A good point -- UnoArduSim sure can't simulate any oddball faults/bugs inside your specific external hardware I/O device, but by attaching the corresponding UnoArduSim 'fault-free' IO device you can tell you if your code is the problem. The limited set of these virtual IO devices and supported libraries (which could be expanded in a following release) will hopefully be sufficient for most users, and if your particular device is not supported yet, you can try temporarily commenting-out/replacing the section of code that accesses it so that you can still test the other parts of your program. I would encourage people using the simulator to teach Arduino use to encourage a good design/ development skill along the road to coping with the fact that the simulator probably WON'T simulate every possible bit of external kit: 'Stuff' boils down to inputs and outputs. For a maybe-almost-too-simple example: Suppose I was using the simulator to develop software for a system to unlock my front door if I press the right buttons on a keypad.

In the final product, the Arduino will make an output high to make the door-lock-thingie unlock. FOR THE SIMULATION, I doubt that there is a door-lock-thingie 'device' in the simulator. But there will be an LED. If I can 'do' the LED in the simulation, I've solved the Arduino and software problems for doing the door lock in the real world. There are also some electronics issues. But I can make a great start on the overall road to success with the simulator.

Simulator for Arduino. The simulator for Arduino developed by virtronics, is a full featured simulator available for students and beginners to the electronics world looking for an excellent Arduino simulator. This is a cross-platform simulator which is supported by both Linux and Windows operating systems.

Three cheers for this EXCELLENT initiative. I haven't played with it, but if it even ALMOST works, let's all get busy on. Etc, and GET THE WORD OUT. If it even almost works, let's make getting it working even better worth the time of the people behind it.

And no, I'm not one of them (^_^). Download problem solved! See post of 22 Jan 15 On 22 Jan 15 I cut down the following, but left parts to highlight the dead end which I suspect remains, and to make the following point, which was originally a PS. There I go getting all excited, rushing in. (Again.) Before we all get behind THIS one, maybe we should explore the field a bit? I had no idea (duh) that this wasn't the first. Several listed, with brief notes, at.

But I STILL think we should be promoting the good ones! ==== Modified comments on download from original post. Download link had a dead end route waiting for you 6 Dec 2014.

Linked to how Google's shared docs system operates, I suspect. (I had 'works'. Changed that.) The simulator's site doesn't have any comments up about the download issue. (Didn't early Dec 14, nor 22 Jan 15) If you go where the sites.google.com link in the announcement at the top takes you, from there, eventually, you get to a page with a link for downloading the program. If you examine the source for the page with the link for downloading the program, you will find your GMail email address in it! (I hadn't entered it for ages. Must have logged into it for something else days ago.) I would guess that if you use the link, you are, ** unwittingly **, going to be sending your GMail email address to whoever put up the link you've been persuaded to click.

Thank you Google. I don't (knowingly) give out my GMail eddress.

And won't be clicking on links like this one again, now that I have suspicions. The simulator may be genuine. I imply nothing on that front. But I've learned something about how drive.google.com resource sharing works that I'm glad to know. Note as you look at the sites.google.com page, that it is not a Queens University, Kingston, Ontario page.

The Queens logo appears under the word 'Affiliations'. Hi Stan I am a BSc Mech Eng Undergrad at Oxford Brookes.

My final year dissertation is on using and Arduino board to control a 12V 20A brushed motor. Naturally that doesn't mean find an Arduino shield, plug it into the Arduino and then the job's done. It means 'produce an investigation worth reading'. Part of the dissertation has been the evaluation of Free/Open Source Arduino simulators.

I downloaded this today and it is very good, well done. Tom myers anatomy trains pdf free. The Fritzing simulator has superior graphics, but it comes nowhere near yours on the practicality front. Thanks for the effort. Best regards Paul Lancaster. Downloaded 1/19/2015 installed on win7 64 bit system. Works excellently!! Professor Simmons: I am retired computers and electronics technologies instructor and would like to link students to your simulator for a new online course I am preparing on Arduino and circuit prototyping in the maker vent.