[DEV] Chroot Ubuntu

here you go chroot ubuntu

So you have a working rootfile system like hd2
put the root file system on sdcard location /sdcard/ubuntu
place the two files in /sdcard/ubuntu
(run as root ) just install with -> sh install.sh And READ

installing vnc

in ubuntu linux terminal ->

export USER=root
vncserver -geometry 1024×750
nano /root/.bashrc

Add this to the beginning
###########################
export USER=root
cd /
rm -r -f tmp
mkdir tmp
cd /
vncserver -geometry 1280×750
########################### ctrl+x to save

Thanks to,
aligatro2010 4 resolution
poltak11 4 helping you guyś with some more info

now connect with your own password and port 5900 or 5901 ad localhost with VNC Android !!

Just download the rootfs from the HD2 form

Ubuntu Chrootenv. <- new

working

Alright, confirmed to have this fully working via OP's method. Details follow:

Get HD2 root filesystem:
http://xdaforums.com/showthread.php?t=889433
Download the link (torrent is fast). Extract it and find rootfs.ext2 in the linux folder. Copy that onto your TF and place it in the /sdcard/ubuntu/ directory (it's around 3GB).

Get OP's scripts:
Download from the link in the first post. Extract the zip and move the 2 files to the /sdcard/ubuntu/ directory on your TF.

Alright, now we got what we want.

Go into terminal emulator on your TF (any should hopefully work... I used BTE Pro).

Type the following:
Gives you root privileges... note: I'm not sure if this is needed... not too familiar with Android.
You should now be "chrooted" into the Ubuntu environment. That is, you've changed the root to the Ubuntu root filesystem (don't worry if you don't understand this). It should look a bit like this:

Now to get up the VNC server so we can view a GUI (make sure you have internet connection at this step!!! We're just going to update package list and install a very small app):
Now you've got your vnc app installed in Ubuntu.
Now to set it up for use:
Yep! That's all set up... but yeah, nothing's happening just yet.

If you haven't already got a VNC client installed on your TF (note Android NOT Ubuntu), go here:
http://code.google.com/p/android-vnc-viewer/downloads/list
and get the latest one and install it on your device.

Now go into the app and put a Nickname ("ubuntu" might be wise), your Password (if you made one), leave Address empty, and make Port 5901.
If you want it to look nice, change Color Format to 24-bit color (4 bpp).

Now press connect and you should be in your chrooted fully-functional Ubuntu.

Oh yeah, if you want to automate this whole process so you don't have to do it everytime you reboot your TF or whatever, follow the instructions in OP about editing /root/.bashrc file. This file basically runs everytime the root user logs in... ie. everytime you start your chrooted Ubuntu. So it will do all this automatically, everytime you start (type sh ubuntu in terminal).

Did I miss anything else?

Please note:
Jhinta is the brains behind this (and those HD2 guys who managed to port Ubuntu to ARM). If you get this working properly give some thanks to him. He's the one who wrote the scripts to do this all for you (those 2 files in the /sdcard/ubuntu/ directory). I'm just trying to make it a bit easier to understand for "non-linux nerds" and to help walk you through this. Because, really, it's pretty damn cool Even if you're not familiar with Linux or Ubuntu, try it out... you might just learn something!

So how does this works -->

# DONT TOUCH FIRST LINE !!!!
mount -o remount,rw -t ext4 /dev/block/mmcblk0p1 /system ## lets mount the nand RW so that we can make folders
echo "SETTING VARIABLES"
export bin=/system/bin ## divine where bin is
export mnt=/data/local/ubuntu ## divine where mnt is
export PATH=$bin:/usr/bin:/usr/sbin:/bin:$PATH ## set path so that we can run things anywhere
export TERM=linux ## divine term
export HOME=/root ## divine home
if [ ! -d /data/local/ubuntu ] ## if there go else create data/local/ubuntu
then
mkdir /data/local/ubuntu
fi

echo "MOUNTING"
mount -t ext2 -o loop /sdcard/ubuntu/rootfs.ext2 /data/local/ubuntu ## mount a ext2 loop file from dir to dir
mount -t devpts devpts $mnt/dev/pts ### mount android devpts in root (mnt/dev/pts)
mount -t proc proc $mnt/proc ## same as above
mount -t sysfs sysfs $mnt/sys ### same as above

echo "SETTING UP NETWORK"
sysctl -w net.ipv4.ip_forward=1 ## ip forward so that we have internet from android
echo "nameserver 208.67.222.222" > $mnt/etc/resolv.conf ### as is
echo "nameserver 208.67.220.220" >> $mnt/etc/resolv.conf ### as is
echo "127.0.0.1 localhost" > $mnt/etc/hosts ## as is
echo "All credits to original creator !!!!!!!"


chroot $mnt /bin/bash #### finally lets chroot the dir and init /bin/bash meaning lets start a vm on that dir


and thats all to chrooting

Alright, to you guys who don't understand (and I agree, the first post was a bit hard to understand), you need a few components first:
OP's uploaded zip containing 2 files (scripts that kinda do all the hard stuff for you):
- ubuntu
- install.sh
and
a root filesystem

The root filesystem is kinda like an image of Ubuntu and the kernel that had been ported to ARM by wizards, or something like that (correct me if I'm wrong please).

I'm pretty sure OP wants us to use an Ubuntu root filesystem for the HTC HD2, found here:
http://xdaforums.com/showthread.php?t=889433
(the torrent was fairly speedy)

Anyway, I just got this working with aligatro2010's link which takes us to a guide for getting this chrooting business happening on a Nexus One. But don't panic! The guide works for our Transformer too. So yeah, follow this if you want to get it up and running this way.
But at the line that tells you to type:
vncserver -geometry 1024×800
Change the resolution to 1280x750. Thanks to aligatro2010 for correcting my resolution.

Anyway, I'm going to try and get this working with the HD2 root filesystem as OP said, and will report back my success in a while.

(Seriously the coolest thing I've found yet with my TF... I never thought you could do this... thanks OP!!!)

I installed from http://androidadvocate.com/?p=339 and it works great, but running ubuntu native would be much, much better.