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The programming environment »Open Roberta Lab" by Fraunhofer IAIS enables children and adolescents to program robots. A variety of different programming blocks are provided to program motors and sensors of the robot. Open Roberta Lab uses an approach of graphical programming so that beginners can seamlessly start coding. As a cloud-based applica…

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Open Roberta Lab

Build status:

  • master master
  • develop develop

Introduction

The steps below explain how to get started with the sources. If you just want to run the server locally, please have a look into the wiki - installation. If you want to contribute, please get in touch with us, see wiki - Community before you start.

After a fresh git clone you get the robertalab project folder. It includes everything you need to setup and extend your own browser programming environment. License information is available in the docs folder.

Things you need on your computer:

  • Java 1.8
  • Maven >= 3.2
  • Git
  • Web browser

If you would like the server to compile code for the different systems, you need to install additional software:

on linux:

  • Arduino based robots
    • sudo apt-get install libusb-0.1-4
    • sudo apt-get install gcc-avr binutils-avr gdb-avr avr-libc avrdude
  • NXT
    • sudo apt-get install nbc
  • Calliope
    • sudo apt-get install gcc-arm-none-eabi srecord libssl-dev
  • micro:bit
    • pip install uflash

on windows:

Please also check our wiki for detailed installation instructions, development procedure, coding conventions and further reading. We also use the github issue tracking system. Please file issues in the main project robertalab.

Fast installation with maven

Step 1: Clone the repository and compile

git clone git://github.com/OpenRoberta/robertalab.git # get the repository
cd robertalab        # cd into repository
cd OpenRobertaParent # cd to parent project
mvn clean install    # generate the server
cd ..                # return to the repository	

Get a coffee! Might take some time.

A successful build looks like:

[INFO] ------------------------------------------------------------------------
[INFO] Reactor Summary:
[INFO]
[INFO] RobertaParent ...................................... SUCCESS [  2.479 s]
...
[INFO] ------------------------------------------------------------------------
[INFO] BUILD SUCCESS
[INFO] ------------------------------------------------------------------------
[INFO] Total time: 02:16 min
[INFO] Finished at: 2018-01-07T13:05:00+02:00
[INFO] Final Memory: 60M/540M
[INFO] ------------------------------------------------------------------------

Step 2: Make sure you have a database

If you have a fresh clone of the server, make sure that the OpenRobertaServer folder has a subfolder db-x.y.z with the database inside, where x.y.z is the current version from the server. The actual server version is found in the pom.xml of the OpenRobertaParent project. If you don't have a database, you can create an empty database with

./ora.sh --createEmptydb x.y.z

If the server version is x.y.z-SNAPSHOT, remove the -SNAPSHOT. If you update the server later with git pull, your database will not be changed.

Step 3: Starting your own server instance using a unix-like shell (on either lin* or win*).

./ora.sh --start-from-git # start the server using the default properties

You can also run ./ora.sh --help for more options.

Step 4: Accessing your programming environment

Start your browser at: http://localhost:1999

That's it!

Development notes

You can follow the test status on https://travis-ci.org/OpenRoberta/.

Development happens in the develop branch. Please sent PRs against that branch.

git clone git://github.com/OpenRoberta/robertalab.git
cd robertalab
git checkout -b develop origin/develop

Blockly

We are using Blockly, it is located in a separate repository. The build of the blockly is only done in the OpenRoberta/Blockly project and then copied to the OpenRobertaServer/staticResources. You can not build Blockly in OpenRobertaServer project directly.

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The programming environment »Open Roberta Lab" by Fraunhofer IAIS enables children and adolescents to program robots. A variety of different programming blocks are provided to program motors and sensors of the robot. Open Roberta Lab uses an approach of graphical programming so that beginners can seamlessly start coding. As a cloud-based applica…

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