Add support for Live ISO to rebuild_boot_iso

Simple way to build a Live ISO for us.

CONTRIBUTING.rst

@@ -150,12 +150,12 @@ Local development workflow
 ^^^^^^^^^^^^^^^^^^^^^^^^^^
 
 This workflow makes it possible to test changes to the Anaconda source code locally on your machine without any dependencies
-on external infrastructure. It uses two scripts, one called ``scripts/testing/rebuild_boot_iso`` to build a fresh bootable installation image (boot.iso)
-from Anaconda source code on the given branch and corresponding Fedora/CentOS Stream packages. The second script, called ``scripts/testing/update_boot_iso``
+on external infrastructure. It uses two scripts, one called ``scripts/testing/rebuild_iso`` to build a fresh bootable installation image
+from Anaconda source code on the given branch and corresponding Fedora/CentOS Stream packages. The second script, called ``scripts/testing/update_iso``
 uses the Anaconda updates image mechanism together with the ``mkksiso`` command provided by the Lorax project to very quickly
 create an updated version of the boot.iso when Anaconda code is changed. The updated boot.iso can then be booted on a VM or bare metal.
 
-The ``rebuild_boot_iso`` script
+The ``rebuild_iso`` script
 """""""""""""""""""""""""""""""
 
 This is just a simple script that rebuilds the boot.iso from Anaconda source code on the current branch & corresponding Fedora
@@ -164,17 +164,19 @@ and also records Anaconda Git revision that was used to build the image.
 
 This should take about 15 minutes on modern hardware.
 
-The ``update_boot_iso`` script
+See --help for further information.
+
+The ``update_iso`` script
 """"""""""""""""""""""""""""""
 
 This is the main script that enables local development by quickly updating a boot iso with local changes.
 This should take a couple seconds on modern hardware.
 
 For the most common use case ("I have changed the Anaconda source and want to see what it does.") just do this:
 
-1. run ``scripts/testing/rebuild_boot_iso`` first, this creates ``result/iso/boot.iso``
+1. run ``scripts/testing/rebuild_iso`` first, this creates ``result/iso/boot.iso``
 2. change the Anaconda source code
-3. run ``scripts/testing/update_boot_iso`` which creates the ``result/iso/updated_boot.iso``
+3. run ``scripts/testing/update_iso`` which creates the ``result/iso/updated_boot.iso``
 4. start the ``result/iso/updated_boot.iso`` in a VM or on bare metal
 
 The script also has a few command line options that might come handy:

scripts/testing/rebuild_boot_iso → scripts/testing/rebuild_iso

@@ -11,7 +11,7 @@ set -eu
 help() {
  cat <<EOF
 This script will build the anaconda RPMs and then build boot.iso
-from these.
+or Live ISO from these.
 
 Before starting the build it will remove all the previous build
 artifacts.
@@ -24,22 +24,27 @@ Options:
  -h, --help Print this help
  -a, --add-rpms Add additional RPMs (for example anaconda-webui package)
  these packages have to be already requested to be in ISO
+ -l, --live Build Live ISO instead of boot.iso
 EOF
 }
 
 BOOT_ISO="result/iso/boot.iso"
 PACKAGES_DIR="result/build/01-rpm-build/"
 UPDATED_BOOT_ISO="result/iso/boot.iso.git_rev"
 BOOT_ISO_GIT_REVISION="result/iso/boot.iso.git_rev"
+
+BUILD_TARGET="boot.iso"
+
 COPY_RPMS=""
 
 # parse arguments
-eval set -- "$(getopt -o ha: --long help,add-rpms: -- "$@")"
+eval set -- "$(getopt -o ha:l --long help,add-rpms:,live -- "$@")"
 
 while true; do
  case "${1:-}" in
  -h|--help) help; exit 0 ;;
  -a|--add-rpms) shift; COPY_RPMS="$COPY_RPMS $1" ;;
+ -l|--live) BUILD_TARGET="live" ;;
  --) shift; break ;;
  esac
  shift
@@ -66,5 +71,10 @@ for i in $COPY_RPMS; do
 done
 
 # build the ISO
-make -f ./Makefile.am anaconda-iso-creator-build
-make -f ./Makefile.am container-iso-build
+if [ "$BUILD_TARGET" = "boot.iso" ]; then
+ make -f ./Makefile.am anaconda-iso-creator-build
+ make -f ./Makefile.am container-iso-build
+elif [ "$BUILD_TARGET" = "live" ]; then
+ make -f ./Makefile.am anaconda-live-iso-creator-build
+ make -f ./Makefile.am container-live-iso-build
+fi