Update README file

Signed-off-by: Gui Chen <gui.chen@intel.com>

diff --git a/README b/README
index fb616af..1037cd0 100644 (file)
--- a/README
+++ b/README
@@ -1,16 +1,17 @@
-=====================
- User Guide of "mic"
-=====================
+======================
+ User Guide of **mic**
+======================
 
 Overview
 ========
-The tool 'mic' is used to create and manipulate images for Linux distributions.
-It's composed of three subcommand: create, convert, chroot. Subcommand 'create'
+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)
@@ -22,10 +23,10 @@ Installation
 
 Repositories
 ------------
-So far we support 'mic' binary rpms/debs for many popular Linux distributions,
+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 your
-distribution in the list, please install the tool 'mic' from source.
+`<http://download.meego.com/live/devel:/tools:/building/>`_, if there is no 
+your distribution in the list, please install the tool `mic` from source.
 
   * Debian 5.0
   * Fedora 13
@@ -33,6 +34,7 @@ distribution in the list, please install the tool 'mic' from source.
   * 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.
@@ -43,84 +45,106 @@ Binary Installation
 Fedora Installation
 ~~~~~~~~~~~~~~~~~~~
 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 =1
-| gpgkey=file:///etc/pki/rpm-gpg/RPM-GPG-KEY-meego
-| REPO
-
-Also you can take the .repo file on devel:tools:building as example. For example,
+
+>>> 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 =1
+>>> gpgkey=file:///etc/pki/rpm-gpg/RPM-GPG-KEY-meego
+>>> 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`.
+`<http://download.meego.com/live/devel:/tools:/building/Fedora_13/devel:tools:building.repo>`_.
 
 2. Update repolist
-| # sudo yum update
+
+>>> sudo yum update
+
 3. Install mic
-| # sudo yum install mic
+
+>>> sudo yum install mic
 
 openSUSE Installation
 ~~~~~~~~~~~~~~~~~~~~~
 1. Add devel:tools:building repo
-| # sudo zypper addrepo http:/download.meego.com/live/devel:/tools:/building/openSUSE_<VERSION>/ devel-tools-building
+
+>>> 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 and python-zypp
-| # sudo zypper update libzypp
-2. Install mic
-| # sudo zypper install mic
+
+>>> sudo zypper refresh
+
+3. Update libzypp
+
+>>> sudo zypper update libzypp
+
+4. Install mic
+
+>>> sudo zypper install mic
 
 Ubuntu/Debian Installation
 ~~~~~~~~~~~~~~~~~~~~~~~~~~
 1. Append repo source
-| # sudo cat <<REPO >> /etc/apt-sources.list
-| deb http://download.meego.com/live/devel:/tools:/building/<Ubuntu/Debian>_<VERSION>/ /
-| REPO
+
+>>> sudo cat <<REPO >> /etc/apt-sources.list
+>>> deb http://download.meego.com/live/devel:/tools:/building/<Ubuntu/Debian>_<VERSION>/ /
+>>> REPO
+
 2. Update repolist
-| # sudo apt-get update
+
+>>> sudo apt-get update
+
 3. Install mic
-| # sudo apt-get install mic
+
+>>> sudo apt-get install mic
 
 Source Installation
 -------------------
-First, get the source of mic (`TBD`). Then unpack the tar ball, and use make
+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
+
+>>> tar xzvf mic.tar.gz
+
 2. Build
-| # cd micng
-| # make clean
-| # make
+
+>>> cd micng
+>>> make clean
+>>> make
+
 3. Install
-| # sudo make install
+
+>>> sudo make install
 
 Configuration file
 ==================
-A global configure file for mic is provided as /etc/mic/mic.conf, where you can
-specify the program options statically.
+A global configure file for mic is provided as `/etc/mic/mic.conf`, where you 
+can specify the program options statically.
 Below is a sample file which is presented in the source:
 
-| [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
-|
-| [convert]
-| ; settings for convert subcommand
-|
-| [chroot]
-| ; settings for chroot subcommand
+>>> cat /etc/mic/mic.conf
+>>> [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
+>>>
+>>> [convert]
+>>> ; settings for convert subcommand
+>>>
+>>> [chroot]
+>>> ; settings for chroot subcommand
 
 For the further development, there are four sections on mic.conf, and [common]
 is for general setting, [create], [convert], and [chroot] are prepared for the
@@ -129,7 +153,7 @@ options of mic subcommands: create, convert, and chroot.
 While you only need set [create] section properly for practice, since other
 section would be not effective currently.
 
-+-----------------------------------------------------------------------------+
++---------+-------------------------------------------------------------------+
 | Option  | Usage                                                             |
 +=========+===================================================================+
 | tmpdir  | temporary directory used to put _instroot and others              |
@@ -141,11 +165,11 @@ section would be not effective currently.
 | pkgmgr  | default backend package manager, including yum/zypp               |
 +---------+-------------------------------------------------------------------+
 | arch    | default repo architecture, like i586, armv7l                      |
-+-----------------------------------------------------------------------------+
++---------+-------------------------------------------------------------------+
 
 Usages
 ======
-It's recommended to use '--help' or 'help <subcmd>' to get the help message, for
+It's recommended to use `--help` or `help <subcmd>` to get the help message, for
 the tool is more or less self-documented.
 
 Running 'mic create'
@@ -155,20 +179,21 @@ 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
+>>> sudo mic create fs test.ks
+
+The supported image types can be listed using `mic create --help`::
 
-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
+  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
+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, see following table:
 
-+-----------------------------------------------------------------------------+
++------------------+----------------------------------------------------------+
 | Option           | Usage                                                    |
 +==================+==========================================================+
 | -o/--outdir      | specify directory where the images reside                |
@@ -184,37 +209,43 @@ by all image types, see following table:
 | --local-pkgs-path| directory where local packages can be used when creating |
 +------------------+----------------------------------------------------------+
 | --pkgmgr         | specify backend package manager                          |
-+-----------------------------------------------------------------------------+
++------------------+----------------------------------------------------------+
 
 *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
+
+>>> sudo mic cr --outdir output fs test.ks
+
 or
-| # sudo mic cr fs test.ks --outdir output
+
+>>> sudo mic cr fs test.ks --outdir output
 
 Running 'mic chroot'
 --------------------
 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
+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 could be like this:
-| # sudo mic chroot test.img
+
+>>> sudo mic chroot test.img
 
 Running 'mic convert'
 ---------------------
 Subcommand *convert* is used for converting an image to another one with
-different image type. Using 'convert', you can get your needed image type
+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 is given as following:
-| # sudo mic convert test.iso liveusb
+
+>>> sudo mic convert test.iso liveusb
 
 Debug/Verbose Output
 --------------------
 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 as following:
-| # sudo mic -d cr fs test.ks
+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 as following:
+
+>>> sudo mic -d cr fs test.ks