Thanks a lot Ricardo, seems pretty interesting... I have stared it on GitHub. Cheers, Offray On 23/1/19 11:10, Ricardo Moran wrote:
Hi everybody,
We are very pleased to announce the first pre-release of UziScript (https://github.com/GIRA/UziScript), a new programming environment for educational robotics.
For a long time we've been wanting to show you what we are working on at GIRA (http://tecnodacta.com.ar/gira/) and although we're still far from finished we've decided it's time to share our little project with the community.
As some of you may know we work mostly on developing tools to facilitate the use of robots for education. We published Physical Etoys as part of that work. Now we are working on a new programming environment that attempts to fix some common problems we see in most of the tools available for educational robotics. We call this environment UziScript and it consists of a small VM that runs on an Arduino, a web server that runs on your computer, and a set of web tools that use the web server to connect and program the Arduino. We're focusing on Arduino UNO for now (mainly because it's very popular and accessible) but we plan to support other boards in the future.
UziScript has a few cool features:
* *Block-based and text-based programming*: It includes a block-based programming language suitable for beginners but it also supports text-based programming for more advanced users. To ease the transition UziScript automatically generates the textual code from the blocks (and viceversa). * *Concurrency*: Most educational robotics projects require the implementation of a device that performs two or more simultaneous tasks. UziScript allows the definition of concurrent tasks that will be executed independently from each other. * *Autonomy*: UziScript programs are stored and executed autonomously in the Arduino without requiring a connection to the computer. * *Interactive programming*: If the board is connected to the computer UziScript allows to inspect and monitor the program state while it runs. Furthermore, every change made to the program can be automatically compiled and transmitted to the Arduino, which allows to see the effects of the change almost immediately. * *Debugging*: Without debugging tools the process of fixing programming errors can be frustrating for an inexperienced user. UziScript's debugger provides mechanisms for error handling and step-by-step code execution.
All the code is open source and can be found on Github: https://github.com/GIRA/UziScript. We also made a few short videos to show UziScript in action:Â https://www.youtube.com/playlist?list=PL1aXD47455XPWv4rTXQBuHvamCoNUGeke
We're still not ready to use this with actual teachers and students (we have a LOT of bugs and unfinished features) but we think we're ready to show this to other programmers. You can download and try our first pre-release (https://github.com/GIRA/UziScript/releases/tag/v0.1.1). We would greatly appreciate any comments or suggestions.
Have fun! Richo