doc/builders/images/*.xml: Convert to markdown
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Bobby Rong
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<para>
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This chapter describes tools for creating various types of images.
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</para>
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<xi:include href="images/appimagetools.xml" />
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<xi:include href="images/appimagetools.section.xml" />
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<xi:include href="images/dockertools.section.xml" />
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<xi:include href="images/ocitools.section.xml" />
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<xi:include href="images/snaptools.xml" />
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<xi:include href="images/snaptools.section.xml" />
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</chapter>
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48
doc/builders/images/appimagetools.section.md
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48
doc/builders/images/appimagetools.section.md
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# pkgs.appimageTools {#sec-pkgs-appimageTools}
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`pkgs.appimageTools` is a set of functions for extracting and wrapping [AppImage](https://appimage.org/) files. They are meant to be used if traditional packaging from source is infeasible, or it would take too long. To quickly run an AppImage file, `pkgs.appimage-run` can be used as well.
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::: warning
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The `appimageTools` API is unstable and may be subject to backwards-incompatible changes in the future.
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:::
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## AppImage formats {#ssec-pkgs-appimageTools-formats}
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There are different formats for AppImages, see [the specification](https://github.com/AppImage/AppImageSpec/blob/74ad9ca2f94bf864a4a0dac1f369dd4f00bd1c28/draft.md#image-format) for details.
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- Type 1 images are ISO 9660 files that are also ELF executables.
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- Type 2 images are ELF executables with an appended filesystem.
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They can be told apart with `file -k`:
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```ShellSession
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$ file -k type1.AppImage
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type1.AppImage: ELF 64-bit LSB executable, x86-64, version 1 (SYSV) ISO 9660 CD-ROM filesystem data 'AppImage' (Lepton 3.x), scale 0-0,
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spot sensor temperature 0.000000, unit celsius, color scheme 0, calibration: offset 0.000000, slope 0.000000, dynamically linked, interpreter /lib64/ld-linux-x86-64.so.2, for GNU/Linux 2.6.18, BuildID[sha1]=d629f6099d2344ad82818172add1d38c5e11bc6d, stripped\012- data
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$ file -k type2.AppImage
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type2.AppImage: ELF 64-bit LSB executable, x86-64, version 1 (SYSV) (Lepton 3.x), scale 232-60668, spot sensor temperature -4.187500, color scheme 15, show scale bar, calibration: offset -0.000000, slope 0.000000 (Lepton 2.x), scale 4111-45000, spot sensor temperature 412442.250000, color scheme 3, minimum point enabled, calibration: offset -75402534979642766821519867692934234112.000000, slope 5815371847733706829839455140374904832.000000, dynamically linked, interpreter /lib64/ld-linux-x86-64.so.2, for GNU/Linux 2.6.18, BuildID[sha1]=79dcc4e55a61c293c5e19edbd8d65b202842579f, stripped\012- data
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```
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Note how the type 1 AppImage is described as an `ISO 9660 CD-ROM filesystem`, and the type 2 AppImage is not.
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## Wrapping {#ssec-pkgs-appimageTools-wrapping}
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Depending on the type of AppImage you're wrapping, you'll have to use `wrapType1` or `wrapType2`.
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```nix
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appimageTools.wrapType2 { # or wrapType1
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name = "patchwork";
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src = fetchurl {
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url = "https://github.com/ssbc/patchwork/releases/download/v3.11.4/Patchwork-3.11.4-linux-x86_64.AppImage";
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sha256 = "1blsprpkvm0ws9b96gb36f0rbf8f5jgmw4x6dsb1kswr4ysf591s";
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};
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extraPkgs = pkgs: with pkgs; [ ];
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}
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```
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- `name` specifies the name of the resulting image.
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- `src` specifies the AppImage file to extract.
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- `extraPkgs` allows you to pass a function to include additional packages inside the FHS environment your AppImage is going to run in. There are a few ways to learn which dependencies an application needs:
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- Looking through the extracted AppImage files, reading its scripts and running `patchelf` and `ldd` on its executables. This can also be done in `appimage-run`, by setting `APPIMAGE_DEBUG_EXEC=bash`.
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- Running `strace -vfefile` on the wrapped executable, looking for libraries that can't be found.
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<section xmlns="http://docbook.org/ns/docbook"
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xmlns:xlink="http://www.w3.org/1999/xlink"
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xmlns:xi="http://www.w3.org/2001/XInclude"
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xml:id="sec-pkgs-appimageTools">
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<title>pkgs.appimageTools</title>
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<para>
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<varname>pkgs.appimageTools</varname> is a set of functions for extracting and wrapping <link xlink:href="https://appimage.org/">AppImage</link> files. They are meant to be used if traditional packaging from source is infeasible, or it would take too long. To quickly run an AppImage file, <literal>pkgs.appimage-run</literal> can be used as well.
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</para>
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<warning>
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<para>
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The <varname>appimageTools</varname> API is unstable and may be subject to backwards-incompatible changes in the future.
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</para>
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</warning>
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<section xml:id="ssec-pkgs-appimageTools-formats">
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<title>AppImage formats</title>
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<para>
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There are different formats for AppImages, see <link xlink:href="https://github.com/AppImage/AppImageSpec/blob/74ad9ca2f94bf864a4a0dac1f369dd4f00bd1c28/draft.md#image-format">the specification</link> for details.
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</para>
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<itemizedlist>
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<listitem>
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<para>
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Type 1 images are ISO 9660 files that are also ELF executables.
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</para>
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</listitem>
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<listitem>
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<para>
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Type 2 images are ELF executables with an appended filesystem.
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</para>
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</listitem>
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</itemizedlist>
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<para>
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They can be told apart with <command>file -k</command>:
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</para>
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<screen>
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<prompt>$ </prompt>file -k type1.AppImage
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type1.AppImage: ELF 64-bit LSB executable, x86-64, version 1 (SYSV) ISO 9660 CD-ROM filesystem data 'AppImage' (Lepton 3.x), scale 0-0,
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spot sensor temperature 0.000000, unit celsius, color scheme 0, calibration: offset 0.000000, slope 0.000000, dynamically linked, interpreter /lib64/ld-linux-x86-64.so.2, for GNU/Linux 2.6.18, BuildID[sha1]=d629f6099d2344ad82818172add1d38c5e11bc6d, stripped\012- data
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<prompt>$ </prompt>file -k type2.AppImage
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type2.AppImage: ELF 64-bit LSB executable, x86-64, version 1 (SYSV) (Lepton 3.x), scale 232-60668, spot sensor temperature -4.187500, color scheme 15, show scale bar, calibration: offset -0.000000, slope 0.000000 (Lepton 2.x), scale 4111-45000, spot sensor temperature 412442.250000, color scheme 3, minimum point enabled, calibration: offset -75402534979642766821519867692934234112.000000, slope 5815371847733706829839455140374904832.000000, dynamically linked, interpreter /lib64/ld-linux-x86-64.so.2, for GNU/Linux 2.6.18, BuildID[sha1]=79dcc4e55a61c293c5e19edbd8d65b202842579f, stripped\012- data
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</screen>
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<para>
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Note how the type 1 AppImage is described as an <literal>ISO 9660 CD-ROM filesystem</literal>, and the type 2 AppImage is not.
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</para>
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</section>
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<section xml:id="ssec-pkgs-appimageTools-wrapping">
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<title>Wrapping</title>
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<para>
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Depending on the type of AppImage you're wrapping, you'll have to use <varname>wrapType1</varname> or <varname>wrapType2</varname>.
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</para>
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<programlisting>
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appimageTools.wrapType2 { # or wrapType1
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name = "patchwork"; <co xml:id='ex-appimageTools-wrapping-1' />
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src = fetchurl { <co xml:id='ex-appimageTools-wrapping-2' />
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url = "https://github.com/ssbc/patchwork/releases/download/v3.11.4/Patchwork-3.11.4-linux-x86_64.AppImage";
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sha256 = "1blsprpkvm0ws9b96gb36f0rbf8f5jgmw4x6dsb1kswr4ysf591s";
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};
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extraPkgs = pkgs: with pkgs; [ ]; <co xml:id='ex-appimageTools-wrapping-3' />
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}</programlisting>
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<calloutlist>
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<callout arearefs='ex-appimageTools-wrapping-1'>
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<para>
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<varname>name</varname> specifies the name of the resulting image.
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</para>
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</callout>
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<callout arearefs='ex-appimageTools-wrapping-2'>
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<para>
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<varname>src</varname> specifies the AppImage file to extract.
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</para>
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</callout>
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<callout arearefs='ex-appimageTools-wrapping-3'>
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<para>
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<varname>extraPkgs</varname> allows you to pass a function to include additional packages inside the FHS environment your AppImage is going to run in. There are a few ways to learn which dependencies an application needs:
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<itemizedlist>
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<listitem>
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<para>
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Looking through the extracted AppImage files, reading its scripts and running <command>patchelf</command> and <command>ldd</command> on its executables. This can also be done in <command>appimage-run</command>, by setting <command>APPIMAGE_DEBUG_EXEC=bash</command>.
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</para>
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</listitem>
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<listitem>
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<para>
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Running <command>strace -vfefile</command> on the wrapped executable, looking for libraries that can't be found.
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</para>
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</listitem>
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</itemizedlist>
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</para>
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</callout>
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</calloutlist>
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</section>
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</section>
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let
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inherit (import <nixpkgs> { }) snapTools firefox;
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in snapTools.makeSnap {
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meta = {
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name = "nix-example-firefox";
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summary = firefox.meta.description;
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architectures = [ "amd64" ];
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apps.nix-example-firefox = {
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command = "${firefox}/bin/firefox";
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plugs = [
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"pulseaudio"
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"camera"
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"browser-support"
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"avahi-observe"
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"cups-control"
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"desktop"
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"desktop-legacy"
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"gsettings"
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"home"
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"network"
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"mount-observe"
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"removable-media"
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"x11"
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];
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};
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confinement = "strict";
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};
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}
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let
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inherit (import <nixpkgs> { }) snapTools hello;
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in snapTools.makeSnap {
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meta = {
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name = "hello";
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summary = hello.meta.description;
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description = hello.meta.longDescription;
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architectures = [ "amd64" ];
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confinement = "strict";
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apps.hello.command = "${hello}/bin/hello";
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};
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}
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71
doc/builders/images/snaptools.section.md
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71
doc/builders/images/snaptools.section.md
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# pkgs.snapTools {#sec-pkgs-snapTools}
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`pkgs.snapTools` is a set of functions for creating Snapcraft images. Snap and Snapcraft is not used to perform these operations.
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## The makeSnap Function {#ssec-pkgs-snapTools-makeSnap-signature}
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`makeSnap` takes a single named argument, `meta`. This argument mirrors [the upstream `snap.yaml` format](https://docs.snapcraft.io/snap-format) exactly.
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The `base` should not be specified, as `makeSnap` will force set it.
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Currently, `makeSnap` does not support creating GUI stubs.
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## Build a Hello World Snap {#ssec-pkgs-snapTools-build-a-snap-hello}
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The following expression packages GNU Hello as a Snapcraft snap.
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```{#ex-snapTools-buildSnap-hello .nix}
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let
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inherit (import <nixpkgs> { }) snapTools hello;
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in snapTools.makeSnap {
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meta = {
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name = "hello";
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summary = hello.meta.description;
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description = hello.meta.longDescription;
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architectures = [ "amd64" ];
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confinement = "strict";
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apps.hello.command = "${hello}/bin/hello";
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};
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}
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```
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`nix-build` this expression and install it with `snap install ./result --dangerous`. `hello` will now be the Snapcraft version of the package.
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## Build a Graphical Snap {#ssec-pkgs-snapTools-build-a-snap-firefox}
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Graphical programs require many more integrations with the host. This example uses Firefox as an example, because it is one of the most complicated programs we could package.
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```{#ex-snapTools-buildSnap-firefox .nix}
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let
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inherit (import <nixpkgs> { }) snapTools firefox;
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in snapTools.makeSnap {
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meta = {
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name = "nix-example-firefox";
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summary = firefox.meta.description;
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architectures = [ "amd64" ];
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apps.nix-example-firefox = {
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command = "${firefox}/bin/firefox";
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plugs = [
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"pulseaudio"
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"camera"
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"browser-support"
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"avahi-observe"
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"cups-control"
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"desktop"
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"desktop-legacy"
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"gsettings"
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"home"
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"network"
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"mount-observe"
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"removable-media"
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"x11"
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];
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};
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confinement = "strict";
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};
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}
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```
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`nix-build` this expression and install it with `snap install ./result --dangerous`. `nix-example-firefox` will now be the Snapcraft version of the Firefox package.
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The specific meaning behind plugs can be looked up in the [Snapcraft interface documentation](https://docs.snapcraft.io/supported-interfaces).
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@ -1,59 +0,0 @@
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<section xmlns="http://docbook.org/ns/docbook"
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xmlns:xlink="http://www.w3.org/1999/xlink"
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xmlns:xi="http://www.w3.org/2001/XInclude"
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xml:id="sec-pkgs-snapTools">
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<title>pkgs.snapTools</title>
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<para>
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<varname>pkgs.snapTools</varname> is a set of functions for creating Snapcraft images. Snap and Snapcraft is not used to perform these operations.
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</para>
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<section xml:id="ssec-pkgs-snapTools-makeSnap-signature">
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<title>The makeSnap Function</title>
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<para>
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<function>makeSnap</function> takes a single named argument, <parameter>meta</parameter>. This argument mirrors <link xlink:href="https://docs.snapcraft.io/snap-format">the upstream <filename>snap.yaml</filename> format</link> exactly.
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</para>
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<para>
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The <parameter>base</parameter> should not be specified, as <function>makeSnap</function> will force set it.
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</para>
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<para>
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Currently, <function>makeSnap</function> does not support creating GUI stubs.
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</para>
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</section>
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<section xml:id="ssec-pkgs-snapTools-build-a-snap-hello">
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<title>Build a Hello World Snap</title>
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<example xml:id="ex-snapTools-buildSnap-hello">
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<title>Making a Hello World Snap</title>
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<para>
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The following expression packages GNU Hello as a Snapcraft snap.
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</para>
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<programlisting><xi:include href="./snap/example-hello.nix" parse="text" /></programlisting>
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<para>
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<command>nix-build</command> this expression and install it with <command>snap install ./result --dangerous</command>. <command>hello</command> will now be the Snapcraft version of the package.
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</para>
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</example>
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</section>
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<section xml:id="ssec-pkgs-snapTools-build-a-snap-firefox">
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<title>Build a Hello World Snap</title>
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<example xml:id="ex-snapTools-buildSnap-firefox">
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<title>Making a Graphical Snap</title>
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<para>
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Graphical programs require many more integrations with the host. This example uses Firefox as an example, because it is one of the most complicated programs we could package.
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</para>
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<programlisting><xi:include href="./snap/example-firefox.nix" parse="text" /></programlisting>
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<para>
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<command>nix-build</command> this expression and install it with <command>snap install ./result --dangerous</command>. <command>nix-example-firefox</command> will now be the Snapcraft version of the Firefox package.
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</para>
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<para>
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The specific meaning behind plugs can be looked up in the <link xlink:href="https://docs.snapcraft.io/supported-interfaces">Snapcraft interface documentation</link>.
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</para>
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</example>
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</section>
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</section>
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