com.airs.platform

Class Sensor

java.lang.Object

com.airs.platform.Sensor

public class Sensor
extends Object

Sensor class, holding the various pieces of the discovered sensor To be used in repository

Field Summary

Fields

Modifier and Type	Field and Description
Runnable	acquire_thread Reference to current Runnable that implements the acquisition for this sensor
String	Description description of the sensor
boolean	discovered Flag if sensor has already been discovered or not
String	Explanation longer explanation of the sensor
Handler	handler points to handler serving this sensor
boolean	hasHistory does this sensor support history?
int	max max value of sensor reading (if supported)
int	min min value of sensor reading (if supported)
Sensor	next Reference to the next sensor in the repository list
int	polltime polling timer - if zero, the sensor is a callback sensor and will block appropriately when called during recording
int	scaler scaler of the sensor
static int	SENSOR_INVALID Sensor is invalid, e.g., when BT pulse cannot be found when AIRS is started
static int	SENSOR_SUSPEND Sensor is currently suspended, such as when BT pulse temporarily disconnects
static int	SENSOR_VALID Sensor is valid
int	status status of the timer (valid, invalid, suspended)
String	statusString String describing the status further
String	Symbol symbol of the sensor (see online manual for all supported sensor symbols for now)
long	time_saved time when sensor was saved in airs_sensor_used for cases where sensors are removed by Storica
String	type data type of the sensor (int, float, txt, str, arr)
String	Unit unit of the sensor

Method Summary

Methods

Modifier and Type	Method and Description
byte[]	get_value(String query) Synchronised acquire method to allow for multiple queries accessing the same sensor values concurrently, i.e., this is the point of data acquisition
void	set_polltime(int poll) For some sensors allow setting polltime

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

SENSOR_VALID

public static final int SENSOR_VALID

Sensor is valid

See Also:

Constant Field Values

SENSOR_INVALID

public static final int SENSOR_INVALID

Sensor is invalid, e.g., when BT pulse cannot be found when AIRS is started

See Also:

Constant Field Values

SENSOR_SUSPEND

public static final int SENSOR_SUSPEND

Sensor is currently suspended, such as when BT pulse temporarily disconnects

See Also:

Constant Field Values

handler

public Handler handler

points to handler serving this sensor

Symbol

public String Symbol

symbol of the sensor (see online manual for all supported sensor symbols for now)

Unit

public String Unit

unit of the sensor

Description

public String Description

description of the sensor

Explanation

public String Explanation

longer explanation of the sensor

type

public String type

data type of the sensor (int, float, txt, str, arr)

scaler

public int scaler

scaler of the sensor

min

public int min

min value of sensor reading (if supported)

max

public int max

max value of sensor reading (if supported)

hasHistory

public boolean hasHistory

does this sensor support history?

polltime

public int polltime

polling timer - if zero, the sensor is a callback sensor and will block appropriately when called during recording

status

public int status

status of the timer (valid, invalid, suspended)

statusString

public String statusString

String describing the status further

time_saved

public long time_saved

time when sensor was saved in airs_sensor_used for cases where sensors are removed by Storica

discovered

public boolean discovered

Flag if sensor has already been discovered or not

acquire_thread

public Runnable acquire_thread

Reference to current Runnable that implements the acquisition for this sensor

next

public Sensor next

Reference to the next sensor in the repository list

Method Detail

get_value

public byte[] get_value(String query)

Synchronised acquire method to allow for multiple queries accessing the same sensor values concurrently, i.e., this is the point of data acquisition

Parameters:

query - String with the Sensor query

Returns:

byte array with the reading in the format array[0]+array[1] = sensor symbol and array[2]+array[3]+... = data of the sensor

set_polltime

public void set_polltime(int poll)

For some sensors allow setting polltime

Parameters:

poll - polling time in milliseconds