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mirror of https://github.com/xcat2/xcat-core.git synced 2026-04-01 22:53:30 +00:00

Merge pull request #2 from VersatusHPC/fix/mock-build-packaging

fix: build with mock
This commit is contained in:
Vinícius Ferrão
2025-12-08 21:31:39 -03:00
committed by GitHub
9 changed files with 667 additions and 170 deletions

314
buildrpms.pl Executable file
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#!/usr/bin/perl
use strict;
use warnings;
use feature 'say';
use Data::Dumper;
use File::Copy ();
use File::Slurper qw(read_text write_text);
use Parallel::ForkManager;
use Getopt::Long qw(GetOptions);
use Cwd qw();
my $SOURCES = "$ENV{HOME}/rpmbuild/SOURCES";
my $VERSION = read_text("Version");
my $RELEASE = read_text("Release");
my $GITINFO = read_text("Gitinfo");
my $PWD = Cwd::cwd();
chomp($VERSION);
chomp($RELEASE);
chomp($GITINFO);
my @PACKAGES = qw(
perl-xCAT
xCAT
xCAT-buildkit
xCAT-client
xCAT-confluent
xCAT-openbmc-py
xCAT-probe
xCAT-rmc
xCAT-server
xCAT-test
xCAT-vlan);
my @TARGETS = qw(
rhel+epel-8-x86_64
rhel+epel-9-x86_64
rhel+epel-10-x86_64);
my %opts = (
targets => \@TARGETS,
packages => \@PACKAGES,
nproc => int(`nproc --all`),
force => 0,
verbose => 0,
xcat_dep_path => "$PWD/../xcat-dep/",
configure_nginx => 0,
help => 0,
nginx_port => 8080,
);
GetOptions(
"target=s@" => \$opts{targets},
"package=s@" => \$opts{packages},
"nproc=i" => \$opts{nproc},
"verbose" => \$opts{verbose},
"force" => \$opts{force},
"xcat_dep_path=s" => \$opts{xcat_dep_path},
"configure_nginx" => \$opts{configure_nginx},
"help" => \$opts{help},
"nginx_port" => \$opts{nginx_port},
) or usage();
sub sh {
my ($cmd) = @_;
say "Running: $cmd"
if $opts{verbose};
open my $fh, "-|", "bash -lc '$cmd'" or die "cannot run $cmd: $!";
while (my $line = <$fh>) {
print $line
if $opts{verbose};
}
close $fh;
return $? >> 8;
}
# cp $src, $dst copies $src to $dst or aborts with an error message
sub cp {
my ($src, $dst) = @_;
File::Copy::copy($src, $dst) or die "copy $src, $dst failed: $!";
}
# sed { s/foo/bar/ } $filepath applies s/foo/bar/ to the file at $filepath
sub sed (&$) {
my ($block, $path) = @_;
my $content = read_text($path);
local $_ = $content;
$block->();
$content = $_;
write_text($path, $content);
}
# product(\@A, \@B) returns the catersian product of \@A and \@B
sub product {
my ($a, $b) = @_;
return map {
my $x = $_;
map [ $x, $_ ], @$b;
} @$a
}
sub createmockconfig {
my ($pkg, $target) = @_;
my $chroot = "$pkg-$target";
my $cfgfile = "/etc/mock/$chroot.cfg";
return if -f $cfgfile && ! $opts{force};
cp "/etc/mock/$target.cfg", $cfgfile;
my $contents = read_text($cfgfile);
$contents =~ s/config_opts\['root'\]\s+=.*/config_opts['root'] = \"$chroot\"/;
if ($pkg eq "perl-xCAT") {
# perl-generators is required for having perl(xCAT::...) symbols
# exported by the RPM
$contents .= "config_opts['chroot_additional_packages'] = 'perl-generators'\n";
}
write_text($cfgfile, $contents);
}
sub buildsources {
my ($pkg, $target) = @_;
if ($pkg eq "xCAT") {
my @files = ("bmcsetup", "getipmi");
for my $f (@files) {
cp "xCAT-genesis-scripts/usr/bin/$f", "$pkg/postscripts/$f";
sed { s/xcat.genesis.$f/$f/ } "${pkg}/postscripts/$f";
}
qx {bash -c '
cd xCAT
tar --exclude upflag -czf $SOURCES/postscripts.tar.gz postscripts LICENSE.html
tar -czf $SOURCES/prescripts.tar.gz prescripts
tar -czf $SOURCES/templates.tar.gz templates
tar -czf $SOURCES/winpostscripts.tar.gz winpostscripts
tar -czf $SOURCES/etc.tar.gz etc
cp xcat.conf $SOURCES
cp xcat.conf.apach24 $SOURCES
cp xCATMN $SOURCES
'};
} else {
`tar -czf "$SOURCES/$pkg-$VERSION.tar.gz" $pkg`;
}
}
sub buildspkgs {
my ($pkg, $target) = @_;
my $chroot = "$pkg-$target";
my $diskcache = "dist/$target/srpms/$pkg-$VERSION-$RELEASE.src.rpm";
return if -f $diskcache and not $opts{force};
my @opts;
push @opts, "--quiet" unless $opts{verbose};
say "Building $diskcache";
sh(<<"EOF");
mock -r $chroot \\
-N \\
@{[ join " ", @opts ]} \\
--define "version $VERSION" \\
--define "release $RELEASE" \\
--define "gitinfo $GITINFO" \\
--buildsrpm \\
--spec $pkg/$pkg.spec \\
--sources $SOURCES \\
--resultdir "dist/$target/srpms/"
EOF
}
sub buildpkgs {
my ($pkg, $target) = @_;
my $optsref = \%opts;
my $chroot = "$pkg-$target";
my $targetarch = (split /-/, $target, 3)[2];
my $arch = $pkg eq "xCAT" ? $targetarch : "noarch";
my $diskcache = "dist/$target/rpms/$pkg-$VERSION-$RELEASE.$arch.rpm";
return if -f $diskcache and not $opts{force};
my @opts;
push @opts, "--quiet" unless $opts{verbose};
say "Building $diskcache";
sh(<<"EOF");
mock -r $chroot \\
-N \\
@{[ join " ", @opts ]} \\
--define "version $VERSION" \\
--define "release $RELEASE" \\
--define "gitinfo $GITINFO" \\
--resultdir "dist/$target/rpms/" \\
--rebuild dist/$target/srpms/$pkg-${VERSION}-${RELEASE}.src.rpm
EOF
}
sub buildall {
my ($pkg, $target) = @_;
createmockconfig($pkg, $target);
buildsources($pkg, $target);
buildspkgs($pkg, $target);
buildpkgs($pkg, $target);
}
sub configure_nginx {
my $xcat_dep_path = $opts{xcat_dep_path};
my $port = $opts{nginx_port};
my $conf = <<"EOF";
server {
listen $port;
listen [::]:$port;
EOF
# We always generate the nginx config for all
# the targets, not $opts{targets}
for my $target (@TARGETS) {
my $fullpath = "$PWD/dist/$target/rpms";
$conf .= <<"EOF";
location /$target/ {
alias $fullpath/;
autoindex on;
index off;
allow all;
}
EOF
}
# TODO:I need one xcat-dep for each target
$conf .= <<"EOF";
location /xcat-dep/ {
alias $xcat_dep_path;
autoindex on;
index off;
allow all;
}
}
EOF
write_text("/etc/nginx/conf.d/xcat-repos.conf", $conf);
`systemctl restart nginx`;
}
sub update_repo {
my ($target) = @_;
say "Creating repository dist/$target/rpms";
`find dist/$target/rpms -name ".src.rpm" -delete`;
`createrepo --update dist/$target/rpms`;
}
sub usage {
my ($errmsg) = @_;
say STDERR "Usage: $0 [--package=<pkg1>] [--target=<tgt1>] [--package=<pgk2>] [--target=<tgt2>] ...";
say STDERR "";
say STDERR " RPM builder script";
say STDERR " .. build xCAT RPMs for these targets:";
say STDERR map { " $_\n" } @TARGETS;
say STDERR "";
say STDERR " Options:";
say STDERR "";
say STDERR " --target <tgt> .................. build only these targets";
say STDERR " --package <pkg> ................. build only these packages";
say STDERR " --force ......................... override built RPMS";
say STDERR " --configure_nginx ............... update nginx configuration";
say STDERR " --nginx_port=8080 ............... change the nginx port in";
say STDERR " (use with --configure_nginx)";
say STDERR " --nproc <N> ..................... run up to N jobs in parallel";
say STDERR " --xcat_dep_path=../xcat-dep ..... path to xcat-dep repositories";
say STDERR "";
say STDERR " If no --target or --package is given all combinations are built";
say STDERR "";
say STDERR " See test/README.md for more information";
say STDERR $errmsg if $errmsg;
exit -1;
}
sub main {
return usage() if $opts{help};
return configure_nginx() if $opts{configure_nginx};
my @rpms = product($opts{packages}, $opts{targets});
my $pm = Parallel::ForkManager->new($opts{nproc});
for my $pair (@rpms) {
my ($pkg, $target) = $pair->@*;
$pm->start and next;
buildall($pkg, $target);
$pm->finish;
}
$pm->wait_all_children;
for my $target ($opts{targets}->@*) {
$pm->start and next;
update_repo($target);
$pm->finish;
}
$pm->wait_all_children;
configure_nginx();
}
main();

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#!/bin/bash -e
# Build xCAT rpms for multiple targets using mock for
# chroot encapsulation. There are multiple packages and
# multiple targets. A package is a xCAT package, like
# xCAT-server, a target is a mock chroot, like rhel+epel-9-x86_64.
#
# This script has two modes:
# ./buildrpms.sh all
# ./buildrpms.sh single <PACKAGE> <TARGET>
#
# In 'all' mode it builds ALL packages for ALL targets, this
# is, a cartesian product PKGS x TARGETS, a RPM is a pair
# (PKG, TARGET).
#
# In 'single' mode a single RPM is built. It is intented for
# reproducing failing builds and for debugging.
#
# In order to make 'all' mode faster the builds are parallelized. Since mock
# lock chroots a distinct chroot is created for each RPM with name
# <PKG>-<TARGET>, then multiple mock processes are spawn, each with its own
# chroot.
#
# The output is generated at dist/ folder, both .src.rpm and .rpm files are
# in this folder.
#
# Notes:
# - `xargs` requires shell functions and variables to be exported
# - Because `buildall` is executed by xargs, I updated it to accept a single
# argument <pkg>:<target> intead of two arguments <pkg> <target>
# pkgs built by default
PACKAGES=(xCAT-{server,client,probe,openbmc-py,rmc,test,vlan,confluent} perl-xCAT xCAT)
# All targets
TARGETS=(rhel+epel-{8,9,10}-x86_64)
SOURCES=${SOURCES:-/root/rpmbuild/SOURCES/}
VERSION=$(cat Version)
RELEASE=$(cat Release)
GITINFO=$(cat Gitinfo)
NPROC=${NPROC:-$(nproc --all)}
export SOURCES VERSION RELEASE GITINFO
# Holds all RPMS to be built
declare -a RPMS=()
for target in ${TARGETS[@]}; do
for pkg in ${PACKAGES[@]}; do
RPMS+=("$pkg:$target")
done
done
# Create the mock chroot configurations for each $pkg $target
function createmockchroot() {
local pkg=$1
local target=$2
local chroot="$pkg-$target"
if [ ! -f "/etc/mock/$chroot.cfg" ]; then
cp "/etc/mock/$target.cfg" "/etc/mock/$chroot.cfg"
sed -e "s/config_opts\['root'\]\s\+=.*/config_opts['root'] = \"$chroot\"/" \
-i "/etc/mock/$chroot.cfg"
fi
}
export -f createmockchroot
# Create a tarball of the source code into $SOURCES/. These tarballs
# are then read by the .spec files
function buildsources() {
local pkg=$1
case $1 in
xCAT)
# shipping bmcsetup and getipmi scripts as part of postscripts
files=("bmcsetup" "getipmi")
for f in "${files[@]}"; do
cp "xCAT-genesis-scripts/usr/bin/"$f ${pkg}/postscripts/$f
sed -i "s/xcat.genesis.$f/$f/g" ${pkg}/postscripts/$f
done
cd xCAT
tar --exclude upflag -czf $SOURCES/postscripts.tar.gz postscripts LICENSE.html
tar -czf $SOURCES/prescripts.tar.gz prescripts
tar -czf $SOURCES/templates.tar.gz templates
tar -czf $SOURCES/winpostscripts.tar.gz winpostscripts
tar -czf $SOURCES/etc.tar.gz etc
cp xcat.conf $SOURCES
cp xcat.conf.apach24 $SOURCES
cp xCATMN $SOURCES
cd ..
;;
*)
tar -czf "$SOURCES/$pkg-$VERSION.tar" $pkg
;;
esac
}
export -f buildsources
# Build the .src.rpm files
function buildspkgs() {
local pkg=$1
local target=$2
local chroot="$pkg-$target"
mock -r $chroot \
-N \
--quiet \
--define "version $VERSION" \
--define "release $RELEASE" \
--define "gitinfo $GITINFO" \
--buildspkg \
--spec $pkg/$pkg.spec \
--sources $SOURCES \
--resultdir "dist/$target/$pkg/"
}
export -f buildspkgs
# Build the .noarch.rpm files
function buildpkgs() {
local pkg=$1
local target=$2
local chroot="$pkg-$target"
mock -r $chroot \
-N \
--quiet \
--define "version $VERSION" \
--define "release $RELEASE" \
--define "gitinfo $GITINFO" \
--resultdir "dist/$target/$pkg/" \
dist/$target/$pkg/$pkg-${VERSION}-${RELEASE}.src.rpm
}
export -f buildpkgs
# Receive a single argument with the format <pkg>:<target>
# Call each step required to build <pkg> for <target>
function buildall() {
IFS=: read -r pkg target <<< "$1"
createmockchroot $pkg $target
buildsources $pkg $target
buildspkgs $pkg $target
buildpkgs $pkg $target
}
export -f buildall
function usage() {
echo "usage:. $0 single <PKG> <TARGET>"
echo "usage:. $0 all"
echo " where:"
echo " PKG = one of xCAT-server,xCAT-client,.."
echo ' TARGET = one of `mock --list-chroots`'
echo ' all = build all combinations'
exit -1
}
test -d dist/ || mkdir dist/
if [ $# -ne 1 ] && [ $# -ne 3 ]; then
usage
fi
case $1 in
'single')
buildall "$2:$3"
;;
'all')
echo -n ${RPMS[@]} | xargs -d ' ' -I% -P $NPROC -t bash -euc "buildall %"
;;
*)
usage
;;
esac

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ARG RELEASEVER=9
FROM quay.io/rockylinux/rockylinux:${RELEASEVER}-ubi-init
ARG RELEASEVER
RUN dnf install -y epel-release
RUN echo "RELEASEVER=${RELEASEVER}"
RUN if [[ "${RELEASEVER}" == "8" ]]; then \
dnf config-manager --set-enabled powertools epel; \
elif [[ "${RELEASEVER}" =~ /(9|10)/ ]]; then \
dnf config-manager --set-enabled crb epel; \
else \
echo "Invalid RELEASEVER=${RELEASEVER}"; \
exit -1; \
fi
RUN dnf makecache
RUN dnf install -y hostname perl perl-core
RUN dnf clean all
WORKDIR /workspace

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test/README.md Normal file
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# Testing Workflow for buildrpms.pl
## Overview
Requirements:
_The following software are assumed to be instaled in the host responsible for building the RPMs and running the tests._
* [mock](https://rpm-software-management.github.io/mock/) for building the RPMs
* nginx for serving RPM repositories
* [podman](https://podman.io)
* This was tested on a RHEL9.7 host.
_Note: Before start, ensure nginx is listening 8080. (the script will not do that for you, you need to change the nginx.conf and restart it), more on this below_
Workflow:
`buildrpms.pl` is the entry point for generating all xCAT RPMs required for a specific [mock](https://rpm-software-management.github.io/mock/) target (for example `rhel+epel-9-x86_64`, `rhel+epel-10-x86_64`). Use `mock --list-chroots` to see all possible postions. _But note that only `rhle+epel-{8,9,10}` are being tested now_. Each target corresponds to a mock chroot and eventually to a container image used by the test harness. The high-level flow is:
1. Prepare the dependency repositories (`../xcat-dep`) for the target (more on this below)
2. Run `buildrpms.pl` to build or reuse RPMs for the target and export a repository.
3. Provision the testing container for the same target.
4. Execute the automated test suite inside the container.
All scripts are idempotent. They only rebuild or reinstall what is missing. Pass `--force` to any step when you want to overwrite existing content.
## xCAT Runtime Dependencies (`../xcat-dep`)
- The dependency repositories must live one directory above this repo, in `../xcat-dep`.
- We keep a tarball that already includes the EL 8, EL 9 and EL 10 dependency RPMs. Extract the tarball so that the directory tree looks like `../xcat-dep/<el version>/<arch>/`.
- Dependencies are only required to run xCAT. Building does not require xcat-dep.
The expected structure is like this
xcat-dep/
├── el10
│   └── x86_64
│   └── repodata
| └── *.rpm
├── el9
│   └── x86_64
│   └── repodata
| └── *.rpm
└── el8
└── x86_64
└── repodata
└── *.rpm
## Building RPMs for a Target
```bash
./buildrpms.pl [--target <target>] [--package <pkg>] [--force] [--nproc N] [--xcat_dep_path /path/to/xcat-dep] [--nginx_port 8080]
```
- `--target` may be repeated; by default all supported targets (`rhel+epel-{8,9,10}-x86_64`) are built.
- `--package` narrows the build to specific RPM names; the default list contains every xCAT component.
- `--force` rebuilds even if the corresponding SRPM/RPM already exists under `dist/<target>/`.
- `--nproc N` controls the amount of parallel mock jobs (defaults to `nproc --all`).
- `--xcat_dep_path` tells the nginx helper where the dependency repos live (defaults to `../xcat-dep`).
- `--nginx_port` changes the port used when generating `/etc/nginx/conf.d/xcat-repos.conf`.
- Passing `--configure_nginx` alone regenerates the nginx configuration without building.
Example rebuild only `perl-xCAT` for EL9 and overwrite previous artifacts:
```bash
./buildrpms.pl --target rhel+epel-9-x86_64 --package perl-xCAT --force
```
Under the hood the script invokes [mock](https://rpm-software-management.github.io/mock/) to build SRPMs and RPMs, skips work when files already exist (unless `--force` is used), runs `createrepo dist/<target>/rpms`, and finally rewrites the nginx configuration so the repo is served automatically.
All builds run in parallel according to `--nproc`. Be aware that mock consumes significant disk space (plan for at least ~50GB between `/var/lib/mock` and `/var/cache/mock`).
### nginx on Port 8080
- `buildrpms.pl` assumes nginx exposes the generated repository on port 8080. Manually update the main nginx configuration (for example `/etc/nginx/nginx.conf`) so that it listens on `8080` port. The scripts will create a `/etc/nginx/conf.d/xcat-repos.conf` file with all the repositories configured and restart
nginx at each run.
## Preparing the Test Container
```bash
test/scripts/setuptesthost.pl --setup_container --target <target> [--force]
```
- This builds a container image and creates a container named `xcattest-elX` (X is 8, 9 or 10 depending on the target).
- The container setup is idempotent: it checks for an existing container/image and skips recreation unless you provide `--force`.
- The EL `RELEASEVER` (8, 9 or 10) is deduced from the target which is expected to be a triple in the format `<DISTRO>-<RELEASEVER>-<ARCH>` and it is used to as `--build-arg RELEASEVER=<RELEASEVER>` during the container image building.
## Running the Automated Tests
Once the container exists and nginx is serving the repo:
```bash
podman exec -it xcattest-el10 scripts/testxcat.pl --all
```
- Replace `xcattest-el10` with the appropriate container name. The script configures the repository inside the container, installs xCAT, ensures `xcatd` is running, and finally runs `lsdef` to verify daemon connectivity.
- The tester exposes additional knobs: use `--setup_repos`, `--install`, `--uninstall`, `--reinstall`, `--validate`, or `--all` (default in the example) plus `--nginx_port` if your repo is served on a different port. Combine these as needed to drive just one phase or the entire install/validate pass.
- You can safely rerun the command; it will reuse the container state unless `--force` is supplied to the helper scripts, and `--reinstall` forces a clean uninstall/install cycle inside the container.
## End-to-End Checklist
- Dependencies extracted to `../xcat-dep` for all EL versions you plan to build.
- `buildrpms.pl` completes successfully for the target and produces a repository.
- nginx listens on port 8080 and serves the generated repository.
- `test/scripts/setuptesthost.pl --setupcontainer --target <target>` creates or updates the `xcattest-elX` container.
- `podman exec -it xcattest-elX scripts/testxcat.pl --all` runs to completion and verifies the xCAT stack inside the container.

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#!/usr/bin/perl
use strict;
use warnings;
use feature 'say';
use Getopt::Long qw(GetOptions);
use Cwd qw(cwd);
my $PWD = cwd();
sub sh {
my ($cmd) = @_;
say "Running: $cmd";
open my $fh, "-|", $cmd or die "cannot run $cmd: $!";
while (my $line = <$fh>) {
print $line;
}
close $fh;
return $? >> 8;
}
sub usage {
say STDERR "Usage: $0 --setup_container --target <target> [--force]";
exit -1;
}
sub parseopts {
my %opts = (
target => "",
setup_container => 0,
force => 0,
);
GetOptions(
"target=s" => \$opts{target},
"setup_container" => \$opts{setup_container},
"force" => \$opts{force},
) or usage();
usage()
if $opts{setup_container}
and not $opts{target};
return \%opts;
};
sub containerexists {
my ($name) = @_;
return sh("podman container exists $name") == 0;
}
sub imageexists {
my ($imagename) = @_;
return sh("podman image exists $imagename") == 0;
}
sub cleanupcontainerandimage {
my ($container, $image) = @_;
return sh(<<"EOF");
podman kill $container
podman rm -f $container
podman rmi -f $image
EOF
}
sub setup_container {
my ($opts) = @_;
my $target = $opts->{target};
my $releasever = int((split /-/, $target, 3)[1]);
my $name = "xcattest-el$releasever";
cleanupcontainerandimage($name, "$name-image")
if $opts->{force};
sh("podman build -t $name-image --build-arg RELEASEVER=$releasever test/")
unless imageexists("$name-image");
my $script = <<"EOF";
podman create --name $name \\
--privileged \\
--systemd=true \\
--cap-add=ALL \\
-v "$PWD/test/scripts:/workspace/scripts:Z" \\
-v /sys/fs/cgroup:/sys/fs/cgroup:ro \\
--tmpfs /tmp \\
--tmpfs /run \\
$name-image
podman start $name
EOF
sh($script) unless containerexists($name);
}
sub main {
my $opts = parseopts();
return setup_container($opts) if $opts->{setup_container};
usage();
};
main();

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#!/usr/bin/perl
use strict;
use warnings;
use feature 'say';
use Data::Dumper qw(Dumper);
use Getopt::Long qw(GetOptions);
use File::Slurper qw(read_text write_text);
my %opts = (
releasever => int(`rpm --eval '%{rhel}'`),
verbose => 0,
setup_repos => 0,
install => 0,
uninstall => 0,
reinstall => 0,
validate => 0,
quiet => 0,
all => 0,
nginx_port => 8080,
);
GetOptions(
'releasever=i' => \$opts{releasever},
verbose => \$opts{verbose},
quiet => \$opts{quiet},
setup_repos => \$opts{setup_repos},
install => \$opts{install},
uninstall => \$opts{uninstall},
reinstall => \$opts{reinstall},
validate => \$opts{validate},
all => \$opts{all},
nginx_port => \$opts{nginx_port},
) or usage();
sub sh {
my ($cmd) = @_;
say "Running: $cmd"
unless $opts{quiet};
open my $fh, "-|", "bash -lc '$cmd'" or die "cannot run $cmd: $!";
while (my $line = <$fh>) {
print $line
unless $opts{quiet};
}
close $fh;
return $? >> 8;
}
sub usage {
say STDERR "usage $0: [--releasever=9] [--verbose] [--quiet] {--setup_repos|--install|--uninstall|--reinstall|--validate|--all} [--nginx-port=8080]";
}
sub setup_repos {
say "Setting up repositories"
unless $opts{quiet};
my $releasever = $opts{releasever};
my $port = $opts{nginx_port};
my $content = <<"EOF";
[xcat3]
name=xcat3
baseurl=http://host.containers.internal:$port/rhel+epel-$releasever-x86_64/
gpgcheck=0
enabled=1
[xcat3-deps]
name=xcat3-deps
baseurl=http://host.containers.internal:$port/xcat-dep/el$releasever/x86_64/
gpgcheck=0
enabled=1
EOF
write_text("/etc/yum.repos.d/xcat-repos.repo", $content);
sh("dnf makecache --repo=xcat3 --repo=xcat3-deps");
}
sub uninstall {
sh("dnf remove -y xCAT");
sh("rm -rf /opt/xcat /etc/xcat /var/run/xcat /root/.xcat /install /tftpboot");
}
sub install {
sh("dnf install -y xCAT");
}
sub validate {
# Put commands to validate xcat installation here
sh("systemctl is-active xcatd") == 0 or die("xcatd not running?");
sh("lsdef") == 0 or die("lsdef not working");
}
sub main {
return setup_repos() if $opts{setup_repos};
return install() if $opts{install};
return uninstall() if $opts{uninstall};
return validate() if $opts{validate};
return do {
setup_repos();
uninstall()
if ($opts{reinstall} or $opts{uninstall});
install();
validate();
} if $opts{all};
return do {
uninstall();
install();
} if $opts{reinstall};
usage();
}
main();

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@@ -12,6 +12,8 @@ Distribution: %{?_distribution:%{_distribution}}%{!?_distribution:%{_vendor}}
Prefix: /opt/xcat
BuildRoot: /var/tmp/%{name}-%{version}-%{release}-root
BuildRequires: perl-Pod-Html
#%ifnos linux
AutoReqProv: no
#%endif

View File

@@ -61,6 +61,13 @@ if [ -f /etc/init.d/functions ]; then
LOG_SUCCESS=RHSuccess
LOG_FAILURE=RHFailure
LOG_WARNING=passed
elif [ -f /etc/rc.d/init.d/functions ]; then
. /etc/rc.d/init.d/functions
START_DAEMON=daemon
STATUS=MStatus
LOG_SUCCESS=RHSuccess
LOG_FAILURE=RHFailure
LOG_WARNING=passed
elif [ -f /lib/lsb/init-functions ]; then
. /lib/lsb/init-functions
START_DAEMON=start_daemon

View File

@@ -843,6 +843,9 @@ sub genSSHRootKeys
sub settunables
{
# tunnables are not settable inside containers, we use
# container for integration testing
return if $ENV{container};
# tuning ARP on Linux
# set for right now