header with defines and structs for sensor More...

#include "elsensortree/io_type_t.h"
#include "elutils/c_decls.h"

Include dependency graph for el_sensorsnode.h:

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Data Structures
struct	_node_fw_version_t
	версия прошивки узла More...

union	_node_addr_t
	адрес узла a0 - top level More...

struct	_node_serial_num_t

struct	node_info_t

struct	_node_status_t

struct	_sensor_value_t

struct	_sensors_node_t

struct	_sensors_data_t

Macros
#define	ST_A0_MASK (0x000f)

#define	ST_A1_MASK (0x00ff)

#define	ST_A2_MASK (0x0fff)

#define	ST_A3_MASK (0xffff)

#define	SERIAL_NUM_SZ (12)

#define	MAX_SENSOR_VALUES_COUNT (3)

#define	SENSOR_DATA_CRC_PTR(SENSOR_DATA) (uint16_t*)&(SENSOR_DATA->data.nodes[SENSOR_DATA->data.nodesСount])

#define	SENSOR_DATA_TOT_SIZE(SENSORS_NUMBER) (int)(SENSORS_NUMBER * sizeof(sensors_node_t) + sizeof(sensors_data_t))

#define	NODE_SERIAL_NUM_LENGTH (11)

Typedefs
typedef union _node_addr_t	node_addr_t
	адрес узла a0 - top level More...

Enumerations
enum	__attribute__ { None = 0u , BusTester = 1u , TH23 , WaterLeak16 , Lum32 , Wind75 , FIRE4 , SN_VAL_UKNOWN = 0 , SN_VAL_INVALID , SN_VAL_VALID }

enum	__attribute__ { None = 0u , BusTester = 1u , TH23 , WaterLeak16 , Lum32 , Wind75 , FIRE4 , SN_VAL_UKNOWN = 0 , SN_VAL_INVALID , SN_VAL_VALID }

Functions
node_models_t	st_get_node_model (char *node_name)
	translate name to NODE_MODEL_T More...

char *	st_get_node_model_name (node_models_t nmt)
	get string with nbame of node type More...

struct _node_fw_version_t	__attribute__ ((packed)) node_fw_version_t
	версия прошивки узла More...

int	cmp_node_addr (node_addr_t a1, node_addr_t a2)
	compare node address More...

void	print_node_addr (node_addr_t node_addr, char msg)

int	sn_addr_level (node_addr_t addr)
	cals address level 0.0.0.0 -> 0; 2.1.0.0 - ->1; 2.3.5.0 -> 2; 1.2.3.4 -> 3 More...

void	sn_print_serialnum (node_serial_num_t nsn, char msg)

int	sn_test_serialnum_valid (const node_serial_num_t *node_serial_num)
	test is SysInfo serial num structure is valid More...

int	sn_build_serialnum (const node_serial_num_t node_serial_num, char sernum)
	build serial number string More...

int	sn_parse_serialnum (const char sn, node_serial_num_t nsn)

node_info_t *	sn_init_node_info (node_info_t *p)

sensor_value_t *	sn_init_sensor_value (sensor_value_t *p)

node_status_t *	sn_init_node_status (node_status_t *p)

sensors_node_t *	sn_init_sensors_node (sensors_node_t *p)

sensors_data_t *	sn_init_sensors_data (sensors_data_t *p, int sz)

Variables
typedef	__attribute__

uint8_t	sw_patch

uint8_t	sw_minor

uint8_t	sw_major

uint8_t	boot

uint8_t	hw_revision

uint8_t	protocol

uint16_t	a0

uint16_t	a1

uint16_t	a2

uint16_t	a3

uint8_t	code [4]

uint8_t	year

uint8_t	partNumber

uint16_t	devNumber

node_models_t	model

node_serial_num_t	serialNumber

node_fw_version_t	fw_version

node_addr_t	addr

uint16_t	configCrc

uint8_t	available

uint8_t	dataError

sensor_value_state_t	state

u_io_type_t	type

union {
struct {
int32_t value

} analog

struct {
int16_t value

int8_t count

int8_t reserved

} discretes

};

node_info_t	nodeInfo

node_status_t	status

uint8_t	valuesCount

sensor_value_t	values [MAX_SENSOR_VALUES_COUNT]

struct {
uint8_t updateCounter

uint8_t nodesСount

sensors_node_t nodes [0]

}	data

uint16_t	crc

Detailed Description

header with defines and structs for sensor

Created on: 1 дек. 2023 г. Author: ps

Macro Definition Documentation

◆ MAX_SENSOR_VALUES_COUNT

#define MAX_SENSOR_VALUES_COUNT (3)

◆ NODE_SERIAL_NUM_LENGTH

#define NODE_SERIAL_NUM_LENGTH (11)

◆ SENSOR_DATA_CRC_PTR

#define SENSOR_DATA_CRC_PTR ( SENSOR_DATA ) (uint16_t*)&(SENSOR_DATA->data.nodes[SENSOR_DATA->data.nodesСount])

◆ SENSOR_DATA_TOT_SIZE

#define SENSOR_DATA_TOT_SIZE ( SENSORS_NUMBER ) (int)(SENSORS_NUMBER * sizeof(sensors_node_t) + sizeof(sensors_data_t))

◆ SERIAL_NUM_SZ

#define SERIAL_NUM_SZ (12)

◆ ST_A0_MASK

#define ST_A0_MASK (0x000f)

◆ ST_A1_MASK

#define ST_A1_MASK (0x00ff)

◆ ST_A2_MASK

#define ST_A2_MASK (0x0fff)

◆ ST_A3_MASK

#define ST_A3_MASK (0xffff)

Typedef Documentation

◆ node_addr_t

typedef union _node_addr_t node_addr_t

адрес узла a0 - top level

Enumeration Type Documentation

◆ attribute [1/2]

enum __attribute__

Enumerator
None
BusTester
TH23
WaterLeak16
Lum32
Wind75
FIRE4
SN_VAL_UKNOWN
SN_VAL_INVALID
SN_VAL_VALID

◆ attribute [2/2]

enum __attribute__

Enumerator
None
BusTester
TH23
WaterLeak16
Lum32
Wind75
FIRE4
SN_VAL_UKNOWN
SN_VAL_INVALID
SN_VAL_VALID

Function Documentation

◆ attribute()

struct _node_fw_version_t __attribute__ ( (packed) )

версия прошивки узла

Description of node in tree

PACKED because many in shared memory fields follow in optimized flow

◆ cmp_node_addr()

int cmp_node_addr	(	node_addr_t	a1,
		node_addr_t	a2
	)

compare node address

Parameters

a1	first address
a2	first address

Returns: -1 if a1 < a2; 0 if a1 == a2; 1 if a1 > a2

◆ print_node_addr()

void print_node_addr	(	node_addr_t *	node_addr,
		char *	msg
	)

◆ sn_addr_level()

int sn_addr_level ( node_addr_t addr )

cals address level 0.0.0.0 -> 0; 2.1.0.0 - ->1; 2.3.5.0 -> 2; 1.2.3.4 -> 3

Parameters

addr	node address

Returns: levelk of node with address

◆ sn_build_serialnum()

int sn_build_serialnum	(	const node_serial_num_t *	node_serial_num,
		char *	sernum
	)

build serial number string

Parameters

node_serial_num	ptr to node info struct
sernum	ptr to target place at least 12 bytes.

Returns: 0 success; -1 on error

SerialNum rules: Code bytes must be alnum printable -> 4 bytes year: 0 - 99 -> 2 bytes partnum: 0 - 99 -> 2 bytes devnum: 0 - 999 -> 3 bytes ------—> 11 bytes,+0x0 -> 12bytes

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◆ sn_init_node_info()

node_info_t * sn_init_node_info ( node_info_t * p )

◆ sn_init_node_status()

node_status_t * sn_init_node_status ( node_status_t * p )

◆ sn_init_sensor_value()

sensor_value_t * sn_init_sensor_value ( sensor_value_t * p )

◆ sn_init_sensors_data()

sensors_data_t * sn_init_sensors_data	(	sensors_data_t *	p,
		int	sz
	)

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◆ sn_init_sensors_node()

sensors_node_t * sn_init_sensors_node ( sensors_node_t * p )

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◆ sn_parse_serialnum()

int sn_parse_serialnum	(	const char *	sn,
		node_serial_num_t *	nsn
	)

parse serial number from string into node_serial_num_t

Parameters

sn	ptr to serial num string
nsn	ptr to structure to fill \retun 0 success

Returns: -1 error

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◆ sn_print_serialnum()

void sn_print_serialnum	(	node_serial_num_t *	nsn,
		char *	msg
	)

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◆ sn_test_serialnum_valid()

int sn_test_serialnum_valid ( const node_serial_num_t * node_serial_num )

test is SysInfo serial num structure is valid

Parameters

node_serial_num pter to decvice serial num

Returns: 0 - invalid; 1 - valid

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◆ st_get_node_model()

node_models_t st_get_node_model ( char * node_name )

translate name to NODE_MODEL_T

Parameters

node_name string with name of node

Returns: enum type value of this node type

◆ st_get_node_model_name()

char * st_get_node_model_name ( node_models_t nmt )

get string with nbame of node type

Variable Documentation

◆

union { ... }

◆ attribute

struct _sensors_data_t __attribute__

Description of node in tree

PACKED because many in shared memory fields follow in optimized flow

◆ a0

uint16_t a0

◆ a1

uint16_t a1

◆ a2

uint16_t a2

◆ a3

uint16_t a3

◆ addr

node_addr_t addr

◆

struct { ... } analog

◆ available

uint8_t available

◆ boot

uint8_t boot

◆ code

uint8_t code[4]

◆ configCrc

uint16_t configCrc

◆ count

int8_t count

◆ crc

uint16_t crc

◆

struct { ... } data

◆ dataError

uint8_t dataError

◆ devNumber

uint16_t devNumber

◆

struct { ... } discretes

◆ fw_version

node_fw_version_t fw_version

◆ hw_revision

uint8_t hw_revision

◆ model

node_models_t model

◆ nodeInfo

node_info_t nodeInfo

◆ nodes

sensors_node_t nodes[0]

◆ nodesСount

uint8_t nodesСount

◆ partNumber

uint8_t partNumber

◆ protocol

uint8_t protocol

◆ reserved

int8_t reserved

◆ serialNumber

node_serial_num_t serialNumber

◆ state

sensor_value_state_t state

◆ status

node_status_t status

◆ sw_major

uint8_t sw_major

◆ sw_minor

uint8_t sw_minor

◆ sw_patch

uint8_t sw_patch

◆ type

u_io_type_t type

◆ updateCounter

uint8_t updateCounter

◆ value

int16_t value

◆ values

sensor_value_t values[MAX_SENSOR_VALUES_COUNT]

◆ valuesCount

uint8_t valuesCount

◆ year

uint8_t year

Data Structures

Macros

Typedefs

Enumerations

Functions

Variables

Detailed Description

Macro Definition Documentation

◆ MAX_SENSOR_VALUES_COUNT

◆ NODE_SERIAL_NUM_LENGTH

◆ SENSOR_DATA_CRC_PTR

◆ SENSOR_DATA_TOT_SIZE

◆ SERIAL_NUM_SZ

◆ ST_A0_MASK

◆ ST_A1_MASK

◆ ST_A2_MASK

◆ ST_A3_MASK

Typedef Documentation

◆ node_addr_t

Enumeration Type Documentation

◆ __attribute__ [1/2]

◆ __attribute__ [2/2]

Function Documentation

◆ __attribute__()

◆ cmp_node_addr()

◆ print_node_addr()

◆ sn_addr_level()

◆ sn_build_serialnum()

◆ sn_init_node_info()

◆ sn_init_node_status()

◆ sn_init_sensor_value()

◆ sn_init_sensors_data()

◆ sn_init_sensors_node()

◆ sn_parse_serialnum()

◆ sn_print_serialnum()

◆ sn_test_serialnum_valid()

◆ st_get_node_model()

◆ st_get_node_model_name()

Variable Documentation

◆

◆ __attribute__

◆ a0

◆ a1

◆ a2

◆ a3

◆ addr

◆

◆ available

◆ boot

◆ code

◆ configCrc

◆ count

◆ crc

◆

◆ dataError

◆ devNumber

◆

◆ fw_version

◆ hw_revision

◆ model

◆ nodeInfo

◆ nodes

◆ nodesСount

◆ partNumber

◆ protocol

◆ reserved

◆ serialNumber

◆ state

◆ status

◆ sw_major

◆ sw_minor

◆ sw_patch

◆ type

◆ updateCounter

◆ value

◆ values

◆ valuesCount

◆ year

◆ attribute [1/2]

◆ attribute [2/2]

◆ attribute()

◆ attribute