SunSPOT API V5.0

This document is the API specification for the Sun SPOT Libraries.

See:
Description

SPOT and Sensorboard libraries

com.sun.spot.dmamemory	Support for allocating memory for DMA buffers.
com.sun.spot.dmamemory.proxy	Support for allocating memory for DMA buffers - from child isolates.
com.sun.spot.flashmanagement	Low level access to chunks of flash memory.
com.sun.spot.globals	Provides support for cross-isolate global data used by the SPOT library.
com.sun.spot.imp
com.sun.spot.interisolate	Generic support for RPC mechanisms between isolates.
com.sun.spot.networktools	Tools that answer network queries for information about the SPOT network stack
com.sun.spot.peripheral	Access to the hardware peripherals built in to the Sun SPOT main board.
com.sun.spot.peripheral.basestation	Code to allow the Sun SPOT to function as a base station.
com.sun.spot.peripheral.driver.proxy	Allows child isolates access to the driver registry maintained in the master isolate.
com.sun.spot.peripheral.external	Generic support for external boards.
com.sun.spot.peripheral.handler	Handlers for control button events.
com.sun.spot.peripheral.ota	Support for managing remote Sun SPOTs using ant scripts.
com.sun.spot.peripheral.proxy	Support for controlling PIO pins from child isolates.
com.sun.spot.peripheral.radio	Support for using the Sun SPOT's radio.
com.sun.spot.peripheral.radio.mhrp.aodv	An mesh routing package based on the AODV protocol.
com.sun.spot.peripheral.radio.mhrp.aodv.messages	Message formats used by the AODV implementation
com.sun.spot.peripheral.radio.mhrp.aodv.request	Request table used by the AODV based mesh routing package
com.sun.spot.peripheral.radio.mhrp.aodv.routing	Routing table used by the AODV based mesh routing package
com.sun.spot.peripheral.radio.mhrp.interfaces	Interfaces that should be implemented by Listeners of mesh routing events.
com.sun.spot.peripheral.radio.mhrp.lqrp	An mesh routing package based on the AODV protocol.
com.sun.spot.peripheral.radio.mhrp.lqrp.linkParams
com.sun.spot.peripheral.radio.mhrp.lqrp.messages	Message formats used by the LQRP routing implementation
com.sun.spot.peripheral.radio.mhrp.lqrp.request	Request table used by the LQRP based mesh routing package
com.sun.spot.peripheral.radio.mhrp.lqrp.routing	Routing table used by the AODV based mesh routing package
com.sun.spot.peripheral.radio.policy.proxy	Support for using the Sun SPOT's radio from child isolates.
com.sun.spot.peripheral.radio.proxy	Allows child isolates access to the radio controlled by the master isolate.
com.sun.spot.peripheral.radio.routing	Interfaces implemented by all routing protocols.
com.sun.spot.peripheral.radio.routing.interfaces	Interfaces that should be implemented by a routing protocol manager.
com.sun.spot.peripheral.radio.shrp	Support for a Single Hop based routing protocol.
com.sun.spot.peripheral.test	Support for system testing: not intended for user use.
com.sun.spot.resourcesharing	The resource sharing framework exists to support people writing device drivers.
com.sun.spot.sensorboard	Contains highest level interfaces and concrete classes that make up the SunSPOT sensorboard libraries.
com.sun.spot.sensorboard.capabilities	Interfaces that define how a sensorboard should implement a particular type of controller.
com.sun.spot.sensorboard.hardware	Interfaces and concrete classes that embody various pieces of hardware that are built into the SunSPOT sensorboards.
com.sun.spot.sensorboard.io	Interfaces and concrete implmentations of classes to enable simple low-level i/o to and from the SunSPOT sensorboards.
com.sun.spot.sensorboard.peripheral	Interfaces and concrete implementations of various peripherals that are either connected to or built into the daughter cards.
com.sun.spot.sensorboard.service
com.sun.spot.service	IService provides a general interface to allow running services to be controlled.
com.sun.spot.testFramework	Provides a limited equivalent to jUnit for use on Sun SPOTs.
com.sun.spot.util	Utility classes.
junit.framework	Support classes for the test framework.

SPOT Generic Connection Framework

com.sun.spot.io.j2me.memory	Support for the "memory" GCF protocol.
com.sun.spot.io.j2me.radio	Support for the 'radio' GCF protocol.
com.sun.spot.io.j2me.radiogram	Support for the 'radiogram' GCF protocol.
com.sun.spot.io.j2me.radiostream	Support for the 'radiostream' GCF Protocol.
com.sun.spot.io.j2me.remoteprinting	Provides the auxiliary classes used by remote printing.
com.sun.spot.io.j2me.socket	Support for the "socket" GCF protocol.
com.sun.squawk.io.j2me.edemoserial	The serial protocol supports read/write access to the usart module on the Atmega88 for spot applications.
com.sun.squawk.io.j2me.memory	The memory protocol supports direct read-only access to the Sun SPOT's RAM.
com.sun.squawk.io.j2me.multicast
com.sun.squawk.io.j2me.radio	The radio protocol supports streaming between two Sun SPOTs via the radio.
com.sun.squawk.io.j2me.radiogram	The radiogram protocol supports datagram communication between two Sun SPOTs via the radio.
com.sun.squawk.io.j2me.radiostream	The radiostream protocol supports streaming between two Sun SPOTs via the radio.
com.sun.squawk.io.j2me.remoteprint	Provides the Protocol class to implement a "remoteprint:" connection using the J2ME Generic Connection Framework (GCF).
com.sun.squawk.io.j2me.serial	The serial protocol supports read/write access to the USB channel to host applications.
com.sun.squawk.io.j2me.socket	The socket protocol supports read/write access to an arbitrary socket on a host computer.

Squawk Java ME library

com.sun.squawk
com.sun.squawk.flash
com.sun.squawk.imp
com.sun.squawk.io
com.sun.squawk.io.mailboxes
com.sun.squawk.peripheral
com.sun.squawk.realtime
com.sun.squawk.security
com.sun.squawk.security.verifier
com.sun.squawk.util
com.sun.squawk.vm
java.io
java.lang
java.lang.ref
java.util
javax.microedition.io
javax.microedition.midlet
javax.microedition.rms

Other Packages

com.sun.cldc.i18n
com.sun.midp.midlet

This document is the API specification for the Sun SPOT Libraries.

Sun SPOTs are small, wireless, Java-based devices being developed as a research effort at Sun Labs. They are programmed in Java using the APIs described here.

Sun SPOT devices are based on the CLDC-compliant Squawk VM running directly on the metal. The goal of this project is to produce a flexible, reliable, easy-to-use Java platform for development, prototyping and deployment to small, wireless devices.

These libraries are a work-in-progress. While every attempt will be made to preserve compatibility, future releases will most likely not be backwards compatible.