/
Checker.pm
1604 lines (1460 loc) · 55.3 KB
/
Checker.pm
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# Copyright (c) 2015 SUSE LLC
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License version 2 as
# published by the Free Software Foundation.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program (see the file COPYING); if not, write to the
# Free Software Foundation, Inc.,
# 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA
#
package BSSched::Checker;
use strict;
use warnings;
use Digest::MD5 ();
use BSUtil;
use BSSolv;
use BSNotify;
use BSRedisnotify;
use BSSched::ProjPacks;
use BSSched::BuildRepo;
use BSSched::BuildResult;
use BSSched::PublishRepo;
use BSSched::BuildJob;
use BSSched::Access;
use BSSched::Modulemd;
use BSSched::Remote; # for addrepo_remote
use BSSched::DoD; # for signalmissing
use BSSched::EventSource::Directory;
use BSSched::BuildJob::Aggregate;
use BSSched::BuildJob::Channel;
use BSSched::BuildJob::DeltaRpm;
use BSSched::BuildJob::KiwiImage;
use BSSched::BuildJob::KiwiProduct;
use BSSched::BuildJob::Docker;
use BSSched::BuildJob::Package;
use BSSched::BuildJob::Patchinfo;
use BSSched::BuildJob::PreInstallImage;
use BSSched::BuildJob::SimpleImage;
use BSSched::BuildJob::Unknown;
=head1 NAME
BSSched::Checker
=head1 DESCRIPTION
Check the status of a project's repository
=cut
my %handlers = (
'kiwi-product' => BSSched::BuildJob::KiwiProduct->new(),
'kiwi-image' => BSSched::BuildJob::KiwiImage->new(),
'docker' => BSSched::BuildJob::Docker->new(),
'fissile' => BSSched::BuildJob::Docker->new(),
'patchinfo' => BSSched::BuildJob::Patchinfo->new(),
'aggregate' => BSSched::BuildJob::Aggregate->new(),
'preinstallimage' => BSSched::BuildJob::PreInstallImage->new(),
'simpleimage' => BSSched::BuildJob::SimpleImage->new(),
'channel' => BSSched::BuildJob::Channel->new(),
'unknown' => BSSched::BuildJob::Unknown->new(),
'default' => BSSched::BuildJob::Package->new(),
);
=head2 new - create a checker context
=cut
sub new {
my ($class, $gctx, $prp, @conf) = @_;
my ($projid, $repoid) = split('/', $prp, 2);
my $myarch = $gctx->{'arch'};
my $ctx = {
'gctx' => $gctx,
'prp' => $prp,
'project' => $projid,
'repository' => $repoid,
'gdst' => "$gctx->{'reporoot'}/$prp/$myarch",
@conf
};
$ctx->{'alllocked'} = 1 if $gctx->{'alllocked'}->{$prp};
return bless $ctx, $class;
}
sub generate_random_id {
my ($oldstate) = @_;
my $random = time();
$random .= $oldstate->{'oldbuildid'} if defined $oldstate->{'oldbuildid'};
$random .= $oldstate->{'buildid'} if defined $oldstate->{'buildid'};
return Digest::MD5::md5_hex($random);
}
=head2 notify - send repo changed notification
=cut
sub notify {
my ($ctx, $type, $buildid) = @_;
my $myarch = $ctx->{'gctx'}->{'arch'};
if ($BSConfig::redisserver) {
# use the redis forwarder to send the notification
BSRedisnotify::addforwardjob($type, "project=$ctx->{'project'}", "repo=$ctx->{'repository'}", "arch=$myarch", "buildid=$buildid");
return;
}
my $body = { project => $ctx->{'project'}, 'repo' => $ctx->{'repository'}, 'arch' => $myarch, 'buildid' => $buildid };
BSNotify::notify($type, $body);
}
=head2 set_repo_state - update the :schedulerstate file of a prp
=cut
sub set_repo_state {
my ($ctx, $state, $details) = @_;
my $gdst = $ctx->{'gdst'};
my $myarch = $ctx->{'gctx'}->{'arch'};
my $oldstate = readstr("$gdst/:schedulerstate", 1);
if ($oldstate) {
if (substr($oldstate, 0, 4) eq 'pst0') {
$oldstate = BSUtil::fromstorable($oldstate, 1);
} else {
my $details;
($oldstate, $details) = split(' ', $oldstate, 2);
$oldstate = { 'code' => $oldstate };
$oldstate->{'details'} = $details if $details;
}
}
$oldstate ||= {};
my $newstate = { %$oldstate, 'code' => $state, 'details' => $details };
delete $newstate->{'details'} unless $details;
if ($state eq 'building') {
# build in progress. send start event if not allready done
delete $newstate->{'buildid'};
delete $newstate->{'repostateid'};
if (!$newstate->{'oldbuildid'}) {
my $id = generate_random_id($oldstate) . '-inprogress';
$newstate->{'oldbuildid'} = $id;
$ctx->notify('REPO_BUILD_STARTED', $id);
}
} elsif ($state eq 'finished') {
# we're done (for now). generate repostateid
my $repostateid = '';
my @s = stat("$gdst/:full.solv");
$repostateid .= " full:$s[9]/$s[7]/$s[1]" if @s;
@s = stat("$gdst/:bininfo");
$repostateid .= " bininfo:$s[9]/$s[7]/$s[1]" if @s;
$repostateid = Digest::MD5::md5_hex($repostateid);
if (!$newstate->{'oldbuildid'}) {
# repo was finished before. check for repostateid changes
if (!$newstate->{'buildid'} || ($newstate->{'repostateid'} || '') ne $repostateid) {
# but the repo changed, send synthetic event
print "sending synthetic REPO_BUILD_STARTED event\n";
my $id = generate_random_id($oldstate) . '-inprogress';
$ctx->notify('REPO_BUILD_STARTED', $id);
delete $newstate->{'buildid'};
$newstate->{'oldbuildid'} = $id;
}
}
if ($newstate->{'oldbuildid'}) {
my $id = delete $newstate->{'oldbuildid'};
$id =~ s/-inprogress$//;
$newstate->{'buildid'} = $id;
$ctx->notify('REPO_BUILD_FINISHED', $id);
}
$newstate->{'repostateid'} = $repostateid;
}
unlink("$gdst/:schedulerstate.dirty") if $state eq 'scheduling' || $state eq 'broken' || $state eq 'disabled';
mkdir_p($gdst) unless -d $gdst;
BSUtil::store("$gdst/.:schedulerstate", "$gdst/:schedulerstate", $newstate) unless BSUtil::identical($oldstate, $newstate);
}
=head2 wipe - delete this repo
=cut
sub wipeobsoleterepo {
my ($ctx) = @_;
my $gctx = $ctx->{'gctx'};
my $gdst = $ctx->{'gdst'};
my $prp = $ctx->{'prp'};
my $projid = $ctx->{'project'};
my $repoid = $ctx->{'repository'};
# first delete the publish area
BSSched::PublishRepo::prpfinished($ctx);
# then delete the build area
BSSched::BuildResult::wipeobsoleterepo($gctx, $prp);
$gctx->{'changed_med'}->{$prp} = 2;
BSSched::EventSource::Directory::sendrepochangeevent($gctx, $prp);
BSSched::BuildJob::killbuilding($ctx->{'gctx'}, $prp);
# now that our arch is gone we can try to remove the prp directory
my $proj = $gctx->{'projpacks'}->{$projid} || {};
my $repo = (grep {$_->{'name'} eq $repoid} @{$proj->{'repository'} || []})[0];
if (!$repo) {
# this repo doesn't exist any longer!
my $reporoot = $gctx->{'reporoot'};
my $others = grep {-d "$reporoot/$prp/$_"} ls("$reporoot/$prp");
if (!$others) {
# cannot delete repoinfo because it may contain splitdbg data
# we rely on the publisher to clean up
# unlink("$reporoot/$prp/:repoinfo");
unlink("$reporoot/$prp/.finishedlock");
rmdir("$reporoot/$prp");
}
}
}
# see if a remote repository is in an error state
sub check_remote_repo_error {
my ($gctx, $prpsearchpath) = @_;
my $remoteprojs = $gctx->{'remoteprojs'};
for my $aprp (@$prpsearchpath) {
my ($aprojid) = split('/', $aprp, 2);
my $error = $remoteprojs->{$aprojid}->{'error'} if $remoteprojs->{$aprojid} && $remoteprojs->{$aprojid}->{'error'};
if ($error) {
if ($error =~ /interconnect error:/ || $error =~ /5\d\d remote error:/) {
$gctx->{'retryevents'}->addretryevent({'type' => 'project', 'project' => $aprojid});
}
return "$aprojid: $error";
}
}
return undef;
}
sub neededdodresources {
my ($ctx, $repotype) = @_;
return () unless ($repotype || '') eq 'registry';
my $projpacks = $ctx->{'gctx'}->{'projpacks'};
my $projid = $ctx->{'project'};
my $repoid = $ctx->{'repository'};
my $proj = $projpacks->{$projid} || {};
my $pdatas = $proj->{'package'} || {};
my %needed;
for my $pdata (values %$pdatas) {
my $info = (grep {$_->{'repository'} eq $repoid} @{$pdata->{'info'} || []})[0];
next unless $info;
$needed{$_} = 1 for grep {/^container:/} @{$info->{'dep'} || []};
}
return sort keys %needed;
}
sub setup {
my ($ctx) = @_;
my $prp = $ctx->{'prp'};
my $gctx = $ctx->{'gctx'};
my $gdst = $ctx->{'gdst'};
my $myarch = $gctx->{'arch'};
my $projpacks = $gctx->{'projpacks'};
my $projid = $ctx->{'project'};
my $repoid = $ctx->{'repository'};
my $proj = $projpacks->{$projid};
return (0, 'project does not exist') unless $proj;
return (0, $proj->{'error'}) if $proj->{'error'};
my $repo = (grep {$_->{'name'} eq $repoid} @{$proj->{'repository'} || []})[0];
return (0, 'repo does not exist') unless $repo;
my $prpsearchpath = $gctx->{'prpsearchpath'}->{$prp};
$ctx->{'prpsearchpath'} = $prpsearchpath if $prpsearchpath;
if ($repo->{'status'} && $repo->{'status'} eq 'disabled') {
return ('disabled', undef);
}
my $suspend = $gctx->{'projsuspended'}->{$projid};
return ('blocked', join(', ', @$suspend)) if $suspend;
$ctx->{'repo'} = $repo;
if ($ctx->{'alllocked'}) {
# shortcut, do simplified setup
$ctx->{'conf'} = {};
my $pdatas = $proj->{'package'} || {};
$ctx->{'packs'} = [ sort keys %$pdatas ];
return ('scheduling', undef);
}
# set config
return (0, 'no prpsearchpath?') unless $prpsearchpath;
my $bconf = BSSched::ProjPacks::getconfig($gctx, $projid, $repoid, $myarch, $prpsearchpath);
if (!$bconf) {
my $error = check_remote_repo_error($gctx, $prpsearchpath);
return (0, $error) if $error;
my $lastprojid = (split('/', $prpsearchpath->[-1]))[0];
return ('broken', "no config ($lastprojid)");
}
$ctx->{'conf'} = $bconf;
if ($bconf->{'hostarch'} && !$BSCando::knownarch{$bconf->{'hostarch'}}) {
return ('broken', "bad hostarch ($bconf->{'hostarch'})");
}
# set build type
my $prptype = $bconf->{'type'};
if (!$prptype || $prptype eq 'UNDEFINED') {
# HACK force to channel if we have a channel package
$prptype = 'channel' if grep {$_->{'channel'}} values(%{$proj->{'package'} || {}});
}
if (!$prptype || $prptype eq 'UNDEFINED') {
# could still do channels/aggregates/patchinfos, but hey...
my $lastprojid = (split('/', $prpsearchpath->[-1]))[0];
return ('broken', "no build type ($lastprojid)");
}
$ctx->{'prptype'} = $prptype;
my $pdatas = $proj->{'package'} || {};
$ctx->{'packs'} = [ sort keys %$pdatas ];
# set lastcheck
if (!$gctx->{'lastcheck'}->{$prp}) {
my $oldlastcheck = BSUtil::retrieve("$gdst/:lastcheck", 1) || {};
for (keys %$oldlastcheck) {
# delete old cruft
delete $oldlastcheck->{$_} unless $pdatas->{$_};
}
$gctx->{'lastcheck'}->{$prp} = $oldlastcheck;
}
$ctx->{'lastcheck'} = $gctx->{'lastcheck'}->{$prp};
# configure meta algorithm
my $genmetaalgo = $bconf->{'buildflags:genmetaalgo'};
$genmetaalgo = $gctx->{'genmetaalgo'} unless defined $genmetaalgo;
return ('broken', 'unsupported genmetaalgo') if $genmetaalgo < 0 || $genmetaalgo > $gctx->{'maxgenmetaalgo'};
BSBuild::setgenmetaalgo($genmetaalgo);
BSSolv::setgenmetaalgo($genmetaalgo) if $gctx->{'maxgenmetaalgo'};
$ctx->{'genmetaalgo'} = $genmetaalgo;
$ctx->{'forcebinaryidmeta'} = 1 if $bconf->{'buildflags:forcebinaryidmeta'};
# check for package blacklist
if (exists $bconf->{'buildflags:excludebuild'}) {
my %excludebuild;
for (@{$bconf->{'buildflags'} || []}) {
$excludebuild{$1} = 1 if /^excludebuild:(.*)$/s;
}
$ctx->{'excludebuild'} = \%excludebuild if %excludebuild;
}
# check for package whitelist
if (exists $bconf->{'buildflags:onlybuild'}) {
my %onlybuild;
for (@{$bconf->{'buildflags'} || []}) {
$onlybuild{$1} = 1 if /^onlybuild:(.*)$/s;
}
$ctx->{'onlybuild'} = \%onlybuild if %onlybuild;
}
# sync genbuildreqs from on-disk version
my $genbuildreqs = {};
$genbuildreqs = BSUtil::retrieve("$gdst/:genbuildreqs", 1) || {} if -e "$gdst/:genbuildreqs";
$ctx->{'genbuildreqs'} = $genbuildreqs;
if (%$genbuildreqs) {
$gctx->{'genbuildreqs'}->{$prp} = $genbuildreqs;
} else {
delete $gctx->{'genbuildreqs'}->{$prp} ;
}
my $crosshostarch;
# FIXME: get it from the searchparth
if ($repo->{'hostsystem'}) {
$crosshostarch = $bconf->{'hostarch'} || $myarch;
}
# check if the crosshostarch matches our expectations
if (($repo->{'crosshostarch'} || '') ne ($crosshostarch || '')) {
delete $repo->{'crosshostarch'};
$repo->{'crosshostarch'} = $crosshostarch if $crosshostarch;
BSSched::ProjPacks::get_projpacks_postprocess_projects($gctx, $projid);
BSSched::Lookat::setchanged($gctx, $prp);
return (0, 'crosshostarch mismatch');
}
# setup host data if doing cross builds
if ($crosshostarch && $crosshostarch ne $myarch) {
if (!grep {$_ eq $crosshostarch} @{$repo->{'arch'} || []}) {
return ('broken', "host arch $crosshostarch missing in repo architectures");
}
my $prpsearchpath_host = $gctx->{'prpsearchpath_host'}->{$prp};
return (0, 'no prpsearchpath_host?') unless $prpsearchpath_host && $prpsearchpath_host->[1];
$prpsearchpath_host = $prpsearchpath_host->[1];
my $bconf_host = BSSched::ProjPacks::getconfig($gctx, $projid, $repoid, $bconf->{'hostarch'}, $prpsearchpath_host);
if (!$bconf_host) {
my $error = check_remote_repo_error($gctx, $prpsearchpath_host);
return (0, $error) if $error;
my $lastprojid = (split('/', $prpsearchpath_host->[-1]))[0];
return ('broken', "no config ($lastprojid)");
}
if ($bconf_host->{'hostarch'} && $bconf_host->{'hostarch'} ne $bconf->{'hostarch'}) {
return ('broken', "$bconf->{'hostarch'} is not native");
}
$ctx->{'prpsearchpath_host'} = $prpsearchpath_host;
$ctx->{'conf_host'} = $bconf_host;
}
# check for modulemd data
if ($pdatas->{'modulemd'} && $pdatas->{'modulemd'}->{'modulemd'}) {
my $pdata = $pdatas->{'modulemd'};
my $modulemd = $pdata->{'modulemd'};
my $dependency = BSSched::Modulemd::select_dependency($bconf, $modulemd);
return ('broken', 'cannot build this module') unless $dependency;
my $errors = BSSched::Modulemd::extend_modules($bconf, $modulemd, $dependency->{'buildrequires'} || []);
return ('broken', join(', ', @$errors)) if $errors;
my $ml = BSSched::Modulemd::calc_modularitylabel($bconf, $modulemd, $dependency->{'requires'} || []);
return ('broken', 'modularitylabel calculation failed') unless $ml;
my @ml = split(':', $ml, 4);
$ctx->{'modularity_label'} = $ml;
$ctx->{'modularity_package'} = 'modulemd';
$ctx->{'modularity_srcmd5'} = $pdata->{'srcmd5'};
$ctx->{'modularity_meta'} = Digest::MD5::md5_hex("$ml[0]:$ml[1]:$ml[3]:$pdata->{'srcmd5'}")." $ctx->{'modularity_package'}";
$ctx->{'modularity_extramacros'} = $modulemd->{'macros'} if $modulemd->{'macros'};
$ctx->{'modularity_platform'} = $bconf->{'buildflags:modulemdplatform'};
$ctx->{'modularity_distindex'} = $modulemd->{'distindex'} if $modulemd->{'distindex'};
}
return ('scheduling', undef);
}
sub wipeobsolete {
my ($ctx) = @_;
my $gctx = $ctx->{'gctx'};
my $gdst = $ctx->{'gdst'};
my $prp = $ctx->{'prp'};
my $projid = $ctx->{'project'};
my $repoid = $ctx->{'repository'};
my $projpacks = $gctx->{'projpacks'};
my $proj = $projpacks->{$projid};
my $myarch = $gctx->{'arch'};
return if $ctx->{'alllocked'}; # must not wipe anything
my $linkedbuild = $ctx->{'repo'}->{'linkedbuild'};
my $pdatas = $proj->{'package'} || {};
my $dstcache = { 'fullcache' => {}, 'bininfocache' => {} };
my $hadobsolete;
my $prjlocked = 0;
$prjlocked = BSUtil::enabled($repoid, $proj->{'lock'}, $prjlocked, $myarch) if $proj->{'lock'};
for my $packid (grep {!/^[:\.]/} ls($gdst)) {
next if $packid eq '_volatile';
my $reason;
my $pdata = $pdatas->{$packid};
if (!$pdata) {
next if $packid eq '_deltas';
next if $proj->{'missingpackages'};
$reason = 'obsolete';
} else {
if (($pdata->{'error'} || '') eq 'excluded') {
$reason = 'excluded';
} else {
if (exists($pdata->{'originproject'})) {
# package from project link
if (!$linkedbuild || ($linkedbuild ne 'localdep' && $linkedbuild ne 'all' && $linkedbuild ne 'alldirect')) {
$reason = 'excluded';
} elsif ($linkedbuild eq 'alldirect' && !grep {$_->{'project'} eq $pdata->{'originproject'}} @{$proj->{'link'}||[]}) {
$reason = 'excluded';
}
}
my %info = map {$_->{'repository'} => $_} @{$pdata->{'info'} || []};
my $info = $info{$repoid};
$reason = 'excluded' if $info && ($info->{'error'} || '') eq 'excluded';
my $releasename = $pdata->{'releasename'} || $packid;
if ($ctx->{'excludebuild'}) {
$reason = 'excluded' if $ctx->{'excludebuild'}->{$packid} || $ctx->{'excludebuild'}->{$releasename};
}
if ($ctx->{'onlybuild'}) {
$reason = 'excluded' unless $ctx->{'onlybuild'}->{$packid} || $ctx->{'onlybuild'}->{$releasename};
}
next unless $reason;
}
}
my $locked = $prjlocked;
$locked = BSUtil::enabled($repoid, $pdata->{'lock'}, $locked, $myarch) if $pdata && $pdata->{'lock'};
if ($locked) {
print " - $packid: $reason, but locked\n";
next;
}
my $allarch = $pdata ? 0 : 1; # wiping all archs?
next unless BSSched::BuildResult::wipeobsolete($gctx, $prp, $packid, $ctx->{'prpsearchpath'}, $dstcache, $reason, $allarch);
$hadobsolete = 1;
delete $ctx->{'lastcheck'}->{$packid};
BSSched::BuildJob::killbuilding($gctx, $prp, $packid);
}
BSSched::BuildResult::set_dstcache_prp($gctx, $dstcache);
if ($hadobsolete) {
$gctx->{'changed_med'}->{$prp} = 2;
BSSched::EventSource::Directory::sendrepochangeevent($gctx, $prp);
unlink("$gdst/:repodone");
}
}
sub preparehashes {
my ($pool, $prp, $prpnotready) = @_;
return $pool->preparehashes($prp, $prpnotready) if defined &BSSolv::pool::preparehashes;
# slow perl implementation
$prpnotready ||= {};
my %dep2src;
my %dep2pkg;
my %depislocal; # used in meta calculation
my %notready; # unfinished and will modify :full
my %subpacks;
for my $p ($pool->consideredpackages()) {
my $rprp = $pool->pkg2reponame($p);
my $n = $pool->pkg2name($p);
my $sn = $pool->pkg2srcname($p) || $n;
$dep2pkg{$n} = $p;
$dep2src{$n} = $sn;
if ($rprp eq $prp) {
$depislocal{$n} = 1;
} else {
$notready{$sn} = 2 if $prpnotready->{$rprp} && $prpnotready->{$rprp}->{$sn};
}
}
push @{$subpacks{$dep2src{$_}}}, $_ for keys %dep2src;
return (\%dep2pkg, \%dep2src, \%depislocal, \%notready, \%subpacks);
}
sub createpool {
my ($ctx, $bconf, $prpsearchpath, $arch) = @_;
my $pool = BSSolv::pool->new();
$pool->settype('deb') if $bconf->{'binarytype'} eq 'deb';
$pool->settype('arch') if $bconf->{'binarytype'} eq 'arch';
$pool->setmodules($bconf->{'modules'}) if $bconf->{'modules'} && defined &BSSolv::pool::setmodules;
my $delayed;
my $error;
my %missingmods;
for my $rprp (@$prpsearchpath) {
if (!$ctx->checkprpaccess($rprp)) {
$error = "repository '$rprp' is unavailable";
last;
}
my $r = $ctx->addrepo($pool, $rprp, $arch);
if (!$r) {
$delayed = 1 if defined $r;
$error = "repository '$rprp' is unavailable";
last;
}
if (defined &BSSolv::repo::missingmodules) {
my @missing = $r->missingmodules();
while (@missing) {
push @{$missingmods{$missing[0]}}, $missing[1];
splice(@missing, 0, 2);
}
}
}
if (%missingmods) {
my $msg = '';
for my $mod (sort keys %missingmods) {
my @m = sort(BSUtil::unify(@{$missingmods{$mod}}));
if (@m > 1) {
$msg .= ", $mod needs one of ".join(',', @m);
} else {
$msg .= ", $mod needs $m[0]";
}
}
$error = substr($msg, 2);
}
return ($pool, $error, $delayed) if $error;
$pool->createwhatprovides();
return ($pool);
}
sub preparepool {
my ($ctx) = @_;
my $gctx = $ctx->{'gctx'};
my $bconf = $ctx->{'conf'};
my $prp = $ctx->{'prp'};
return ('scheduling', undef) if $ctx->{'alllocked'}; # we do not need a pool
my ($pool, $error, $delayed) = createpool($ctx, $bconf, $ctx->{'prpsearchpath'});
$ctx->{'pool'} = $pool;
if ($error) {
$ctx->{'havedelayed'} = 1 if $delayed;
return ('broken', $error);
}
my $prpnotready = $gctx->{'prpnotready'};
$prpnotready = undef if ($ctx->{'repo'}->{'block'} || '') eq 'local';
($ctx->{'dep2pkg'}, $ctx->{'dep2src'}, $ctx->{'depislocal'}, $ctx->{'notready'}, $ctx->{'subpacks'}) = preparehashes($pool, $prp, $prpnotready);
if ($ctx->{'conf_host'}) {
($pool, $error, $delayed) = createpool($ctx, $ctx->{'conf_host'}, $ctx->{'prpsearchpath_host'}, $ctx->{'repo'}->{'crosshostarch'});
$ctx->{'pool_host'} = $pool;
if ($error) {
$ctx->{'havedelayed'} = 1 if $delayed;
return ('broken', $error);
}
($ctx->{'dep2pkg_host'}) = preparehashes($pool, $prp, $prpnotready);
}
return ('scheduling', undef);
}
# emulate depsort2 with depsort. This is not very fast,
# please update perl-BSSolv to get depsort2.
sub emulate_depsort2 {
my ($deps, $dep2src, $pkg2src, $cycles, @packs) = @_;
my %src2pkg = reverse(%$pkg2src);
my %pkgdeps;
my @dups;
if (keys(%src2pkg) != keys (%$pkg2src)) {
@dups = grep {$src2pkg{$pkg2src->{$_}} ne $_} reverse(keys %$pkg2src);
}
if (@dups) {
push @dups, grep {defined($_)} map {delete $src2pkg{$pkg2src->{$_}}} @dups;
@dups = sort(@dups);
print "src2pkg dups: @dups\n";
push @{$src2pkg{$pkg2src->{$_}}}, $_ for @dups;
for my $pkg (keys %$deps) {
$pkgdeps{$pkg} = [ map {ref($_) ? @$_ : $_} map { $src2pkg{$dep2src->{$_} || $_} || $dep2src->{$_} || $_} @{$deps->{$pkg}} ];
}
} else {
for my $pkg (keys %$deps) {
$pkgdeps{$pkg} = [ map { $src2pkg{$dep2src->{$_} || $_} || $dep2src->{$_} || $_} @{$deps->{$pkg}} ];
}
}
return BSSolv::depsort(\%pkgdeps, undef, $cycles, @packs);
}
sub split_hostdeps {
my ($ctx, $bconf, $info) = @_;
my $dep = $info->{'dep'} || [];
return ($dep, []) unless @$dep;
my %onlynative = map {$_ => 1} @{$bconf->{'onlynative'} || []};
my %alsonative = map {$_ => 1} @{$bconf->{'alsonative'} || []};
for (@{$info->{'onlynative'} || []}) {
if (/^!(.*)/) {
delete $onlynative{$1};
} else {
$onlynative{$_} = 1;
}
}
for (@{$info->{'alsonative'} || []}) {
if (/^!(.*)/) {
delete $alsonative{$1};
} else {
$alsonative{$_} = 1;
}
}
return ($dep, []) unless %onlynative || %alsonative;
my @hdep = grep {$onlynative{$_} || $alsonative{$_}} @$dep;
return ($dep, \@hdep) if !@hdep || !%onlynative;
return ([ grep {!$onlynative{$_}} @$dep ], \@hdep)
}
sub expandandsort {
my ($ctx) = @_;
$ctx->{'prpchecktime'} = time(); # package checking starts here
my $gctx = $ctx->{'gctx'};
my $gdst = $ctx->{'gdst'};
my $projid = $ctx->{'project'};
my $repoid = $ctx->{'repository'};
my $bconf = $ctx->{'conf'};
my $repo = $ctx->{'repo'};
my $prp = $ctx->{'prp'};
return ('scheduling', undef) if $ctx->{'alllocked'}; # all deps are empty
if ($bconf->{'expandflags:preinstallexpand'}) {
if ($gctx->{'arch'} ne 'local' || !defined($BSConfig::localarch)) {
return ('broken', 'Build::expandpreinstalls does not exist') unless defined &Build::expandpreinstalls;
my $err = Build::expandpreinstalls($bconf);
return ('broken', "unresolvable $err") if $err;
}
}
my $projpacks = $gctx->{'projpacks'};
my $proj = $projpacks->{$projid};
my $pdatas = $proj->{'package'} || {};
my %experrors;
my %pdeps;
my %pkg2src;
my %pkgdisabled;
my %havepatchinfos;
my %pkg2buildtype;
my $subpacks = $ctx->{'subpacks'};
my $cross = $ctx->{'conf_host'} ? 1 : 0;
$ctx->{'experrors'} = \%experrors;
my $packs = $ctx->{'packs'};
my $genbuildreqs_prp = $ctx->{'genbuildreqs'} || {};
for my $packid (@$packs) {
my $pdata = $pdatas->{$packid};
if ($pdata->{'error'} && $pdata->{'error'} eq 'excluded') {
$pdeps{$packid} = [];
next;
}
my $info = (grep {$_->{'repository'} eq $repoid} @{$pdata->{'info'} || []})[0];
# calculate package type
my $buildtype;
if ($pdata->{'aggregatelist'}) {
$buildtype = 'aggregate';
} elsif ($pdata->{'patchinfo'}) {
$buildtype = 'patchinfo';
} elsif ($pdata->{'channel'}) {
$buildtype = 'channel';
} elsif ($pdata->{'modulemd'}) {
$buildtype = 'modulemd';
} elsif ($info && $info->{'file'}) {
# directly implement most common types
if ($info->{'file'} =~ /\.(spec|dsc|kiwi|livebuild)$/) {
$buildtype = $1;
if ($buildtype eq 'kiwi') {
$buildtype = $info->{'imagetype'} && ($info->{'imagetype'}->[0] || '') eq 'product' ? 'kiwi-product' : 'kiwi-image';
}
} else {
$buildtype = Build::recipe2buildtype($info->{'file'}) || 'unknown';
}
} else {
$buildtype = 'unknown';
}
$pkg2buildtype{$packid} = $buildtype;
$havepatchinfos{$packid} = 1 if $buildtype eq 'patchinfo';
if (!$info || !defined($info->{'file'}) || !defined($info->{'name'})) {
if ($pdata->{'error'} && ($pdata->{'error'} eq 'disabled' || $pdata->{'error'} eq 'locked')) {
$pkgdisabled{$packid} = 1;
}
if ($info && $info->{'error'} && ($info->{'error'} eq 'disabled' || $info->{'error'} eq 'locked')) {
$pkgdisabled{$packid} = 1;
}
$pdeps{$packid} = [];
next;
}
if ($info->{'error'} && $info->{'error'} eq 'excluded') {
$pdeps{$packid} = [];
next;
}
my $releasename = $pdata->{'releasename'} || $packid;
if ($ctx->{'excludebuild'}) {
if ($ctx->{'excludebuild'}->{$packid} || $ctx->{'excludebuild'}->{$releasename}) {
$pdeps{$packid} = [];
next;
}
}
if ($ctx->{'onlybuild'}) {
if (!($ctx->{'onlybuild'}->{$packid} || $ctx->{'onlybuild'}->{$releasename})) {
$pdeps{$packid} = [];
next;
}
}
if (exists($pdata->{'originproject'})) {
# this is a package from a project link
if (!$repo->{'linkedbuild'} || ($repo->{'linkedbuild'} ne 'localdep' && $repo->{'linkedbuild'} ne 'all' && $repo->{'linkedbuild'} ne 'alldirect')) {
$pdeps{$packid} = [];
next;
} elsif ($repo->{'linkedbuild'} eq 'alldirect' && !grep {$_->{'project'} eq $pdata->{'originproject'}} @{$proj->{'link'}||[]}) {
$pdeps{$packid} = [];
next;
}
}
$pkg2src{$packid} = $info->{'name'};
if ($pdata->{'hasbuildenv'} || $info->{'hasbuildenv'}) {
$pdeps{$packid} = [];
next;
}
my @deps = @{$info->{'dep'} || []};
my $genbuildreqs = $genbuildreqs_prp->{$packid};
if ($genbuildreqs) {
my $verifymd5 = $pdata->{'verifymd5'} || $pdata->{'srcmd5'};
undef $genbuildreqs if $genbuildreqs->[2] && $genbuildreqs->[2] ne $verifymd5;
push @deps, @{$genbuildreqs->[1]} if $genbuildreqs;
}
my ($eok, @edeps);
my $handler = $handlers{$buildtype};
if ($cross && !$handler) {
my @splitdeps = split_hostdeps($ctx, $bconf, $info);
$ctx->{'split_hostdeps'}->{$packid} = \@splitdeps;
($eok, @edeps) = Build::get_sysroot($bconf, $subpacks->{$info->{'name'}}, @{$splitdeps[0]});
} else {
$handler ||= $handlers{default};
($eok, @edeps) = $handler->expand($bconf, $subpacks->{$info->{'name'}}, @deps);
}
if (!$eok) {
$experrors{$packid} = join(', ', @edeps) || '?';
@edeps = @deps;
}
$pdeps{$packid} = \@edeps;
}
$ctx->{'edeps'} = \%pdeps;
$ctx->{'experrors'} = \%experrors;
$ctx->{'pkg2buildtype'} = \%pkg2buildtype;
# now sort
print " sorting ".@$packs." packages\n";
my @cycles;
my @sccs;
delete $ctx->{'sccs'};
if (@$packs > 1) {
if (defined(&BSSolv::depsort2) && defined(&BSSolv::setdepsortsccs)) {
BSSolv::setdepsortsccs(2);
@$packs = BSSolv::depsort2(\%pdeps, $ctx->{'dep2src'}, \%pkg2src, \@cycles, @$packs);
BSSolv::setdepsortsccs(0);
if (@cycles) {
push @sccs, shift @cycles while @cycles && @{$cycles[0]};
shift @cycles;
}
$ctx->{'sccs'} = \@sccs;
} elsif (defined &BSSolv::depsort2) {
@$packs = BSSolv::depsort2(\%pdeps, $ctx->{'dep2src'}, \%pkg2src, \@cycles, @$packs);
} else {
@$packs = emulate_depsort2(\%pdeps, $ctx->{'dep2src'}, \%pkg2src, \@cycles, @$packs);
}
# print "cycle: ".join(' -> ', @$_)."\n" for @cycles;
}
if (%havepatchinfos) {
# bring patchinfos to back
my @packs_patchinfos = grep {$havepatchinfos{$_}} @$packs;
@$packs = grep {!$havepatchinfos{$_}} @$packs;
push @$packs, @packs_patchinfos;
}
# write dependency information
if (%pkgdisabled) {
# leave info of disabled packages untouched
my $olddepends = BSUtil::retrieve("$gdst/:depends", 1);
if ($olddepends) {
for (keys %pkgdisabled) {
$pdeps{$_} = $olddepends->{'pkgdeps'}->{$_} if $olddepends->{'pkgdeps'}->{$_};
$pkg2src{$_} = $olddepends->{'pkg2src'}->{$_} if $olddepends->{'pkg2src'}->{$_};
}
}
}
my %prunedsubpacks;
for (values %pkg2src) {
$prunedsubpacks{$_} = $subpacks->{$_} if $subpacks->{$_};
}
my $depends = {
'pkgdeps' => \%pdeps,
'subpacks' => \%prunedsubpacks,
'pkg2src' => \%pkg2src,
};
$depends->{'cycles'} = \@cycles if @cycles;
$depends->{'sccs'} = \@sccs if @sccs;
BSUtil::store("$gdst/.:depends", "$gdst/:depends", $depends);
%prunedsubpacks = ();
# remove old entries again
for (keys %pkgdisabled) {
$pdeps{$_} = [];
delete $pkg2src{$_};
}
$ctx->{'cycles'} = \@cycles;
$ctx->{'pkg2src'} = \%pkg2src;
return ('scheduling', undef);
}
sub calcrelsynctrigger {
my ($ctx) = @_;
my $prp = $ctx->{'prp'};
my $gctx = $ctx->{'gctx'};
my $gdst = $ctx->{'gdst'};
my $projid = $ctx->{'project'};
if ($ctx->{'conf'}->{'buildflags:norelsync'}) {
$ctx->{'relsynctrigger'} = {};
$ctx->{'relsyncmax'} = undef;
return;
}
my $relsyncmax;
my %relsynctrigger;
my $projpacks = $gctx->{'projpacks'};
my $pdatas = $projpacks->{$projid}->{'package'} || {};
if (-s "$gdst/:relsync.max") {
$relsyncmax = BSUtil::retrieve("$gdst/:relsync.max", 2);
if ($relsyncmax && -s "$gdst/:relsync") {
my $relsync = BSUtil::retrieve("$gdst/:relsync", 2);
for my $packid (sort keys %$pdatas) {
my $tag = $pdatas->{$packid}->{'bcntsynctag'} || $packid;
next unless $relsync->{$packid};
next unless $relsync->{$packid} =~ /(.*)\.(\d+)$/;
next unless defined($relsyncmax->{"$tag/$1"}) && $2 < $relsyncmax->{"$tag/$1"};
$relsynctrigger{$packid} = 1;
}
}
if (%relsynctrigger) {
# filter failed packages
for (ls("$gdst/:logfiles.fail")) {
delete $relsynctrigger{$_};
}
}
}
$ctx->{'relsynctrigger'} = \%relsynctrigger;
$ctx->{'relsyncmax'} = $relsyncmax;
}
sub prune_packstatus_finished {
my ($gdst, $building) = @_;
my $psf = readstr("$gdst/:packstatus.finished", 1);
return unless $psf;
my %dispatchdetails;
for (split("\n", $psf)) {
my ($code, $rest) = split(' ', $_, 2);
next unless $code eq 'scheduled';
my ($packid, $job, $details) = split('/', $rest, 3);
$dispatchdetails{$packid} = "$_\n" if $job && ($building->{$packid} || '') eq $job;
}
if (%dispatchdetails) {
writestr("$gdst/.:packstatus.finished", "$gdst/:packstatus.finished", join('', sort values %dispatchdetails));
} else {
unlink("$gdst/:packstatus.finished");
}
}
sub checkpkgs {
my ($ctx) = @_;
my $prp = $ctx->{'prp'};
my $gctx = $ctx->{'gctx'};
my $gdst = $ctx->{'gdst'};
my $projid = $ctx->{'project'};
my $repoid = $ctx->{'repository'};
my $myarch = $gctx->{'arch'};
my $projpacks = $gctx->{'projpacks'};
my $proj = $projpacks->{$projid};
my $pdatas = $proj->{'package'} || {};
# Step 2d: check status of all packages
print " checking packages\n";
my $projbuildenabled = 1;
$projbuildenabled = BSUtil::enabled($repoid, $projpacks->{$projid}->{'build'}, 1, $myarch) if $projpacks->{$projid}->{'build'};
my $projlocked = 0;
$projlocked = BSUtil::enabled($repoid, $projpacks->{$projid}->{'lock'}, 0, $myarch) if $projpacks->{$projid}->{'lock'};
my $prjuseforbuildenabled = 1;
$prjuseforbuildenabled = BSUtil::enabled($repoid, $projpacks->{$projid}->{'useforbuild'}, $prjuseforbuildenabled, $myarch) if $projpacks->{$projid}->{'useforbuild'};
my %packstatus;
my $oldpackstatus;
my %packerror;
my %cychash;
my %cycpass;
my $needed;
my %building;
my %unfinished;
my $notready = $ctx->{'notready'};
my $experrors = $ctx->{'experrors'};
$ctx->{'packstatus'} = \%packstatus;
$ctx->{'cychash'} = \%cychash;
$ctx->{'nharder'} = 0;
$ctx->{'building'} = \%building;
$ctx->{'unfinished'} = \%unfinished;
# now build cychash mapping packages to all other cycle members
for my $cyc (@{$ctx->{'sccs'} || $ctx->{'cycles'} || []}) {
next if @$cyc < 2; # just in case
my @c = map {@{$cychash{$_} || [ $_ ]}} @$cyc;
@c = BSUtil::unify(sort(@c));
$cychash{$_} = \@c for @c;
}
if (%cychash) {
print " cycle components:\n";
for (BSUtil::unify(sort(map {$_->[0]} values %cychash))) {
print " - @{$cychash{$_}}\n";
}
}
# copy old data over if we have missing packages
if ($projpacks->{$projid}->{'missingpackages'}) {
$gctx->{'retryevents'}->addretryevent({'type' => 'package', 'project' => $projid});
$oldpackstatus = BSUtil::retrieve("$gdst/:packstatus", 1) || {};
$oldpackstatus->{'packstatus'} ||= {};
$oldpackstatus->{'packerror'} ||= {};
for my $packid (keys %{$oldpackstatus->{'packstatus'}}) {
next if $pdatas->{$packid};
$packstatus{$packid} = $oldpackstatus->{'packstatus'}->{$packid};
$packerror{$packid} = $oldpackstatus->{'packerror'}->{$packid} if $oldpackstatus->{'packerror'}->{$packid};
}
}
my $logfiles_fail;
my @cpacks = @{$ctx->{'packs'}};
while (@cpacks) {
my $packid = shift @cpacks;