WOW, this is unexpected. Well done! How does it run? I assume it's not really at a usable speed.

I do wonder why "Minor compilation changes for older GCC versions" was necessary, binary literals have been supported since ages.
You should definitely update your SDK and toolchain!

WOW, this is unexpected. Well done! How does it run? I assume it's not really at a usable speed.

I do wonder why "Minor compilation changes for older GCC versions" was necessary, binary literals have been supported since ages.
You should definitely update your SDK and toolchain!

Boot up is slow, taking ~3-5 minutes (Although I believe I can speed it up), but after most of the core services are starting the system is actually pretty usable (imagine an HTC Dream running at half-speed), making this a feasible alternative OS to run on the calculator.

And regarding the whole "Minor compilation changes for older GCC versions" commit, I at first (embarrassingly) set my $PATH to the wrong arm GCC toolchain location (which I originally thought was the ndless SDK location). After I fixed that, the whole commit was rather useless but I figured I wouldn't revert it just in case...

Quote from: joshumax on June 22, 2015, 11:38:49 am

Quote from: Vogtinator on June 22, 2015, 08:05:41 am

WOW, this is unexpected. Well done! How does it run? I assume it's not really at a usable speed.

I do wonder why "Minor compilation changes for older GCC versions" was necessary, binary literals have been supported since ages.
You should definitely update your SDK and toolchain!

Boot up is slow, taking ~3-5 minutes (Although I believe I can speed it up), but after most of the core services are starting the system is actually pretty usable (imagine an HTC Dream running at half-speed), making this a feasible alternative OS to run on the calculator.

This is awesome! Where is the rootfs stored? I assume it's on an external flashdrive or something.

Until NAND drivers are working on the new kernel, I opted to put the rootfs on an external USB drive via usb-otg. It currently uses 4 partitions, one for the system, one for userdata, one for the cache, and one for the virtual sd card.

Thanks for the video - I updated the TI-Planet article
And it actually runs faster than what I would have expected!

Quote from: tangrs on November 13, 2012, 04:39:16 am

Updated at 7th Feb 2013

Can this run Android?

Theoretically, yes but it's too much work for it to be worth it.

Oops

My my! Touche!

Congratulations! That is absolutely amazing!

i saw this yesterday but didn't realise it was a huge deal. what had to be done to get it running on top of linux stuff? interface drivers? stripping out bloat processes?

Hello, I have a problem on my ti cx nspire case with android.
When I run it, it load for a little while and then freeze it.
How to remedy it?
Thank you in advance

P.S:
I have a 3.9.1 OS 3.9 and therefore ndl3ss

Hello, I have a problem on my ti cx nspire case with android.
When I run it, it load for a little while and then freeze it.
How to remedy it?
Thank you in advance

P.S:
I have a 3.9.1 OS 3.9 and therefore ndl3ss

Can you describe what's happening while it's loading and where it's freezing? Also, if possible can you send pictures of the problem? I can't really diagnose what's going on without more information...

---

Wow, this is soooooo amazing. I did not think you could actually run a game on the android port.  Though, it's not that intensive it it?(Unless that's not on the android port?   

I posted a video a few posts back of it running the Android SDK game demo "Lunar Lander." (See https://www.youtube.com/watch?v=Skbuc_pQj9g). It can also run games like Snake rather well; other than that the only real limit is the capability of the hardware, which isn't that high-performance to begin with.


_{Edit (Eeems): Merged double post}