# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA
#
+use strict;
+use warnings;
package conf;
+
+use vars qw< $basedir $dbbase $transactlog $mailprog $buildd_domain >;
# defaults
$basedir ||= "/var/lib/debbuild";
$dbbase ||= "build-db";
if !-x $conf::mailprog;
package main;
-use strict;
use POSIX;
use FileHandle;
use File::Copy;
die "Unknown state to list: $list_state\n"
if !isin( $list_state, qw(needs-build building uploaded
built build-attempted failed installed dep-wait
- not-for-us all failed-removed
+ not-for-us auto-not-for-us all failed-removed
install-wait reupload-wait bd-uninstallable));} },
# options with args
dist =>
{ short => "O", arg => \$list_order,
code => sub {
die "Bad ordering character\n"
- if $list_order !~ /^[PSpsncbCW]+$/;
+ if $list_order !~ /^[PSpsncbCWT]+$/;
} },
message => { short => "m", arg => \$fail_reason },
# database is deprecated, use arch instead.
$dbh->begin_work or die $dbh->errstr;
-my $q = 'SELECT distribution, public, auto_dep_wait FROM distributions';
+my $q = 'SELECT distribution, public, auto_dep_wait, build_dep_resolver, suppress_successful_logs, archive FROM distributions';
my $rows = $dbh->selectall_hashref($q, 'distribution');
foreach my $name (keys %$rows) {
$distributions{$name} = {};
$distributions{$name}->{'noadw'} = 1 if !($rows->{$name}->{'auto_dep_wait'});
$distributions{$name}->{'hidden'} = 1 if !($rows->{$name}->{'public'});
+ $distributions{$name}->{'build_dep_resolver'} = $rows->{$name}->{'build_dep_resolver'} if $rows->{$name}->{'build_dep_resolver'};
+ $distributions{$name}->{'suppress_successful_logs'} = $rows->{$name}->{'suppress_successful_logs'} if $rows->{$name}->{'suppress_successful_logs'};
+ $distributions{$name}->{'archive'} = $rows->{$name}->{'archive'} if $rows->{$name}->{'archive'};
}
$q = 'SELECT alias, distribution FROM distribution_aliases';
@ARGV = ( $ARGS[0] );
my $pkgs = parse_packages(0);
@ARGV = ( $ARGS[3] );
- my $pkgs = parse_packages(1);
+ $pkgs = parse_packages(1);
@ARGV = ( $ARGS[1] );
parse_quinn_diff(0);
@ARGV = ( $ARGS[2] );
print " - extra-changelog: $pkg->{'binary_nmu_changelog'}\n" if $pkg->{'binary_nmu_changelog'} && $pkg->{'binary_nmu_version'};
print " - extra-depends: $pkg->{'extra_depends'}\n" if $pkg->{'extra_depends'};
print " - extra-conflicts: $pkg->{'extra_conflicts'}\n" if $pkg->{'extra_conflicts'};
+ print " - archive: $distributions{$distribution}->{'archive'}\n" if $distributions{$distribution}->{'archive'};
+ print " - build_dep_resolver: $distributions{$distribution}->{'build_dep_resolver'}\n" if $distributions{$distribution}->{'build_dep_resolver'};
+ print " - arch_all: $pkg->{'build_arch_all'}\n" if $pkg->{'build_arch_all'};
+ print " - suppress_successful_logs: $distributions{$distribution}->{'suppress_successful_logs'}\n" if $distributions{$distribution}->{'suppress_successful_logs'};
}
change_state( \$pkg, 'Building' );
$pkg->{'package'} = $name;
"Skipping.\n";
return;
}
- if ($distribution eq "unstable") {
+ if (!defined $distributions{$distribution}{noadw}) {
change_state( \$pkg, 'BD-Uninstallable' );
$pkg->{'bd_problem'} = "Installability of build dependencies not tested yet";
} else {
sub sort_list_func {
my $map_funcs = {
- 'C' => ['<=>', sub { return (-1) * $_[0]->{'calprio'}; }],
- 'W' => ['<=>', sub { return (-1) * $_[0]->{'state_days'}; }],
- 'P' => ['<=>', sub { return (-1) * $_[0]->{'buildpri'}; }],
+ 'C' => ['<->', sub { return $_[0]->{'calprio'}; }],
+ 'W' => ['<->', sub { return $_[0]->{'state_days'}; }],
+ 'P' => ['<->', sub { return $_[0]->{'buildpri'}; }],
'p' => ['<=>', sub { return $prioval{$_[0]->{'priority'}}; }],
's' => ['<=>', sub { return $sectval{$_[0]->{'section'}}; }],
'n' => ['cmp', sub { return $_[0]->{'package'}; }],
'c' => ['<=>', sub { return ($_[0]->{'notes'} =~ /^(out-of-date|partial)/) ? 0: ($_[0]->{'notes'} =~ /^uncompiled/) ? 2 : 1; }],
'f' => ['<=>', sub { return $catval{ $_[0]->{'failed_category'} ? $_[0]->{'failed_category'}: "none" }; }],
'S' => ['<=>', sub { return $prioval{$_[0]->{'priority'}} > $prioval{'standard'}; }],
+ 'T' => ['<->', sub { return $_[0]->{'state_time'} % 86400;} ], # Fractions of a day
};
foreach my $letter (split( //, $list_order )) {
my $r;
+ $r = &{$map_funcs->{$letter}[1]}($b) <=> &{$map_funcs->{$letter}[1]}($a) if $map_funcs->{$letter}[0] eq '<->';
$r = &{$map_funcs->{$letter}[1]}($a) <=> &{$map_funcs->{$letter}[1]}($b) if $map_funcs->{$letter}[0] eq '<=>';
$r = &{$map_funcs->{$letter}[1]}($a) cmp &{$map_funcs->{$letter}[1]}($b) if $map_funcs->{$letter}[0] eq 'cmp';
return $r if $r != 0;
my $printfmt = shift;
my $pkg = shift;
my $var = shift;
+
=pod
+
Within an format string, the following values are allowed (need to be preceded by %).
This can be combined to e.g.
wanna-build --format='wanna-build -A %a --give-back %p_%v' -A mipsel --list=failed
Text could contain further %. To start with !, use %!
=cut
+
return stringf($printfmt, (
'p' => make_fmt( $pkg->{'package'}, $pkg, $var),
'a' => make_fmt( $arch, $pkg, $var),
'failed_category' => 'Failed-Category', 'notes' => 'Notes',
'distribution' => 'Distribution', 'old_failed' => 'Old-Failed',
'permbuildpri' => 'PermBuildPri', 'rel' => 'Rel',
- 'calprio' => 'CalculatedPri', 'state_days' => 'State-Days',
+ 'calprio' => 'CalculatedPri', 'state_days' => 'State-Days', 'state_time' => 'State-Time',
'successtime' => 'Success-build-time',
'anytime' => 'Build-time',
'extra_depends' => 'Extra-Dependencies',
'extra_conflicts' => 'Extra-Conflicts',
+ 'build_arch_all' => 'Build-Arch-All',
);
foreach $name (@_) {
die "Bad state $pkg->{'state'} of package $pkg->{Package}\n"
if !isin( $pkg->{'state'},
qw(Needs-Build Building Built Build-Attempted Uploaded Installed Dep-Wait Dep-Wait-Removed
- Failed Failed-Removed Not-For-Us BD-Uninstallable
+ Failed Failed-Removed Not-For-Us BD-Uninstallable Auto-Not-For-Us
) );
}
sub get_readonly_source_info {
my $name = shift;
# SELECT FLOOR(EXTRACT('epoch' FROM age(localtimestamp, '2010-01-22 23:45')) / 86400) -- change to that?
- my $q = "SELECT rel, priority, state_change, permbuildpri, section, buildpri, failed, state, binary_nmu_changelog, bd_problem, version, package, distribution, installed_version, notes, failed_category, builder, old_failed, previous_state, binary_nmu_version, depends, extract(days from date_trunc('days', now() - state_change)) as state_days"
+ my $q = "SELECT rel, priority, state_change, permbuildpri, section, buildpri, failed, state, binary_nmu_changelog, bd_problem, version, package, distribution, installed_version, notes, failed_category, builder, old_failed, previous_state, binary_nmu_version, depends, extract(days from date_trunc('days', now() - state_change)) as state_days, floor(extract(epoch from now()) - extract(epoch from state_change)) as state_time"
. ", (SELECT max(build_time) FROM ".pkg_history_table_name()." WHERE pkg_history.package = packages.package AND pkg_history.distribution = packages.distribution AND result = 'successful') AS successtime"
. ", (SELECT max(build_time) FROM ".pkg_history_table_name()." WHERE pkg_history.package = packages.package AND pkg_history.distribution = packages.distribution ) AS anytime"
- . ", extra_depends, extra_conflicts"
+ . ", extra_depends, extra_conflicts, build_arch_all"
. " FROM " . table_name()
. ' WHERE package = ? AND distribution = ?';
my $pkg = $dbh->selectrow_hashref( $q,
sub get_source_info {
my $name = shift;
return get_readonly_source_info($name) if $simulate;
- my $pkg = $dbh->selectrow_hashref('SELECT *, extract(days from date_trunc(\'days\', now() - state_change)) as state_days FROM ' .
+ my $pkg = $dbh->selectrow_hashref('SELECT *, extract(days from date_trunc(\'days\', now() - state_change)) as state_days, floor(extract(epoch from now()) - extract(epoch from state_change)) as state_time FROM ' .
table_name() . ' WHERE package = ? AND distribution = ?' .
' FOR UPDATE',
undef, $name, $distribution);
sub get_all_source_info {
my %options = @_;
- my $q = "SELECT rel, priority, state_change, permbuildpri, section, buildpri, failed, state, binary_nmu_changelog, bd_problem, version, package, distribution, installed_version, notes, failed_category, builder, old_failed, previous_state, binary_nmu_version, depends, extract(days from date_trunc('days', now() - state_change)) as state_days"
+ my $q = "SELECT rel, priority, state_change, permbuildpri, section, buildpri, failed, state, binary_nmu_changelog, bd_problem, version, package, distribution, installed_version, notes, failed_category, builder, old_failed, previous_state, binary_nmu_version, depends, extract(days from date_trunc('days', now() - state_change)) as state_days, floor(extract(epoch from now()) - extract(epoch from state_change)) as state_time"
# . ", (SELECT max(build_time) FROM ".pkg_history_table_name()." WHERE pkg_history.package = packages.package AND pkg_history.distribution = packages.distribution AND result = 'successful') AS successtime"
# . ", (SELECT max(build_time) FROM ".pkg_history_table_name()." WHERE pkg_history.package = packages.package AND pkg_history.distribution = packages.distribution ) AS anytime"
. ", successtime.build_time as successtime, anytime.build_time as anytime, extra_depends, extra_conflicts"
or die $dbh->errstr;
}
-sub lock_table()
-{
+sub lock_table {
return if $simulate;
$dbh->do('LOCK TABLE ' . table_name() .
' IN EXCLUSIVE MODE', undef) or die $dbh->errstr;
}
-sub parse_argv() {
+sub parse_argv {
# parts the array $_[0] and $_[1] and returns the sub-array (modifies the original one)
my @ret = ();
my $args = shift;
return @ret;
}
-sub parse_all_v3() {
+sub parse_all_v3 {
my $srcs = shift;
my $vars = shift;
my $db = get_all_source_info();
foreach my $name (keys %$srcs) {
next if $name eq '_binary';
- # state = installed, out-of-date, uncompiled, not-for-us
+ # state = installed, out-of-date, uncompiled, not-for-us, auto-not-for-us
my $pkgs = $srcs->{$name};
my $pkg = $db->{$name};
unless ($pkg) {
next SRCS if $pkgs->{'status'} eq 'not-for-us';
- my $logstr = "merge-v3 $vars->{'time'} ".$name."_$pkgs->{'version'} ($vars->{'arch'}, $vars->{'suite'}):";
+ my $logstr = sprintf("merge-v3 %s %s_%s (%s, %s):", $vars->{'time'}, $name, $pkgs->{'version'}, $vars->{'arch'}, $vars->{'suite'});
# does at least one binary exist in the database and is more recent - if so, we're probably just outdated, ignore the source package
for my $bin (@{$pkgs->{'binary'}}) {
}
my $logstr = "merge-v3 $vars->{'time'} ".$name."_$pkgs->{'version'}".
($pkgs->{'binnmu'} ? ";b".$pkgs->{'binnmu'} : "").
- "($vars->{'arch'}, $vars->{'suite'}, previous: $pkg->{'version'}".
+ " ($vars->{'arch'}, $vars->{'suite'}, previous: $pkg->{'version'}".
($pkg->{'binary_nmu_version'} ? ";b".$pkg->{'binary_nmu_version'} : "").
", $pkg->{'state'}):";
next;
}
+ if ($pkgs->{'status'} eq 'auto-not-for-us') {
+ next if isin( $pkg->{'state'}, qw(Not-For-Us Failed Failed-Removed Dep-Wait Dep-Wait-Removed Auto-Not-For-Us));
+ # if the package is currently current, the status is Installed, not not-for-us
+
+ change_state( \$pkg, "Auto-Not-For-Us" );
+ log_ta( $pkg, "--merge-v3: Auto-Not-For-Us" ) unless $simulate;
+ update_source_info($pkg) unless $simulate;
+ print "$logstr set to auto-not-for-us\n" if $verbose || $simulate;
+ next SRCS;
+ }
+
# only uncompiled / out-of-date are left, so check if anything new
if (!(isin($pkgs->{'status'}, qw (uncompiled out-of-date)))) {
print "$logstr package in unknown state: $pkgs->{'status'}\n";
projects / wannabuild.git / blobdiff