status

◆ obj_copy_object_id_mod()

status_t obj_copy_object_id_mod	(	const obj_template_t *	obj,
		xmlChar *	buff,
		uint32	bufflen,
		uint32 *	reallen
	)

Generate the object ID for an object node and copy to the buffer copy an object ID to a buffer; Use modname in object identifier.

Parameters

	obj	node to generate the instance ID for
[out]	buff	buffer to use buff filled in with the object ID
	bufflen	size of buff
[out]	reallen	address of return length of actual identifier (may be NULL) *reallen length of identifier, even if error occurred

Returns: status

◆ obj_delete_all_defvals()

void obj_delete_all_defvals ( obj_template_t * obj )

Delete all the original defaults for a leaf-list default for deviate replace default foo.

Parameters

obj	to remove all defaults

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◆ obj_delete_all_supported()

boolean obj_delete_all_supported ( obj_template_t * obj )

Check if the object supports a direct delete-all or remove-all operation.

Parameters

obj	the object to check

Returns: true if supported; false if not supported

◆ obj_delete_mod_children()

void obj_delete_mod_children	(	obj_template_t *	obj,
		ncx_module_t *	mod
	)

Check the childQ for the specified object and remove all the objects from the specified module.

This is for "unload mod-A' where mod-A has augmented mod-B with child nodes under 'obj'

!!!! DOES NOT SKIP OVER AUGMENT AND USES !!!!

Parameters

obj	obj_template_t to check
mod	module to check for removals

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◆ obj_delete_obsolete()

void obj_delete_obsolete ( dlq_hdr_t * objQ )

Delete any obsolete child nodes within the specified object subtree.

Parameters

objQ	Q of obj_template to check

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◆ obj_dump_child_list()

void obj_dump_child_list	(	log_debug_t	lvl,
		dlq_hdr_t *	datadefQ,
		uint32	startindent,
		uint32	indent
	)

Dump the object names in a datadefQ – just child level uses log_write_level() for writing ...

Parameters

lvl	debug level to use for output
datadefQ	Q of obj_template_t to dump
startindent	start-indent columns
indent	indent amount

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◆ obj_dump_keystackQ()

void obj_dump_keystackQ ( dlq_hdr_t * keystackQ )

Dump a keystackQ with backptrs to obj_template_t for key leafs.

Parameters

keystackQ the dlq_hdr_t queue to dump

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◆ obj_edit2_mode_allowed()

boolean obj_edit2_mode_allowed ( obj_template_t * obj )

Check if the current object is EDIT2/3 allowed.

INTERNAL API

Check if the current object is potentially in the EDIT2/3 mode. Possible options are:

Local/Remote EDIT2 callbacks registered for the current OBJ
Local/Remote Global EDIT2 callbacks registered

Parameters

obj	the object to check

Returns: TRUE if the OBJ allowed to have EDIT2/3 callback setup

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◆ obj_enabled_child_count()

uint32 obj_enabled_child_count ( obj_template_t * obj )

Get the count of the number of enabled child nodes for the object template.

Parameters

obj	obj_template to check

Returns: number of enabled child nodes

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◆ obj_enter_xpath_mode()

void obj_enter_xpath_mode ( void )

Enter xpath mode and start ignoring obj_is_enabled.

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◆ obj_exit_xpath_mode()

void obj_exit_xpath_mode ( void )

Exit xpath mode and stop ignoring obj_is_enabled.

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◆ obj_fill_keystackQ()

status_t obj_fill_keystackQ	(	obj_template_t *	obj,
		dlq_hdr_t *	keystackQ
	)

Fill a keystackQ with backptrs to obj_template_t for key leafs.

Parameters

obj	the obj_template to fill keystack for
keystackQ	the dlq_hdr_t queue to fill with backptrs

Returns: status

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◆ obj_find_all_ancestors()

boolean obj_find_all_ancestors	(	ncx_module_t *	exprmod,
		obj_walker_fn_t	walkerfn,
		void *	cookie1,
		void *	cookie2,
		obj_template_t *	startnode,
		const xmlChar *	modname,
		const xmlChar *	name,
		boolean	configonly,
		boolean	textmode,
		boolean	useroot,
		boolean	orself,
		boolean *	fncalled
	)

Find all occurances of the specified node(s) within the ancestors of the current node.

The walker fn will be called for each match.

Used by XPath only!

If the walker function returns TRUE, then the walk will continue; If FALSE it will terminate right away

This function skips choice and case nodes and only processes real data nodes

Parameters

	exprmod	module containing XPath expression
	walkerfn	callback function to use
	cookie1	cookie1 value to pass to walker fn
	cookie2	cookie2 value to pass to walker fn
	startnode	start node to check
	modname	module name; only matches in this module namespace will be returned NULL: namespace matching will be skipped
	name	name of ancestor node to find NULL to match any ancestor name
	configonly	TRUE to skip over non-config nodes FALSE to check all nodes Only used if childname == NULL
	textmode	TRUE if just testing for text() nodes name and modname will be ignored in this mode FALSE if using name and modname to filter
	useroot	TRUE is it is safe to use the toproot FALSE if not, use all moduleQ search instead
	orself	TRUE if axis is really ancestor-or-self FALSE if axis is ancestor
[out]	fncalled	address of return function called flag *fncalled set to TRUE if a callback function was called

Returns: TRUE if normal termination occurred
FALSE if walker fn requested early termination

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◆ obj_find_all_children()

boolean obj_find_all_children	(	ncx_module_t *	exprmod,
		obj_walker_fn_t	walkerfn,
		void *	cookie1,
		void *	cookie2,
		obj_template_t *	startnode,
		const xmlChar *	modname,
		const xmlChar *	childname,
		boolean	configonly,
		boolean	textmode,
		boolean	useroot
	)

Find all occurances of the specified node(s) within the children of the current node.

The walker fn will be called for each match.

Used by XPath only!

If the walker function returns TRUE, then the walk will continue; If FALSE it will terminate right away

This function skips choice and case nodes and only processes real data nodes

Parameters

exprmod	module containing XPath expression
walkerfn	callback function to use
cookie1	cookie1 value to pass to walker fn
cookie2	cookie2 value to pass to walker fn
startnode	start node to check
modname	module name; only matches in this module namespace will be returned NULL: namespace matching will be skipped
childname	name of child node to find NULL to match any child name
configonly	TRUE to skip over non-config nodes FALSE to check all nodes Only used if childname == NULL
textmode	TRUE if just testing for text() nodes name and modname will be ignored in this mode FALSE if using name and modname to filter
useroot	TRUE is it is safe to use the toproot FALSE if not, use all moduleQ search instead

Returns: TRUE if normal termination occurred
FALSE if walker fn requested early termination

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◆ obj_find_all_descendants()

boolean obj_find_all_descendants	(	ncx_module_t *	exprmod,
		obj_walker_fn_t	walkerfn,
		void *	cookie1,
		void *	cookie2,
		obj_template_t *	startnode,
		const xmlChar *	modname,
		const xmlChar *	name,
		boolean	configonly,
		boolean	textmode,
		boolean	useroot,
		boolean	orself,
		boolean *	fncalled
	)

Find all occurances of the specified node(s) within the descendants of the current node.

The walker fn will be called for each match.

Used by XPath only!

If the walker function returns TRUE, then the walk will continue; If FALSE it will terminate right away

This function skips choice and case nodes and only processes real data nodes

Parameters

	exprmod	module containing XPath expression
	walkerfn	callback function to use
	cookie1	cookie1 value to pass to walker fn
	cookie2	cookie2 value to pass to walker fn
	startnode	start node to check
	modname	module name; only matches in this module namespace will be returned NULL: namespace matching will be skipped
	name	name of descendant node to find NULL to match any descendant name
	configonly	TRUE to skip over non-config nodes FALSE to check all nodes Only used if childname == NULL
	textmode	TRUE if just testing for text() nodes name and modname will be ignored in this mode FALSE if using name and modname to filter
	useroot	TRUE is it is safe to use the toproot FALSE if not, use all moduleQ search instead
	orself	TRUE if axis is really descendant-or-self FALSE if axis is descendant
[out]	fncalled	address of return function called flag *fncalled set to TRUE if a callback function was called

Returns: TRUE if normal termination occurred
FALSE if walker fn requested early termination

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◆ obj_find_all_pfaxis()

boolean obj_find_all_pfaxis	(	ncx_module_t *	exprmod,
		obj_walker_fn_t	walkerfn,
		void *	cookie1,
		void *	cookie2,
		obj_template_t *	startnode,
		const xmlChar *	modname,
		const xmlChar *	name,
		boolean	configonly,
		boolean	dblslash,
		boolean	textmode,
		boolean	useroot,
		ncx_xpath_axis_t	axis,
		boolean *	fncalled
	)

Find all occurances of the specified preceding or following node(s).

Could also be within the descendants of the current node. The walker fn will be called for each match.

Used by Xpath only!

If the walker function returns TRUE, then the walk will continue; If FALSE it will terminate right away

This function skips choice and case nodes and only processes real data nodes

Parameters

	exprmod	module containing XPath expression
	walkerfn	callback function to use
	cookie1	cookie1 value to pass to walker fn
	cookie2	cookie2 value to pass to walker fn
	startnode	start node to check
	modname	module name; only matches in this module namespace will be returned NULL: namespace matching will be skipped
	name	name of preceding or following node to find NULL to match any name
	configonly	TRUE to skip over non-config nodes FALSE to check all nodes Only used if childname == NULL
	dblslash	TRUE if all decendents of the preceding or following nodes should be checked FALSE only 1 level is checked
	textmode	TRUE if just testing for text() nodes name and modname will be ignored in this mode FALSE if using name and modname to filter
	useroot	TRUE is it is safe to use the toproot FALSE if not, use all moduleQ search instead
	axis	axis enum to use
[out]	fncalled	address of return function called flag *fncalled set to TRUE if a callback function was called

Returns: TRUE if normal termination occurred
FALSE if walker fn requested early termination

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◆ obj_find_ancestor_rootcb()

ncx_sm_rootcb_t * obj_find_ancestor_rootcb ( obj_template_t * obj )

Find an ancestor node or self that has a rootcb.

Parameters

obj	object to check

Returns: pointer to rootcb if found, NULL otherwise

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◆ obj_find_case()

obj_case_t * obj_find_case	(	obj_choice_t *	choic,
		const xmlChar *	modname,
		const xmlChar *	casname
	)

Find a specified case arm by name.

Parameters

choic	choice struct to check
modname	name of the module that added this case (may be NULL)
casname	name of the case to find

Returns: pointer to obj_case_t for requested case, NULL if not found

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◆ obj_find_child()

obj_template_t * obj_find_child	(	obj_template_t *	obj,
		const xmlChar *	modname,
		const xmlChar *	objname
	)

Find a child object with the specified Qname.

This is the main API for finding object child nodes

  !!! This function checks for accessible names only!!!
  !!! That means child nodes of choice->case will be
  !!! present instead of the choice name or case name

Parameters

obj	obj_template_t to check
modname	module name for the object (needed for augments) (may be NULL to match any 'objname' instance)
objname	object name to find

Returns: pointer to obj_template_t or NULL if not found

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◆ obj_find_child_choice_case()

obj_template_t * obj_find_child_choice_case	(	obj_template_t *	obj,
		const xmlChar *	modname,
		const xmlChar *	objname
	)

Find a child object with the specified Qname.

  !!! This function checks for not only accessible names!!!
  !!! That means the choice name or case name will be preferred
  !!! instead of thiers child nodes

Parameters

obj	the obj_template_t to check
modname	the module name that defines the obj_template_t if it is NULL and first match will be done, and the module ignored (Name instead of QName)
objname	the object name to find

Returns: pointer to obj_template_t or NULL if not found

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◆ obj_find_child_ex()

obj_template_t * obj_find_child_ex	(	obj_template_t *	obj,
		const xmlChar *	modname,
		const xmlChar *	objname,
		ncx_name_match_t	match_names,
		boolean	alt_names,
		boolean	dataonly,
		status_t *	retres
	)

Find a child object with the specified Qname extended match modes.

  !!! This function checks for accessible names only!!!
  !!! That means child nodes of choice->case will be
  !!! present instead of the choice name or case name

Parameters

	obj	obj_template_t to check
	modname	module name for the object (needed for augments) (may be NULL to match any 'objname' instance)
	objname	object name to find
	match_names	enum for selected match names mode
	alt_names	TRUE if alt-name should be checked in addition to the YANG node name FALSE to check YANG names only
	dataonly	TRUE to check just data nodes FALSE to check all nodes
[out]	retres	address of return status *retres set to return status

Returns: pointer to struct if present, NULL otherwise

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◆ obj_find_child_fast()

obj_template_t * obj_find_child_fast	(	obj_template_t *	obj,
		xmlns_id_t	nsid,
		const xmlChar *	objname
	)

Find a child object with the specified Qname.

  !!! This function checks for accessible names only!!!
  !!! That means child nodes of choice->case will be
  !!! present instead of the choice name or case name

Parameters

obj	the obj_template_t to check
nsid	the module namespace ID or zero to ignore
objname	the object name to find

Returns: pointer to obj_template_t or NULL if not found

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◆ obj_find_child_lrcheck()

obj_template_t * obj_find_child_lrcheck	(	obj_template_t *	obj,
		const xmlChar *	modname,
		const xmlChar *	objname
	)

Find a child object with the specified Qname LeafRef Check VERSION.

  !!! This function checks for accessible names only!!!
  !!! That means child nodes of choice->case will be
  !!! present instead of the choice name or case name

Parameters

obj	the obj_template_t to check
modname	the module name that defines the obj_template_t if it is NULL and first match will be done, and the module ignored (Name instead of QName)
objname	the object name to find

Returns: pointer to obj_template_t or NULL if not found

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◆ obj_find_child_str()

obj_template_t * obj_find_child_str	(	obj_template_t *	obj,
		const xmlChar *	modname,
		const xmlChar *	objname,
		uint32	objnamelen
	)

Find a child object with the specified Qname.

Parameters

obj	obj_template_t to check
modname	module name for the object (needed for augments) (may be NULL to match any 'objname' instance)
objname	object name to find
objnamelen	length of objname string

Returns: pointer to obj_template_t or NULL if not found

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◆ obj_find_defval()

boolean obj_find_defval	(	obj_template_t *	obj,
		const xmlChar *	find_defval
	)

Find a default.

Parameters

obj	to check
find_defval	default value string to match

Returns: true if found; false if not found

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◆ obj_find_delete_defval()

void obj_find_delete_defval	(	obj_template_t *	obj,
		const xmlChar *	defval
	)

Find and delete a leaf-list default for deviate delete default foo.

Parameters

obj	to remove default
defval	default value string to match

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◆ obj_find_grouping()

grp_template_t * obj_find_grouping	(	obj_template_t *	obj,
		const xmlChar *	grpname
	)

Check if a grp_template_t in the obj groupingQ hierarchy.

Parameters

obj	obj_template using the grouping
grpname	grouping name to find

Returns: pointer to struct if present, NULL otherwise

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◆ obj_find_key()

obj_key_t * obj_find_key	(	dlq_hdr_t *	que,
		const xmlChar *	keycompname
	)

Find a specific key component by key leaf identifier name.

Parameters

que	Q of obj_key_t to check
keycompname	key component name to find

Returns: pointer to found key component or NULL if not found

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◆ obj_find_key2()

obj_key_t * obj_find_key2	(	dlq_hdr_t *	que,
		obj_template_t *	keyobj
	)

Find a specific key component, check for a specific node in case deep keys are supported, and to check for duplicates.

Parameters

que	Q of obj_key_t to check
keyobj	key component object to find

Returns: pointer to found key component or NULL if not found

◆ obj_find_metadata()

obj_metadata_t * obj_find_metadata	(	const obj_template_t *	obj,
		const xmlChar *	name
	)

Find the object metadata definition in the object.

Parameters

obj	object template to check
name	name of obj_metadata_t data structure to find

Returns: pointer to found entry, NULL if not found

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◆ obj_find_schema_template()

obj_template_t * obj_find_schema_template	(	dlq_hdr_t *	que,
		const xmlChar *	modname,
		const xmlChar *	objname
	)

Find an object with the specified name For YANG schema-nodeid so NEVER lookdeep.

Parameters

que	Q of obj_template_t to search
modname	module name that defines the obj_template_t NULL and first match will be done, and the module ignored (Name instead of QName)
objname	object name to find

Returns: pointer to obj_template_t or NULL if not found in 'que'

◆ obj_find_template()

obj_template_t * obj_find_template	(	dlq_hdr_t *	que,
		const xmlChar *	modname,
		const xmlChar *	objname
	)

Find an object with the specified name.

Only finds enabled objects

Parameters

que	Q of obj_template_t to search
modname	module name that defines the obj_template_t NULL and first match will be done, and the module ignored (Name instead of QName)
objname	object name to find

Returns: pointer to obj_template_t or NULL if not found in 'que'

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◆ obj_find_template_all()

obj_template_t * obj_find_template_all	(	ncx_module_t *	mod,
		const xmlChar *	modname,
		const xmlChar *	objname
	)

Check if an obj_template_t in the mod->datadefQ or any of the include files used within the entire main module.

Top-level access is not tracked, so the 'test' variable is hard-wired to FALSE

Parameters

mod	ncx_module to check
modname	module name for the object (needed for augments) (may be NULL to match any 'objname' instance)
objname	object name to find

Returns: pointer to struct if present, NULL otherwise

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◆ obj_find_template_con()

const obj_template_t * obj_find_template_con	(	dlq_hdr_t *	que,
		const xmlChar *	modname,
		const xmlChar *	objname
	)

Find an object with the specified name Return a const pointer; used by yangdump.

Parameters

que	Q of obj_template_t to search
modname	module name that defines the obj_template_t NULL and first match will be done, and the module ignored (Name instead of QName)
objname	object name to find

Returns: pointer to obj_template_t or NULL if not found in 'que'

◆ obj_find_template_test()

obj_template_t * obj_find_template_test	(	dlq_hdr_t *	que,
		const xmlChar *	modname,
		const xmlChar *	objname
	)

Find an object with the specified name Test version; do not set 'used' flag.

Parameters

que	Q of obj_template_t to search
modname	module name that defines the obj_template_t NULL and first match will be done, and the module ignored (Name instead of QName)
objname	object name to find

Returns: pointer to obj_template_t or NULL if not found in 'que'

◆ obj_find_template_top()

obj_template_t * obj_find_template_top	(	ncx_module_t *	mod,
		const xmlChar *	modname,
		const xmlChar *	objname
	)

Check if an obj_template_t in the mod->datadefQ or any of the include files visible to this module.

Top-level access is not tracked, so the 'test' variable is hard-wired to FALSE

Parameters

mod	ncx_module to check
modname	module name for the object (needed for augments) (may be NULL to match any 'objname' instance)
objname	object name to find

Returns: pointer to struct if present, NULL otherwise

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◆ obj_find_template_top_ex()

obj_template_t * obj_find_template_top_ex	(	ncx_module_t *	mod,
		const xmlChar *	modname,
		const xmlChar *	objname,
		ncx_name_match_t	match_names,
		boolean	alt_names,
		boolean	dataonly,
		status_t *	retres
	)

Check if an obj_template_t in the mod->datadefQ or any of the include files visible to this module.

Top-level access is not tracked, so the 'test' variable is hard-wired to FALSE

Parameters

	mod	ncx_module to check
	modname	module name for the object (needed for augments) (may be NULL to match any 'objname' instance)
	objname	object name to find
	match_names	enum for selected match names mode
	alt_names	TRUE if alt-name should be checked in addition to the YANG node name FALSE to check YANG names only
	dataonly	TRUE to check just data nodes FALSE to check all nodes
[out]	retres	address of return status *retres set to return status

Returns: pointer to struct if present, NULL otherwise

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◆ obj_find_template_top_lrcheck()

obj_template_t * obj_find_template_top_lrcheck	(	ncx_module_t *	mod,
		const xmlChar *	modname,
		const xmlChar *	objname
	)

Check if an obj_template_t in the mod->datadefQ or any of the include files visible to this module (LeafRef Check version)

Top-level access is not tracked, so the 'test' variable is hard-wired to FALSE

Ignore if-feature=false in this lookup

Parameters

mod	ncx_module to check
modname	module name for the object (needed for augments) (may be NULL to match any 'objname' instance)
objname	object name to find

Returns: pointer to struct if present, NULL otherwise

◆ obj_find_type()

typ_template_t * obj_find_type	(	obj_template_t *	obj,
		const xmlChar *	typname
	)

Check if a typ_template_t in the obj typedefQ hierarchy.

Parameters

obj	obj_template using the typedef
typname	type name to find

Returns: pointer to struct if present, NULL otherwise

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◆ obj_find_unique()

obj_unique_t * obj_find_unique	(	dlq_hdr_t *	que,
		const xmlChar *	xpath
	)

Find a specific unique-stmt.

Parameters

que	queue of obj_unique_t to check
xpath	relative path expression for the unique node to find

Returns: pointer to found entry or NULL if not found

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◆ obj_find_xpath_backptr()

boolean obj_find_xpath_backptr	(	obj_template_t *	obj,
		struct xpath_pcb_t_ *	xpath
	)

Find an xpath-expr backptr.

Parameters

obj	object to search
xpath	Xpath PCB to find

Returns: TRUE if found; FALSE if not

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◆ obj_first_child()

obj_template_t * obj_first_child ( obj_template_t * obj )

Get the first child object if the specified object has any children.

!!!! SKIPS OVER AUGMENT AND USES AND DISABLED OBJECTS !!!!

Parameters

obj	obj_template_t to check for children

Returns: pointer to first child obj_template_t or NULL if not found

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◆ obj_first_child_augok()

obj_template_t * obj_first_child_augok ( obj_template_t * obj )

Get the first child object if the specified object has any children.

!!!! SKIPS OVER REFINE and USES !!!!

Parameters

obj	obj_template_t to check

Returns: pointer to first child obj_template_t or NULL if not found

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◆ obj_first_child_deep()

obj_template_t * obj_first_child_deep ( obj_template_t * obj )

Get the first child object if the specified object has any children.

Look past choices and cases to the real nodes within them

!!!! SKIPS OVER AUGMENT AND USES AND CHOICES AND CASES !!!!

Parameters

obj	obj_template_t to check

Returns: pointer to first child obj_template_t or NULL if not found

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◆ obj_first_ckey()

const obj_key_t * obj_first_ckey ( const obj_template_t * obj )

Get the first key record: Const version.

Parameters

obj	object to check

Returns: pointer to first key component or NULL if not found

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◆ obj_first_defval_tk()

obj_defval_tk_t * obj_first_defval_tk ( const obj_refine_t * ref )

Get the first defval_tk entry.

Parameters

ref	refine object to check

Returns: first entry or NULL if none

◆ obj_first_dev_defval_tk()

obj_defval_tk_t * obj_first_dev_defval_tk ( const obj_deviate_t * dev )

Get the first defval_tk entry.

Parameters

dev	deviate statement to search

Returns: first entry of NULL if none

◆ obj_first_grouping()

grp_template_t * obj_first_grouping ( obj_template_t * obj )

Get the first local grouping if any.

Parameters

obj	obj_template to use

Returns: pointer to struct if present, NULL otherwise

◆ obj_first_iffeature_ptr()

obj_iffeature_ptr_t * obj_first_iffeature_ptr ( obj_template_t * obj )

Get first if-feature pointer.

Parameters

obj	the obj_template to check

Returns: pointer to first entry or NULL if none

◆ obj_first_inherit_when_ptr()

ncx_backptr_t * obj_first_inherit_when_ptr ( obj_template_t * obj )

Get first xpath pointer struct.

Parameters

obj	the obj_template to check

Returns: pointer to first entry or NULL if none

◆ obj_first_key()

obj_key_t * obj_first_key ( obj_template_t * obj )

Get the first key record.

Parameters

obj	object to check

Returns: pointer to first key component or NULL if not found

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◆ obj_first_metadata()

obj_metadata_t * obj_first_metadata ( const obj_template_t * obj )

Get the first object metadata definition in the object.

Parameters

obj	object template to check

Returns: pointer to first entry, NULL if none

◆ obj_first_terminal_child()

obj_template_t * obj_first_terminal_child ( obj_template_t * obj )

Get the first child object if the specified object has any children; MUST BE A TERMINAL NODE!!!

!!!! SKIPS OVER AUGMENT AND USES AND DISABLED OBJECTS !!!!

Parameters

obj	obj_template_t to check for children

Returns: pointer to first child obj_template_t or NULL if not found

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◆ obj_first_terminal_child_nokey()

obj_template_t * obj_first_terminal_child_nokey ( obj_template_t * obj )

Get the first child object if the specified object has any children; MUST BE A TERMINAL NODE!!!

!!!! SKIPS OVER AUGMENT AND USES ANF KEY LEAFS !!!!

Parameters

obj	obj_template_t to check

Returns: pointer to first matching child obj_template_t or NULL if not found

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◆ obj_first_terminal_child_nokey_nochoice()

obj_template_t * obj_first_terminal_child_nokey_nochoice ( obj_template_t * obj )

Get the first child object if the specified object has any children.

Do not dive deep inside CHOICE / CASE MUST BE A TERMINAL NODE BUT NOT INSIDE CHOICE / CASE!!!

!!!! SKIPS OVER AUGMENT AND USES !!!!

YPW-2125: Do not skip over choices -> return only terminal nodes that are not inside choice!!!

Parameters

obj	obj_template_t to check

Returns: pointer to first matching child obj_template_t or NULL if not found

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◆ obj_first_typedef()

typ_template_t * obj_first_typedef ( obj_template_t * obj )

Get the first local typedef for this object, if any.

Parameters

obj	obj_template to use

Returns: pointer to first typ_template_t struct if present, NULL otherwise

◆ obj_first_unique()

obj_unique_t * obj_first_unique ( obj_template_t * listobj )

Get the first unique-stmt for a list.

Parameters

listobj (list) object to check for unique structs

Returns: pointer to found entry or NULL if not found

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◆ obj_first_unique_backptr()

obj_template_t * obj_first_unique_backptr ( obj_template_t * leafobj )

Get the first unique backptr for a leaf object.

Parameters

leafobj the leaf object that will get searched

Returns

pointer to the list object that is in the first backptr

NULL if no first backptr found or wrong node types

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◆ obj_first_unique_comp()

obj_unique_comp_t * obj_first_unique_comp ( obj_unique_t * un )

Get the first identifier in a unique-stmt for a list.

Parameters

un	unique struct to check

Returns: pointer to found entry or NULL if not found

◆ obj_first_xpath_backptr()

struct xpath_pcb_t_ * obj_first_xpath_backptr ( obj_template_t * obj )

Get the first xpath backptr.

Parameters

obj	object to search

Returns: pointer to first entry; NULL if none

◆ obj_flag_xpath_backptrs_dirty()

void obj_flag_xpath_backptrs_dirty	(	obj_template_t *	obj,
		ncx_cfg_t	cfg_id,
		boolean	flag
	)

Check all the xpath backptr records for this object and set them to dirty or clean, based on input.

Parameters

obj	object to check
cfg_id	configuration datastore to check
flag	TRUE to set dirty; FALSE to clear

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◆ obj_force_disabled()

void obj_force_disabled ( obj_template_t * obj )

Force an object to be disabled.

Parameters

obj	the obj_template to force disabled

◆ obj_force_root()

void obj_force_root ( obj_template_t * obj )

Set the object as an anydata type of root.

Parameters

obj	obj_template to set

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◆ obj_free_defval_tk()

void obj_free_defval_tk ( obj_defval_tk_t * def )

Delete an object default tk record;.

Parameters

def	malloced entry to free

◆ obj_free_deviate()

void obj_free_deviate ( obj_deviate_t * deviate )

Clean and free an object deviate statement.

Parameters

deviate pointer to the struct to clean and free

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◆ obj_free_deviation()

void obj_free_deviation ( obj_deviation_t * deviation )

Clean and free an object deviation statement.

Parameters

deviation pointer to the struct to clean and free

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◆ obj_free_iffeature_ptr()

void obj_free_iffeature_ptr ( obj_iffeature_ptr_t * iffptr )

Free an obj_iffeature_ptr_t struct.

Parameters

iffptr struct to free

◆ obj_free_key()

void obj_free_key ( obj_key_t * key )

Free a obj_key_t struct.

Parameters

key	obj_key_t struct to free

◆ obj_free_metadata()

void obj_free_metadata ( obj_metadata_t * meta )

Scrub the memory in a obj_metadata_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

meta	obj_metadata_t data structure to free

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◆ obj_free_template()

void obj_free_template ( obj_template_t * obj )

Scrub the memory in a obj_template_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

obj	obj_template_t data structure to free

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◆ obj_free_unique()

void obj_free_unique ( obj_unique_t * un )

Free a obj_unique_t struct.

Parameters

un	obj_unique_t struct to free

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◆ obj_free_unique_comp()

void obj_free_unique_comp ( obj_unique_comp_t * unc )

Free a obj_unique_comp_t struct.

Parameters

unc	obj_unique_comp_t struct to free

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◆ obj_gen_aughook_id()

status_t obj_gen_aughook_id	(	const obj_template_t *	obj,
		xmlChar **	buff
	)

Malloc and Generate the augment hook element name for the specified object.

This will be a child node of the specified object.

Parameters

	obj	node to generate the augment hook ID for
[out]	buff	pointer to address of buffer to use *buff malloced buffer with the instance ID

Returns: status

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◆ obj_gen_object_id()

status_t obj_gen_object_id	(	const obj_template_t *	obj,
		xmlChar **	buff
	)

Malloc and Generate the object ID for an object node.

Parameters

	obj	node to generate the instance ID for
[out]	buff	pointer to address of buffer to use *buff malloced buffer with the instance ID

Returns: status

◆ obj_gen_object_id_code()

status_t obj_gen_object_id_code	(	ncx_module_t *	mod,
		const obj_template_t *	obj,
		xmlChar **	buff
	)

Malloc and Generate the object ID for an object node for C code usage.

generate a unique name for C code; handles augments

Parameters

	mod	current module in progress
	obj	node to generate the instance ID for
[out]	buff	pointer to address of buffer to use *buff malloced buffer with the instance ID

Returns: status

◆ obj_gen_object_id_datapath()

status_t obj_gen_object_id_datapath	(	const obj_template_t *	obj,
		xmlChar **	buff
	)

Malloc and Generate the object ID for an object node Use the prefix in every node.

Stop at MP ROOT if found. Use for 'datapath' attribute

Parameters

	obj	the node to generate the instance ID for
[out]	buff	the pointer to address of buffer to use *buff malloced and filled in

Returns: status

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◆ obj_gen_object_id_error()

status_t obj_gen_object_id_error	(	const obj_template_t *	obj,
		xmlChar **	buff
	)

Malloc and Generate the object ID for an object node for errors.

Parameters

	obj	the node to generate the instance ID for
[out]	buff	the pointer to address of buffer to use *buff is malloced and filled in

Returns: status

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◆ obj_gen_object_id_oid()

status_t obj_gen_object_id_oid	(	ncx_module_t *	mod,
		const obj_template_t *	obj,
		xmlChar **	buff
	)

Malloc and Generate the object ID for an object node Used for canonical ID string comparison to generate OID number.

Parameters

	mod	the module containing the object
	obj	the node to generate the instance ID for
[out]	buff	the pointer to address of buffer to use *buff malloced and filled in

Returns: status

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◆ obj_gen_object_id_prefix()

status_t obj_gen_object_id_prefix	(	const obj_template_t *	obj,
		xmlChar **	buff
	)

Malloc and Generate the object ID for an object node Use the prefix in every node.

Parameters

	obj	the node to generate the instance ID for
[out]	buff	the pointer to address of buffer to use *buff malloced and filled in

Returns: status

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◆ obj_gen_object_id_sid()

status_t obj_gen_object_id_sid	(	const obj_template_t *	obj,
		xmlChar **	buff
	)

Malloc and Generate the object ID for an object node for SID path usage.

Parameters

	obj	node to generate the instance ID for
[out]	buff	pointer to address of buffer to use *buff malloced buffer with the instance ID

Returns: status

◆ obj_gen_object_id_unique()

status_t obj_gen_object_id_unique	(	const obj_template_t *	obj,
		const obj_template_t *	stopobj,
		xmlChar **	buff
	)

Malloc and Generate the object ID for a unique-stmt test.

Parameters

	obj	the node to generate the instance ID for
	stopobj	the ancestor node to stop at
[out]	buff	the pointer to address of buffer to use *buff is malloced and filled in

Returns: status

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◆ obj_gen_object_id_xpath()

status_t obj_gen_object_id_xpath	(	const obj_template_t *	obj,
		xmlChar **	buff
	)

Malloc and Generate the object ID for an object node.

Remove all conceptual OBJ_TYP_CHOICE and OBJ_TYP_CASE nodes so the resulting string will represent the structure of the value tree for XPath searching

Parameters

	obj	the node to generate the instance ID for
[out]	buff	the pointer to address of buffer to use *buff is malloced and filled in

Returns: status

◆ obj_get_alt_description()

const xmlChar * obj_get_alt_description ( const obj_template_t * obj )

obj_get_alt_description (DEPRECATED)

Get the alternate description field for this obj Check if any 'info', then 'help' appinfo nodes present

Parameters

obj	the specific object to check

Returns: Alternate YANG description string for this object

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◆ obj_get_altname()

const xmlChar * obj_get_altname ( const obj_template_t * obj )

Get the alt-name for this object, if any.

Parameters

obj	obj_template to check

Returns: pointer to alt-name of NULL if none

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◆ obj_get_appinfo()

status_t obj_get_appinfo	(	obj_template_t *	obj,
		const xmlChar *	prefix,
		const xmlChar *	name,
		const xmlChar **	retval
	)

Get the first (or only) instance of the specified appinfo.

Parameters

	obj	object to check for the appinfo (mandatory)
	prefix	prefix string for the appinfo leave NULL unless expecting duplicates
	name	name of the appinfo (extension identifier) (mandatory)
[out]	retval	address of return value (may be NULL) *retval == const pointer to the appinfo value string; may be NULL RETURNS status expect NO_ERR if found or ERR_NCX_NOT_FOUND if not found

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◆ obj_get_appinfoQ()

dlq_hdr_t * obj_get_appinfoQ ( obj_template_t * obj )

Get the appinfoQ for this obj.

Parameters

obj	the specific object to check

Returns: pointer to the appinfoQ for this object

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◆ obj_get_augment_obj()

obj_template_t * obj_get_augment_obj ( obj_template_t * obj )

Get the augobj template from the object pointer.

INTERNAL API

Parameters

obj	the object to check

Returns: pointer to the augobj template or NULL if none

◆ obj_get_augment_target()

const xmlChar * obj_get_augment_target ( obj_template_t * obj )

Get the target path string for an augments object.

Parameters

obj	the object to check

Returns: pointer to the augment XPath target string or NULL if this object is not an augment

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◆ obj_get_augment_targobj()

obj_template_t * obj_get_augment_targobj ( obj_template_t * obj )

Get the target object for an augments object.

Parameters

obj	the object to check

Returns: pointer to the augment context target object or NULL if this object type does not have an augment target object

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◆ obj_get_base_typdef()

typ_def_t * obj_get_base_typdef ( obj_template_t * obj )

Get the base typdef for the leaf or leaf-list.

Parameters

obj	object to check

Returns: pointer to the base typdef or NULL if this object type does not have a typdef

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◆ obj_get_basetype()

ncx_btype_t obj_get_basetype ( const obj_template_t * obj )

Get the NCX base type enum for the object type.

Parameters

obj	object to check

Returns: base type enumeration

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◆ obj_get_cdatadefQ()

const dlq_hdr_t * obj_get_cdatadefQ ( const obj_template_t * obj )

Get a const pointer to the datadefQ (or caseQ) if this object has one.

Parameters

obj	object to check

Returns: pointer to Q of obj_template, or NULL if none

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◆ obj_get_child_count()

uint32 obj_get_child_count ( const obj_template_t * obj )

Get the number of child nodes the object has.

Parameters

obj	obj_template to check

Returns: number of child nodes

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◆ obj_get_child_node()

status_t obj_get_child_node	(	obj_template_t *	obj,
		obj_template_t *	chobj,
		const xml_node_t *	curnode,
		boolean	xmlorder,
		dlq_hdr_t *	force_modQ,
		obj_template_t **	rettop,
		obj_template_t **	retobj
	)

Get the correct child node for the specified parent and current XML node.

complex logic for finding the right module namespace and child node, given the current context. Used only by the XML parser code!

Parameters

	obj	parent object template
	chobj	current child node (may be NULL if the xmlorder param is FALSE
	xmlorder	TRUE if should follow strict XML element order FALSE if sibling node order errors should be ignored; find child nodes out of order and check too-many-instances later
	curnode	current XML start or empty node to check
	force_modQ	Q of ncx_module_t to check, if set NULL and the xmlns registry of module pointers will be used instead (except netconf.yang)
[out]	rettop	address of return topchild object *rettop set to top-level found object if return OK and currently within a choice
[out]	retobj	address of return object to use *retobj set to found object if return OK

Returns: status

◆ obj_get_choice_parent()

obj_template_t * obj_get_choice_parent ( obj_template_t * obj )

Get the OBJ_TYP_CHOICE parent of the current object; skip OBJ_TYP_CASE.

Parameters

obj	object to check

Returns: pointer to the parent of this object or NULL if none

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◆ obj_get_config_flag()

boolean obj_get_config_flag ( const obj_template_t * obj )

Get the config flag for an obj_template_t Return the explicit value or the inherited value Also return if the config-stmt is really set or not.

Parameters

obj	obj_template to check

Returns: TRUE if config set to TRUE
FALSE if config set to FALSE

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◆ obj_get_config_flag2()

boolean obj_get_config_flag2	(	const obj_template_t *	obj,
		boolean *	setflag
	)

Get the config flag for an obj_template_t Return the explicit value or the inherited value Also return if the config-stmt is really set or not.

Parameters

	obj	obj_template to check
[out]	setflag	address of return config-stmt set flag *setflag TRUE if the config-stmt is set in this node, or if it is a top-level object FALSE if the config-stmt is inherited from its parent

Returns: TRUE if config set to TRUE
FALSE if config set to FALSE

◆ obj_get_config_flag_check()

boolean obj_get_config_flag_check	(	const obj_template_t *	obj,
		boolean *	ingrp
	)

get config flag during YANG module checking

Used by yang_obj.c to make sure ncx:root objects are not treated as 'config', like obj_get_config_deep

Parameters

	obj	obj_template to check
[out]	ingrp	address if in grouping flag *ingrp TRUE if hit grouping top without finding a definitive answer

Returns: TRUE if config set to TRUE
FALSE if config set to FALSE
!!! ignore if *ingrp == TRUE

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◆ obj_get_config_flag_deep()

boolean obj_get_config_flag_deep ( const obj_template_t * obj )

get config flag during augment expand

Get the config flag for an obj_template_t Go all the way up the tree until an explicit set node or the root is found

Used by get_list_key because the config flag of the parent is not set yet when a key leaf is expanded

Parameters

obj	obj_template to check

Returns: TRUE if config set to TRUE
FALSE if config set to FALSE

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◆ obj_get_cparent()

const obj_template_t * obj_get_cparent ( const obj_template_t * obj )

Get the parent of the current object CONST POINTER VERSION.

Parameters

obj	object to check

Returns: pointer to the parent of this object or NULL if none

◆ obj_get_ctypdef()

const typ_def_t * obj_get_ctypdef ( const obj_template_t * obj )

Get the typdef for the leaf or leaf-list : Const version.

Parameters

obj	object to check

Returns: pointer to the typdef or NULL if this object type does not have a typdef

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◆ obj_get_datadefQ()

dlq_hdr_t * obj_get_datadefQ ( obj_template_t * obj )

Get the datadefQ (or caseQ) if this object has one.

Parameters

obj	object to check

Returns: pointer to Q of obj_template, or NULL if none

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◆ obj_get_default()

const xmlChar * obj_get_default ( const obj_template_t * obj )

Get the default value for the specified object.

Only OBJ_TYP_LEAF objtype is supported If the leaf has no default, then the type is checked Choice defaults are ignored.

Parameters

obj	object to check

Returns: pointer to default value string or NULL if none

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◆ obj_get_default_case()

obj_template_t * obj_get_default_case ( obj_template_t * obj )

Get the default case for the specified OBJ_TYP_CHOICE object.

Parameters

obj	object to check

Returns: pointer to default case object template OBJ_TYP_CASE

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◆ obj_get_default_parm()

obj_template_t * obj_get_default_parm ( obj_template_t * obj )

Get the ncx:default-parm object for this object Only supported for OBJ_TYP_CONTAINER and OBJ_TYP_RPCIO (input)

Parameters

obj	the specific object to check

Returns: pointer to the default parm name, NULL if some error or unnamed

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◆ obj_get_defvalQ()

dlq_hdr_t * obj_get_defvalQ ( obj_template_t * obj )

Get the leaf-list default Q.

Parameters

obj to check

Returns: pointer to defvalQ or NULL is not a leaflist

◆ obj_get_description()

const xmlChar * obj_get_description ( const obj_template_t * obj )

Get the description field for this obj.

Parameters

obj	the specific object to check

Returns: YANG description string for this object

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◆ obj_get_description_addr()

const void * obj_get_description_addr ( const obj_template_t * obj )

Get the address of the description field for this obj.

Parameters

obj	the specific object to check

Returns: YANG description string for this object

◆ obj_get_deviate_arg()

const xmlChar * obj_get_deviate_arg ( obj_deviate_arg_t devarg )

Get the deviate-arg string from its enumeration.

Parameters

devarg enumeration to convert

Returns: const string version of the enum

◆ obj_get_first_default()

const xmlChar * obj_get_first_default	(	const obj_template_t *	obj,
		ncx_backptr_t **	thisdef
	)

Get the first default value for the specified object.

Parameters

	obj	object to check
[out]	thisdef	address of return address string *thisdef handle that is used for obj_get_next_default

Returns: pointer to next default value string or NULL if none

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◆ obj_get_first_iffeature()

const ncx_iffeature_t * obj_get_first_iffeature ( const obj_template_t * obj )

Get the first if-feature clause (if any) for the specified object.

Parameters

obj	object template to check

Returns: pointer to first if-feature struct; NULL if none available

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◆ obj_get_fraction_digits()

uint8 obj_get_fraction_digits ( const obj_template_t * obj )

Get the fraction-digits field from the object typdef.

Parameters

obj	object template to check

Returns: number of fixed decimal digits expected (1..18) 0 if some error

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◆ obj_get_help_description()

const xmlChar * obj_get_help_description ( const obj_template_t * obj )

Get the help description field for this obj Check if a 'help' appinfo node is present.

Parameters

obj	the specific object to check

Returns: YANG help description string for this object

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◆ obj_get_info_description()

const xmlChar * obj_get_info_description ( const obj_template_t * obj )

Get the info description field for this obj Check if a 'info' appinfo node is present.

Parameters

obj	the specific object to check

Returns: YANG info description string for this object

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◆ obj_get_iqualval()

ncx_iqual_t obj_get_iqualval ( obj_template_t * obj )

Get the instance qualifier for this object.

Parameters

obj	object to check

Returns: instance qualifier enumeration

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◆ obj_get_iqualval_ex()

ncx_iqual_t obj_get_iqualval_ex	(	obj_template_t *	obj,
		boolean	required
	)

Get the instance qualifier for this object.

Parameters

obj	object to check
required	value to use for 'is_mandatory()' logic

Returns: instance qualifier enumeration

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◆ obj_get_key_by_name()

obj_key_t * obj_get_key_by_name	(	obj_template_t *	obj,
		const xmlChar *	keyname
	)

Check the specified list to see if the string is a list key.

Parameters

obj	list object
keyname	key name to find

Returns: obj_key pointer or NULL if not found

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◆ obj_get_key_num()

uint16 obj_get_key_num ( obj_template_t * obj )

Get the key number for the object.

Parameters

obj	object to get; MUST be leaf

Returns: keynum key number; 0 if not a key leaf

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◆ obj_get_keystr()

const xmlChar * obj_get_keystr ( obj_template_t * obj )

Get the key string for this list object.

Parameters

obj	obj_template to check

Returns: pointer to key string or NULL if none or not a list

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◆ obj_get_langver()

ncx_yang_version_t obj_get_langver ( obj_template_t * obj )

Get the YANG version for this object.

Parameters

obj	object to check

Returns: YANG version for this object

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◆ obj_get_leaf_list_defset()

boolean obj_get_leaf_list_defset ( const obj_template_t * obj )

Get the defset flag for a leaf-list.

Parameters

obj	object to check

Returns: true if leaf-list with original defaults

◆ obj_get_leafref_class()

ncx_leafref_class_t obj_get_leafref_class ( obj_template_t * obj )

Get the leafref class for a leafref object.

Parameters

obj	the object to check

Returns: leafref class

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◆ obj_get_leafref_targobj()

obj_template_t * obj_get_leafref_targobj ( obj_template_t * obj )

Get the target object for a leafref leaf or leaf-list.

Parameters

obj	object to check

Returns: pointer to the target object or NULL if this object type does not have a leafref target object

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◆ obj_get_leafrefQ()

dlq_hdr_t * obj_get_leafrefQ ( const obj_template_t * obj )

Get the leafrefQ for this obj.

Parameters

obj	the specific object to check

Returns: pointer to the leafref for this object

◆ obj_get_level()

uint32 obj_get_level ( const obj_template_t * obj )

Get the nest level for the specified object Top-level is '1' Does not count groupings as a level.

Parameters

obj	object to check

Returns: level that this object is located, by checking the parent chain

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◆ obj_get_level_mp()

uint32 obj_get_level_mp ( const obj_template_t * obj )

Get the nest level for the specified object Top-level is '1' Does not count groupings as a level.

YPW-1964: get find keys API malfucntion for Schema Mount

If this is mounted obj do not go higher MP and keep the depth level count from MP root

Does not go upper Mount Point

Parameters

obj	object to check

Returns: level that this object is located, by checking the parent chain

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◆ obj_get_max_access()

ncx_access_t obj_get_max_access ( const obj_template_t * obj )

Get the NCX max-access enum for an obj_template_t Return the explicit value or the inherited value.

Parameters

obj	obj_template to check

Returns: ncx_access_t enumeration

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◆ obj_get_max_elements()

boolean obj_get_max_elements	(	obj_template_t *	obj,
		uint32 *	maxelems
	)

Get the max-elements clause for this object, if any.

Parameters

	obj	object to check
[out]	maxelems	address of return max-elements value *maxelems max-elements value if it is set for this object

Returns: TRUE if max-elements is set, FALSE if not or N/A

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◆ obj_get_min_elements()

boolean obj_get_min_elements	(	obj_template_t *	obj,
		uint32 *	minelems
	)

Get the min-elements clause for this object, if any.

Parameters

	obj	object to check
[out]	minelems	address of return min-elements value *minelems min-elements value if it is set for this object

Returns: TRUE if min-elements is set, FALSE if not or N/A

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◆ obj_get_mod()

ncx_module_t * obj_get_mod ( obj_template_t * obj )

Get the module pointer for this object.

Parameters

obj	object to check

Returns: pointer to module

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◆ obj_get_mod_for_dump()

ncx_module_t * obj_get_mod_for_dump ( obj_template_t * obj )

Get the module pointer for this object Use for sub-module !!! Used by yangdump-pro!!!

Parameters

obj	object to check

Returns: pointer to module

◆ obj_get_mod_name()

const xmlChar * obj_get_mod_name ( const obj_template_t * obj )

Get the module name for this object.

Parameters

obj	object to check

Returns: const pointer to module name

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◆ obj_get_mod_prefix()

const xmlChar * obj_get_mod_prefix ( const obj_template_t * obj )

Get the module prefix for this object.

Parameters

obj	object to check

Returns: const pointer to mod prefix

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◆ obj_get_mod_version()

const xmlChar * obj_get_mod_version ( const obj_template_t * obj )

Get the module version for this object.

Parameters

obj	object to check

Returns: const pointer to mod version or NULL if none

◆ obj_get_mod_xmlprefix()

const xmlChar * obj_get_mod_xmlprefix ( const obj_template_t * obj )

Get the module prefix for this object.

Parameters

obj	object to check

Returns: const pointer to mod XML prefix

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◆ obj_get_mustQ()

dlq_hdr_t * obj_get_mustQ ( const obj_template_t * obj )

Get the mustQ for this obj.

Parameters

obj	the specific object to check

Returns: pointer to the mustQ for this object

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◆ obj_get_name()

const xmlChar * obj_get_name ( const obj_template_t * obj )

Get the name field for this obj.

Parameters

obj	the specific object to check

Returns: pointer to the name field, NULL if some error or unnamed

◆ obj_get_next_default()

const xmlChar * obj_get_next_default	(	const obj_template_t *	obj,
		ncx_backptr_t *	lastdef,
		ncx_backptr_t **	thisdef
	)

Get the next default value for the specified object.

Only OBJ_TYP_LEAF_LIST objtype is supported If the leaf has nodefault, then the type is checked

Parameters

	obj	object to check
	lastdef	last default pointer; get next of this value
[out]	thisdef	address of return default *thisdef record to use for retieving next default again

Returns: pointer to next default value string or NULL if none

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◆ obj_get_next_iffeature()

const ncx_iffeature_t * obj_get_next_iffeature ( const ncx_iffeature_t * iffeature )

Get the next if-feature clause (if any)

Parameters

iffeature current iffeature struct

Returns: pointer to next if-feature struct
NULL if none available

◆ obj_get_nsid()

xmlns_id_t obj_get_nsid ( const obj_template_t * obj )

Get the namespace ID for this object.

Parameters

obj	object to check

Returns: namespace ID

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◆ obj_get_oid_string()

const xmlChar * obj_get_oid_string ( obj_template_t * obj )

Get object OID sting value.

Parameters

obj	object to use

Returns: NULL if any error; OID string otherwise

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◆ obj_get_oid_struct()

obj_oid_t * obj_get_oid_struct	(	obj_template_t *	obj,
		boolean *	malloced
	)

Get malloced object OID structure that contains OID string and OID count.

Parameters

	obj	object to use
[out]	malloced	return malloced flag *malloced is set to TRUE if OID struct was malloced

Returns: NULL if any error; obj_oid_t struct otherwise is malloced is TRUE, free this struct by caller !!!

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◆ obj_get_parent()

obj_template_t * obj_get_parent ( obj_template_t * obj )

Get the parent of the current object.

Parameters

obj	object to check

Returns: pointer to the parent of this object or NULL if none

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◆ obj_get_parent_choice()

obj_template_t * obj_get_parent_choice ( obj_template_t * obj )

Get the choice parent of the current object;.

Parameters

obj	object to check

Returns: pointer to the choice parent of this object

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◆ obj_get_presence_string()

const xmlChar * obj_get_presence_string ( const obj_template_t * obj )

Get the present-stmt value, if any.

Parameters

obj	obj_template to check

Returns: pointer to string; NULL if none

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◆ obj_get_presence_string_field()

void * obj_get_presence_string_field ( const obj_template_t * obj )

Get the address ot the presence-stmt value, if any.

Parameters

obj	obj_template to check

Returns: pointer to address of presence string; NULL if none

◆ obj_get_real_cparent()

const obj_template_t * obj_get_real_cparent ( const obj_template_t * obj )

Get the parent of the current object; skip OBJ_TYP_CHOICE and OBJ_TYP_CASE.

CONST POINTER VERSION

Parameters

obj	object to check

Returns: pointer to the parent of this object or NULL if none

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◆ obj_get_real_level()

uint32 obj_get_real_level ( const obj_template_t * obj )

Get the nest level for the specified object Top-level is '1' Does not count groupings as a level Does not count case/choice as a level.

Parameters

obj	object to check

Returns: level that this object is located, by checking the parent chain

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◆ obj_get_real_mod()

ncx_module_t * obj_get_real_mod ( obj_template_t * obj )

Get the module struct for the submodule or main module with this object.

Parameters

obj	the obj_template to check

Returns: pointer to the module or NULL

◆ obj_get_real_parent()

obj_template_t * obj_get_real_parent ( obj_template_t * obj )

Get the parent of the current object; skip OBJ_TYP_CHOICE and OBJ_TYP_CASE.

Parameters

obj	object to check

Returns: pointer to the parent of this object or NULL if none

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◆ obj_get_real_parent_aug()

obj_template_t * obj_get_real_parent_aug ( obj_template_t * obj )

Get the parent of the current object; skip OBJ_TYP_AUGMENT and return the actual parent.

Parameters

obj	object to check

Returns: pointer to the parent of this object or NULL if none

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◆ obj_get_reference()

const xmlChar * obj_get_reference ( const obj_template_t * obj )

Get the reference field for this obj.

Parameters

obj	the specific object to check

Returns: YANG reference string for this object

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◆ obj_get_reference_addr()

const void * obj_get_reference_addr ( const obj_template_t * obj )

Get the reference field for this obj.

Used by compiler only!

Parameters

obj	the specific object to check

Returns: address of the YANG reference string for this object

◆ obj_get_sil_priority()

uint8 obj_get_sil_priority ( obj_template_t * obj )

Get the SIL priority field.

Parameters

obj	obj_template to check

Returns: SIL priority value

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◆ obj_get_sort_type()

ncx_sort_type_t obj_get_sort_type ( const obj_template_t * obj )

Get the sort type for the object.

Parameters

obj	the specific object to get the sort type

Returns: sort type enum

Return values

NCX_SORT_NONE if not applicable

◆ obj_get_status()

ncx_status_t obj_get_status ( const obj_template_t * obj )

Get the status field for this obj.

Parameters

obj	the specific object to check

Returns: YANG status clause for this object

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◆ obj_get_top_aio_get2()

obj_template_t * obj_get_top_aio_get2 ( obj_template_t * child )

Find the top AIO object.

Parameters

child child object to use

Returns: object that represents the top AIO object

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◆ obj_get_top_config_flag()

boolean obj_get_top_config_flag ( const obj_template_t * obj )

Get the config flag for the top-level object.

Check the specified object all the way to root

Parameters

obj	object to check

Returns: TRUE if object is from top-level config=true
FALSE if object is from top-level config=false

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◆ obj_get_typdef()

typ_def_t * obj_get_typdef ( obj_template_t * obj )

Get the typdef for the leaf or leaf-list.

Parameters

obj	object to check

Returns: pointer to the typdef or NULL if this object type does not have a typdef

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◆ obj_get_type_name()

const xmlChar * obj_get_type_name ( const obj_template_t * obj )

Get the typename for an object.

Parameters

obj	object to check

Returns: const pointer to type name string

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◆ obj_get_typestr()

const xmlChar * obj_get_typestr ( const obj_template_t * obj )

Get the name of the object type.

Use this function to print the YANG object type such as container or list

Parameters

obj	obj_template to check

Returns: name string for this object type

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◆ obj_get_units()

const xmlChar * obj_get_units ( obj_template_t * obj )

Get the units clause for this object, if any.

Parameters

obj	object to check

Returns: pointer to units clause, or NULL if none

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◆ obj_get_uses_grp()

grp_template_t * obj_get_uses_grp ( obj_template_t * usesobj )

Get the grp template from the uses object pointer.

INTERNAL API

Parameters

usesobj the object to check

Returns: pointer to the grp template or NULL if none

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◆ obj_get_uses_obj()

obj_template_t * obj_get_uses_obj ( obj_template_t * obj )

Get the usesobj template from the object pointer.

INTERNAL API

Parameters

obj	the object to check

Returns: pointer to the usesobj template or NULL if none

◆ obj_get_xpath_oper_ok()

boolean obj_get_xpath_oper_ok ( const obj_template_t * obj )

Get the object XPath oper OK flag.

Parameters

obj	the obj_template to set

Returns: TRUE if config=false OK in XPath

◆ obj_get_yang_sid()

ncx_sid_t obj_get_yang_sid ( const obj_template_t * obj )

Get the YANG SID for this object.

Parameters

obj	object to check

Returns: YANG SID or 0

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◆ obj_get_yang_sid_tree()

uint32 obj_get_yang_sid_tree ( const obj_template_t * obj )

Get the YANG SID Tree ID for this object.

Parameters

obj	object to check

Returns: YANG SID Tree ID or 0

◆ obj_has_aio_list()

boolean obj_has_aio_list ( obj_template_t * obj )

Check is AIO object is a list or if its parent is a list object.

Parameters

obj	object to use

Returns: TRUE if the current object is AIO list or its parent is

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◆ obj_has_children()

boolean obj_has_children ( obj_template_t * obj )

Check if there are any accessible nodes within the object.

Parameters

obj	obj_template to check

Returns: TRUE if there are any accessible children
FALSE if no datadb child nodes found

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◆ obj_has_get2cb()

boolean obj_has_get2cb ( obj_template_t * obj )

Check if current object has GET2 callback registered.

Checks:

obj has getcb block
obj has flag OBJ_FL_REMOTE_GET2 set
obj is NP cont and has some get2 underneath

If the obj is NP cont with some get2 underneath also check if the cont is actually exist in the datastore, so need to use config TRUE value first. If it does not, then use the get2 callback underneath.

Parameters

obj	object struct to use

Returns: TRUE if has get2 cb; FALSE if not

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◆ obj_has_iffeature()

boolean obj_has_iffeature ( obj_template_t * obj )

Check any if-feature statements exist for the specified object.

Parameters

obj	the obj_template to check

Returns: TRUE if object has any if-feature statements

◆ obj_has_mandatory_children()

boolean obj_has_mandatory_children ( obj_template_t * obj )

Check if there are any mandatory children.

Parameters

obj	the obj_template to check

Returns: TRUE if there are any mandatory children

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◆ obj_has_name()

boolean obj_has_name ( const obj_template_t * obj )

Check if the specified object type has a name.

this function is used throughout the code to filter out uses and augment nodes from the real nodes. Those are the only YANG nodes that do not have a name assigned to them

Parameters

obj	the specific object to check

Returns: TRUE if obj has a name; FALSE otherwise

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◆ obj_has_ro_children()

boolean obj_has_ro_children ( obj_template_t * obj )

Check if there are any accessible read-only child nodes within the object.

Parameters

obj	obj_template to check

Returns: TRUE if there are any accessible read-only children
FALSE if no datadb read-only child nodes found

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◆ obj_has_ro_descendants()

boolean obj_has_ro_descendants ( obj_template_t * obj )

Check if there are any accessible read-only descendant nodes within the object.

Parameters

obj	the obj_template to check

Returns: TRUE if there are any accessible read-only children

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◆ obj_has_rw_children()

boolean obj_has_rw_children ( obj_template_t * obj )

Check if there are any accessible read-write child nodes within the object.

Do not count list keys in this check!!!

Parameters

obj	the obj_template to check

Returns: TRUE if there are any accessible read-write children

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◆ obj_has_rw_children_ex()

boolean obj_has_rw_children_ex	(	obj_template_t *	obj,
		boolean	term_only
	)

Check if there are any accessible read-write child nodes within the object.

Do not count list keys in this check!!! Check with or without terminals only

Parameters

obj	the obj_template to check
term_only	only include terminal rw children

Returns: TRUE if there are any accessible read-write children

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◆ obj_has_text_content()

boolean obj_has_text_content ( const obj_template_t * obj )

Check if the specified object type has a text content for XPath purposes.

Parameters

obj	the specific object to check

Returns: TRUE if obj has text content; FALSE otherwise

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◆ obj_has_typedefs()

boolean obj_has_typedefs ( const obj_template_t * obj )

Check if the object has any nested typedefs in it.

This will obly be called if the object is defined in a grouping.

Parameters

obj	object to check

Returns: TRUE if any nested typedefs, FALSE otherwise

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◆ obj_has_when_stmts()

boolean obj_has_when_stmts ( obj_template_t * obj )

Check if any when-stmts apply to this object Does not check if they are true, just any when-stmts present.

Parameters

obj	object template to check

Returns: TRUE if object has any when-stmts associated with it
FALSE otherwise

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◆ obj_has_xpath_stmts()

boolean obj_has_xpath_stmts ( obj_template_t * obj )

Check if any must or when stmts in node or all children.

DOES NOT CHECK PARENT PATH LIKE obj_has_when_stmts

Parameters

obj	the obj_template to start check

Returns: TRUE if object has any must-stmts or when-stmts

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◆ obj_in_abstract()

boolean obj_in_abstract ( const obj_template_t * obj )

Check if object is being used as an object identifier or error-info CHECK ENTIRE TREE UP TO ROOT.

Parameters

obj	the obj_template to check

Returns: TRUE if object is marked as ncx:abstract

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◆ obj_in_action()

boolean obj_in_action ( const obj_template_t * obj )

Check if the object is within or is an action method.

Parameters

obj	the obj_template to check

Returns: TRUE if in action method

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◆ obj_in_augment()

boolean obj_in_augment ( const obj_template_t * obj )

Check if object is an augment or inside an augment CHECK ENTIRE TREE UP TO ROOT.

Parameters

obj	the obj_template to check

Returns: TRUE if object is defined inside an augment

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◆ obj_in_edit2_mode()

boolean obj_in_edit2_mode ( obj_template_t * obj )

Check if the object is an edit2 or edit3 container or list or terminal node child in an edit2 or edit3 container or list.

Parameters

obj	obj_template to check

Returns: TRUE if is or in an edit2 or edit3 object; FALSE if not

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◆ obj_in_list()

boolean obj_in_list ( const obj_template_t * obj )

Check if object is nested within a list.

Parameters

obj	the obj_template to check

Returns: TRUE if object is nested within a list

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◆ obj_in_notif()

boolean obj_in_notif ( const obj_template_t * obj )

Check if the object is in a notification.

Parameters

obj	object to check

Returns: TRUE if /notification object; FALSE otherwise

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◆ obj_in_rpc()

boolean obj_in_rpc ( const obj_template_t * obj )

Check if the object is in an rpc/input section.

Parameters

obj	object to check

Returns: TRUE if /rpc/input object; FALSE otherwise

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◆ obj_in_rpc_reply()

boolean obj_in_rpc_reply ( const obj_template_t * obj )

Check if the object is in an rpc-reply/output section.

Parameters

obj	object to check

Returns: TRUE if /rpc-reply/output object; FALSE otherwise

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◆ obj_in_submodule()

boolean obj_in_submodule ( obj_template_t * obj )

Check if the object is defined in a submodule.

Parameters

obj	object to check

Returns: TRUE is in submodule; false if not

◆ obj_in_top_choice()

boolean obj_in_top_choice ( const obj_template_t * obj )

Check if the object is in top-level choice the YANG module that defines it.

Parameters

obj	object template to check

Returns: TRUE if obj is in top-choice; FALSE otherwise

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◆ obj_init_unique()

void obj_init_unique ( obj_unique_t * un )

Init a obj_unique_t struct.

Parameters

un	obj_unique_t struct to init

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◆ obj_is_abstract()

boolean obj_is_abstract ( const obj_template_t * obj )

Check if object is being used as an object identifier or error-info.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ncx:abstract; FALSE if not

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◆ obj_is_abstract_ex()

boolean obj_is_abstract_ex ( const obj_template_t * obj )

DUPLICATE FUNCTION OF obj_in_abstract()

Check if object is being used as ncx:abstract object or is a child of ncx:abstract parent object

Parameters

obj	object to check

Returns: TRUE if cur obj is an abstract obj or is a child of abstract obj

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◆ obj_is_action()

boolean obj_is_action ( const obj_template_t * obj )

Check if the object is a YANG 1.1 action.

Parameters

obj	object to check

Returns: TRUE if action method; FALSE if not an action method

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◆ obj_is_ancestor()

boolean obj_is_ancestor	(	const obj_template_t *	ancestor,
		const obj_template_t *	obj
	)

Check if an object is the ancestor of another.

Does not allow ancestor-or-self Will return FALSE if ancestor == target

Parameters

ancestor	the obj_template to find in the ancestor path
obj	the obj_template to check the ancestor path

Returns: TRUE if ancestor found; FALSE if not

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◆ obj_is_any()

boolean obj_is_any ( const obj_template_t * obj )

Get the config flag for the top-level object Check the specified object all the way to root.

Parameters

obj	object to check

Returns: TRUE if object is an anyxml or anydata

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◆ obj_is_anydata()

boolean obj_is_anydata ( const obj_template_t * obj )

Check if object is an anydata.

Parameters

obj	the obj_template to check

Returns: TRUE if object is an anydata

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◆ obj_is_anyxml()

boolean obj_is_anyxml ( const obj_template_t * obj )

Check if object is an anyxml.

Parameters

obj	the obj_template to check

Returns: TRUE if object is an anyxml

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◆ obj_is_augclone()

boolean obj_is_augclone ( const obj_template_t * obj )

Figure out if the obj is a cloned object, inserted via an augment statement.

Parameters

obj	obj_template to check

Returns: TRUE if object is sourced from an augment
FALSE if object is not sourced from an augment

◆ obj_is_augment()

boolean obj_is_augment ( const obj_template_t * obj )

Check if the obj is an augment statement.

Parameters

obj	obj_template to check

Returns: TRUE if object is an augment
FALSE if object is not an augment

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◆ obj_is_block_user_create()

boolean obj_is_block_user_create ( const obj_template_t * obj )

Check if object is marked as ncx:user-write with create access disabled.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked to block user create access
FALSE if not

◆ obj_is_block_user_delete()

boolean obj_is_block_user_delete ( const obj_template_t * obj )

Check if object is marked as ncx:user-write with delete access disabled.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked to block user delete access
FALSE if not

◆ obj_is_block_user_update()

boolean obj_is_block_user_update ( const obj_template_t * obj )

Check if object is marked as ncx:user-write with update access disabled.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked to block user update access
FALSE if not

◆ obj_is_case()

boolean obj_is_case ( const obj_template_t * obj )

Check if object is a YANG case.

Parameters

obj	object to check

Returns: TRUE if a case; FALSE if not

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◆ obj_is_choice()

boolean obj_is_choice ( const obj_template_t * obj )

Check if object is a YANG choice.

Parameters

obj	object to check

Returns: TRUE if a choice; FALSE if not

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◆ obj_is_cli()

boolean obj_is_cli ( const obj_template_t * obj )

Check if object is marked as a CLI object.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ncx:cli; FALSE if not

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◆ obj_is_cli_equals_ok()

boolean obj_is_cli_equals_ok ( const obj_template_t * obj )

Check if object is marked as ncx:default-parm-equals-ok.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ncx:default-parm-equals-ok FALSE if not

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◆ obj_is_cli_text_block()

boolean obj_is_cli_text_block ( const obj_template_t * obj )

Check if object is marked as ywx:cli-text-block.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ywx:cli-text-block
FALSE if not

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◆ obj_is_cloned()

boolean obj_is_cloned ( const obj_template_t * obj )

Figure out if the obj is a cloned object, inserted via uses or augment statements.

Parameters

obj	obj_template to check

Returns: TRUE if object is cloned; FALSE if object is not cloned

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◆ obj_is_confirm_data()

boolean obj_is_confirm_data ( const obj_template_t * obj )

Check if object is marked as a confirm-data object for CLI.

Parameters

obj	the obj_template to check

Returns: TRUE if object is marked as ywx:confirm-data

◆ obj_is_container()

boolean obj_is_container ( const obj_template_t * obj )

Check if object is a YANG container.

Parameters

obj	object to check

Returns: TRUE if a container; FALSE if not

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◆ obj_is_create_np_ro()

boolean obj_is_create_np_ro ( obj_template_t * obj )

Check if this is an empty read-only NP-container that should be created as an empty NP container.

Parameters

obj	the object to check

Returns

status

TRUE if empty read-only NP-container should be created
FALSE otherwise

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◆ obj_is_crypt_hash()

boolean obj_is_crypt_hash ( const obj_template_t * obj )

Check if the object is a leaf of type crypt-hash.

Parameters

obj	the object to check

Returns: true if the type is cypt-hash; false if not

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◆ obj_is_data()

boolean obj_is_data ( const obj_template_t * obj )

Check if the object is defined within data or within a notification or RPC instead.

Parameters

obj	object to check

Returns: TRUE if data object (could be in a grouping or real data)
FALSE if defined within notification or RPC (or some error)

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◆ obj_is_data_db()

boolean obj_is_data_db ( const obj_template_t * obj )

Check if the object is some sort of data Constrained to only check the config DB objects, not any notification or RPC objects.

Parameters

obj	object to check

Returns: TRUE if data object (could be in a grouping or real data)
FALSE if defined within notification or RPC (or some error)

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◆ obj_is_data_node()

boolean obj_is_data_node ( const obj_template_t * obj )

Check if the object is a real node type.

Parameters

obj	the obj_template to check

Returns: TRUE if object type is a real data node FALSE if not

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◆ obj_is_datapath()

boolean obj_is_datapath ( const obj_template_t * obj )

Check if object is marked as a ywx:datapath object.

Parameters

obj	the obj_template to check

Returns: TRUE if object is marked as OBJ_FL_DATAPATH

◆ obj_is_deleted()

boolean obj_is_deleted ( const obj_template_t * obj )

Check if object has been deleted by a deviate not-supported.

Parameters

obj	the obj_template to check

Returns: TRUE if object is marked as deleted

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◆ obj_is_deleted_ex()

boolean obj_is_deleted_ex ( const obj_template_t * obj )

Check if object has been deleted by a deviate not-supported Or if its parent was deleted by deviation.

Parameters

obj	the obj_template to check

Returns: TRUE if object is marked as deleted or its parent marked as deleted

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◆ obj_is_dirty()

boolean obj_is_dirty	(	const obj_template_t *	obj,
		ncx_cfg_t	cfgid
	)

Check if object is marked as dirty (edited) for datastore validation purposes.

Parameters

obj	the obj_template to check
cfgid	the configuration ID for the datastore to check

Returns: TRUE if object is marked as dirty; FALSE if not

◆ obj_is_dup_local()

boolean obj_is_dup_local ( obj_template_t * obj )

Check if this object is one that has a duplicate sibling with the same local-name and different module namespace.

Parameters

obj	object to set

Returns: TRUE if flagged as duplicate local-name
FALSE if not flagged as duplicate local name

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◆ obj_is_empty()

boolean obj_is_empty ( const obj_template_t * obj )

Check if object was entered in empty fashion:

    list foo;
    uses grpx;

Parameters

obj	obj_template to check

Returns: TRUE if object is empty of subclauses
FALSE if object is not empty of subclauses

◆ obj_is_enabled()

boolean obj_is_enabled ( obj_template_t * obj )

Check any if-feature statement that may cause the specified object to be invisible.

Parameters

obj	obj_template_t to check

Returns: TRUE if object is enabled
FALSE if any if-features are present and FALSE

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◆ obj_is_exclusive_rpc()

boolean obj_is_exclusive_rpc ( const obj_template_t * obj )

Check if this object has the OBJ_FL_EXCLUSIVE_WRITE bit set.

Parameters

obj	the specific object to check

Returns: TRUE if exclusive-rpc set; cannot be called by multiple sessions at once

◆ obj_is_external_augment()

boolean obj_is_external_augment ( obj_template_t * obj )

Check if an object is an external augment.

Parameters

obj	the object to check

Returns: true if an augment to another module

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◆ obj_is_external_data_augment()

boolean obj_is_external_data_augment ( obj_template_t * obj )

Check if an object is an external augment of a data node.

Parameters

obj	the object to check

Returns: true if an augment to data node in another module

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◆ obj_is_final()

boolean obj_is_final ( obj_template_t * obj )

Check if the object template represents a fully expanded template or if it is inside a grouping.

Parameters

obj	object to check

Returns: TRUE if object is final; FALSE if inside grouping or an expanded uses that is still inside

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◆ obj_is_hidden()

boolean obj_is_hidden ( const obj_template_t * obj )

Check if object is marked as a hidden object.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ncx:hidden; FALSE if not

◆ obj_is_hidden_from_cli()

boolean obj_is_hidden_from_cli ( const obj_template_t * obj )

Check if object is marked as a hidden object from CLI.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ywx:hidden-from-cli; FALSE if not

◆ obj_is_in_aio_get2()

boolean obj_is_in_aio_get2 ( obj_template_t * obj )

Check if this object is a child of a node with sil-aio-get2 extension setup or if this object itself holds this extension.

Parameters

obj	object to check

Returns: TRUE if object is sil-aio-get2; FALSE otherwise

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◆ obj_is_key()

boolean obj_is_key ( const obj_template_t * obj )

Check if object is being used as a key leaf within a list.

Parameters

obj	obj_template to check

Returns: TRUE if object is a key leaf; FALSE if not

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◆ obj_is_leaf()

boolean obj_is_leaf ( const obj_template_t * obj )

Check if object is a proper leaf.

Parameters

obj	object to check

Returns: TRUE if proper leaf; FALSE if not

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◆ obj_is_leaf_list()

boolean obj_is_leaf_list ( const obj_template_t * obj )

Check if object is a proper leaf-list.

Parameters

obj	the obj_template to check

Returns: TRUE if object is a leaf-list

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◆ obj_is_leafy()

boolean obj_is_leafy ( const obj_template_t * obj )

Check if object is a proper leaf or leaflist.

Parameters

obj	object to check

Returns: TRUE if proper leaf or leaf-list; FALSE if not

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◆ obj_is_list()

boolean obj_is_list ( const obj_template_t * obj )

Check if object is a YANG list.

Parameters

obj	object to check

Returns: TRUE if a list; FALSE if not

◆ obj_is_mandatory()

boolean obj_is_mandatory ( obj_template_t * obj )

Figure out if the obj is YANG mandatory or not.

Parameters

obj	obj_template to check

Returns: TRUE if object is mandatory; FALSE if object is not mandatory

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◆ obj_is_mandatory_when()

boolean obj_is_mandatory_when ( obj_template_t * obj )

Figure out if the obj is YANG mandatory or not Check the when-stmts, not just mandatory-stmt.

Parameters

obj	obj_template to check

TRUE if object is mandatory; FALSE if object is not mandatory

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◆ obj_is_mandatory_when_ex()

boolean obj_is_mandatory_when_ex	(	obj_template_t *	obj,
		boolean	config_only
	)

Figure out if the obj is YANG mandatory or not Check the when-stmts, not just mandatory-stmt.

Parameters

obj	obj_template to check
config_only	TRUE to check config only and ignore non-config FALSE to check mandatory confoig or non-config

Returns: TRUE if object is mandatory; FALSE if object is not mandatory

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◆ obj_is_match()

boolean obj_is_match	(	const obj_template_t *	obj1,
		const obj_template_t *	obj2
	)

Check if one object is a match in identity with another one.

Parameters

obj1	first object to match
obj2	second object to match

Returns: TRUE is a match, FALSE otherwise

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◆ obj_is_mounted()

boolean obj_is_mounted ( obj_template_t * child )

Check if mounted object.

Check if this object is a mounted child for particular Mount Point

Parameters

child object to check

Returns: TRUE if this object is mounted object; FALSE otherwise

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◆ obj_is_mp_key()

boolean obj_is_mp_key ( obj_template_t * child )

Check if the parent of this object is a Mount Pount object AND THIS OBJECT IS A KEY LEAF IN THE MP LIST.

Parameters

child object to check

Returns: TRUE if this object is direct child of Mount Point object and this is a key leaf in that MP list
FALSE otherwise

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◆ obj_is_mp_parent()

boolean obj_is_mp_parent ( obj_template_t * child )

Check if the parent of this object is a Mount Pount object.

Check if the parent of this object is a Mount Pount object

Parameters

child object to check

Returns: TRUE if this object is direct child of Mount Point object; FALSE otherwise

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◆ obj_is_mp_with_rootcb()

boolean obj_is_mp_with_rootcb ( const obj_template_t * obj )

Check if current object is Mount Point object.

Check if current object is Mount Point object and its rootcb if setup correctly

Parameters

obj	object to check

Returns: TRUE if this object is a Mount Point object with rootcb; FALSE otherwise

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◆ obj_is_no_sil_delete_children_first()

boolean obj_is_no_sil_delete_children_first ( const obj_template_t * obj )

Check if object is marked as ypx:no-sil-delete-children-first OR AN ANCESTOR IS MARKED.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ypx:no-sil-delete-children-first
FALSE if not

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◆ obj_is_notif()

boolean obj_is_notif ( const obj_template_t * obj )

Check if the object is a notification.

Parameters

obj	object to check

Returns: TRUE if notification; FALSE if not

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◆ obj_is_np_container()

boolean obj_is_np_container ( const obj_template_t * obj )

Check if the object is an Non-Presence-container.

Parameters

obj	obj_template to check

Returns: TRUE if object is an NP-container
FALSE if object is not an NP-container

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◆ obj_is_obsolete()

boolean obj_is_obsolete ( const obj_template_t * obj )

Check if the object has obsolete status.

Parameters

obj	obj_template to check

Returns: TRUE is object status-stmt is obsolete

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◆ obj_is_p_container()

boolean obj_is_p_container ( const obj_template_t * obj )

Check if the object is an Presence-container.

Parameters

obj	obj_template to check

Returns: TRUE if object is an P-container
FALSE if object is not an P-container

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◆ obj_is_password()

boolean obj_is_password ( const obj_template_t * obj )

Check if object is marked as a password object.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ncx:password; FALSE if not

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◆ obj_is_refine()

boolean obj_is_refine ( const obj_template_t * obj )

Figure out if the obj is a refinement object, within a uses-stmt.

Parameters

obj	obj_template to check

Returns: TRUE if object is a refinement; FALSE if object is not a refinement

◆ obj_is_root()

boolean obj_is_root ( const obj_template_t * obj )

Check if object is marked as a root object.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ncx:root; FALSE if not

◆ obj_is_rpc()

boolean obj_is_rpc ( const obj_template_t * obj )

Check if the object is an RPC method.

Parameters

obj	object to check

Returns: TRUE if RPC method; FALSE if not an RPC method

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◆ obj_is_rpc_root()

boolean obj_is_rpc_root ( const obj_template_t * obj )

Check if object is marked as an RPC root object.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ywx:rpc-root; FALSE if not

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◆ obj_is_rpcio()

boolean obj_is_rpcio ( const obj_template_t * obj )

Check if the object is an RPC IO node.

Parameters

obj	the obj_template to check

Returns: TRUE if RPC IO node

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◆ obj_is_rpcio_input()

boolean obj_is_rpcio_input ( const obj_template_t * obj )

Check if the object is an RPC IO node.

Parameters

obj	the obj_template to check

Returns: TRUE if RPC IO node

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◆ obj_is_schema_instance_string()

boolean obj_is_schema_instance_string ( const obj_template_t * obj )

Check if object is a schema-instance string.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ncx:schema-instance; FALSE if not

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◆ obj_is_secure()

boolean obj_is_secure ( const obj_template_t * obj )

Check if object is tagged ncx:secure.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ncx:secure; FALSE if not

◆ obj_is_short_case()

boolean obj_is_short_case ( obj_template_t * obj )

Check if the object is a short case statement.

Parameters

obj	object template to check

Returns: TRUE if object is a 1 object case statement
FALSE otherwise

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◆ obj_is_sil_delete_children_first()

boolean obj_is_sil_delete_children_first ( const obj_template_t * obj )

Check if object is marked as ncx:sil-delete-children-first.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ncx:sil-delete-children-first
FALSE if not

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◆ obj_is_sil_force_replace_replay()

boolean obj_is_sil_force_replace_replay ( const obj_template_t * obj )

Check if this object has the OBJ_FL_SIL_FORCE_REPLACE_REPLAY bit set.

Parameters

obj	the specific object to check

Returns: TRUE if sil-force-replay set

◆ obj_is_sil_force_replay()

boolean obj_is_sil_force_replay ( const obj_template_t * obj )

Check if this object has the OBJ_FL_SIL_FORCE_REPLAY bit set.

Parameters

obj	the specific object to check

Returns: TRUE if sil-force-replay set

◆ obj_is_single_instance()

boolean obj_is_single_instance ( obj_template_t * obj )

Check if the object is a single instance of if it allows multiple instances; check all of the ancestors if needed.

Parameters

obj	object template to check

Returns: TRUE if object is a single instance object
FALSE if multiple instances are allowed

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◆ obj_is_singular()

boolean obj_is_singular ( const obj_template_t * obj )

Check if the object can have only one instance or not.

Parameters

obj	object to check

Returns: TRUE if object can have zero or one instance
FALSE if object can have multiple instances

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◆ obj_is_sm_notif()

boolean obj_is_sm_notif ( const obj_template_t * obj )

Check if the object is a schema-mounted notification.

Parameters

obj	object to check

Returns: TRUE if SM notification; FALSE if not

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◆ obj_is_sm_rpc()

boolean obj_is_sm_rpc ( const obj_template_t * obj )

Check if the object is a schema mounted RPC method.

Parameters

obj	object to check

Returns: TRUE if SM RPC method; FALSE if not

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◆ obj_is_supported()

boolean obj_is_supported ( obj_template_t * obj )

Check an RPC node to check if it is supported or not It could be disabled at run-time without removing it.

Parameters

obj	object to check

Returns: TRUE if supported RPC or if not an RPC object

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◆ obj_is_system_ordered()

boolean obj_is_system_ordered ( const obj_template_t * obj )

Check if the object is system or user-ordered.

Parameters

obj	obj_template to check

Returns: TRUE if object is system ordered
FALSE if object is user-ordered

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◆ obj_is_target_template()

boolean obj_is_target_template ( obj_template_t * obj )

Check a data node and its descendants match the template for NETCONF configuration sources.

  container
    choice (1 - N leafs)
       leaf (type empty)
       leaf (type empty)
       leaf (type empty)

Parameters

obj	object to check

Returns: TRUE if target matches the template

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◆ obj_is_terminal()

boolean obj_is_terminal ( const obj_template_t * obj )

Check if object is a proper leaf or leaflist or anyxml.

Parameters

obj	the obj_template to check

Returns: TRUE if object is a leaf or leaflist or anyxml

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◆ obj_is_top()

boolean obj_is_top ( const obj_template_t * obj )

Check if the object is top-level object within the YANG module that defines it.

Parameters

obj	object template to check

Returns: TRUE if obj is a top-level object; FALSE otherwise

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◆ obj_is_top_aio_get2()

boolean obj_is_top_aio_get2 ( obj_template_t * obj )

Check if this object is a really top level holder of extension sil-aio-get2.

Must be verified that obj_is_in_aio_get2 is TRUE first

Parameters

obj	object to check

Returns: TRUE if this object is top level sil-aio-get2 marked obj; FALSE otherwise

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◆ obj_is_uses()

boolean obj_is_uses ( const obj_template_t * obj )

Check if object is a YANG uses-stmt.

Parameters

obj	object to check

Returns: TRUE if a uses-stmt; FALSE if not

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◆ obj_is_very_secure()

boolean obj_is_very_secure ( const obj_template_t * obj )

Check if object is tagged ncx:very-secure.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ncx:very-secure; FALSE if not

◆ obj_is_xpath_string()

boolean obj_is_xpath_string ( const obj_template_t * obj )

Check if object is an XPath string.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ncx:xpath; FALSE if not

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◆ obj_is_xsdlist()

boolean obj_is_xsdlist ( const obj_template_t * obj )

Check if object is marked as an XSD list.

Parameters

obj	obj_template to check

Returns: TRUE if object is marked as ncx:xsdlist; FALSE if not

◆ obj_key_count()

uint32 obj_key_count ( const obj_template_t * obj )

Get the number of keys for this object.

Parameters

obj	object to check

Returns: number of keys in the obj_key_t Q

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◆ obj_key_count_to_root()

uint32 obj_key_count_to_root ( obj_template_t * obj )

Check ancestor-or-self nodes until root reached Find all lists; Count the number of keys.

Parameters

obj	object to start check from

Returns: number of keys in ancestor-or-self nodes

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◆ obj_last_child()

obj_template_t * obj_last_child ( obj_template_t * obj )

Get the last child object if the specified object has any children.

!!!! SKIPS OVER AUGMENT AND USES !!!!

Parameters

obj	obj_template_t to check

Returns: pointer to last child obj_template_t or NULL if not found

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◆ obj_last_key()

obj_key_t * obj_last_key ( obj_template_t * obj )

Get the last key record.

Parameters

obj	object to check

Returns: pointer to first key component or NULL if not found

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◆ obj_match_child_str()

obj_template_t * obj_match_child_str	(	obj_template_t *	obj,
		const xmlChar *	modname,
		const xmlChar *	objname,
		uint32	objnamelen,
		uint32 *	matchcount
	)

Match a child object with the specified Qname Find first command that matches all N chars of objname.

  !!! This function checks for accessible names only!!!
  !!! That means child nodes of choice->case will be
  !!! present instead of the choice name or case name

Parameters

	obj	obj_template_t to check
	modname	module name for the object (needed for augments) (may be NULL to match any 'objname' instance)
	objname	object name to find
	objnamelen	length of objname string
[out]	matchcount	address of return parameter match count (may be NULL) *matchcount number of parameters that matched only the first match will be returned

Returns: pointer to obj_template_t or NULL if not found

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◆ obj_match_datarule()

boolean obj_match_datarule	(	obj_template_t *	obj,
		void *	rule
	)

Check if the data-rule back-ptr applies to this node.

Parameters

obj	object struct to use
rule	backptr to NACM rule

Returns: TRUE if rule matches; FALSE if not

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◆ obj_maybe_target_template()

boolean obj_maybe_target_template ( obj_template_t * obj )

Check a data node and its descendants match the template for NETCONF configuration sources Allow extra leafs <url> or anyxml <config> to be skipped.

Used for tab-completion checking in yangcli_tab.c

  container
    choice (1 - N nodes)
       leaf (type empty)
       leaf (type empty)
       leaf (type empty)
       leaf (type string>
       anyxml

Parameters

obj	object to check

Returns: TRUE if the target may match the template

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◆ obj_new_defval_tk()

obj_defval_tk_t * obj_new_defval_tk ( void )

Create a new object default tk record;.

Returns: malloced entry

◆ obj_new_deviate()

obj_deviate_t * obj_new_deviate ( void )

Malloc and initialize the fields in a an object deviate statement.

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

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◆ obj_new_deviation()

obj_deviation_t * obj_new_deviation ( void )

Malloc and initialize the fields in a an object deviation statement.

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

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◆ obj_new_iffeature_ptr()

obj_iffeature_ptr_t * obj_new_iffeature_ptr ( ncx_iffeature_t * iff )

Malloc and initialize a new obj_iffeature_ptr_t struct.

Parameters

iff	iffeature to point at

Returns: malloced struct or NULL if memory error

◆ obj_new_key()

obj_key_t * obj_new_key ( void )

Alloc and Init a obj_key_t struct.

Returns: pointer to malloced struct or NULL if memory error

◆ obj_new_metadata()

obj_metadata_t * obj_new_metadata ( void )

Malloc and initialize the fields in a an obj_metadata_t.

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

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◆ obj_new_rpcio()

obj_template_t * obj_new_rpcio	(	obj_template_t *	rpcobj,
		const xmlChar *	name
	)

Malloc and initialize the fields in a an obj_rpcio_t.

Fields are setup within the new obj_template_t, based on the values in rpcobj

Parameters

rpcobj	parent OBJ_TYP_RPC template
name	name string of the node (input or output)

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

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◆ obj_new_template()

obj_template_t * obj_new_template ( obj_type_t objtype )

Malloc and initialize the fields in a an object template.

Parameters

objtype the specific object type to create

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

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◆ obj_new_unique()

obj_unique_t * obj_new_unique ( void )

Alloc and Init a obj_unique_t struct.

Returns: pointer to malloced struct or NULL if memory error

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◆ obj_new_unique_comp()

obj_unique_comp_t * obj_new_unique_comp ( void )

Alloc and Init a obj_unique_comp_t struct.

Returns: pointer to malloced struct or NULL if memory error

◆ obj_next_child()

obj_template_t * obj_next_child ( obj_template_t * obj )

Get the next child object if the specified object has any children.

!!!! SKIPS OVER AUGMENT AND USES !!!!

Parameters

obj	obj_template_t to check

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

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◆ obj_next_child_augok()

obj_template_t * obj_next_child_augok ( obj_template_t * obj )

Get the next child object if the specified object has any children; return augment, not just obj_has_name!!!

!!!! SKIPS OVER USES, REFINE !!!!

Parameters

obj	obj_template_t to check

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

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◆ obj_next_child_deep()

obj_template_t * obj_next_child_deep ( obj_template_t * obj )

Get the next child object if the specified object has any children.

Look past choice and case nodes to the real nodes within them

!!!! SKIPS OVER AUGMENT AND USES !!!!

Parameters

obj	obj_template_t to check

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

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◆ obj_next_child_deep_ex()

obj_template_t * obj_next_child_deep_ex	(	obj_template_t *	obj,
		boolean	stopnext
	)

Get the next child object if the specified object has any children.

Look past choice and case nodes to the real nodes within them

!!!! SKIPS OVER AUGMENT AND USES !!!!

Parameters

obj	obj_template_t to check
stopnext	true if the getnext search should stop after all choice cases have been checked. Do not go on to the next sibling of the starting case false tpo keep going until all objects checked that are siblings of the choice being chkeced deep

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

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◆ obj_next_ckey()

const obj_key_t * obj_next_ckey ( const obj_key_t * objkey )

Get the next key record: Const version.

Parameters

objkey current key record

Returns: pointer to next key component or NULL if not found

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◆ obj_next_defval_tk()

obj_defval_tk_t * obj_next_defval_tk ( const obj_defval_tk_t * defval_tk )

Get the next defval_tk entry.

Parameters

defval_tk current defval_tk entry

Returns: next entry or NULL if none

◆ obj_next_iffeature_ptr()

obj_iffeature_ptr_t * obj_next_iffeature_ptr ( obj_iffeature_ptr_t * iffptr )

Get the next if-feature pointer.

Parameters

iffptr the current iffeature ptr struct

Returns: pointer to next entry or NULL if none

◆ obj_next_inherit_when_ptr()

ncx_backptr_t * obj_next_inherit_when_ptr ( ncx_backptr_t * ptr )

Get the next xpath pointer struct.

Parameters

ptr	the current xpath ptr struct

Returns: pointer to next entry or NULL if none

◆ obj_next_key()

obj_key_t * obj_next_key ( obj_key_t * objkey )

Get the next key record.

Parameters

objkey current key record

Returns: pointer to next key component or NULL if not found

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◆ obj_next_metadata()

obj_metadata_t * obj_next_metadata ( const obj_metadata_t * meta )

Get the next object metadata definition in the object.

Parameters

meta	current meta object template

Returns: pointer to next entry, NULL if none

◆ obj_next_terminal_child()

obj_template_t * obj_next_terminal_child ( obj_template_t * obj )

Get the next child object if the specified object has any children; MUST BE TERMINAL NODE!!

!!!! SKIPS OVER AUGMENT AND USES !!!!

Parameters

obj	obj_template_t to check

Returns: pointer to next terminal child obj_template_t or NULL if not found

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◆ obj_next_terminal_child_nokey()

obj_template_t * obj_next_terminal_child_nokey ( obj_template_t * obj )

Get the next child object if the specified object has any children; MUST BE TERMINAL NODE!!

!!!! SKIPS OVER AUGMENT AND USES AND KEY LEAFS !!!!

Parameters

obj	obj_template_t to check

Returns: pointer to next terminal child obj_template_t or NULL if not found

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◆ obj_next_terminal_child_nokey_nochoice()

obj_template_t * obj_next_terminal_child_nokey_nochoice ( obj_template_t * obj )

Get the next child object if the specified object has any children.

Do not dive deep inside CHOICE / CASE MUST BE A TERMINAL NODE BUT NOT INSIDE CHOICE / CASE!!!

!!!! SKIPS OVER AUGMENT AND USES !!!!

YPW-2125: Do not skip over choices -> return only terminal nodes that are not inside choice!!!

Parameters

obj	obj_template_t to check

Returns: pointer to next terminal child obj_template_t or NULL if not found

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◆ obj_next_unique()

obj_unique_t * obj_next_unique ( obj_unique_t * un )

Get the next unique-stmt for a list.

Parameters

un	current unique node

Returns: pointer to found entry or NULL if not found

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◆ obj_next_unique_backptr()

obj_template_t * obj_next_unique_backptr	(	obj_template_t *	leafobj,
		obj_template_t *	curbackptr
	)

Get the next unique backptr for a leaf object.

Parameters

leafobj	the leaf object that will get searched
curbackptr	the lcurrent list object to get next for

Returns

pointer to the list object that is in the next backptr

NULL if no next backptr found or wrong node types

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◆ obj_next_unique_comp()

obj_unique_comp_t * obj_next_unique_comp ( obj_unique_comp_t * uncomp )

Get the next unique-stmt component for a list.

Parameters

uncomp current unique component node

Returns: pointer to next entry or NULL if none

◆ obj_next_xpath_backptr()

struct xpath_pcb_t_ * obj_next_xpath_backptr	(	obj_template_t *	obj,
		struct xpath_pcb_t_ *	xpath
	)

Get the next XPath backptr.

Parameters

obj	object to search
xpath	current Xpath PCB

Returns: pointer to next entry

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◆ obj_notif_enabled()

boolean obj_notif_enabled ( const obj_template_t * obj )

Check if the notification object is enabled.

Parameters

obj	the obj_template to check

Returns: TRUE if notification enabled

◆ obj_notif_log_drops()

boolean obj_notif_log_drops ( const obj_template_t * obj )

Check if the event drops for the notification object is enabled.

Parameters

obj	the obj_template to check

Returns: TRUE if log event drops for this notification enabled

◆ obj_npcon_has_defaults()

boolean obj_npcon_has_defaults ( obj_template_t * obj )

Check if the specified NP container has defaults within it Must be a config object!!!

Parameters

obj	object to check

Returns: TRUE if NP container and it has default leafs within it or within NP containers within this NP container
FALSE if not an NP container or no defaults within it

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◆ obj_npcon_has_defaults_slow()

boolean obj_npcon_has_defaults_slow ( obj_template_t * obj )

Check if the specified NP container has defaults within it Must be a config object!!!

Parameters

obj	object to check

Returns: TRUE if NP container and it has default leafs within it or within NP containers within this NP container
FALSE if not an NP container or no defaults within it

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◆ obj_number_data_object()

void obj_number_data_object ( obj_template_t * obj )

Number the object tree; initial setup.

A top object is always numbered zero and then its descendants are numbered; this is the same for external augment nodes the top (sibling) node is numbered zero but the subtree native to the augmenting node can be numbered

Parameters

obj	object to number

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◆ obj_ok_for_cli()

boolean obj_ok_for_cli ( obj_template_t * obj )

Figure out if the obj is OK for current CLI implementation.

Top object must be a container Child objects must be only choices of leafs, plain leafs, or leaf lists are allowed

Parameters

obj	obj_template to check

Returns: TRUE if object is OK for CLI
FALSE if object is not OK for CLI

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◆ obj_ok_for_nolock()

boolean obj_ok_for_nolock ( const obj_template_t * obj )

check an object OK for nolock

Parameters

obj	the object to check

Returns: TRUE if OK for nolock get

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◆ obj_parent_same_module()

boolean obj_parent_same_module ( const obj_template_t * obj )

Check if the object parent object is the same.

Parameters

obj	obj_template to check

Returns: TRUE is parent from the same module or not sure
FALSE if parent not the same module and parent is not root

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◆ obj_prev_key()

obj_key_t * obj_prev_key ( obj_key_t * objkey )

Get the previous key record.

Parameters

objkey current key record

Returns: pointer to previous key component or NULL if not found

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◆ obj_previous_child()

obj_template_t * obj_previous_child ( obj_template_t * obj )

Get the previous child object if the specified object has any children.

!!!! SKIPS OVER AUGMENT AND USES !!!!

Parameters

obj	obj_template_t to check

Returns: pointer to previous child obj_template_t or NULL if not found

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◆ obj_rpc_has_input()

boolean obj_rpc_has_input ( obj_template_t * obj )

Check if the RPC object has any real input children.

Parameters

obj	obj_template to check

Returns: TRUE if there are any input children; FALSE otherwise

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◆ obj_rpc_has_output()

boolean obj_rpc_has_output ( obj_template_t * obj )

Check if the RPC object has any real output children.

Parameters

obj	obj_template to check

Returns: TRUE if there are any output children; FALSE otherwise

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◆ obj_set_abstract()

void obj_set_abstract ( obj_template_t * obj )

Set the abstract flag for the yang-data node.

Parameters

obj	object to set

◆ obj_set_dup_local()

void obj_set_dup_local ( obj_template_t * obj )

Flag the object as one that has a duplicate sibling with the same local-name and different module namespace.

Parameters

obj	object to set

◆ obj_set_key_leaf()

void obj_set_key_leaf	(	obj_template_t *	obj,
		uint16	keynum
	)

Set the key data for the object.

Parameters

obj	object to set; MUST be leaf
keynum	key number

◆ obj_set_mp_flags()

status_t obj_set_mp_flags ( obj_template_t * obj )

set the Schema Mount flags and create a rootcb if needed

Parameters

obj	object to check

Returns: status

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◆ obj_set_name()

status_t obj_set_name	(	obj_template_t *	obj,
		const xmlChar *	objname
	)

Set the name field for this obj.

Parameters

obj	the specific object to set or change the name
objname	new name string to use

Returns: status

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◆ obj_set_named_type()

status_t obj_set_named_type	(	void *	pcb,
		tk_chain_t *	tkc,
		ncx_module_t *	mod,
		const xmlChar *	typname,
		typ_def_t *	typdef,
		obj_template_t *	parent,
		grp_template_t *	grp
	)

Resolve type test Called during phase 2 of module parsing.

Parameters

pcb	parser control block
tkc	token chain
mod	module in progress
typname	name field from typ->name (may be NULL)
typdef	typdef in progress
parent	obj_template containing this typedef NULL if this is the top-level, use mod->typeQ
grp	grp_template containing this typedef NULL if the typedef is not contained in a grouping

Returns: status

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◆ obj_set_ncx_flags()

void obj_set_ncx_flags ( obj_template_t * obj )

Check the NCX appinfo extensions and set flags as needed.

Parameters

obj	obj_template to check may set additional bits in the obj->flags field

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◆ obj_set_notif_enabled()

void obj_set_notif_enabled	(	obj_template_t *	obj,
		boolean	enabled
	)

Set the notification object enabled flag.

Parameters

obj	the obj_template to set
enabled	TRUE to enable; FALSE to disable

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◆ obj_set_notif_log_drops()

void obj_set_notif_log_drops	(	const obj_template_t *	obj,
		boolean	enabled
	)

Set the event drops enabled flag for the notification object.

Parameters

obj	the obj_template to set
enabled	== TRUE to enable; FALSE to disable

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◆ obj_set_sil_force_replace_replay()

void obj_set_sil_force_replace_replay ( obj_template_t * obj )

Set the object OBJ_FL_SIL_FORCE_REPLAY bit Set the object OBJ_FL_SIL_FORCE_REPLACE_REPLAY bit.

Parameters

obj	the specific object to set

◆ obj_set_sil_priority()

void obj_set_sil_priority	(	obj_template_t *	obj,
		uint8	prio
	)

Set the SIL priority field.

Parameters

obj	obj_template to set
prio	SIL priotity value

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◆ obj_set_sort_type()

void obj_set_sort_type	(	obj_template_t *	obj,
		ncx_sort_type_t	typ
	)

Set the sort type for the object if OK Otherwise this function call has no affect.

Parameters

obj	the specific object to set or change the sort type
typ	new sort type

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◆ obj_set_xpath_backptrs()

status_t obj_set_xpath_backptrs ( obj_template_t * obj )

Check a top-level data node and all its descendants to see if they have any XPath expressions that need backptrs added.

Parameters

obj	== object to check

Returns: status

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◆ obj_set_xpath_oper_ok()

void obj_set_xpath_oper_ok ( obj_template_t * obj )

Set the object XPath oper OK flag.

Parameters

obj	the obj_template to set

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◆ obj_sort_children()

void obj_sort_children ( obj_template_t * obj )

Check all the child nodes of the specified object and rearrange them into alphabetical order, based on the element local-name.

ONLY SAFE TO USE FOR ncx:cli CONTAINERS YANG DATA CONTENT ORDER NEEDS TO BE PRESERVED

Parameters

obj	object template to reorder

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◆ obj_traverse_keys()

void obj_traverse_keys	(	obj_template_t *	obj,
		void *	cookie1,
		void *	cookie2,
		obj_walker_fn_t	walkerfn
	)

Traverse the list keys with a callback function.

Check ancestor-or-self nodes until root reached Find all lists; For each list, starting with the closest to root, invoke the callback function for each of the key objects in order

Parameters

obj	object to start check from
cookie1	cookie1 to pass to the callback function
cookie2	cookie2 to pass to the callback function
walkerfn	walker callback function

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◆ obj_unload_active()

boolean obj_unload_active ( const obj_template_t * obj )

Check if the module commit tests are disabled because a module unload is in progress.

Parameters

obj	the obj_template to check

Returns: TRUE if unload is active

◆ obj_use_get_when_check()

boolean obj_use_get_when_check ( const obj_template_t * obj )

check an object needs to use a when-check for GET processing

Parameters

obj	the object to check

Returns: TRUE to test the when-stmts for the object; FALSE to skip

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