Introduction

EnOcean Link is a powerful library to handle packets, telegrams and messages received in an ESP3 Format.

Using EnOcean Link you can write your own Application in a few easy steps, and uses it function to handle for you the most common EnOcean Tasks.

The following features are included:

EnOcean Equipment Profile 3, Generic Profiles and Signal data handling
Set and Get Values as float or integer (depending on the datatype). See eoProfile::SetValue and eoProfile::GetValue
Handling the Teach-IN process for you. See eoTeachInModule and eoGateway.
Security Teach-IN and decryption (eoSecurity and eoGateway)
Sending and receiving of telegrams
Storing and loading of configurations in an human readable version
Automated Message chaining
Remote management eoRemoteManager
Remote Commissioning eoReCom
Serial commands interface with eoSerialCommand, eoSerialEvent
Filtering of incoming eoMessages with the help of eoIFilter Classes.

Note: In the following document about EnOcean Link, it is assumed that you've a basic concept about EEP2.6.8, Signal, ESP3, GP, ReMan, ReCom and EnOcean world itself.

The current release contains a eoPacketStream reader for Linux (eoLinuxPacketStream) and Windows (eoWin32PacketStream).

All examples & tutorials have been tested on a Linux x86 PC.

Note: Since EoLink 1.11.0.0 CMAKE is used as generator for building the library and examples

To start use the Step by Step Guide

Used Libraries

EnOcean Link uses the following libraries.

std::map
std::vector
std::list
std::string
std::set
std::iostream
<time.h>
ctime
<termios.h>
<fcntl.h>
<stdint.h>
<math.h>

If you want to integrate EnOcean Link to other platforms/os system you've to create your own PacketStream class to handle receive/sendByte and your own Timer Class.

Defines

Gateway : eoGateway
Packet: eoPacket
Message : eoMessage
Telegram : eoTelegram

Table of Contents

Introduction

Used Libraries

Defines

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