kiwi-el8/doc/source/quickstart.rst
Marcus Schäfer 8d2d9c214c
Make oem be a superset of vmx
A vmx image is the same disk as an oem just without the dracut
repart/resize feature. This difference is better handled with
an oemconfig parameter <oem-resize> which allows to switch resize
on or off. The extra image type vmx will be dropped and an XSLT
stylesheet automatically transforms a vmx description to be a
oem image with the resize feature switched off.
This Fixes #1425
2020-09-16 12:56:14 +02:00

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.. _quick-start:
Quick Start
===========
.. note:: **Abstract**
This document describes how to start working with {kiwi}, an OS appliance
builder.
This description applies for version |version|.
Before you start
----------------
1. Install {kiwi} first, either via your distributions' package manager (see
:ref:`kiwi-installation`) or via:
.. code:: bash
$ pip install kiwi
2. Clone the repository containing example appliances (see
:ref:`example-descriptions`):
.. code:: bash
$ git clone https://github.com/OSInside/kiwi-descriptions
Choose a First Image
--------------------
Take a look which images are available in the example appliances repository
and select one that matches your desired image as close as possible. Or
just use the one given in the examples below.
Build your First Image
----------------------
Your first image will be a simple system disk image which can run
in any full virtualization system like QEMU. Invoke the following {kiwi}
command in order to build it:
.. code:: bash
$ sudo kiwi-ng --type oem system build \
--description kiwi-descriptions/suse/x86_64/{exc_description} \
--target-dir /tmp/myimage
The resulting image will be placed into the folder :file:`/tmp/myimage`
with the suffix :file:`.raw`.
If you don't wish to create a openSUSE Leap {exc_os_version} image,
substitute the folder following the ``--description`` option with another
folder that contains the image description which you selected.
Run your Image
--------------
Running an image actually means booting the operating system. In order to
do that attach the disk image to a virtual system. In this example we use
QEMU and boot it as follows:
.. code:: bash
$ qemu -boot c \
-drive file={exc_image_base_name}.x86_64-{exc_image_version}.raw,format=raw,if=virtio \
-m 4096
Tweak and Customize your Image
------------------------------
Now that you have successfully built and started your first image, you can
start tweaking it to match your needs.