APIs to access compiler data strctures during compilation. More...

Collaboration diagram for Core Functions for YANG Types:

Functions
status_t	typ_load_basetypes (void)
	Create typ_template_t structs for the base types. More...

void	typ_unload_basetypes (void)
	Unload and destroy the typ_template_t structs for the base types unload the typ_template_t structs for the ncx_btype_t types. More...

typ_template_t *	typ_new_template (void)
	Malloc and initialize the fields in a typ_template_t. More...

void	typ_free_template (typ_template_t *typ)
	Scrub the memory in a typ_template_t by freeing all the sub-fields and then freeing the entire struct itself. More...

typ_def_t *	typ_new_typdef (void)
	Malloc and initialize the fields in a typ_def_t. More...

void	typ_init_typdef (typ_def_t *typdef)
	init a pre-allocated typdef (done first) More...

void	typ_init_simple (typ_def_t *tdef, ncx_btype_t btyp)
	Init a typ_simple_t struct inside a typ_def_t. More...

void	typ_init_named (typ_def_t *tdef)
	Init a typ_named_t struct inside a typ_def_t. More...

void	typ_free_typdef (typ_def_t *typdef)
	Scrub the memory in a typ_def_t by freeing all Then free the typdef itself. More...

void	typ_clean_typdef (typ_def_t *typdef)
	Clean a typ_def_t struct, but do not delete it. More...

void	typ_set_named_typdef (typ_def_t typdef, typ_template_t imptyp)
	Set the fields in a named typedef (used by YANG parser) More...

void	typ_unset_named_typdef (typ_def_t *typdef)
	UnSet the typ link in a named typedef (used by YANG parser) More...

const xmlChar *	typ_get_named_typename (const typ_def_t *typdef)
	Get the type name of the named typ. More...

const xmlChar *	typ_get_named_type_modname (const typ_def_t *typdef)
	Get the module name of the named typ. More...

uint32	typ_get_named_type_linenum (const typ_def_t *typdef)
	Get the line number of the type template of the named type. More...

status_t	typ_set_new_named (typ_def_t *typdef, ncx_btype_t btyp)
	Create a new typdef inside a typ_named_t struct inside a typ_def_t. More...

typ_def_t *	typ_get_new_named (typ_def_t *typdef)
	Access the new typdef inside a typ_named_t struct inside a typ_def_t. More...

const typ_def_t *	typ_cget_new_named (const typ_def_t *typdef)
	Access the new typdef inside a typ_named_t struct inside a typ_def_t. More...

void	typ_set_simple_typdef (typ_template_t *typ, ncx_btype_t btyp)
	Set the fields in a simple typedef (used by YANG parser) More...

typ_enum_t *	typ_new_enum (const xmlChar *name)
	Alloc and Init a typ_enum_t struct. More...

typ_enum_t *	typ_new_enum2 (xmlChar *name)
	Alloc and Init a typ_enum_t struct. More...

void	typ_free_enum (typ_enum_t *en)
	Free a typ_enum_t struct. More...

typ_rangedef_t *	typ_new_rangedef (void)
	Alloc and Init a typ_rangedef_t struct (range-stmt) More...

void	typ_free_rangedef (typ_rangedef_t *rv, ncx_btype_t btyp)
	Free a typ_rangedef_t struct (range-stmt) More...

void	typ_normalize_rangeQ (dlq_hdr_t *rangeQ, ncx_btype_t btyp)
	Start with a valid rangedef chain. More...

dlq_hdr_t *	typ_get_rangeQ (typ_def_t *typdef)
	Return the rangeQ for the given typdef. More...

dlq_hdr_t *	typ_get_rangeQ_con (typ_def_t *typdef)
	Return the rangeQ for the given typdef Do not follow typdef chains. More...

const dlq_hdr_t *	typ_get_crangeQ (const typ_def_t *typdef)
	Return the rangeQ for the given typdef. More...

const dlq_hdr_t *	typ_get_crangeQ_con (const typ_def_t *typdef)
	Return the rangeQ for the given typdef Do not follow typdef chains. More...

typ_range_t *	typ_get_range_con (typ_def_t *typdef)
	Return the range struct for the given typdef Do not follow typdef chains. More...

const typ_range_t *	typ_get_crange_con (const typ_def_t *typdef)
	Return the range struct for the given typdef Do not follow typdef chains. More...

const xmlChar *	typ_get_rangestr (const typ_def_t *typdef)
	Return the range string for the given typdef chain. More...

const typ_rangedef_t *	typ_first_rangedef (const typ_def_t *typdef)
	Return the lower bound range definition struct. More...

const typ_rangedef_t *	typ_first_rangedef_con (const typ_def_t *typdef)
	Return the lower bound range definition struct Constrain search to this typdef. More...

status_t	typ_get_rangebounds_con (const typ_def_t typdef, ncx_btype_t btyp, const ncx_num_t lb, const ncx_num_t ub)
	Return the lower and upper bound range number. More...

ncx_strrest_t	typ_get_strrest (const typ_def_t *typdef)
	Get the string restrinvtion type set for this typdef. More...

void	typ_set_strrest (typ_def_t *typdef, ncx_strrest_t strrest)
	Set the string restrinvtion type set for this typdef. More...

typ_sval_t *	typ_new_sval (const xmlChar *str, ncx_btype_t btyp)
	Alloc and Init a typ_sval_t struct malloc and init a string descriptor. More...

void	typ_free_sval (typ_sval_t *sv)
	Free a typ_sval_t struct free a string descriptor. More...

typ_listval_t *	typ_new_listval (void)
	Alloc and Init a typ_listval_t struct malloc and init a list descriptor. More...

void	typ_free_listval (typ_listval_t *lv)
	Free a typ_listval_t struct free a list descriptor. More...

ncx_btype_t	typ_get_range_type (ncx_btype_t btyp)
	Get the correct typ_rangedef_t data type for the indicated base type. More...

ncx_btype_t	typ_get_basetype (const typ_def_t *typdef)
	Get the final base type of the specified typ_def_t. More...

ncx_btype_t	typ_get_basetype2 (typ_def_t *typdef)
	Get the final base type of the specified typ_def_t. More...

const xmlChar *	typ_get_name (const typ_def_t *typdef)
	Get the name for the specified typdef. More...

const xmlChar *	typ_get_basetype_name (const typ_template_t *typ)
	Get the name of the final base type of the specified typ_template_t. More...

const xmlChar *	typ_get_parenttype_name (const typ_template_t *typ)
	Get the final base type of the specified typ_def_t. More...

ncx_tclass_t	typ_get_base_class (const typ_def_t *typdef)
	Follow any typdef links and get the class of the base typdef for the specified typedef. More...

typ_template_t *	typ_get_basetype_typ (ncx_btype_t btyp)
	Get the default typ_template_t for the specified base type. More...

typ_def_t *	typ_get_basetype_typdef (ncx_btype_t btyp)
	Get the default typdef for the specified base type. More...

typ_def_t *	typ_get_parent_typdef (typ_def_t *typdef)
	Get the next typ_def_t in a chain – for NCX_CL_NAMED chained typed. More...

const typ_template_t *	typ_get_parent_type (const typ_template_t *typ)
	Get the next typ_template_t in a chain – for NCX_CL_NAMED only. More...

const typ_def_t *	typ_get_cparent_typdef (const typ_def_t *typdef)
	Get the next typ_def_t in a chain – for NCX_CL_NAMED chained typed. More...

typ_def_t *	typ_get_next_typdef (typ_def_t *typdef)
	Get the next typ_def_t in a chain – for NCX_CL_NAMED chained typed. More...

typ_def_t *	typ_get_base_typdef (typ_def_t *typdef)
	Get the base typ_def_t in a chain – for NCX_CL_NAMED chained typed. More...

typ_def_t *	typ_get_userdef_typdef (typ_def_t *typdef)
	Get the base typ_def_t in a chain – for NCX_CL_NAMED chained typed. More...

const typ_def_t *	typ_get_cuserdef_typdef (const typ_def_t *typdef)
	Get the base typ_def_t in a chain – for NCX_CL_NAMED chained typed. More...

const typ_def_t *	typ_get_cbase_typdef (const typ_def_t *typdef)
	Get the base typ_def_t in a chain – for NCX_CL_NAMED chained typed Also NCX_CL_REF pointer typdefs. More...

typ_def_t *	typ_get_qual_typdef (typ_def_t *typdef, ncx_squal_t squal)
	Get the final typ_def_t of the specified typ_def_t based on the qualifier. More...

const typ_def_t *	typ_get_cqual_typdef (const typ_def_t *typdef, ncx_squal_t squal)
	Get the final typ_def_t of the specified typ_def_t based on the qualifier. More...

const ncx_appinfo_t *	typ_find_appinfo (const typ_def_t typdef, const xmlChar prefix, const xmlChar *name)
	Find the specified appinfo variable by its prefix and name. More...

const ncx_appinfo_t *	typ_find_appinfo_con (const typ_def_t typdef, const xmlChar prefix, const xmlChar *name)
	Find the specified appinfo name, constrained to the current typdef. More...

boolean	typ_is_xpath_string (const typ_def_t *typdef)
	Find the ncx:xpath extension within the specified typdef chain. More...

boolean	typ_is_qname_string (const typ_def_t *typdef)
	Find the ncx:qname extension within the specified typdef chain. More...

boolean	typ_is_schema_instance_string (const typ_def_t *typdef)
	Find the ncx:schema-instance extension within the specified typdef chain. More...

const xmlChar *	typ_get_defval (const typ_template_t *typ)
	Find the default value string for the specified type template get default from template. More...

const xmlChar *	typ_get_default (const typ_def_t *typdef)
	Check if this typdef has a default value defined get default from typdef. More...

ncx_iqual_t	typ_get_iqualval (const typ_template_t *typ)
	Find the instance qualifier value enum for the specified type template. More...

ncx_iqual_t	typ_get_iqualval_def (const typ_def_t *typdef)
	Find the instance qualifier value enum for the specified type template. More...

const xmlChar *	typ_get_units (const typ_template_t *typ)
	Find the units string for the specified type template. More...

const xmlChar *	typ_get_units_from_typdef (const typ_def_t *typdef)
	Find the units string for the specified typdef template. More...

boolean	typ_has_children (ncx_btype_t btyp)
	Check if this is a data type that uses the val.v.childQ. More...

boolean	typ_has_index (ncx_btype_t btyp)
	Check if this is a data type that has an index. More...

boolean	typ_is_simple (ncx_btype_t btyp)
	Check if this is a simple data type. More...

boolean	typ_is_xsd_simple (ncx_btype_t btyp)
	Check if this is a simple data type in XSD encoding. More...

typ_enum_t *	typ_first_enumdef (typ_def_t *typdef)
	Get the first enum def struct looks past named typedefs to base typedef. More...

typ_enum_t *	typ_next_enumdef (typ_enum_t *enumdef)
	Get the next enum def struct. More...

typ_enum_t *	typ_get_enumdef_n (typ_def_t *typdef, uint32 num)
	Get the enum defs defined based on enum order. More...

typ_enum_t *	typ_first_enumdef2 (typ_def_t *typdef)
	Get the first enum def struct. More...

const typ_enum_t *	typ_first_con_enumdef (const typ_def_t *typdef)
	Get the first enum def struct constrained to this typdef. More...

typ_enum_t *	typ_find_enumdef (dlq_hdr_t ebQ, const xmlChar name)
	Get the specified enum def struct. More...

uint32	typ_enumdef_count (const typ_def_t *typdef)
	Get the number of typ_enum_t Q entries. More...

boolean	typ_enumdef_conditional (typ_def_t typdef, const xmlChar valstr)
	Check if the specified enumdef value is conditional on if-feature. More...

typ_def_t *	typ_get_correct_enumdef (typ_def_t *typdef)
	Get the typ_enum_t to use. More...

typ_enum_t *	typ_get_enumdef (typ_def_t typdef, const xmlChar valstr)
	Get the typ_enum_t. More...

const typ_sval_t *	typ_first_strdef (const typ_def_t *typdef)
	Get the first string def struct. More...

uint32	typ_get_maxrows (const typ_def_t *typdef)
	Get the maxrows value if it exists or zero if not. More...

ncx_access_t	typ_get_maxaccess (const typ_def_t *typdef)
	Find the max-access value for the specified typdef. More...

ncx_data_class_t	typ_get_dataclass (const typ_def_t *typdef)
	Find the data-class value for the specified typdef. More...

ncx_merge_t	typ_get_mergetype (const typ_def_t *typdef)
	Get the merge type for a specified type def. More...

xmlns_id_t	typ_get_nsid (const typ_template_t *typ)
	Return the namespace ID. More...

typ_template_t *	typ_get_listtyp (typ_def_t *typdef)
	Return the typ_template for the list type, if the supplied. More...

const typ_template_t *	typ_get_clisttyp (const typ_def_t *typdef)
	Return the typ_template for the list type, if the supplied. More...

typ_unionnode_t *	typ_new_unionnode (typ_template_t *typ)
	Alloc and Init a typ_unionnode_t struct. More...

void	typ_free_unionnode (typ_unionnode_t *un)
	Free a typ_unionnode_t struct. More...

typ_def_t *	typ_get_unionnode_ptr (typ_unionnode_t *un)
	Get the proper typdef pointer from a unionnode. More...

typ_unionnode_t *	typ_first_unionnode (typ_def_t *typdef)
	Get the first union node in the queue for a given typdef. More...

const typ_unionnode_t *	typ_first_con_unionnode (const typ_def_t *typdef)
	Get the first union node in the queue for a given typdef constrained. More...

boolean	typ_is_number (ncx_btype_t btyp)
	Check if the base type is numeric. More...

boolean	typ_is_string (ncx_btype_t btyp)
	Check if the base type is a simple string (not list) More...

boolean	typ_is_enum (ncx_btype_t btyp)
	Check if the base type is an enumeration. More...

typ_pattern_t *	typ_new_pattern (const xmlChar *pat_str, boolean ocmode)
	Malloc and init a pattern struct. More...

void	typ_free_pattern (typ_pattern_t *pat)
	Free a pattern struct. More...

status_t	typ_compile_pattern (typ_pattern_t *pat)
	Compile a pattern as into a regex_t struct. More...

typ_pattern_t *	typ_get_first_pattern (typ_def_t *typdef)
	Get the first pattern struct for a typdef. More...

typ_pattern_t *	typ_get_next_pattern (typ_pattern_t *curpat)
	Get the next pattern struct for a typdef. More...

const typ_pattern_t *	typ_get_first_cpattern (const typ_def_t *typdef)
	Get the first pattern struct for a typdef Const version. More...

const typ_pattern_t *	typ_get_next_cpattern (const typ_pattern_t *curpat)
	Get the next pattern struct for a typdef Const version. More...

uint32	typ_get_pattern_count (const typ_def_t *typdef)
	Get the number of pattern structs in a typdef. More...

ncx_errinfo_t *	typ_get_range_errinfo (typ_def_t *typdef)
	Get the range errinfo for a typdef. More...

void	typ_clean_typeQ (dlq_hdr_t *que)
	Clean a queue of typ_template_t structs. More...

boolean	typ_ok_for_inline_index (ncx_yang_version_t langver, ncx_btype_t btyp)
	Check if the base type is okay to use in an inline index decl. More...

boolean	typ_ok_for_metadata (ncx_btype_t btyp)
	Check if the base type is okay to use in an XML attribute. More...

boolean	typ_ok_for_union (ncx_yang_version_t langver, ncx_btype_t btyp)
	Check if the base type is okay to use in an union decl. More...

boolean	typ_ok (const typ_def_t *typdef)
	Check if the typdef chain has any errors. More...

boolean	typ_ok_for_xsdlist (ncx_btype_t btyp)
	Check if the base type is okay to use in an ncx:xsdlist typedef. More...

const xmlChar *	typ_get_leafref_path (const typ_def_t *typdef)
	Get the path argument for the leafref data type. More...

const void *	typ_get_leafref_path_addr (const typ_def_t *typdef)
	Get the address of the path argument for the leafref data type. More...

struct xpath_pcb_t_ *	typ_get_leafref_pcb (typ_def_t *typdef)
	Get the XPath parser control block for the leafref data type returns xpath_pcb_t but cannot import due to H file loop. More...

ncx_leafref_class_t	typ_get_leafref_class (typ_def_t *typdef)
	Get the leafref class for the leafref type. More...

void	typ_set_leafref_class_key (typ_def_t *typdef)
	Change the leafref class for the type to NCX_LEAFREF_CLASS_KEY. More...

boolean	typ_get_constrained (const typ_def_t *typdef)
	Get the constrained true/false field for the data type leafref or instance-identifier constrained flag. More...

boolean	typ_get_constrained_set (const typ_def_t *typdef)
	Return TRUE if the require-instance stmt is set. More...

void	typ_set_xref_typdef (typ_def_t typdef, typ_def_t target)
	Set the target typdef for a leafref or instance-identifier NCX_BT_LEAFREF or NCX_BT_INSTANCE_ID. More...

typ_def_t *	typ_get_xref_typdef (typ_def_t *typdef)
	Get the xrefdef target typdef from a leafref or instance-identifier. More...

boolean	typ_has_subclauses (const typ_def_t *typdef)
	Check if the specified typdef has any sub-clauses. More...

typ_idref_t *	typ_get_first_idref (typ_def_t *typdef)
	Get the first idref field if this is an NCX_BT_IDREF typdef. More...

typ_idref_t *	typ_get_next_idref (typ_def_t typdef, typ_idref_t curdef)
	Get the next idref field if this is an NCX_BT_IDREF typdef. More...

const typ_idref_t *	typ_get_first_cidref (typ_def_t *typdef)
	Get the idref field if this is an NCX_BT_IDREF typdef Const version. More...

const typ_idref_t *	typ_get_next_cidref (const typ_def_t typdef, const typ_idref_t curdef)
	Get the next idref field if this is an NCX_BT_IDREF typdef. More...

uint8	typ_get_fraction_digits (const typ_def_t *typdef)
	Get the fraction-digits field from the typdef chain typdef must be an NCX_BT_DECIMAL64 or 0 will be returned valid values are 1..18. More...

status_t	typ_set_fraction_digits (typ_def_t *typdef, uint8 digits)
	Set the fraction-digits field from the typdef chain. More...

uint32	typ_get_typ_linenum (const typ_template_t *typ)
	Get the line number for the typ_template_t. More...

uint32	typ_get_typdef_linenum (const typ_def_t *typdef)
	Get the line number for the typ_def_t. More...

void	typ_get_union_types (typ_def_t typdef, typ_union_walker_fn_t walkerfn, void cookie)
	Walk the union type nodes to print the names. More...

void	typ_get_union_basetypes (typ_def_t typdef, typ_union_walker2_fn_t walkerfn, void cookie)
	Walk the union type nodes to print the base type names. More...

void	typ_get_union_typdefs (typ_def_t typdef, typ_union_walker3_fn_t walkerfn, void cookie)
	Walk the union type nodes to get the member typedefs More...

const xmlChar *	typ_get_yang_typename (const typ_def_t *typdef)
	Get the YANG type name for this typdef if there is one. More...

boolean	typ_union_needs_xpath_check (typ_def_t *checkdef)
	Walk the union type nodes to check if there are any unconstrained leafref or instance-identifier nodes that need validation. More...

typ_idref_t *	typ_new_idref (void)
	Malloc a new idref. More...

void	typ_free_idref (typ_idref_t *idref)
	Clean and freec an idref. More...

Detailed Description

APIs to access compiler data strctures during compilation.

Function Documentation

◆ typ_cget_new_named()

const typ_def_t * typ_cget_new_named ( const typ_def_t * typdef )

Access the new typdef inside a typ_named_t struct inside a typ_def_t.

Parameters

typdef pointer to the typ_def_t struct to check

Returns: pointer to new typ_def_t or NULL if none

◆ typ_clean_typdef()

void typ_clean_typdef ( typ_def_t * typdef )

Clean a typ_def_t struct, but do not delete it.

Parameters

typdef pointer to the typ_def_t struct to clean

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◆ typ_clean_typeQ()

void typ_clean_typeQ ( dlq_hdr_t * que )

Clean a queue of typ_template_t structs.

Parameters

que	Q of typ_template_t to clean

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◆ typ_compile_pattern()

status_t typ_compile_pattern ( typ_pattern_t * pat )

Compile a pattern as into a regex_t struct.

Parameters

[in,out]

pat

pattern to compile

pat->pattern is set if return NO_ERR

Returns: status

◆ typ_enumdef_conditional()

boolean typ_enumdef_conditional	(	typ_def_t *	typdef,
		const xmlChar *	valstr
	)

Check if the specified enumdef value is conditional on if-feature.

Parameters

typdef	typ def struct to check
valstr	value string to check (1 enum or 1 bit)

Returns: true if conditional; false if not found or not conditional

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◆ typ_enumdef_count()

uint32 typ_enumdef_count ( const typ_def_t * typdef )

Get the number of typ_enum_t Q entries.

Parameters

typdef typ def struct to check

Returns: number of entries

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◆ typ_find_appinfo()

const ncx_appinfo_t * typ_find_appinfo	(	const typ_def_t *	typdef,
		const xmlChar *	prefix,
		const xmlChar *	name
	)

Find the specified appinfo variable by its prefix and name.

Parameters

typdef	typedef to check
prefix	module prefix (may be NULL)
name	name of the appinfo var to find

Returns: pointer to found appinfo struct or NULL if not found

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◆ typ_find_appinfo_con()

const ncx_appinfo_t * typ_find_appinfo_con	(	const typ_def_t *	typdef,
		const xmlChar *	prefix,
		const xmlChar *	name
	)

Find the specified appinfo name, constrained to the current typdef.

Parameters

typdef	typedef to check
prefix	appinfo module prefix (may be NULL)
name	name of the appinfo var to find

Returns: pointer to found appinfo struct or NULL if not found

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◆ typ_find_enumdef()

typ_enum_t * typ_find_enumdef	(	dlq_hdr_t *	ebQ,
		const xmlChar *	name
	)

Get the specified enum def struct.

Parameters

ebQ	enum/bits Q to check
name	name of the enum to find

Returns: pointer to the specified enum def of NULL if none

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◆ typ_first_con_enumdef()

const typ_enum_t * typ_first_con_enumdef ( const typ_def_t * typdef )

Get the first enum def struct constrained to this typdef.

Parameters

typdef typ def struct to check

Returns: pointer to the first enum def of NULL if none

◆ typ_first_con_unionnode()

const typ_unionnode_t * typ_first_con_unionnode ( const typ_def_t * typdef )

Get the first union node in the queue for a given typdef constrained.

Parameters

typdef pointer to type definition for the union node

Returns: pointer to first typ_unionnode struct or NULL if none

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◆ typ_first_enumdef()

typ_enum_t * typ_first_enumdef ( typ_def_t * typdef )

Get the first enum def struct looks past named typedefs to base typedef.

Parameters

typdef typ def struct to check

Returns: pointer to the first enum def of NULL if none

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◆ typ_first_enumdef2()

typ_enum_t * typ_first_enumdef2 ( typ_def_t * typdef )

Get the first enum def struct.

Parameters

typdef typ def struct to check

Returns: pointer to the first enum def of NULL if none

◆ typ_first_rangedef()

const typ_rangedef_t * typ_first_rangedef ( const typ_def_t * typdef )

Return the lower bound range definition struct.

Follow typdef chains if needed until first range found

Parameters

typdef type def struct to check

Returns: pointer to the first rangedef struct or NULL if none

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◆ typ_first_rangedef_con()

const typ_rangedef_t * typ_first_rangedef_con ( const typ_def_t * typdef )

Return the lower bound range definition struct Constrain search to this typdef.

Parameters

typdef typ def struct to check

Returns: pointer to the first rangedef struct or NULL if none

◆ typ_first_strdef()

const typ_sval_t * typ_first_strdef ( const typ_def_t * typdef )

Get the first string def struct.

Parameters

typdef typ def struct to check

Returns: pointer to the first string def of NULL if none

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◆ typ_first_unionnode()

typ_unionnode_t * typ_first_unionnode ( typ_def_t * typdef )

Get the first union node in the queue for a given typdef.

Parameters

typdef pointer to type definition for the union node

Returns: pointer to first typ_unionnode struct or NULL if none

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◆ typ_free_enum()

void typ_free_enum ( typ_enum_t * en )

Free a typ_enum_t struct.

free an enumeration descriptor

Parameters

en	enum struct to free

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◆ typ_free_idref()

void typ_free_idref ( typ_idref_t * idref )

Clean and freec an idref.

Parameters

idref struct to free

◆ typ_free_listval()

void typ_free_listval ( typ_listval_t * lv )

Free a typ_listval_t struct free a list descriptor.

Parameters

lv	typ_listval_t struct to free

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◆ typ_free_pattern()

void typ_free_pattern ( typ_pattern_t * pat )

Free a pattern struct.

Must be freed from any Q before calling this function

Parameters

pat	typ_pattern_t struct to free

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◆ typ_free_rangedef()

void typ_free_rangedef	(	typ_rangedef_t *	rv,
		ncx_btype_t	btyp
	)

Free a typ_rangedef_t struct (range-stmt)

Parameters

rv	rangeval struct to delete
btyp	base type of range (float and double have malloced strings)

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◆ typ_free_sval()

void typ_free_sval ( typ_sval_t * sv )

Free a typ_sval_t struct free a string descriptor.

Parameters

sv	typ_sval_t struct to free

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◆ typ_free_template()

void typ_free_template ( typ_template_t * typ )

Scrub the memory in a typ_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

typ	typ_template_t to delete

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◆ typ_free_typdef()

void typ_free_typdef ( typ_def_t * typdef )

Scrub the memory in a typ_def_t by freeing all Then free the typdef itself.

Parameters

typdef typ_def_t to delete

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◆ typ_free_unionnode()

void typ_free_unionnode ( typ_unionnode_t * un )

Free a typ_unionnode_t struct.

Parameters

un	union node to free

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◆ typ_get_base_class()

ncx_tclass_t typ_get_base_class ( const typ_def_t * typdef )

Follow any typdef links and get the class of the base typdef for the specified typedef.

Parameters

typdef typdef to check

Returns: base class of final typ_def_t

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◆ typ_get_base_typdef()

typ_def_t * typ_get_base_typdef ( typ_def_t * typdef )

Get the base typ_def_t in a chain – for NCX_CL_NAMED chained typed.

Also NCX_CL_REF pointer typdefs get the real typdef that describes the type, if the input is one of the 'pointer' typdef classes. Otherwise, just return the input typdef

Parameters

typdef typdef to check

Returns: pointer to base typ_def_t

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◆ typ_get_basetype()

ncx_btype_t typ_get_basetype ( const typ_def_t * typdef )

Get the final base type of the specified typ_def_t.

Follow any typdef links and get the actual base type of the specified typedef

Parameters

typdef typdef to check

Returns: base type of final typ_def_t

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◆ typ_get_basetype2()

ncx_btype_t typ_get_basetype2 ( typ_def_t * typdef )

Get the final base type of the specified typ_def_t.

Follow any typdef links and get the actual base type of the specified typedef WILL SET final_type is btyp is set but not final_type

Parameters

typdef typdef to check

Returns: base type of final typ_def_t

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◆ typ_get_basetype_name()

const xmlChar * typ_get_basetype_name ( const typ_template_t * typ )

Get the name of the final base type of the specified typ_template_t.

Parameters

typ	template containing the typdef to check

Returns: base type name of final embedded typ_def_t

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◆ typ_get_basetype_typ()

typ_template_t * typ_get_basetype_typ ( ncx_btype_t btyp )

Get the default typ_template_t for the specified base type.

Parameters

btyp	base type to get

Returns: pointer to the type template for the specified basetype

◆ typ_get_basetype_typdef()

typ_def_t * typ_get_basetype_typdef ( ncx_btype_t btyp )

Get the default typdef for the specified base type.

Parameters

btyp	base type to get

Returns: pointer to the typdef for the specified basetype

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◆ typ_get_cbase_typdef()

const typ_def_t * typ_get_cbase_typdef ( const typ_def_t * typdef )

Get the base typ_def_t in a chain – for NCX_CL_NAMED chained typed Also NCX_CL_REF pointer typdefs.

Parameters

typdef typdef to check

Returns: pointer to base typ_def_t

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◆ typ_get_clisttyp()

const typ_template_t * typ_get_clisttyp ( const typ_def_t * typdef )

Return the typ_template for the list type, if the supplied.

typ_template contains a list typ_def, or named type chain leads to a NCX_BT_SLIST typdef (CONST version)

Parameters

typdef typ_template_t struct to check

Returns: type template that has the list typdef

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◆ typ_get_constrained()

boolean typ_get_constrained ( const typ_def_t * typdef )

Get the constrained true/false field for the data type leafref or instance-identifier constrained flag.

Parameters

typdef typdef for the the leafref or instance-identifier

Returns: TRUE if constrained; FALSE if not

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◆ typ_get_constrained_set()

boolean typ_get_constrained_set ( const typ_def_t * typdef )

Return TRUE if the require-instance stmt is set.

Parameters

typdef typdef to check

Returns: TRUE if required-instance-stmt was present

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◆ typ_get_correct_enumdef()

typ_def_t * typ_get_correct_enumdef ( typ_def_t * typdef )

Get the typ_enum_t to use.

Parameters

typdef typ def struct to check

Returns: pointer to found entry

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◆ typ_get_cparent_typdef()

const typ_def_t * typ_get_cparent_typdef ( const typ_def_t * typdef )

Get the next typ_def_t in a chain – for NCX_CL_NAMED chained typed.

Also NCX_CL_REF pointer typdefs Ignores current named type even if if has new restrictions

Parameters

typdef typdef to check

Returns: pointer to next non-empty typ_def_t

◆ typ_get_cqual_typdef()

const typ_def_t * typ_get_cqual_typdef	(	const typ_def_t *	typdef,
		ncx_squal_t	squal
	)

Get the final typ_def_t of the specified typ_def_t based on the qualifier.

Parameters

typdef typdef to check

squal

type of search qualifier desired

           NCX_SQUAL_NONE == get first non-empty typdef
           NCX_SQUAL_RANGE == find the first w/ range definition
           NCX_SQUAL_VAL == find the first w/ stringval/pattern def
           NCX_SQUAL_META == find the first typdef w/ meta-data def

Returns: pointer to found typ_def_t or NULL if none found

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◆ typ_get_crange_con()

const typ_range_t * typ_get_crange_con ( const typ_def_t * typdef )

Return the range struct for the given typdef Do not follow typdef chains.

Parameters

typdef typ def struct to check

Returns: pointer to the range struct for this typdef

◆ typ_get_crangeQ()

const dlq_hdr_t * typ_get_crangeQ ( const typ_def_t * typdef )

Return the rangeQ for the given typdef.

Follow typdef chains if needed until first range found

Parameters

typdef typ def struct to check

Returns: pointer to the first rangedef struct or NULL if none

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◆ typ_get_crangeQ_con()

const dlq_hdr_t * typ_get_crangeQ_con ( const typ_def_t * typdef )

Return the rangeQ for the given typdef Do not follow typdef chains.

Parameters

typdef typ def struct to check

Returns: pointer to the rangeQ from this typdef, or NULL if none

◆ typ_get_cuserdef_typdef()

const typ_def_t * typ_get_cuserdef_typdef ( const typ_def_t * typdef )

Get the base typ_def_t in a chain – for NCX_CL_NAMED chained typed.

Also NCX_CL_REF pointer typdefs Stop if the userdef field is set CONST VERSION

Parameters

typdef typdef to check

Returns: pointer to userdef typ_def_t or NLL if not found

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◆ typ_get_dataclass()

ncx_data_class_t typ_get_dataclass ( const typ_def_t * typdef )

Find the data-class value for the specified typdef.

Follow named types to see if any parent typdef has a data-class clause, if none found in the parameter

Parameters

typdef typ_def_t struct to check

Returns: data class enumeration

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◆ typ_get_default()

const xmlChar * typ_get_default ( const typ_def_t * typdef )

Check if this typdef has a default value defined get default from typdef.

Parameters

typdef typ_def_t struct to check

Returns: pointer to default or NULL if there is none

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◆ typ_get_defval()

const xmlChar * typ_get_defval ( const typ_template_t * typ )

Find the default value string for the specified type template get default from template.

Parameters

typ	typ_template_t struct to check

Returns: pointer to found defval string or NULL if none

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◆ typ_get_enumdef()

typ_enum_t * typ_get_enumdef	(	typ_def_t *	typdef,
		const xmlChar *	valstr
	)

Get the typ_enum_t.

Parameters

typdef	typ def struct to check
valstr	value string to find (1 enum or 1 bit)

Returns: pointer to found entry

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◆ typ_get_enumdef_n()

typ_enum_t * typ_get_enumdef_n	(	typ_def_t *	typdef,
		uint32	num
	)

Get the enum defs defined based on enum order.

Parameters

typdef	typ def struct to check
num	enum # [ 0 to N-1 based ]

Returns: pointer to Nth enumdef or NULL if none

◆ typ_get_first_cidref()

const typ_idref_t * typ_get_first_cidref ( typ_def_t * typdef )

Get the idref field if this is an NCX_BT_IDREF typdef Const version.

Parameters

typdef typdef to check

Returns: pointer to idref field or NULL if wrong type

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◆ typ_get_first_cpattern()

const typ_pattern_t * typ_get_first_cpattern ( const typ_def_t * typdef )

Get the first pattern struct for a typdef Const version.

Parameters

typdef typ_def_t to check

Returns: pointer to pattern string or NULL if none

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◆ typ_get_first_idref()

typ_idref_t * typ_get_first_idref ( typ_def_t * typdef )

Get the first idref field if this is an NCX_BT_IDREF typdef.

Parameters

typdef typdef to check

Returns: pointer to idref field or NULL if wrong type

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◆ typ_get_first_pattern()

typ_pattern_t * typ_get_first_pattern ( typ_def_t * typdef )

Get the first pattern struct for a typdef.

Parameters

typdef typ_def_t to check

Returns: pointer to pattern string or NULL if none

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◆ typ_get_fraction_digits()

uint8 typ_get_fraction_digits ( const typ_def_t * typdef )

Get the fraction-digits field from the typdef chain typdef must be an NCX_BT_DECIMAL64 or 0 will be returned valid values are 1..18.

Parameters

typdef typdef to check

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

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◆ typ_get_iqualval()

ncx_iqual_t typ_get_iqualval ( const typ_template_t * typ )

Find the instance qualifier value enum for the specified type template.

Parameters

typ	typ_template_t struct to check

Returns: iqual value enum

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◆ typ_get_iqualval_def()

ncx_iqual_t typ_get_iqualval_def ( const typ_def_t * typdef )

Find the instance qualifier value enum for the specified type template.

Parameters

typdef typ_def_t struct to check

Returns: iqual value enum

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◆ typ_get_leafref_class()

ncx_leafref_class_t typ_get_leafref_class ( typ_def_t * typdef )

Get the leafref class for the leafref type.

Parameters

typdef typdef for the leafref

Returns: class enumeration

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◆ typ_get_leafref_path()

const xmlChar * typ_get_leafref_path ( const typ_def_t * typdef )

Get the path argument for the leafref data type.

Parameters

typdef typdef for the the leafref

Returns: pointer to the path argument or NULL if some error

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◆ typ_get_leafref_path_addr()

const void * typ_get_leafref_path_addr ( const typ_def_t * typdef )

Get the address of the path argument for the leafref data type.

Parameters

typdef typdef for the the leafref

Returns: pointer to the path argument or NULL if some error

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◆ typ_get_leafref_pcb()

struct xpath_pcb_t_ * typ_get_leafref_pcb ( typ_def_t * typdef )

Get the XPath parser control block for the leafref data type returns xpath_pcb_t but cannot import due to H file loop.

Parameters

typdef typdef for the the leafref

Returns: pointer to the PCB struct or NULL if some error

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◆ typ_get_listtyp()

typ_template_t * typ_get_listtyp ( typ_def_t * typdef )

Return the typ_template for the list type, if the supplied.

typ_template contains a list typ_def, or named type chain leads to a NCX_BT_SLIST or NCX_BT_BITS typdef

Parameters

typdef typ_template_t struct to check

Returns: type template that has the list typdef

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◆ typ_get_maxaccess()

ncx_access_t typ_get_maxaccess ( const typ_def_t * typdef )

Find the max-access value for the specified typdef.

Follow named types to see if any parent typdef has a maxaccess clause, if none found in the parameter

Parameters

typdef typ_def_t struct to check

Returns: maxaccess enumeration

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◆ typ_get_maxrows()

uint32 typ_get_maxrows ( const typ_def_t * typdef )

Get the maxrows value if it exists or zero if not.

Parameters

typdef typdef to check

Returns: max number of rows or zero if not applicable

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◆ typ_get_mergetype()

ncx_merge_t typ_get_mergetype ( const typ_def_t * typdef )

Get the merge type for a specified type def.

Parameters

typdef typ_def_t struct to check

Returns: merge type enumeration

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◆ typ_get_name()

const xmlChar * typ_get_name ( const typ_def_t * typdef )

Get the name for the specified typdef.

Parameters

typdef type definition to check

Returns: type name or empty string if some error

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◆ typ_get_named_type_linenum()

uint32 typ_get_named_type_linenum ( const typ_def_t * typdef )

Get the line number of the type template of the named type.

Parameters

typdef pointer to the typ_def_t struct to check

Returns: pointer to type name, NULL if some error

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◆ typ_get_named_type_modname()

const xmlChar * typ_get_named_type_modname ( const typ_def_t * typdef )

Get the module name of the named typ.

Parameters

typdef pointer to the typ_def_t struct to check

Returns: pointer to module name, NULL if some error

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◆ typ_get_named_typename()

const xmlChar * typ_get_named_typename ( const typ_def_t * typdef )

Get the type name of the named typ.

Parameters

typdef pointer to the typ_def_t struct to check

Returns: pointer to type name, NULL if some error

◆ typ_get_new_named()

typ_def_t * typ_get_new_named ( typ_def_t * typdef )

Access the new typdef inside a typ_named_t struct inside a typ_def_t.

Parameters

typdef pointer to the typ_def_t struct to check

Returns: pointer to new typ_def_t or NULL if none

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◆ typ_get_next_cidref()

const typ_idref_t * typ_get_next_cidref	(	const typ_def_t *	typdef,
		const typ_idref_t *	curdef
	)

Get the next idref field if this is an NCX_BT_IDREF typdef.

Parameters

typdef	typdef to check
curdef	current idref

Returns: pointer to idref field or NULL if wrong type

◆ typ_get_next_cpattern()

const typ_pattern_t * typ_get_next_cpattern ( const typ_pattern_t * curpat )

Get the next pattern struct for a typdef Const version.

Parameters

curpat current typ_pattern_t to check

Returns: pointer to next pattern struct or NULL if none

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◆ typ_get_next_idref()

typ_idref_t * typ_get_next_idref	(	typ_def_t *	typdef,
		typ_idref_t *	curdef
	)

Get the next idref field if this is an NCX_BT_IDREF typdef.

Parameters

typdef	typdef to check
curdef	current idref

Returns: pointer to idref field or NULL if wrong type

◆ typ_get_next_pattern()

typ_pattern_t * typ_get_next_pattern ( typ_pattern_t * curpat )

Get the next pattern struct for a typdef.

Parameters

curpat current typ_pattern_t to check

Returns: pointer to next pattern struct or NULL if none

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◆ typ_get_next_typdef()

typ_def_t * typ_get_next_typdef ( typ_def_t * typdef )

Get the next typ_def_t in a chain – for NCX_CL_NAMED chained typed.

Also NCX_CL_REF pointer typdefs Get the next typdef in the chain for NCX_CL_NAMED or NCX_CL_REF Returns the input typdef for all other typdef classes

Parameters

typdef typdef to check

Returns: pointer to next non-empty typ_def_t

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◆ typ_get_nsid()

xmlns_id_t typ_get_nsid ( const typ_template_t * typ )

Return the namespace ID.

Parameters

typ	typ_template_t struct to check

Returns: namespace ID of the type

◆ typ_get_parent_typdef()

typ_def_t * typ_get_parent_typdef ( typ_def_t * typdef )

Get the next typ_def_t in a chain – for NCX_CL_NAMED chained typed.

Also NCX_CL_REF pointer typdefs Ignores current named type even if if has new restrictions Get the parent typdef for NCX_CL_NAMED and NCX_CL_REF Returns NULL for all other classes

Parameters

typdef typdef to check

Returns: pointer to next non-empty typ_def_t

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◆ typ_get_parent_type()

const typ_template_t * typ_get_parent_type ( const typ_template_t * typ )

Get the next typ_template_t in a chain – for NCX_CL_NAMED only.

Parameters

typ	type template to check

Returns: pointer to next non-empty typ_template_t for a named type

◆ typ_get_parenttype_name()

const xmlChar * typ_get_parenttype_name ( const typ_template_t * typ )

Get the final base type of the specified typ_def_t.

Parameters

typ	typ template to check

Returns: base type name string of final typ_def_t

◆ typ_get_pattern_count()

uint32 typ_get_pattern_count ( const typ_def_t * typdef )

Get the number of pattern structs in a typdef.

Parameters

typdef typ_def_t to check

Returns: count of the typ_pattern_t structs found

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◆ typ_get_qual_typdef()

typ_def_t * typ_get_qual_typdef	(	typ_def_t *	typdef,
		ncx_squal_t	squal
	)

Get the final typ_def_t of the specified typ_def_t based on the qualifier.

Get the next typdef in the chain for NCX_CL_NAMED or NCX_CL_REF Skip any named types without the specific restriction defined

Returns the input typdef for simple typdef classes

Parameters

typdef typdef to check

squal

type of search qualifier desired

           NCX_SQUAL_NONE == get first non-empty typdef
           NCX_SQUAL_RANGE == find the first w/ range definition
           NCX_SQUAL_VAL == find the first w/ stringval/pattern def
           NCX_SQUAL_META == find the first typdef w/ meta-data def

Returns: pointer to found typ_def_t or NULL if none found

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◆ typ_get_range_con()

typ_range_t * typ_get_range_con ( typ_def_t * typdef )

Return the range struct for the given typdef Do not follow typdef chains.

Parameters

typdef typ def struct to check

Returns: pointer to the range struct for this typdef

◆ typ_get_range_errinfo()

ncx_errinfo_t * typ_get_range_errinfo ( typ_def_t * typdef )

Get the range errinfo for a typdef.

Parameters

typdef typ_def_t to check

Returns: pointer to pattern string or NULL if none

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◆ typ_get_range_type()

ncx_btype_t typ_get_range_type ( ncx_btype_t btyp )

Get the correct typ_rangedef_t data type for the indicated base type.

get the proper range base type to use for a given base type

Parameters

btyp	base type enum

Returns: base type enum of the range data type

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◆ typ_get_rangebounds_con()

status_t typ_get_rangebounds_con	(	const typ_def_t *	typdef,
		ncx_btype_t *	btyp,
		const ncx_num_t **	lb,
		const ncx_num_t **	ub
	)

Return the lower and upper bound range number.

Constrain search to this typdef deprecated – does not support multi-part ranges

Parameters

	typdef	typ def struct to check
[out]	btyp	pointer to output range number type *btyp the type of number in the return type, if non-NULL
[out]	lb	pointer to output lower bound number *lb lower bound number
[out]	ub	pointer to output upper bound number *ub upper bound number

Returns: status, NO_ERR == something found

◆ typ_get_rangeQ()

dlq_hdr_t * typ_get_rangeQ ( typ_def_t * typdef )

Return the rangeQ for the given typdef.

Follow typdef chains if needed until first range found

Parameters

typdef typ def struct to check

Returns: pointer to the first rangedef struct or NULL if none

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◆ typ_get_rangeQ_con()

dlq_hdr_t * typ_get_rangeQ_con ( typ_def_t * typdef )

Return the rangeQ for the given typdef Do not follow typdef chains.

Parameters

typdef typ def struct to check

Returns: pointer to the rangeQ from this typdef, or NULL if none

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◆ typ_get_rangestr()

const xmlChar * typ_get_rangestr ( const typ_def_t * typdef )

Return the range string for the given typdef chain.

Parameters

typdef typ def struct to check

Returns: pointer to the range string for this typdef, NULL if none

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◆ typ_get_strrest()

ncx_strrest_t typ_get_strrest ( const typ_def_t * typdef )

Get the string restrinvtion type set for this typdef.

Parameters

typdef typdef to check

Returns: string restrinction enumeration value

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◆ typ_get_typ_linenum()

uint32 typ_get_typ_linenum ( const typ_template_t * typ )

Get the line number for the typ_template_t.

Parameters

typ	type template to check

Returns: line number

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◆ typ_get_typdef_linenum()

uint32 typ_get_typdef_linenum ( const typ_def_t * typdef )

Get the line number for the typ_def_t.

Parameters

typdef typdef to check

Returns: line number

◆ typ_get_union_basetypes()

void typ_get_union_basetypes	(	typ_def_t *	typdef,
		typ_union_walker2_fn_t	walkerfn,
		void *	cookie
	)

Walk the union type nodes to print the base type names.

Parameters

typdef	typ_def_t for the designated union type
walkerfn	union node walker fn
cookie	pointer to pass to walkerfn

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◆ typ_get_union_typdefs()

void typ_get_union_typdefs	(	typ_def_t *	typdef,
		typ_union_walker3_fn_t	walkerfn,
		void *	cookie
	)

Walk the union type nodes to get the member typedefs

Parameters

typdef	typ_def_t for the designated union type
walkerfn	union node walker fn
cookie	pointer to pass to walkerfn

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◆ typ_get_union_types()

void typ_get_union_types	(	typ_def_t *	typdef,
		typ_union_walker_fn_t	walkerfn,
		void *	cookie
	)

Walk the union type nodes to print the names.

Parameters

typdef	typ_def_t for the designated union type
walkerfn	union node walker fn
cookie	pointer to pass to walkerfn

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◆ typ_get_unionnode_ptr()

typ_def_t * typ_get_unionnode_ptr ( typ_unionnode_t * un )

Get the proper typdef pointer from a unionnode.

Parameters

un	union node to check

Returns: pointer to the typ_def_t inside

◆ typ_get_units()

const xmlChar * typ_get_units ( const typ_template_t * typ )

Find the units string for the specified type template.

Parameters

typ	typ_template_t struct to check

Returns: pointer to found units string or NULL if none

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◆ typ_get_units_from_typdef()

const xmlChar * typ_get_units_from_typdef ( const typ_def_t * typdef )

Find the units string for the specified typdef template.

Follow any NCX_CL_NAMED typdefs and check for a units clause in the the nearest ancestor typdef get units from named type if any

Parameters

typdef typ_def_t struct to check

Returns: pointer to found units string or NULL if none

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◆ typ_get_userdef_typdef()

typ_def_t * typ_get_userdef_typdef ( typ_def_t * typdef )

Get the base typ_def_t in a chain – for NCX_CL_NAMED chained typed.

Also NCX_CL_REF pointer typdefs Stop if the userdef field is set

Parameters

typdef typdef to check

Returns: pointer to userdef typ_def_t or NLL if not found

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◆ typ_get_xref_typdef()

typ_def_t * typ_get_xref_typdef ( typ_def_t * typdef )

Get the xrefdef target typdef from a leafref or instance-identifier.

NCX_BT_LEAFREF or NCX_BT_INSTANCE_ID

Parameters

typdef typdef for the the leafref or instance-identifier

Returns: pointer to the typdef or NULL if not found

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◆ typ_get_yang_typename()

const xmlChar * typ_get_yang_typename ( const typ_def_t * typdef )

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

Parameters

typdef pointer to the typ_def_t struct to check

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

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◆ typ_has_children()

boolean typ_has_children ( ncx_btype_t btyp )

Check if this is a data type that uses the val.v.childQ.

Parameters

btyp	base type enum

Returns: TRUE if the childQ is used, FALSE otherwise

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◆ typ_has_index()

boolean typ_has_index ( ncx_btype_t btyp )

Check if this is a data type that has an index.

Parameters

btyp	base type enum

Returns: TRUE if the indexQ is used, FALSE otherwise

◆ typ_has_subclauses()

boolean typ_has_subclauses ( const typ_def_t * typdef )

Check if the specified typdef has any sub-clauses.

Used by yangdump to reverse-engineer the YANG from the typdef If any appinfo clauses present, then the result will be TRUE

Parameters

typdef typdef to check

Returns: TRUE if any sub-clauses, FALSE otherwise

◆ typ_init_named()

void typ_init_named ( typ_def_t * tdef )

Init a typ_named_t struct inside a typ_def_t.

init a named data type after typ_init_typdef

INPUTS: typdef == pointer to the typ_def_t struct to init as a NCX_CL_SIMPLE variant

◆ typ_init_simple()

void typ_init_simple	(	typ_def_t *	tdef,
		ncx_btype_t	btyp
	)

Init a typ_simple_t struct inside a typ_def_t.

init a simple data type after typ_init_typdef

Parameters

tdef	pointer to the typ_def_t struct to init as a NCX_CL_SIMPLE variant
btyp	base type to use for type

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◆ typ_init_typdef()

void typ_init_typdef ( typ_def_t * typdef )

init a pre-allocated typdef (done first)

Initialize the fields in a typ_def_t

  !! Still need to call typ_init_simple
  !! when the actual builting type is determined

Parameters

typdef pointer to the struct to initialize

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◆ typ_is_enum()

boolean typ_is_enum ( ncx_btype_t btyp )

Check if the base type is an enumeration.

Parameters

btyp	base type enum to check

Returns: TRUE if base type is an enumeration
FALSE if some other type

◆ typ_is_number()

boolean typ_is_number ( ncx_btype_t btyp )

Check if the base type is numeric.

Parameters

btyp	basetype enum to check

Returns: TRUE if base type is numeric
FALSE if some other type

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◆ typ_is_qname_string()

boolean typ_is_qname_string ( const typ_def_t * typdef )

Find the ncx:qname extension within the specified typdef chain.

Parameters

typdef start of typ_def_t chain to check

Returns: TRUE if ncx:qname extension found
FALSE otherwise

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◆ typ_is_schema_instance_string()

boolean typ_is_schema_instance_string ( const typ_def_t * typdef )

Find the ncx:schema-instance extension within the specified typdef chain.

Parameters

typdef start of typ_def_t chain to check

Returns: TRUE if ncx:schema-instance extension found
FALSE otherwise

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◆ typ_is_simple()

boolean typ_is_simple ( ncx_btype_t btyp )

Check if this is a simple data type.

Parameters

btyp	base type enum

Returns: TRUE if this is a simple data type, FALSE otherwise

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◆ typ_is_string()

boolean typ_is_string ( ncx_btype_t btyp )

Check if the base type is a simple string (not list)

Parameters

btyp	base type enum to check

Returns: TRUE if base type is textual
FALSE if some other type

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◆ typ_is_xpath_string()

boolean typ_is_xpath_string ( const typ_def_t * typdef )

Find the ncx:xpath extension within the specified typdef chain.

Parameters

typdef start of typ_def_t chain to check

Returns: TRUE if ncx:xpath extension found
FALSE otherwise

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◆ typ_is_xsd_simple()

boolean typ_is_xsd_simple ( ncx_btype_t btyp )

Check if this is a simple data type in XSD encoding.

Parameters

btyp	base type enum

Returns: TRUE if this is a simple data type, FALSE otherwise

◆ typ_load_basetypes()

status_t typ_load_basetypes ( void )

Create typ_template_t structs for the base types.

Must be called before any modules are loaded load the typ_template_t structs for the ncx_btype_t types MUST be called during ncx_init startup

Returns: status

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◆ typ_new_enum()

typ_enum_t * typ_new_enum ( const xmlChar * name )

Alloc and Init a typ_enum_t struct.

malloc and init an enumeration descriptor, strdup name ptr

Parameters

name	name string for the enumeration

Returns: pointer to malloced struct or NULL if memory error Note that the enum integer value is initialized to zero

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◆ typ_new_enum2()

typ_enum_t * typ_new_enum2 ( xmlChar * name )

Alloc and Init a typ_enum_t struct.

Use the string value as-is, instead of mallocing a new one malloc and init an enumeration descriptor, pass off name ptr

Parameters

name	name string for the enumeration (will get free-ed later!!) PASS OFF THIS MEMORY HERE

Returns: pointer to malloced struct or NULL if memory error Note that the enum integer value is initialized to zero

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◆ typ_new_idref()

typ_idref_t * typ_new_idref ( void )

Malloc a new idref.

Returns: pointer to malloced idref struct

◆ typ_new_listval()

typ_listval_t * typ_new_listval ( void )

Alloc and Init a typ_listval_t struct malloc and init a list descriptor.

Returns: pointer to malloced struct or NULL if memory error

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◆ typ_new_pattern()

typ_pattern_t * typ_new_pattern	(	const xmlChar *	pat_str,
		boolean	ocmode
	)

Malloc and init a pattern struct.

Parameters

pat_str	pattern string to copy and save
ocmode	T:openconfig pattern mode; F: IETF pattern mode

Returns: malloced struct or NULL if memory error

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◆ typ_new_rangedef()

typ_rangedef_t * typ_new_rangedef ( void )

Alloc and Init a typ_rangedef_t struct (range-stmt)

Returns: pointer to malloced struct or NULL if memory error

◆ typ_new_sval()

typ_sval_t * typ_new_sval	(	const xmlChar *	str,
		ncx_btype_t	btyp
	)

Alloc and Init a typ_sval_t struct malloc and init a string descriptor.

Parameters

str	string value inside token to copy
btyp	type of string (NCX_BT_STRING/LIST, OSTRING/OLIST)

Returns: pointer to malloced struct or NULL if memory error

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◆ typ_new_template()

typ_template_t * typ_new_template ( void )

Malloc and initialize the fields in a typ_template_t.

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

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◆ typ_new_typdef()

typ_def_t * typ_new_typdef ( void )

Malloc and initialize the fields in a typ_def_t.

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

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◆ typ_new_unionnode()

typ_unionnode_t * typ_new_unionnode ( typ_template_t * typ )

Alloc and Init a typ_unionnode_t struct.

Parameters

typ	pointer to type template for this union node

Returns: pointer to malloced struct or NULL if memory error

◆ typ_next_enumdef()

typ_enum_t * typ_next_enumdef ( typ_enum_t * enumdef )

Get the next enum def struct.

Parameters

enumdef typ enum struct to check

Returns: pointer to the first enum def of NULL if none

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◆ typ_normalize_rangeQ()

void typ_normalize_rangeQ	(	dlq_hdr_t *	rangeQ,
		ncx_btype_t	btyp
	)

Start with a valid rangedef chain.

Combine any consecutive range definitions like 1..4|5|6|7..9 would break replaced with 1..9 concat consecutive rangedef sections for integral numbers

Not done for NCX_BT_FLOAT64 data types

Parameters

rangeQ	Q of typ_rangeval_t structs to normalize
btyp	base type of range

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◆ typ_ok()

boolean typ_ok ( const typ_def_t * typdef )

Check if the typdef chain has any errors.

Checks the named types in the typdef chain to see if they were already flagged as invalid

Parameters

typdef starting typdef to check

Returns: TRUE if okay, FALSE if any errors so far

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◆ typ_ok_for_inline_index()

boolean typ_ok_for_inline_index	(	ncx_yang_version_t	langver,
		ncx_btype_t	btyp
	)

Check if the base type is okay to use in an inline index decl.

Parameters

langver	YANG language version
btyp	base type enum

Returns: TRUE if okay, FALSE if not

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◆ typ_ok_for_metadata()

boolean typ_ok_for_metadata ( ncx_btype_t btyp )

Check if the base type is okay to use in an XML attribute.

Parameters

btyp	base type enum

Returns: TRUE if okay, FALSE if not

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◆ typ_ok_for_union()

boolean typ_ok_for_union	(	ncx_yang_version_t	langver,
		ncx_btype_t	btyp
	)

Check if the base type is okay to use in an union decl.

Parameters

langver	YANG language version enum
btyp	base type enum

Returns: TRUE if okay, FALSE if not

◆ typ_ok_for_xsdlist()

boolean typ_ok_for_xsdlist ( ncx_btype_t btyp )

Check if the base type is okay to use in an ncx:xsdlist typedef.

Parameters

btyp	base type enum

Returns: TRUE if okay, FALSE if not

◆ typ_set_fraction_digits()

status_t typ_set_fraction_digits	(	typ_def_t *	typdef,
		uint8	digits
	)

Set the fraction-digits field from the typdef chain.

Parameters

typdef	typdef to set (must be TYP_CL_SIMPLE)
digits	digits value to set

Returns: status

◆ typ_set_leafref_class_key()

void typ_set_leafref_class_key ( typ_def_t * typdef )

Change the leafref class for the type to NCX_LEAFREF_CLASS_KEY.

Parameters

typdef typdef for the the leafref

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◆ typ_set_named_typdef()

void typ_set_named_typdef	(	typ_def_t *	typdef,
		typ_template_t *	imptyp
	)

Set the fields in a named typedef (used by YANG parser)

Parameters

typdef	type def struct to set
imptyp	named type to set within 'typ.typdef'

◆ typ_set_new_named()

status_t typ_set_new_named	(	typ_def_t *	typdef,
		ncx_btype_t	btyp
	)

Create a new typdef inside a typ_named_t struct inside a typ_def_t.

Parameters

typdef	pointer to the typ_def_t struct to setup
btyp	builtin type (NCX_BT_NONE if local type extension)

Returns: status

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◆ typ_set_simple_typdef()

void typ_set_simple_typdef	(	typ_template_t *	typ,
		ncx_btype_t	btyp
	)

Set the fields in a simple typedef (used by YANG parser)

Parameters

typ	type template to set
btyp	builtin type to set within 'typ.typdef'

◆ typ_set_strrest()

void typ_set_strrest	(	typ_def_t *	typdef,
		ncx_strrest_t	strrest
	)

Set the string restrinvtion type set for this typdef.

Parameters

typdef	typdef to check
strrest	string restriction enum value to set

◆ typ_set_xref_typdef()

void typ_set_xref_typdef	(	typ_def_t *	typdef,
		typ_def_t *	target
	)

Set the target typdef for a leafref or instance-identifier NCX_BT_LEAFREF or NCX_BT_INSTANCE_ID.

Parameters

[in,out]	typdef	typdef for the the leafref or instance-identifier; typdef is set with the target typdef
	target	target object typedef

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◆ typ_union_needs_xpath_check()

boolean typ_union_needs_xpath_check ( typ_def_t * checkdef )

Walk the union type nodes to check if there are any unconstrained leafref or instance-identifier nodes that need validation.

Parameters

checkdef typ_def_t for the designated union type

Returns: TRUE if leafref or instance-identifier found in the union that has require-instance true
FALSE if no leafref or instance-identifier found in the union that has require-instance false

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◆ typ_unload_basetypes()

void typ_unload_basetypes ( void )

Unload and destroy the typ_template_t structs for the base types unload the typ_template_t structs for the ncx_btype_t types.

SHOULD be called during ncx_cleanup

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◆ typ_unset_named_typdef()

void typ_unset_named_typdef ( typ_def_t * typdef )

UnSet the typ link in a named typedef (used by YANG parser)

Needed if there is a named type loop to prevent any type references such as typ_get_basetype and loop until crash

Parameters

typdef type def struct to set