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Digimesh XBee PRO API mode interfacing

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Author: Pavol alias LQd

Last Updated: 2013-03-22

Package Version: 1.0.0.0

Category: ZigBee

Downloaded: 1339 times

Not followed.

License: MIT license

This library presents a bridge for interfacing XBee PRO modules in powerful but somewhat complicated API mode. Written in mB for AVR, but contains almost no AVR specifics.

I am ready to answer questions. Description in source code.

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Download All [18.52KB]

DOWNLOAD LINK	RELATED COMPILER	CONTAINS
1362766698_digimesh_xbee_ap_mikrobasic_avr.zip [18.59KB]	mikroBasic PRO for AVR	lib src exa hlp hex sch pcb doc

Library Blog

This library presents a bridge for interfacing XBee PRO modules in powerful

but somewhat complicated API mode.

So far it implements:

XBee_TX
XBee_rx
XBee_AT_Command
XBee_AT_command_response
XBee_modem_status
XBee_transmit_status
XBee_receive_packet
Xbee_remote_command_response

This is not complete command set, it was written for another big project mainly,

so I have made what I was needed. Code was tested and successfully is working

about a year in few devices, so should be mainly OK. It is somewhat commented

but I have no time for writing help and example project, so it is as it is.

But I am ready to answer questions.

Packets are sent through XBee_TX function, command are made through calling

XBee_AT_command and response for the command will be picked up through calling XBee_rx which will then call user defined XBee_AT_command_response, general reception is made by periodically calling XBee_rx function. So it works like that, user call XBee_rx and this routine will check for new messages, will pick them up if any and decompose it to parameters and data passed to appropriate user defined routine depending on type of message.

Library accomodates hardware handshaking, so XBee module

is not transmitting serial data to uC as it comes, but is asked for data

by calling XBee_rx (thus this should be done as often as possible, modules

has some buffer, but if multiple packets will not be collected, some data

could be lost), this function returns status (no incoming data,

reception error...) and will call (and pass received data to) user defined

routines for handling incoming packet of certain type if any.

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