| Copyright: | GPLv2 |
|---|---|
| Manual section: | 1 |
The tool mic is used to create and manipulate images for Linux distributions. It's composed of three subcommand: create, convert, chroot. Subcommand create is used to create images with different types, including fs image, loop image, live CD image, live USB image, raw image, etc. For each image type, there is a corresponding subcommand. (Details in the following sections)
It supports native running in many mainstream Linux distributions, including:
- Fedora (13 and above)
- openSUSE (11.3 and above)
- Ubuntu (10.04 and above)
- Debian (5.0 and above)
- MeeGo
So far we support mic binary rpms/debs for many popular Linux distributions, please see the following list. And you can get the corresponding repository on
http://download.meego.com/live/devel:/tools:/building
If there is no the distribution you want in the list, please install it from source code.
- Debian 5.0
- Fedora 13
- Fedora 14
- Fedora 15
- openSUSE 11.3
- openSUSE 11.4
- Ubuntu 10.04
- Ubuntu 10.10
Tips: Debian 6.0 can use the repository of Debian 5.0.
1. Add devel:tools:building repo:
$ sudo cat <<REPO > /etc/yum.repos.d/devel-tools-building.repo > [devel-tools-building] > name=Tools for Fedora > baseurl=http://download.meego.com/live/devel:/tools:/building/Fedora_<VERSION> > enabled=1 > gpgcheck=0 > REPO
Also you can take the repo file on devel:tools:building as example. For example, Fedora 13 can use: http://download.meego.com/live/devel:/tools:/building/Fedora_13/devel:tools:building.repo.
2. Update repolist:
$ sudo yum makecache
3. Install mic:
$ sudo yum install mic
1. Add devel:tools:building repo:
$ sudo zypper addrepo http:/download.meego.com/live/devel:/tools:/building/openSUSE_<VERSION>/ devel-tools-building
2. Update repolist:
$ sudo zypper refresh
3. Update libzypp:
$ sudo zypper update libzypp
4. Install mic:
$ sudo zypper install mic
1. Append repo source:
$ sudo cat <<REPO >> /etc/apt-sources.list > deb http://download.meego.com/live/devel:/tools:/building/<Ubuntu/Debian>_<VERSION>/ / > REPO
Tips: for Ubuntu 10.10, you should use xUbuntu_10.10 to replace <Ubuntu/Debian>_<VERSIN>.
2. Update repolist:
$ sudo apt-get update
3. Install mic:
$ sudo apt-get install mic
First, get the source of mic (TBD). Then unpack the tar ball, and use make to process the installation.
1. Unpack:
$ tar xzvf mic.tar.gz
2. Build:
$ cd micng $ make clean $ make
3. Install:
$ sudo make install
The configure file for mic can be provided as /etc/mic/mic.conf, where you can specify the global settings. The blow is the content of one sample file:
[common] ; general settings [create] ; settings for create subcommand tmpdir= /var/tmp/mic cachedir= /var/tmp/mic/cache outdir= . pkgmgr = zypp ; proxy = http://proxy.yourcompany.com:8080/ ; no_proxy = localhost,127.0.0.0/8,.yourcompany.com ; ssl_verify = no [convert] ; settings for convert subcommand [chroot] ; settings for chroot subcommand
In this configuration file, there are four sections: [common] is for general setting, and [create] [convert] [chroot] sections are for the options of corresponding mic subcommands: create, convert, and chroot.
In the [create] section, the following values can be specified:
- tmpdir
- Temporary directory used in the image creation
- cachedir
- Directory to store cached repos and downloaded rpm files
- outdir
- Output directory
- pkgmgr
- Default backend package manager: yum or zypp
It's recommended to use --help or help <subcmd> to get the help message, for the tool is more or less self-documented.
Subcommand create is used for creating images. To create an image, you should give the sub-sub commands which presents the image type you want, and also you should provide an argument which presents the kickstart file for using, such as:
$ sudo mic create fs test.ks
The supported image types can be listed using mic create --help
fs create fs image livecd create livecd image liveusb create liveusb image loop create loop image raw create raw image
For each image type, you can get their own options by --help option, like mic cr fs --help. Meanwhile, there are some common options that can be used by all image types, as the following
-h, --help show this help message and exit
--logfile=LOGFILE Path of logfile
-c CONFIG, --config=CONFIG
Specify config file for mic
-k CACHEDIR, --cachedir=CACHEDIR
Cache directory to store the downloaded
-o OUTDIR, --outdir=OUTDIR
Output directory
-A ARCH, --arch=ARCH
Specify repo architecture
--release=RID Generate a release of RID with all necessary
files,when @BUILD_ID@ is contained in kickstart file,
it will be replaced by RID
--record-pkgs=RECORD_PKGS
Record the info of installed packages, multiple values
can be specified which joined by ",", valid values:
"name", "content", "license"
--pkgmgr=PKGMGR Specify backend package manager
--local-pkgs-path=LOCAL_PKGS_PATH
Path for local pkgs(rpms) to be installed
Tips: the common options can be normally put before sub-sub command, but also can be after them, such as:
$ sudo mic cr --outdir output fs test.ks
or
$ sudo mic cr fs test.ks --outdir output
Tips: if you failed to create armv7* image, the reason may be qemu/qemu-arm on your host is lower than required, please update qemu/qemu-arm higher than 0.13.0.
Subcommand chroot is used to chroot an image file. Given an image file, you can use mic chroot to chroot inside the image, and then you can do some modification to the image. After you logout, the image file will keep your changes. It's a convenient way to hack your image file.
Sample command:
$ sudo mic chroot test.img
Subcommand convert is used for converting an image to another one with different image type. Using convert, you can get your needed image type comfortably. So far converting livecd to liveusb and liveusb to livecd is supported.
Sample command:
$ sudo mic convert test.iso liveusb
When you encounter some errors, and you want to know more about it, please use debug/verbose output to get more details in the process by adding -d/-v. And it's recommended to add -d/--debug or -v/--verbose like:
$ sudo mic -d cr fs test.ks