Putting the compiler in the debugger was how it used to work. Everyone hated it. Also: it's using Ace, which really grinds Chrome. I can easily add a pure textarea tab that will let you edit code, if you _really_ want it.
To run a C program, do one of two things:
* Compile it in the source editor, which will generate a blob of compiler output (which is deliberately not documented) that the browser will cache.
* Use the "flash" command to write it to SPI flash.
* Use the "vmload" command to send a SPI message to the AVR to reload the program from the SPI flash.
* Use the "vmexec" command to send a SPI message to the AVR to execute the program.
OR
* Compile it in the source editor
* Type "run", which does all the rest of those things.
I like Microcorruption's UI, too. I gave this one more to do. I agree: it's not there yet! Working on it. How elaborate do you want the web-based debugger built on this API to be? :)
(I'm serious: thanks for the feedback. This section of the thread is the stuff I was hoping to get).
Thanks for replying - I just wanted to dive in and get stuck into the levels, but found the UI so confusing that I just gave up - particularly as someone with no AVR experience, and with the tutorial dying half way through.
The biggest pain point was figuring out what was executing. As I mentioned, I would be playing around in the compiler, hit compile and save, and then attempt to run it in the debugger. The 'run' command either seemed to have no effect, or would run a previously compiled program, not the one I'd just written. Even typing 'reset' didn't help.
The memory didn't seem to be updating in real time either, which made things even more confusing!
Putting the compiler in the debugger was how it used to work. Everyone hated it. Also: it's using Ace, which really grinds Chrome. I can easily add a pure textarea tab that will let you edit code, if you _really_ want it.
To run a C program, do one of two things:
* Compile it in the source editor, which will generate a blob of compiler output (which is deliberately not documented) that the browser will cache.
* Use the "flash" command to write it to SPI flash.
* Use the "vmload" command to send a SPI message to the AVR to reload the program from the SPI flash.
* Use the "vmexec" command to send a SPI message to the AVR to execute the program.
OR
* Compile it in the source editor
* Type "run", which does all the rest of those things.
I like Microcorruption's UI, too. I gave this one more to do. I agree: it's not there yet! Working on it. How elaborate do you want the web-based debugger built on this API to be? :)
(I'm serious: thanks for the feedback. This section of the thread is the stuff I was hoping to get).