Macros
#define	DT_NODE_HAS_MAP(node_id, prop) DT_NODE_HAS_PROP(node_id, prop)
	Returns the existence of map property.

#define	DT_MAP_LEN(node_id, prop) DT_PROP_LEN(node_id, prop)
	Returns the number of maps for the given property.

#define	DT_MAP_HAS_ENTRY_BY_IDX(node_id, prop, entry_idx) IS_ENABLED(DT_CAT6(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _EXISTS))
	Is index `idx` valid for an array type property?

#define	DT_MAP_HAS_ENTRY(node_id, prop) DT_MAP_HAS_ENTRY_BY_IDX(node_id, prop, 0)
	Checks if the map property has any entries.

#define	DT_MAP_ENTRY_CHILD_ADDRESS_LEN(node_id, prop, entry_idx) DT_CAT6(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _CHILD_ADDRESS_LEN)
	Get the number of child addresses.

#define	DT_MAP_ENTRY_HAS_CHILD_ADDRESS_BY_IDX(node_id, prop, entry_idx, param_idx)
	Checks if the child address has the specified index.

#define	DT_MAP_ENTRY_HAS_CHILD_ADDRESS(node_id, prop, entry_idx) DT_MAP_ENTRY_HAS_CHILD_ADDRESS_BY_IDX(node_id, prop, entry_idx, 0)
	Checks if the mapping entry has any child addresses.

#define	DT_MAP_ENTRY_CHILD_ADDRESS_BY_IDX(node_id, prop, entry_idx, param_idx) DT_CAT7(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _CHILD_ADDRESS_IDX_, param_idx)
	Get the child address element from a mapping entry, by index.

#define	DT_MAP_ENTRY_CHILD_ADDRESS(node_id, prop, entry_idx) DT_MAP_ENTRY_CHILD_ADDRESS_BY_IDX(node_id, prop, entry_idx, 0)
	Get the first child address element from a mapping entry.

#define	DT_MAP_ENTRY_CHILD_SPECIFIER_LEN(node_id, prop, entry_idx) DT_CAT6(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _CHILD_SPECIFIER_LEN)
	Get the number of child specifiers.

#define	DT_MAP_ENTRY_HAS_CHILD_SPECIFIER_BY_IDX(node_id, prop, entry_idx, param_idx)
	Checks if the child specifier has the specified index.

#define	DT_MAP_ENTRY_HAS_CHILD_SPECIFIER(node_id, prop, entry_idx) DT_MAP_ENTRY_HAS_CHILD_SPECIFIER_BY_IDX(node_id, prop, entry_idx, 0)
	Checks if the mapping entry has any child specifiers.

#define	DT_MAP_ENTRY_CHILD_SPECIFIER_BY_IDX(node_id, prop, entry_idx, param_idx) DT_CAT7(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _CHILD_SPECIFIER_IDX_, param_idx)
	Get the child specifier element from a mapping entry, by index.

#define	DT_MAP_ENTRY_CHILD_SPECIFIER(node_id, prop, entry_idx) DT_MAP_ENTRY_CHILD_SPECIFIER_BY_IDX(node_id, prop, entry_idx, 0)
	Get the first child specifier element from a mapping entry.

#define	DT_MAP_ENTRY_PARENT_BY_IDX(node_id, prop, entry_idx) DT_CAT6(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _PARENT)
	Extracts the parent node from a mapping entry.

#define	DT_MAP_ENTRY_PARENT(node_id, prop) DT_MAP_ENTRY_PARENT_BY_IDX(node_id, prop, 0)
	Extracts the parent node from the first mapping entry.

#define	DT_MAP_ENTRY_PARENT_ADDRESS_LEN(node_id, prop, entry_idx) DT_CAT6(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _PARENT_ADDRESS_LEN)
	Get the number of parent addresses.

#define	DT_MAP_ENTRY_HAS_PARENT_ADDRESS_BY_IDX(node_id, prop, entry_idx, param_idx)
	Checks if the parent address has the specified index.

#define	DT_MAP_ENTRY_HAS_PARENT_ADDRESS(node_id, prop, entry_idx) DT_MAP_ENTRY_HAS_PARENT_ADDRESS_BY_IDX(node_id, prop, entry_idx, 0)
	Checks if the mapping entry has any parent addresses.

#define	DT_MAP_ENTRY_PARENT_ADDRESS_BY_IDX(node_id, prop, entry_idx, param_idx) DT_CAT7(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _PARENT_ADDRESS_IDX_, param_idx)
	Get the parent address element from a mapping entry, by index.

#define	DT_MAP_ENTRY_PARENT_ADDRESS(node_id, prop, entry_idx) DT_MAP_ENTRY_PARENT_ADDRESS_BY_IDX(node_id, prop, entry_idx, 0)
	Get the first parent address element from a mapping entry.

#define	DT_MAP_ENTRY_PARENT_SPECIFIER_LEN(node_id, prop, entry_idx) DT_CAT6(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _PARENT_SPECIFIER_LEN)
	Get the number of parent specifiers.

#define	DT_MAP_ENTRY_HAS_PARENT_SPECIFIER_BY_IDX(node_id, prop, entry_idx, param_idx)
	Checks if the parent specifier has the specified index.

#define	DT_MAP_ENTRY_HAS_PARENT_SPECIFIER(node_id, prop, entry_idx) DT_MAP_ENTRY_HAS_PARENT_SPECIFIER_BY_IDX(node_id, prop, entry_idx, 0)
	Checks if the mapping entry has any parent specifiers.

#define	DT_MAP_ENTRY_PARENT_SPECIFIER_BY_IDX(node_id, prop, entry_idx, param_idx) DT_CAT7(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _PARENT_SPECIFIER_IDX_, param_idx)
	Get the parent specifier element from a mapping entry, by index.

#define	DT_MAP_ENTRY_PARENT_SPECIFIER(node_id, prop, entry_idx) DT_MAP_ENTRY_PARENT_SPECIFIER_BY_IDX(node_id, prop, entry_idx, 0)
	Get the first parent specifier element from a mapping entry.

#define	DT_FOREACH_MAP_ENTRY(node_id, prop, fn) DT_CAT4(node_id, _P_, prop, _FOREACH_MAP_ENTRY)(fn)
	Invokes `fn` for each map entry in the `map`.

#define	DT_FOREACH_MAP_ENTRY_SEP(node_id, prop, fn, sep) DT_CAT4(node_id, _P_, prop, _FOREACH_MAP_ENTRY_SEP)(fn, sep)
	Invokes `fn` for each map entry in the `map` with separator.

#define	DT_FOREACH_MAP_ENTRY_VARGS(node_id, prop, fn, ...) DT_CAT4(node_id, _P_, prop, _FOREACH_MAP_ENTRY_VARGS)(fn, __VA_ARGS__)
	Invokes `fn` for each map entry in the `map` with separator.

#define	DT_FOREACH_MAP_ENTRY_SEP_VARGS(node_id, prop, fn, sep, ...) DT_CAT4(node_id, _P_, prop, _FOREACH_MAP_ENTRY_SEP_VARGS)(fn, sep, __VA_ARGS__)
	Invokes `fn` for each map entry in the `map` with separator.

Detailed Description

Macro Definition Documentation

◆ DT_FOREACH_MAP_ENTRY

#define DT_FOREACH_MAP_ENTRY	(	node_id,
		prop,
		fn
	)	DT_CAT4(node_id, _P_, prop, _FOREACH_MAP_ENTRY)(fn)

#include <zephyr/devicetree/map.h>

Invokes fn for each map entry in the map.

Parameters

node_id	node identifier
prop	The map property name. i.e. "gpio_map"
fn	macro to invoke

See also: DT_FOREACH_PROP_ELEM

◆ DT_FOREACH_MAP_ENTRY_SEP

#define DT_FOREACH_MAP_ENTRY_SEP	(	node_id,
		prop,
		fn,
		sep
	)	DT_CAT4(node_id, _P_, prop, _FOREACH_MAP_ENTRY_SEP)(fn, sep)

#include <zephyr/devicetree/map.h>

Invokes fn for each map entry in the map with separator.

Parameters

node_id	node identifier
prop	The map property name. i.e. "gpio_map"
fn	macro to invoke
sep	Separator (e.g. comma or semicolon). Must be in parentheses; this is required to enable providing a comma as separator.

See also: DT_FOREACH_PROP_ELEM_SEP

◆ DT_FOREACH_MAP_ENTRY_SEP_VARGS

#define DT_FOREACH_MAP_ENTRY_SEP_VARGS	(	node_id,
		prop,
		fn,
		sep,
		...
	)	DT_CAT4(node_id, _P_, prop, _FOREACH_MAP_ENTRY_SEP_VARGS)(fn, sep, __VA_ARGS__)

#include <zephyr/devicetree/map.h>

Invokes fn for each map entry in the map with separator.

Parameters

node_id	node identifier
prop	The map property name. i.e. "gpio_map"
fn	macro to invoke
sep	Separator (e.g. comma or semicolon). Must be in parentheses; this is required to enable providing a comma as separator.
...	variable number of arguments to pass to fn

See also: DT_FOREACH_PROP_ELEM_SEP_VARGS

◆ DT_FOREACH_MAP_ENTRY_VARGS

#define DT_FOREACH_MAP_ENTRY_VARGS	(	node_id,
		prop,
		fn,
		...
	)	DT_CAT4(node_id, _P_, prop, _FOREACH_MAP_ENTRY_VARGS)(fn, __VA_ARGS__)

#include <zephyr/devicetree/map.h>

Invokes fn for each map entry in the map with separator.

Parameters

node_id	node identifier
prop	The map property name. i.e. "gpio_map"
fn	macro to invoke
...	variable number of arguments to pass to fn

See also: DT_FOREACH_PROP_ELEM_VARGS

◆ DT_MAP_ENTRY_CHILD_ADDRESS

#define DT_MAP_ENTRY_CHILD_ADDRESS	(	node_id,
		prop,
		entry_idx
	)	DT_MAP_ENTRY_CHILD_ADDRESS_BY_IDX(node_id, prop, entry_idx, 0)

#include <zephyr/devicetree/map.h>

Get the first child address element from a mapping entry.

Equivalent to calling DT_MAP_ENTRY_CHILD_ADDRESS_BY_IDX with param_idx set to zero.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Returns: The element of the specified position of the child addresses.

◆ DT_MAP_ENTRY_CHILD_ADDRESS_BY_IDX

#define DT_MAP_ENTRY_CHILD_ADDRESS_BY_IDX	(	node_id,
		prop,
		entry_idx,
		param_idx
	)	DT_CAT7(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _CHILD_ADDRESS_IDX_, param_idx)

#include <zephyr/devicetree/map.h>

Get the child address element from a mapping entry, by index.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.
param_idx	The index in the child addresses.

Returns: The element of the specified position of the child addresses.

◆ DT_MAP_ENTRY_CHILD_ADDRESS_LEN

#define DT_MAP_ENTRY_CHILD_ADDRESS_LEN	(	node_id,
		prop,
		entry_idx
	)	DT_CAT6(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _CHILD_ADDRESS_LEN)

#include <zephyr/devicetree/map.h>

Get the number of child addresses.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Returns: The number of child addresses.

◆ DT_MAP_ENTRY_CHILD_SPECIFIER

#define DT_MAP_ENTRY_CHILD_SPECIFIER	(	node_id,
		prop,
		entry_idx
	)	DT_MAP_ENTRY_CHILD_SPECIFIER_BY_IDX(node_id, prop, entry_idx, 0)

#include <zephyr/devicetree/map.h>

Get the first child specifier element from a mapping entry.

Equivalent to calling DT_MAP_ENTRY_CHILD_SPECIFIER_BY_IDX with param_idx set to zero.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Returns: The element of the specified position of the child specifiers.

◆ DT_MAP_ENTRY_CHILD_SPECIFIER_BY_IDX

#define DT_MAP_ENTRY_CHILD_SPECIFIER_BY_IDX	(	node_id,
		prop,
		entry_idx,
		param_idx
	)	DT_CAT7(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _CHILD_SPECIFIER_IDX_, param_idx)

#include <zephyr/devicetree/map.h>

Get the child specifier element from a mapping entry, by index.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.
param_idx	The index in the child specifiers.

Returns: The element of the specified position of the child specifiers.

◆ DT_MAP_ENTRY_CHILD_SPECIFIER_LEN

#define DT_MAP_ENTRY_CHILD_SPECIFIER_LEN	(	node_id,
		prop,
		entry_idx
	)	DT_CAT6(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _CHILD_SPECIFIER_LEN)

#include <zephyr/devicetree/map.h>

Get the number of child specifiers.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Returns: The number of child specifiers.

◆ DT_MAP_ENTRY_HAS_CHILD_ADDRESS

#define DT_MAP_ENTRY_HAS_CHILD_ADDRESS	(	node_id,
		prop,
		entry_idx
	)	DT_MAP_ENTRY_HAS_CHILD_ADDRESS_BY_IDX(node_id, prop, entry_idx, 0)

#include <zephyr/devicetree/map.h>

Checks if the mapping entry has any child addresses.

Equivalent to calling DT_MAP_ENTRY_HAS_CHILD_ADDRESS_BY_IDX with param_idx set to zero.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Return values

True	if the child address has the index, otherwise 0.

◆ DT_MAP_ENTRY_HAS_CHILD_ADDRESS_BY_IDX

#define DT_MAP_ENTRY_HAS_CHILD_ADDRESS_BY_IDX	(	node_id,
		prop,
		entry_idx,
		param_idx
	)

#include <zephyr/devicetree/map.h>

Value:

IS_ENABLED(DT_CAT8(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _CHILD_ADDRESS_IDX_, \

param_idx, _EXISTS))

IS_ENABLED

#define IS_ENABLED(config_macro)

Check for macro definition in compiler-visible expressions.

Definition util_macro.h:154

Checks if the child address has the specified index.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.
param_idx	The index in the child addresses.

Return values

True	if the child address has the index, otherwise 0.

◆ DT_MAP_ENTRY_HAS_CHILD_SPECIFIER

#define DT_MAP_ENTRY_HAS_CHILD_SPECIFIER	(	node_id,
		prop,
		entry_idx
	)	DT_MAP_ENTRY_HAS_CHILD_SPECIFIER_BY_IDX(node_id, prop, entry_idx, 0)

#include <zephyr/devicetree/map.h>

Checks if the mapping entry has any child specifiers.

Equivalent to calling DT_MAP_ENTRY_HAS_CHILD_SPECIFIER_BY_IDX with param_idx set to zero.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Return values

True	if the child specifier has the index, otherwise 0.

◆ DT_MAP_ENTRY_HAS_CHILD_SPECIFIER_BY_IDX

#define DT_MAP_ENTRY_HAS_CHILD_SPECIFIER_BY_IDX	(	node_id,
		prop,
		entry_idx,
		param_idx
	)

#include <zephyr/devicetree/map.h>

Value:

IS_ENABLED(DT_CAT8(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _CHILD_SPECIFIER_IDX_, \

param_idx, _EXISTS))

Checks if the child specifier has the specified index.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.
param_idx	The index in the child specifiers.

Return values

True	if the child specifier has the index, otherwise 0.

◆ DT_MAP_ENTRY_HAS_PARENT_ADDRESS

#define DT_MAP_ENTRY_HAS_PARENT_ADDRESS	(	node_id,
		prop,
		entry_idx
	)	DT_MAP_ENTRY_HAS_PARENT_ADDRESS_BY_IDX(node_id, prop, entry_idx, 0)

#include <zephyr/devicetree/map.h>

Checks if the mapping entry has any parent addresses.

Equivalent to calling DT_MAP_ENTRY_HAS_PARENT_ADDRESS_BY_IDX with param_idx set to zero.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Return values

True	if the parent address has the index, otherwise 0.

◆ DT_MAP_ENTRY_HAS_PARENT_ADDRESS_BY_IDX

#define DT_MAP_ENTRY_HAS_PARENT_ADDRESS_BY_IDX	(	node_id,
		prop,
		entry_idx,
		param_idx
	)

#include <zephyr/devicetree/map.h>

Value:

IS_ENABLED(DT_CAT8(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _PARENT_ADDRESS_IDX_, \

param_idx, _EXISTS))

Checks if the parent address has the specified index.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.
param_idx	The index in the parent addresses.

Return values

True	if the parent address has the index, otherwise 0.

◆ DT_MAP_ENTRY_HAS_PARENT_SPECIFIER

#define DT_MAP_ENTRY_HAS_PARENT_SPECIFIER	(	node_id,
		prop,
		entry_idx
	)	DT_MAP_ENTRY_HAS_PARENT_SPECIFIER_BY_IDX(node_id, prop, entry_idx, 0)

#include <zephyr/devicetree/map.h>

Checks if the mapping entry has any parent specifiers.

Equivalent to calling DT_MAP_ENTRY_HAS_PARENT_SPECIFIER_BY_IDX with param_idx set to zero.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Return values

True	if the parent specifier has the index, otherwise 0.

◆ DT_MAP_ENTRY_HAS_PARENT_SPECIFIER_BY_IDX

#define DT_MAP_ENTRY_HAS_PARENT_SPECIFIER_BY_IDX	(	node_id,
		prop,
		entry_idx,
		param_idx
	)

#include <zephyr/devicetree/map.h>

Value:

IS_ENABLED(DT_CAT8(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _PARENT_SPECIFIER_IDX_, \

param_idx, _EXISTS))

Checks if the parent specifier has the specified index.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.
param_idx	The index in the parent specifiers.

Return values

True	if the parent specifier has the index, otherwise 0.

◆ DT_MAP_ENTRY_PARENT

#define DT_MAP_ENTRY_PARENT	(	node_id,
		prop
	)	DT_MAP_ENTRY_PARENT_BY_IDX(node_id, prop, 0)

#include <zephyr/devicetree/map.h>

Extracts the parent node from the first mapping entry.

Equivalent to calling DT_MAP_ENTRY_PARENT_BY_IDX with entry_idx set to zero.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"

Returns: The parent node id.

◆ DT_MAP_ENTRY_PARENT_ADDRESS

#define DT_MAP_ENTRY_PARENT_ADDRESS	(	node_id,
		prop,
		entry_idx
	)	DT_MAP_ENTRY_PARENT_ADDRESS_BY_IDX(node_id, prop, entry_idx, 0)

#include <zephyr/devicetree/map.h>

Get the first parent address element from a mapping entry.

Equivalent to calling DT_MAP_ENTRY_PARENT_ADDRESS_BY_IDX with param_idx set to zero.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Return values

The	element of the specified position of the parent addresses.

◆ DT_MAP_ENTRY_PARENT_ADDRESS_BY_IDX

#define DT_MAP_ENTRY_PARENT_ADDRESS_BY_IDX	(	node_id,
		prop,
		entry_idx,
		param_idx
	)	DT_CAT7(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _PARENT_ADDRESS_IDX_, param_idx)

#include <zephyr/devicetree/map.h>

Get the parent address element from a mapping entry, by index.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.
param_idx	The index in the parent addresses.

Return values

The	element of the specified position of the parent addresses.

◆ DT_MAP_ENTRY_PARENT_ADDRESS_LEN

#define DT_MAP_ENTRY_PARENT_ADDRESS_LEN	(	node_id,
		prop,
		entry_idx
	)	DT_CAT6(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _PARENT_ADDRESS_LEN)

#include <zephyr/devicetree/map.h>

Get the number of parent addresses.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Returns: The number of parent addresses.

◆ DT_MAP_ENTRY_PARENT_BY_IDX

#define DT_MAP_ENTRY_PARENT_BY_IDX	(	node_id,
		prop,
		entry_idx
	)	DT_CAT6(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _PARENT)

#include <zephyr/devicetree/map.h>

Extracts the parent node from a mapping entry.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Returns: The parent node id.

◆ DT_MAP_ENTRY_PARENT_SPECIFIER

#define DT_MAP_ENTRY_PARENT_SPECIFIER	(	node_id,
		prop,
		entry_idx
	)	DT_MAP_ENTRY_PARENT_SPECIFIER_BY_IDX(node_id, prop, entry_idx, 0)

#include <zephyr/devicetree/map.h>

Get the first parent specifier element from a mapping entry.

Equivalent to calling DT_MAP_ENTRY_PARENT_SPECIFIER_BY_IDX with param_idx set to zero.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Return values

The	element of the specified position of the parent specifiers.

◆ DT_MAP_ENTRY_PARENT_SPECIFIER_BY_IDX

#define DT_MAP_ENTRY_PARENT_SPECIFIER_BY_IDX	(	node_id,
		prop,
		entry_idx,
		param_idx
	)	DT_CAT7(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _PARENT_SPECIFIER_IDX_, param_idx)

#include <zephyr/devicetree/map.h>

Get the parent specifier element from a mapping entry, by index.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.
param_idx	The index in the parent specifiers.

Return values

The	element of the specified position of the parent specifiers.

◆ DT_MAP_ENTRY_PARENT_SPECIFIER_LEN

#define DT_MAP_ENTRY_PARENT_SPECIFIER_LEN	(	node_id,
		prop,
		entry_idx
	)	DT_CAT6(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _PARENT_SPECIFIER_LEN)

#include <zephyr/devicetree/map.h>

Get the number of parent specifiers.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	The mapping entry index.

Return values

The	number of parent specifiers.

◆ DT_MAP_HAS_ENTRY

#define DT_MAP_HAS_ENTRY	(	node_id,
		prop
	)	DT_MAP_HAS_ENTRY_BY_IDX(node_id, prop, 0)

#include <zephyr/devicetree/map.h>

Checks if the map property has any entries.

Equivalent to calling DT_MAP_HAS_ENTRY_BY_IDX with entry_idx set to zero.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"

Returns: An expression which evaluates to 1 if idx is a valid index into the given property, and 0 otherwise.

◆ DT_MAP_HAS_ENTRY_BY_IDX

#define DT_MAP_HAS_ENTRY_BY_IDX	(	node_id,
		prop,
		entry_idx
	)	IS_ENABLED(DT_CAT6(node_id, _P_, prop, _MAP_ENTRY_, entry_idx, _EXISTS))

#include <zephyr/devicetree/map.h>

Is index idx valid for an array type property?

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"
entry_idx	index to check

Returns: An expression which evaluates to 1 if idx is a valid index into the given property, and 0 otherwise.

◆ DT_MAP_LEN

#define DT_MAP_LEN	(	node_id,
		prop
	)	DT_PROP_LEN(node_id, prop)

#include <zephyr/devicetree/map.h>

Returns the number of maps for the given property.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"

Returns: The total count of mapping entries.

See also: DT_PROP_LEN

◆ DT_NODE_HAS_MAP

#define DT_NODE_HAS_MAP	(	node_id,
		prop
	)	DT_NODE_HAS_PROP(node_id, prop)

#include <zephyr/devicetree/map.h>

Returns the existence of map property.

Parameters

node_id	The node identifier.
prop	The map property name. i.e. "gpio_map"

Return values

True	if the map exists, otherwise 0.

See also: DT_NODE_HAS_PROP

Macros

Detailed Description

Macro Definition Documentation

◆ DT_FOREACH_MAP_ENTRY

◆ DT_FOREACH_MAP_ENTRY_SEP

◆ DT_FOREACH_MAP_ENTRY_SEP_VARGS

◆ DT_FOREACH_MAP_ENTRY_VARGS

◆ DT_MAP_ENTRY_CHILD_ADDRESS

◆ DT_MAP_ENTRY_CHILD_ADDRESS_BY_IDX

◆ DT_MAP_ENTRY_CHILD_ADDRESS_LEN

◆ DT_MAP_ENTRY_CHILD_SPECIFIER

◆ DT_MAP_ENTRY_CHILD_SPECIFIER_BY_IDX

◆ DT_MAP_ENTRY_CHILD_SPECIFIER_LEN

◆ DT_MAP_ENTRY_HAS_CHILD_ADDRESS

◆ DT_MAP_ENTRY_HAS_CHILD_ADDRESS_BY_IDX

◆ DT_MAP_ENTRY_HAS_CHILD_SPECIFIER

◆ DT_MAP_ENTRY_HAS_CHILD_SPECIFIER_BY_IDX

◆ DT_MAP_ENTRY_HAS_PARENT_ADDRESS

◆ DT_MAP_ENTRY_HAS_PARENT_ADDRESS_BY_IDX

◆ DT_MAP_ENTRY_HAS_PARENT_SPECIFIER

◆ DT_MAP_ENTRY_HAS_PARENT_SPECIFIER_BY_IDX

◆ DT_MAP_ENTRY_PARENT

◆ DT_MAP_ENTRY_PARENT_ADDRESS

◆ DT_MAP_ENTRY_PARENT_ADDRESS_BY_IDX

◆ DT_MAP_ENTRY_PARENT_ADDRESS_LEN

◆ DT_MAP_ENTRY_PARENT_BY_IDX

◆ DT_MAP_ENTRY_PARENT_SPECIFIER

◆ DT_MAP_ENTRY_PARENT_SPECIFIER_BY_IDX

◆ DT_MAP_ENTRY_PARENT_SPECIFIER_LEN

◆ DT_MAP_HAS_ENTRY

◆ DT_MAP_HAS_ENTRY_BY_IDX

◆ DT_MAP_LEN

◆ DT_NODE_HAS_MAP