Macros
#define	ZB_RAND_MAX ((zb_uint32_t)~0U)

#define	ZB_RANDOM_VALUE(max_value) zb_random_val(max_value)

#define	ZB_RANDOM_U8() (zb_uint8_t)zb_random_val(0xFFU)

#define	ZB_RANDOM_U16() (zb_uint16_t)zb_random_val(0xFFFFU)

Functions
zb_uint32_t	zb_random (void)

zb_uint32_t	zb_random_val (zb_uint32_t max_value)

void	zb_bzero_volatile (volatile void *s, zb_uint_t size)

Detailed Description

Macro Definition Documentation

◆ ZB_RAND_MAX

#define ZB_RAND_MAX ((zb_uint32_t)~0U)

Maximal possible value for randomly generated (32-bit) value

◆ ZB_RANDOM_U16

#define ZB_RANDOM_U16 ( ) (zb_uint16_t)zb_random_val(0xFFFFU)

Generate random 16-bit value

Returns: random value between 0 to 0xffff

◆ ZB_RANDOM_U8

#define ZB_RANDOM_U8 ( ) (zb_uint8_t)zb_random_val(0xFFU)

Generate random 8-bit value

Returns: random value between 0 to 255

◆ ZB_RANDOM_VALUE

#define ZB_RANDOM_VALUE ( max_value ) zb_random_val(max_value)

Equivalent of zb_random_val(). The macro is left for compatibility reasons.

Function Documentation

◆ zb_bzero_volatile()

void zb_bzero_volatile	(	volatile void *	s,
		zb_uint_t	size
	)

Analogue of bzero() for volatile data.

A custom version should be implemented because there is no standard library function for that purpose. Also, this function is not platform-dependent in contrast to ZB_BZERO() macro and therefore can't be overriden by specific ZBOSS platform.

The function sets individually every byte of provided memory region to zero.

◆ zb_random()

zb_uint32_t zb_random ( void )

Generate random 32-bit value

Returns: random value between 0 to 2^32-1

◆ zb_random_val()

zb_uint32_t zb_random_val ( zb_uint32_t max_value )

Generate random value between 0 to max_value, inclusively.

Returns: random value between 0 and 'max_value' (32 bits).

Macros

Functions