Gumstix User Wiki - User contributions [en]

Installing Ubuntu 11.04 on Gumstix Overo

2011-07-07T08:46:41Z

Willem van Doesburg:

The process is similar to installing Ubuntu 10.04. See the 11.04 specific notes on [[Installing Ubuntu 10.04 on Gumstix Overo|this]] page.

[[Category:How to - Ubuntu]]

Installing Ubuntu 11.04 on Gumstix Overo

2011-07-07T08:45:56Z

Willem van Doesburg:

The process is similar to installing Ubunto 10.04. See the 11.04 specific notes on [[Installing Ubuntu 10.04 on Gumstix Overo|this]] page.

[[Category:How to - Ubuntu]]

Installing Ubuntu 10.04 on Gumstix Overo

2011-07-07T08:42:14Z

Willem van Doesburg:

== Ubuntu on Overo COM ==
Constructing an Ubuntu root file system for the Gumstix Overo COM is surprisingly easy with the rootstock utility. Since Ubuntu (particularly a version including a graphical desktop) likes lots of RAM, Gumstix recommends using an Overo COM with at least 512MB RAM, such as the [http://www.gumstix.com/store/catalog/product_info.php?products_id=257 Overo Tide COM]. You can install Ubuntu on an Overo with 256MB RAM and the familiarity of Ubuntu for some users may outweigh occasional sluggishness. These instructions were tested on an Ubuntu 10.04 desktop machine; they should work for any recent Debian-based flavour of Linux. These instructions also work for Ubuntu 11.04 Natty Narwhal with a few things to keep in mind.

== Make a MicroSD card ==
The rootstock utility builds a root file system inside a virtual arm machine supplied by qemu. First, install the required packages.
<code>
$ sudo apt-get install rootstock qemu
</code>
note: To create a rootFS image for Ubuntu 11.04 you need to make sure that the machine creating the image has qemu-arm-static version 14.x or better. Ubuntu 11.04 has this but 10.04 for instance does not and segfaults during rootFS image creation.

Next, use a command like the one shown below to make a root file system; check out 'man rootstock' for some extra options. Note: this will take an hour or two.
<code>
$ sudo rootstock --serial ttyS2 -d lucid -f "gumstix" --seed lxde,gdm,openssh-server,x11vnc
</code>
* the '-d' option specifies the distribution release: in this case, Ubuntu Lucid (10.04). In the case of Ubuntu Natty (11.04) use "natty".
* the '--seed' option specifies the list of packages to install: in this case, we install a lightweight desktop and a standard login manager as well as ssh & VNC servers so we can connect remotely.
* the user name ('-l') and password ('-p') options don't seem to work at the moment; see [Configuring Ubuntu] for more information.

To create a rootFS image for a headless server you can use the following:
<code>
$ sudo rootstock --serial ttyS2 -d lucid -f "gumstix" --seed build-essentials,openssh-server
</code>

You should now have a spiffy root file system tarball so now we just need to create a bootable microSD with a standard bootloader and kernel.

Format a microSD card as per [http://www.gumstix.net/Documentation/view/Overo-Setup-and-Programming/Creating-a-bootable-microSD-card/109.html usual]; you should copy a [http://www.sakoman.com/feeds/omap3/glibc/images/overo/201009091145/ recent] MLO, u-boot, and uImage to the boot partition. Extract the generated root file system to the second partition of the microSD card.

Finally, the loadable modules in the file system should match the kernel. For users that don't want to build a kernel, you can use this [http://dl.dropbox.com/u/211887/Ubuntu/uImage-2.6.34-r88-overo.bin 2.6.34 kernel] and the associated [http://dl.dropbox.com/u/211887/Ubuntu/modules-2.6.34-r88-overo.tgz modules] tarball; this is approximately the Gumstix Overo kernel from September 9th, 2010. Extract the modules file into the second partition over top of the root file system. E.g. for a root partition mounted at /media/rootfs:
<code>
sudo tar xaf modules-2.6.34-r88-overo.tgz -C /media/rootfs
</code>

note: For Ubuntu 11.04 the compatible kernel version should be 2.6.38. However, the current version of openembedded ("bitbake virtual/kernel") at most yields a kernel version 2.6.36. The 2.6.36 was tested with the Ubuntu 11.04 rootFS image and seems to be working fine. Only some system messages about TWI2C, which should only concern you if you plan to use I2C on you Overo. Everything else seems to be working fine.

== Configuring Ubuntu ==
The ''rootstock'' utility doesn't make passwords properly. For now, it is easiest to remove the root password, boot your system to create new users and choose a new root password. To do this, open the ''/etc/shadow'' file on the second partition and delete the '*' for the root entry. E.g.
<code>
$ sudo gedit /path/to/second/partition/etc/shadow
</code>
Note: remember to put the ‘*’ back after you have created a user so someone can’t login as root and screw up your system

For Overo expansion boards with an Ethernet interface, it is nice to have Ethernet working right off the bat without having to have Network Manager installed. Open the ''/etc/network/interfaces'' file on the second partition.
<code>
$ sudo gedit /path/to/second/partition/etc/network/interfaces
</code>
Add the following code to the bottom:
<code>
auto eth0
iface eth0 inet dhcp
</code>
You can now unmount the microSD card, place it in the Gumstix and boot to it.

Login using serial console using these [http://www.gumstix.net/Documentation/view/Overo-Setup-and-Programming/Getting-started/109.html instructions] or you can plug an Ethernet card in and jump in via ssh.

Once you are logged in, you might make some other tweaks:
* login as root and then create a user for yourself and give yourself sudo
<code>
$ sudo adduser youruser
$ sudo adduser youruser sudo
</code>
* edit /etc/shadow and add the ‘*’ back in that we removed earlier. E.g.
<code>
$ nano /etc/shadow
</code>

* add some useful package repositories if they're not already present. Edit /etc/apt/sources.list and add these lines:
<code>
$ deb http://ports.ubuntu.com/ubuntu-ports lucid-updates main
$ deb http://ports.ubuntu.com/ubuntu-ports lucid-security main
</code>
* get up-to-date:
<code>
$ sudo apt-get update && sudo apt-get upgrade
</code>
Have fun!

== Related Links ==
Here are some links I found useful when putting this post together:
* https://wiki.ubuntu.com/ARM/RootfsFromScratch
* http://labs.igep.es/index.php/How_to_get_the_Ubuntu_distribution
* https://wiki.ubuntu.com/ARM/RootfsFromScratch
* http://free-electrons.com/blog/ubuntu-1004-igepv2/
* http://omapzoom.org/wiki/Ubuntu_rootfs

[[Category:How_to_-_Ubuntu]]

Installing Ubuntu 10.04 on Gumstix Overo

2011-07-07T08:40:59Z

Willem van Doesburg:

== Ubuntu on Overo COM ==
Constructing an Ubuntu root file system for the Gumstix Overo COM is surprisingly easy with the rootstock utility. Since Ubuntu (particularly a version including a graphical desktop) likes lots of RAM, Gumstix recommends using an Overo COM with at least 512MB RAM, such as the [http://www.gumstix.com/store/catalog/product_info.php?products_id=257 Overo Tide COM]. You can install Ubuntu on an Overo with 256MB RAM and the familiarity of Ubuntu for some users may outweigh occasional sluggishness. These instructions were tested on an Ubuntu 10.04 desktop machine; they should work for any recent Debian-based flavour of Linux. These instructions also work for Ubuntu 11.04 Natty Narwhal with a few things to keep in mind.

== Make a MicroSD card ==
The rootstock utility builds a root file system inside a virtual arm machine supplied by qemu. First, install the required packages.
<code>
$ sudo apt-get install rootstock qemu
</code>
note: To create a rootFS image for Ubuntu 11.04 you need to make sure that the machine creating the image has qemu-arm-static version 14.x or better. Ubuntu 11.04 has this but 10.04 for instance does not and segfaults during rootFS image creation.

Next, use a command like the one shown below to make a root file system; check out 'man rootstock' for some extra options. Note: this will take an hour or two.
<code>
$ sudo rootstock --serial ttyS2 -d lucid -f "gumstix" --seed lxde,gdm,openssh-server,x11vnc
</code>
* the '-d' option specifies the distribution release: in this case, Ubuntu Lucid (10.04).
* the '--seed' option specifies the list of packages to install: in this case, we install a lightweight desktop and a standard login manager as well as ssh & VNC servers so we can connect remotely.
* the user name ('-l') and password ('-p') options don't seem to work at the moment; see [Configuring Ubuntu] for more information.

To create a rootFS image for a headless server you can use the following:
<code>
$ sudo rootstock --serial ttyS2 -d lucid -f "gumstix" --seed build-essentials,openssh-server
</code>

You should now have a spiffy root file system tarball so now we just need to create a bootable microSD with a standard bootloader and kernel.

Format a microSD card as per [http://www.gumstix.net/Documentation/view/Overo-Setup-and-Programming/Creating-a-bootable-microSD-card/109.html usual]; you should copy a [http://www.sakoman.com/feeds/omap3/glibc/images/overo/201009091145/ recent] MLO, u-boot, and uImage to the boot partition. Extract the generated root file system to the second partition of the microSD card.

Finally, the loadable modules in the file system should match the kernel. For users that don't want to build a kernel, you can use this [http://dl.dropbox.com/u/211887/Ubuntu/uImage-2.6.34-r88-overo.bin 2.6.34 kernel] and the associated [http://dl.dropbox.com/u/211887/Ubuntu/modules-2.6.34-r88-overo.tgz modules] tarball; this is approximately the Gumstix Overo kernel from September 9th, 2010. Extract the modules file into the second partition over top of the root file system. E.g. for a root partition mounted at /media/rootfs:
<code>
sudo tar xaf modules-2.6.34-r88-overo.tgz -C /media/rootfs
</code>

note: For Ubuntu 11.04 the compatible kernel version should be 2.6.38. However, the current version of openembedded ("bitbake virtual/kernel") at most yields a kernel version 2.6.36. The 2.6.36 was tested with the Ubuntu 11.04 rootFS image and seems to be working fine. Only some system messages about TWI2C, which should only concern you if you plan to use I2C on you Overo. Everything else seems to be working fine.

== Configuring Ubuntu ==
The ''rootstock'' utility doesn't make passwords properly. For now, it is easiest to remove the root password, boot your system to create new users and choose a new root password. To do this, open the ''/etc/shadow'' file on the second partition and delete the '*' for the root entry. E.g.
<code>
$ sudo gedit /path/to/second/partition/etc/shadow
</code>
Note: remember to put the ‘*’ back after you have created a user so someone can’t login as root and screw up your system

For Overo expansion boards with an Ethernet interface, it is nice to have Ethernet working right off the bat without having to have Network Manager installed. Open the ''/etc/network/interfaces'' file on the second partition.
<code>
$ sudo gedit /path/to/second/partition/etc/network/interfaces
</code>
Add the following code to the bottom:
<code>
auto eth0
iface eth0 inet dhcp
</code>
You can now unmount the microSD card, place it in the Gumstix and boot to it.

Login using serial console using these [http://www.gumstix.net/Documentation/view/Overo-Setup-and-Programming/Getting-started/109.html instructions] or you can plug an Ethernet card in and jump in via ssh.

Once you are logged in, you might make some other tweaks:
* login as root and then create a user for yourself and give yourself sudo
<code>
$ sudo adduser youruser
$ sudo adduser youruser sudo
</code>
* edit /etc/shadow and add the ‘*’ back in that we removed earlier. E.g.
<code>
$ nano /etc/shadow
</code>

* add some useful package repositories if they're not already present. Edit /etc/apt/sources.list and add these lines:
<code>
$ deb http://ports.ubuntu.com/ubuntu-ports lucid-updates main
$ deb http://ports.ubuntu.com/ubuntu-ports lucid-security main
</code>
* get up-to-date:
<code>
$ sudo apt-get update && sudo apt-get upgrade
</code>
Have fun!

== Related Links ==
Here are some links I found useful when putting this post together:
* https://wiki.ubuntu.com/ARM/RootfsFromScratch
* http://labs.igep.es/index.php/How_to_get_the_Ubuntu_distribution
* https://wiki.ubuntu.com/ARM/RootfsFromScratch
* http://free-electrons.com/blog/ubuntu-1004-igepv2/
* http://omapzoom.org/wiki/Ubuntu_rootfs

[[Category:How_to_-_Ubuntu]]

Installing Ubuntu 10.04 on Gumstix Overo

2011-07-07T08:40:34Z

Willem van Doesburg:

== Ubuntu on Overo COM ==
Constructing an Ubuntu root file system for the Gumstix Overo COM is surprisingly easy with the rootstock utility. Since Ubuntu (particularly a version including a graphical desktop) likes lots of RAM, Gumstix recommends using an Overo COM with at least 512MB RAM, such as the [http://www.gumstix.com/store/catalog/product_info.php?products_id=257 Overo Tide COM]. You can install Ubuntu on an Overo with 256MB RAM and the familiarity of Ubuntu for some users may outweigh occasional sluggishness. These instructions were tested on an Ubuntu 10.04 desktop machine; they should work for any recent Debian-based flavour of Linux. These instruction also work for Ubuntu 11.04 Natty Narwhal with a few things to keep in mind.

== Make a MicroSD card ==
The rootstock utility builds a root file system inside a virtual arm machine supplied by qemu. First, install the required packages.
<code>
$ sudo apt-get install rootstock qemu
</code>
note: To create a rootFS image for Ubuntu 11.04 you need to make sure that the machine creating the image has qemu-arm-static version 14.x or better. Ubuntu 11.04 has this but 10.04 for instance does not and segfaults during rootFS image creation.

Next, use a command like the one shown below to make a root file system; check out 'man rootstock' for some extra options. Note: this will take an hour or two.
<code>
$ sudo rootstock --serial ttyS2 -d lucid -f "gumstix" --seed lxde,gdm,openssh-server,x11vnc
</code>
* the '-d' option specifies the distribution release: in this case, Ubuntu Lucid (10.04).
* the '--seed' option specifies the list of packages to install: in this case, we install a lightweight desktop and a standard login manager as well as ssh & VNC servers so we can connect remotely.
* the user name ('-l') and password ('-p') options don't seem to work at the moment; see [Configuring Ubuntu] for more information.

To create a rootFS image for a headless server you can use the following:
<code>
$ sudo rootstock --serial ttyS2 -d lucid -f "gumstix" --seed build-essentials,openssh-server
</code>

You should now have a spiffy root file system tarball so now we just need to create a bootable microSD with a standard bootloader and kernel.

Format a microSD card as per [http://www.gumstix.net/Documentation/view/Overo-Setup-and-Programming/Creating-a-bootable-microSD-card/109.html usual]; you should copy a [http://www.sakoman.com/feeds/omap3/glibc/images/overo/201009091145/ recent] MLO, u-boot, and uImage to the boot partition. Extract the generated root file system to the second partition of the microSD card.

Finally, the loadable modules in the file system should match the kernel. For users that don't want to build a kernel, you can use this [http://dl.dropbox.com/u/211887/Ubuntu/uImage-2.6.34-r88-overo.bin 2.6.34 kernel] and the associated [http://dl.dropbox.com/u/211887/Ubuntu/modules-2.6.34-r88-overo.tgz modules] tarball; this is approximately the Gumstix Overo kernel from September 9th, 2010. Extract the modules file into the second partition over top of the root file system. E.g. for a root partition mounted at /media/rootfs:
<code>
sudo tar xaf modules-2.6.34-r88-overo.tgz -C /media/rootfs
</code>

note: For Ubuntu 11.04 the compatible kernel version should be 2.6.38. However, the current version of openembedded ("bitbake virtual/kernel") at most yields a kernel version 2.6.36. The 2.6.36 was tested with the Ubuntu 11.04 rootFS image and seems to be working fine. Only some system messages about TWI2C, which should only concern you if you plan to use I2C on you Overo. Everything else seems to be working fine.

== Configuring Ubuntu ==
The ''rootstock'' utility doesn't make passwords properly. For now, it is easiest to remove the root password, boot your system to create new users and choose a new root password. To do this, open the ''/etc/shadow'' file on the second partition and delete the '*' for the root entry. E.g.
<code>
$ sudo gedit /path/to/second/partition/etc/shadow
</code>
Note: remember to put the ‘*’ back after you have created a user so someone can’t login as root and screw up your system

For Overo expansion boards with an Ethernet interface, it is nice to have Ethernet working right off the bat without having to have Network Manager installed. Open the ''/etc/network/interfaces'' file on the second partition.
<code>
$ sudo gedit /path/to/second/partition/etc/network/interfaces
</code>
Add the following code to the bottom:
<code>
auto eth0
iface eth0 inet dhcp
</code>
You can now unmount the microSD card, place it in the Gumstix and boot to it.

Login using serial console using these [http://www.gumstix.net/Documentation/view/Overo-Setup-and-Programming/Getting-started/109.html instructions] or you can plug an Ethernet card in and jump in via ssh.

Once you are logged in, you might make some other tweaks:
* login as root and then create a user for yourself and give yourself sudo
<code>
$ sudo adduser youruser
$ sudo adduser youruser sudo
</code>
* edit /etc/shadow and add the ‘*’ back in that we removed earlier. E.g.
<code>
$ nano /etc/shadow
</code>

* add some useful package repositories if they're not already present. Edit /etc/apt/sources.list and add these lines:
<code>
$ deb http://ports.ubuntu.com/ubuntu-ports lucid-updates main
$ deb http://ports.ubuntu.com/ubuntu-ports lucid-security main
</code>
* get up-to-date:
<code>
$ sudo apt-get update && sudo apt-get upgrade
</code>
Have fun!

== Related Links ==
Here are some links I found useful when putting this post together:
* https://wiki.ubuntu.com/ARM/RootfsFromScratch
* http://labs.igep.es/index.php/How_to_get_the_Ubuntu_distribution
* https://wiki.ubuntu.com/ARM/RootfsFromScratch
* http://free-electrons.com/blog/ubuntu-1004-igepv2/
* http://omapzoom.org/wiki/Ubuntu_rootfs

[[Category:How_to_-_Ubuntu]]

Installing Ubuntu 10.04 on Gumstix Overo

2011-07-07T08:37:16Z

Willem van Doesburg:

== Ubuntu on Overo COM ==
Constructing an Ubuntu root file system for the Gumstix Overo COM is surprisingly easy with the rootstock utility. Since Ubuntu (particularly a version including a graphical desktop) likes lots of RAM, Gumstix recommends using an Overo COM with at least 512MB RAM, such as the [http://www.gumstix.com/store/catalog/product_info.php?products_id=257 Overo Tide COM]. You can install Ubuntu on an Overo with 256MB RAM and the familiarity of Ubuntu for some users may outweigh occasional sluggishness. These instructions were tested on an Ubuntu 10.04 desktop machine; they should work for any recent Debian-based flavour of Linux. These instruction also work for Ubuntu 11.04 Natty Narwhal with a few things to keep in mind.

== Make a MicroSD card ==
The rootstock utility builds a root file system inside a virtual arm machine supplied by qemu. First, install the required packages.
<code>
$ sudo apt-get install rootstock qemu
</code>
note: To create a rootFS image for Ubuntu 11.04 you need to make sure that the machine creating the image has qemu-arm-static version 14.x or better. Ubuntu 11.04 has this but 10.04 for instance does not and segfaults during rootFS image creation.

Next, use a command like the one shown below to make a root file system; check out 'man rootstock' for some extra options. Note: this will take an hour or two.
<code>
$ sudo rootstock --serial ttyS2 -d lucid -f "gumstix" --seed lxde,gdm,openssh-server,x11vnc
</code>
* the '-d' option specifies the distribution release: in this case, Ubuntu Lucid (10.04).
* the '--seed' option specifies the list of packages to install: in this case, we install a lightweight desktop and a standard login manager as well as ssh & VNC servers so we can connect remotely.
* the user name ('-l') and password ('-p') options don't seem to work at the moment; see [Configuring Ubuntu] for more information.

To create a rootFS image for a headless server you can use the following:
<code>
$ sudo rootstock --serial ttyS2 -d lucid -f "gumstix" --seed build-essentials,openssh-server
</code>

You should now have a spiffy root file system tarball so now we just need to create a bootable microSD with a standard bootloader and kernel.

Format a microSD card as per [http://www.gumstix.net/Documentation/view/Overo-Setup-and-Programming/Creating-a-bootable-microSD-card/109.html usual]; you should copy a [http://www.sakoman.com/feeds/omap3/glibc/images/overo/201009091145/ recent] MLO, u-boot, and uImage to the boot partition. Extract the generated root file system to the second partition of the microSD card.

Finally, the loadable modules in the file system should match the kernel. For users that don't want to build a kernel, you can use this [http://dl.dropbox.com/u/211887/Ubuntu/uImage-2.6.34-r88-overo.bin 2.6.34 kernel] and the associated [http://dl.dropbox.com/u/211887/Ubuntu/modules-2.6.34-r88-overo.tgz modules] tarball; this is approximately the Gumstix Overo kernel from September 9th, 2010. Extract the modules file into the second partition over top of the root file system. E.g. for a root partition mounted at /media/rootfs:
<code>
sudo tar xaf modules-2.6.34-r88-overo.tgz -C /media/rootfs
</code>

== Configuring Ubuntu ==
The ''rootstock'' utility doesn't make passwords properly. For now, it is easiest to remove the root password, boot your system to create new users and choose a new root password. To do this, open the ''/etc/shadow'' file on the second partition and delete the '*' for the root entry. E.g.
<code>
$ sudo gedit /path/to/second/partition/etc/shadow
</code>
Note: remember to put the ‘*’ back after you have created a user so someone can’t login as root and screw up your system

For Overo expansion boards with an Ethernet interface, it is nice to have Ethernet working right off the bat without having to have Network Manager installed. Open the ''/etc/network/interfaces'' file on the second partition.
<code>
$ sudo gedit /path/to/second/partition/etc/network/interfaces
</code>
Add the following code to the bottom:
<code>
auto eth0
iface eth0 inet dhcp
</code>
You can now unmount the microSD card, place it in the Gumstix and boot to it.

Login using serial console using these [http://www.gumstix.net/Documentation/view/Overo-Setup-and-Programming/Getting-started/109.html instructions] or you can plug an Ethernet card in and jump in via ssh.

Once you are logged in, you might make some other tweaks:
* login as root and then create a user for yourself and give yourself sudo
<code>
$ sudo adduser youruser
$ sudo adduser youruser sudo
</code>
* edit /etc/shadow and add the ‘*’ back in that we removed earlier. E.g.
<code>
$ nano /etc/shadow
</code>

* add some useful package repositories if they're not already present. Edit /etc/apt/sources.list and add these lines:
<code>
$ deb http://ports.ubuntu.com/ubuntu-ports lucid-updates main
$ deb http://ports.ubuntu.com/ubuntu-ports lucid-security main
</code>
* get up-to-date:
<code>
$ sudo apt-get update && sudo apt-get upgrade
</code>
Have fun!

== Related Links ==
Here are some links I found useful when putting this post together:
* https://wiki.ubuntu.com/ARM/RootfsFromScratch
* http://labs.igep.es/index.php/How_to_get_the_Ubuntu_distribution
* https://wiki.ubuntu.com/ARM/RootfsFromScratch
* http://free-electrons.com/blog/ubuntu-1004-igepv2/
* http://omapzoom.org/wiki/Ubuntu_rootfs

[[Category:How_to_-_Ubuntu]]

Installing Ubuntu 10.04 on Gumstix Overo

2011-07-07T08:35:53Z

Willem van Doesburg:

== Ubuntu on Overo COM ==
Constructing an Ubuntu root file system for the Gumstix Overo COM is surprisingly easy with the rootstock utility. Since Ubuntu (particularly a version including a graphical desktop) likes lots of RAM, Gumstix recommends using an Overo COM with at least 512MB RAM, such as the [http://www.gumstix.com/store/catalog/product_info.php?products_id=257 Overo Tide COM]. You can install Ubuntu on an Overo with 256MB RAM and the familiarity of Ubuntu for some users may outweigh occasional sluggishness. These instructions were tested on an Ubuntu 10.04 desktop machine; they should work for any recent Debian-based flavour of Linux. These instruction also work for Ubuntu 11.04 Natty Narwhal with a few things to keep in mind.

== Make a MicroSD card ==
The rootstock utility builds a root file system inside a virtual arm machine supplied by qemu. First, install the required packages.
<code>
$ sudo apt-get install rootstock qemu
</code>
note: To create a rootFS image for Ubuntu 11.04 you need to make sure that the machine creating the image has qemu-arm-static version 14.x or better. Ubuntu 11.04 has this but 10.04 for instance does not and segfaults during rootFS image creation.

Next, use a command like the one shown below to make a root file system; check out 'man rootstock' for some extra options. Note: this will take an hour or two.
<code>
$ sudo rootstock --serial ttyS2 -d lucid -f "gumstix" --seed lxde,gdm,openssh-server,x11vnc
</code>
* the '-d' option specifies the distribution release: in this case, Ubuntu Lucid (10.04).
* the '--seed' option specifies the list of packages to install: in this case, we install a lightweight desktop and a standard login manager as well as ssh & VNC servers so we can connect remotely.
* the user name ('-l') and password ('-p') options don't seem to work at the moment; see [Configuring Ubuntu] for more information.

You should now have a spiffy root file system tarball so now we just need to create a bootable microSD with a standard bootloader and kernel.

Format a microSD card as per [http://www.gumstix.net/Documentation/view/Overo-Setup-and-Programming/Creating-a-bootable-microSD-card/109.html usual]; you should copy a [http://www.sakoman.com/feeds/omap3/glibc/images/overo/201009091145/ recent] MLO, u-boot, and uImage to the boot partition. Extract the generated root file system to the second partition of the microSD card.

Finally, the loadable modules in the file system should match the kernel. For users that don't want to build a kernel, you can use this [http://dl.dropbox.com/u/211887/Ubuntu/uImage-2.6.34-r88-overo.bin 2.6.34 kernel] and the associated [http://dl.dropbox.com/u/211887/Ubuntu/modules-2.6.34-r88-overo.tgz modules] tarball; this is approximately the Gumstix Overo kernel from September 9th, 2010. Extract the modules file into the second partition over top of the root file system. E.g. for a root partition mounted at /media/rootfs:
<code>
sudo tar xaf modules-2.6.34-r88-overo.tgz -C /media/rootfs
</code>

== Configuring Ubuntu ==
The ''rootstock'' utility doesn't make passwords properly. For now, it is easiest to remove the root password, boot your system to create new users and choose a new root password. To do this, open the ''/etc/shadow'' file on the second partition and delete the '*' for the root entry. E.g.
<code>
$ sudo gedit /path/to/second/partition/etc/shadow
</code>
Note: remember to put the ‘*’ back after you have created a user so someone can’t login as root and screw up your system

For Overo expansion boards with an Ethernet interface, it is nice to have Ethernet working right off the bat without having to have Network Manager installed. Open the ''/etc/network/interfaces'' file on the second partition.
<code>
$ sudo gedit /path/to/second/partition/etc/network/interfaces
</code>
Add the following code to the bottom:
<code>
auto eth0
iface eth0 inet dhcp
</code>
You can now unmount the microSD card, place it in the Gumstix and boot to it.

Login using serial console using these [http://www.gumstix.net/Documentation/view/Overo-Setup-and-Programming/Getting-started/109.html instructions] or you can plug an Ethernet card in and jump in via ssh.

Once you are logged in, you might make some other tweaks:
* login as root and then create a user for yourself and give yourself sudo
<code>
$ sudo adduser youruser
$ sudo adduser youruser sudo
</code>
* edit /etc/shadow and add the ‘*’ back in that we removed earlier. E.g.
<code>
$ nano /etc/shadow
</code>

* add some useful package repositories if they're not already present. Edit /etc/apt/sources.list and add these lines:
<code>
$ deb http://ports.ubuntu.com/ubuntu-ports lucid-updates main
$ deb http://ports.ubuntu.com/ubuntu-ports lucid-security main
</code>
* get up-to-date:
<code>
$ sudo apt-get update && sudo apt-get upgrade
</code>
Have fun!

== Related Links ==
Here are some links I found useful when putting this post together:
* https://wiki.ubuntu.com/ARM/RootfsFromScratch
* http://labs.igep.es/index.php/How_to_get_the_Ubuntu_distribution
* https://wiki.ubuntu.com/ARM/RootfsFromScratch
* http://free-electrons.com/blog/ubuntu-1004-igepv2/
* http://omapzoom.org/wiki/Ubuntu_rootfs

[[Category:How_to_-_Ubuntu]]

Installing Ubuntu 10.04 on Gumstix Overo

2011-07-07T08:33:36Z

Willem van Doesburg:

== Ubuntu on Overo COM ==
Constructing an Ubuntu root file system for the Gumstix Overo COM is surprisingly easy with the rootstock utility. Since Ubuntu (particularly a version including a graphical desktop) likes lots of RAM, Gumstix recommends using an Overo COM with at least 512MB RAM, such as the [http://www.gumstix.com/store/catalog/product_info.php?products_id=257 Overo Tide COM]. You can install Ubuntu on an Overo with 256MB RAM and the familiarity of Ubuntu for some users may outweigh occasional sluggishness. These instructions were tested on an Ubuntu 10.04 desktop machine; they should work for any recent Debian-based flavour of Linux. These instruction also work for Ubuntu 11.04 Natty Narwhal with a few things to keep in mind.

== Make a MicroSD card ==
The rootstock utility builds a root file system inside a virtual arm machine supplied by qemu. First, install the required packages.
<code>
$ sudo apt-get install rootstock qemu
</code>
Next, use a command like the one shown below to make a root file system; check out 'man rootstock' for some extra options. Note: this will take an hour or two.
<code>
$ sudo rootstock --serial ttyS2 -d lucid -f "gumstix" --seed lxde,gdm,openssh-server,x11vnc
</code>
* the '-d' option specifies the distribution release: in this case, Ubuntu Lucid (10.04).
* the '--seed' option specifies the list of packages to install: in this case, we install a lightweight desktop and a standard login manager as well as ssh & VNC servers so we can connect remotely.
* the user name ('-l') and password ('-p') options don't seem to work at the moment; see [Configuring Ubuntu] for more information.

You should now have a spiffy root file system tarball so now we just need to create a bootable microSD with a standard bootloader and kernel.

Format a microSD card as per [http://www.gumstix.net/Documentation/view/Overo-Setup-and-Programming/Creating-a-bootable-microSD-card/109.html usual]; you should copy a [http://www.sakoman.com/feeds/omap3/glibc/images/overo/201009091145/ recent] MLO, u-boot, and uImage to the boot partition. Extract the generated root file system to the second partition of the microSD card.

Finally, the loadable modules in the file system should match the kernel. For users that don't want to build a kernel, you can use this [http://dl.dropbox.com/u/211887/Ubuntu/uImage-2.6.34-r88-overo.bin 2.6.34 kernel] and the associated [http://dl.dropbox.com/u/211887/Ubuntu/modules-2.6.34-r88-overo.tgz modules] tarball; this is approximately the Gumstix Overo kernel from September 9th, 2010. Extract the modules file into the second partition over top of the root file system. E.g. for a root partition mounted at /media/rootfs:
<code>
sudo tar xaf modules-2.6.34-r88-overo.tgz -C /media/rootfs
</code>

== Configuring Ubuntu ==
The ''rootstock'' utility doesn't make passwords properly. For now, it is easiest to remove the root password, boot your system to create new users and choose a new root password. To do this, open the ''/etc/shadow'' file on the second partition and delete the '*' for the root entry. E.g.
<code>
$ sudo gedit /path/to/second/partition/etc/shadow
</code>
Note: remember to put the ‘*’ back after you have created a user so someone can’t login as root and screw up your system

For Overo expansion boards with an Ethernet interface, it is nice to have Ethernet working right off the bat without having to have Network Manager installed. Open the ''/etc/network/interfaces'' file on the second partition.
<code>
$ sudo gedit /path/to/second/partition/etc/network/interfaces
</code>
Add the following code to the bottom:
<code>
auto eth0
iface eth0 inet dhcp
</code>
You can now unmount the microSD card, place it in the Gumstix and boot to it.

Login using serial console using these [http://www.gumstix.net/Documentation/view/Overo-Setup-and-Programming/Getting-started/109.html instructions] or you can plug an Ethernet card in and jump in via ssh.

Once you are logged in, you might make some other tweaks:
* login as root and then create a user for yourself and give yourself sudo
<code>
$ sudo adduser youruser
$ sudo adduser youruser sudo
</code>
* edit /etc/shadow and add the ‘*’ back in that we removed earlier. E.g.
<code>
$ nano /etc/shadow
</code>

* add some useful package repositories if they're not already present. Edit /etc/apt/sources.list and add these lines:
<code>
$ deb http://ports.ubuntu.com/ubuntu-ports lucid-updates main
$ deb http://ports.ubuntu.com/ubuntu-ports lucid-security main
</code>
* get up-to-date:
<code>
$ sudo apt-get update && sudo apt-get upgrade
</code>
Have fun!

== Related Links ==
Here are some links I found useful when putting this post together:
* https://wiki.ubuntu.com/ARM/RootfsFromScratch
* http://labs.igep.es/index.php/How_to_get_the_Ubuntu_distribution
* https://wiki.ubuntu.com/ARM/RootfsFromScratch
* http://free-electrons.com/blog/ubuntu-1004-igepv2/
* http://omapzoom.org/wiki/Ubuntu_rootfs

[[Category:How_to_-_Ubuntu]]

Installing Ubuntu 11.04 on Gumstix Overo

2011-07-07T08:29:50Z

Willem van Doesburg: Created page with "The process is similar to installing Ubunto 10.04. See the 11.04 specific notes on this page. Category:Ubuntu"

The process is similar to installing Ubunto 10.04. See the 11.04 specific notes on [[Installing Ubuntu 10.04 on Gumstix Overo|this]] page.

[[Category:Ubuntu]]