code to call all the sensors in the right frequency, with the correct configuration modify this file if you have new sensors! More...

#include <sensors/sensor.h>
#include <platform-header.h>

Data Structures
struct	sensorconfig
	definition of variable stuff for any one sensor this is seperate from runtime, because a copy will live in flash (cnw: err, no, not with a volatile pointer (*sensor)!!) More...

Macros
#define	isNewStyleEnabled (sensors_enabled & (1 << 1))

#define	isOldStyleEnabled (sensors_enabled & (1 << 0))

#define	isProbing (sensors_enabled & (1 << 2))

#define	SENSOR_FLAG_ACTIVATED 4

#define	SENSOR_FLAG_DETECTED 2

#define	SENSOR_FLAG_ENABLED 0

#define	SENSOR_FLAG_ISDUE 1

#define	SENSOR_FLAG_PROBED 3

#define	SENSOR_TIMER 4
	timer to use More...

#define	SENSOR_TIMER_FREQUENCY 1000
	frequency our timer runs on More...

Typedefs
typedef struct sensorconfig	_sensorconfig
	definition of variable stuff for any one sensor this is seperate from runtime, because a copy will live in flash (cnw: err, no, not with a volatile pointer (*sensor)!!)

Functions
int	all_sensors_probed ()

struct sensorruntime *	get_runtime (int idx)

void	sensor_activation (struct sensorruntime *sr, int activation)

void	sensor_deregister (struct sensordev *sensor)

void	sensor_info ()

int	sensor_loop ()
	called periodically. this will either query sensors when they are due or will set the isdue flag for them to be picked up during IRQ returns true if new sensor data needs to be sent More...

void	sensor_probe ()

struct sensordev *	sensor_register (struct sensordev *sensor)
	register a sensor, e.g. from userhook. The sensordev struct is COPIED, so it may be reused by the caller. the RETURN value is a pointer to the new sensordev, or NULL More...

void	sensor_run_str (const char *str)

int	sensor_submit_request (const long nodeid, int idx, const int readmillis, const int submitsec, const int max_values)

int	sensor_update_config (const long nodeid, int idx, const int readmillis, const int submitsec, const int max_values)

void	sensors_init ()
	initialize sensors, runtime, config, powerup each sensor in turn etc.. More...

uint8_t	sensors_inited ()

void	sensors_newstyle ()
	enable new-style sensors (and disable old) More...

void	sensors_off ()
	disable sensors More...

int	update_all_runtimes ()
	update runtimes (recalculate buffer positions). return 0 if ok (5 otherwise) More...

Variables
struct sensordev	sensors []
	list of sensors... More...

Detailed Description

code to call all the sensors in the right frequency, with the correct configuration modify this file if you have new sensors!

TODO: adjust timer frequency to be called less frequently (in the frequency of the most frequently called sensor, but not more) IDEA: submit result of some (simple) formula, e.g. MAX() or MIN() or AVG() or so instead of raw values IDEA: add triggers (e.g. voltage below 190V, or, in case of a binary sensor (such as a button), high detected)

Definition in file sensor.c.

Data Structures

Macros

Typedefs

Functions

Variables

Detailed Description