Je n'y connais rien en Perl voici mon fichier
/usr/lib/perl5/vendor_perl/5.8.0/i386-linux-thread-multi/URPM/Resolve.pm en piece
joint.
Merci a ceux qui peuvent de regarder si il n'y a pas un truc anormale !
Le \%packages; ligne 29 est il normal ???
Sinon je suis preuneur du fichier de quiquonc voudrat bien m'envoyer pour que je fasse
un merge,
Merci
> > impossible d'accéder au fichier hdlist de « Installation CD 1 (x86)
> > (cdrom1) »; source ignorée impossible d'accéder au fichier-liste de «
> > Installation CD 1 (x86) (cdrom1) »; source ignorée impossible d'accéder
> > au fichier hdlist de « Installation CD 2 (x86) (cdrom2) »; source ignorée
> > impossible d'accéder au fichier-liste de « Installation CD 2 (x86)
> > (cdrom2) »; source ignorée impossible d'accéder au fichier hdlist de «
> > International CD (x86) (cdrom3) »; source ignorée impossible d'accéder au
> > fichier-liste de « International CD (x86) (cdrom3) »; source ignorée
> > Can't call method "arch" on an undefined value at
> > /usr/lib/perl5/vendor_perl/5.8.0/i386-linux-thread-multi/URPM/Resolve.pm
> > line 14.
>
> ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
>^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Ça ne serait pas
> plutôt là l'erreur liée à perl?
--
--
Jean-Jacques merillon
package URPM;
use strict;
#- find candidates packages from a require string (or id),
#- take care of direct choices using | sepatator.
sub find_candidate_packages {
my ($urpm, $dep) = @_;
my %packages;
foreach (split '\|', $dep) {
if (/^\d+$/) {
my $pkg = $urpm->{depslist}[$_];
$pkg->arch eq 'src' || $pkg->is_arch_compat or next;
push @{$packages{$pkg->name}}, $pkg;
} elsif (my ($property, $name) = /^(([^\s\[]*).*)/) {
foreach (keys %{$urpm->{provides}{$name} || {}}) {
my $pkg = $urpm->{depslist}[$_];
$pkg->is_arch_compat or next;
#- check if at least one provide of the package overlap the property.
my $satisfied = 0;
foreach ($pkg->provides) {
ranges_overlap($_, $property) and ++$satisfied, last;
}
$satisfied and push @{$packages{$pkg->name}}, $pkg;
}
}
}
\%packages;
}
#- return unresolved requires of a package (a new one or a existing one).
sub unsatisfied_requires {
my ($urpm, $db, $state, $pkg, %options) = @_;
my %properties;
#- all requires should be satisfied according to selected package, or installed packages.
foreach ($pkg->requires) {
if (my ($n, $s) = /^([^\s\[]*)(?:\[\*\])?\[?([^\s\]]*\s*[^\s\]]*)/) {
#- allow filtering on a given name (to speed up some search).
! defined $options{name} || $n eq $options{name} or next;
#- avoid recomputing the same all the time.
exists $properties{$_} || $state->{installed}{$_} and next;
#- keep track if satisfied.
my $satisfied = 0;
#- check on selected package if a provide is satisfying the resolution (need to do the ops).
foreach my $sense (keys %{$state->{provided}{$n} || {}}) {
ranges_overlap($sense, $s) and ++$satisfied, last;
}
#- check on installed system a package which is not obsoleted is satisfying the require.
unless ($satisfied) {
if ($n =~ /^\//) {
$db->traverse_tag('path', [ $n ], sub {
my ($p) = @_;
exists $state->{obsoleted}{$p->fullname} and return;
$state->{ask_remove}{join '-', ($p->fullname)[0..2]} and return;
++$satisfied;
});
} else {
$db->traverse_tag('whatprovides', [ $n ], sub {
my ($p) = @_;
exists $state->{obsoleted}{$p->fullname} and return;
$state->{ask_remove}{join '-', ($p->fullname)[0..2]} and return;
foreach ($p->provides) {
$options{keep_state} or $state->{installed}{$_}{$p->fullname} = undef;
if (my ($pn, $ps) = /^([^\s\[]*)(?:\[\*\])?\[?([^\s\]]*\s*[^\s\]]*)/) {
$pn eq $n or next;
ranges_overlap($ps, $s) and ++$satisfied;
}
}
});
}
}
#- if nothing can be done, the require should be resolved.
$satisfied or $properties{$_} = undef;
}
}
keys %properties;
}
#- close ask_remove (as urpme previously) for package to be removable without error.
sub resolve_closure_ask_remove {
my ($urpm, $db, $state, $pkg, $from, $why) = @_;
my $name = join '-', ($pkg->fullname)[0..2]; #- specila name (without arch) to allow selection.
#- allow default value for 'from' to be taken.
$from ||= $name;
#- check if the package has already been asked to be removed,
#- this means only add the new reason and return.
unless ($state->{ask_remove}{$name}) {
$state->{ask_remove}{$name} = { size => $pkg->size,
closure => { $from => $why },
};
my @removes = ($pkg);
while ($pkg = shift @removes) {
#- clean state according to provided properties.
foreach ($pkg->provides) {
delete $state->{installed}{$_}{$pkg->fullname};
%{$state->{installed}{$_} || {}} or delete $state->{installed}{$_};
}
#- close what requires this property.
foreach ($pkg->provides) {
if (my ($n) = /^([^\s\[]*)/) {
$db->traverse_tag('whatrequires', [ $n ], sub {
my ($p) = @_;
if (my @l = $urpm->unsatisfied_requires($db, $state, $p, name => $n, keep_state => 1)) {
my $v = $state->{ask_remove}{join '-', ($p->fullname)[0..2]} ||= {};
#- keep track of what cause closure.
$v->{closure}{$name} = { unsatisfied => \@l };
exists $v->{size} and return;
$v->{size} = $p->size;
$p->pack_header; #- need to pack else package is no more visible...
push @removes, $p;
}
});
}
}
}
} else {
$state->{ask_remove}{$name}{closure}{$from} = $why;
}
}
#- resolve requested, keep resolution state to speed process.
#- a requested package is marked to be installed, once done, a upgrade flag or
#- installed flag is set according to needs of package.
#- other required package will have required flag set along with upgrade flag or
#- installed flag.
#- base flag should always been installed or upgraded.
#- the following options are recognized :
#- check : check requires of installed packages.
sub resolve_requested {
#- internal method to simplify code.
sub update_state_provides {
my ($state, $pkg) = @_;
foreach ($pkg->provides) {
if (my ($n, $s) = /^([^\s\[]*)(?:\[\*\])?\[?([^\s\]]*\s*[^\s\]]*)/) {
$state->{provided}{$n}{$s}{$pkg->id} = undef;
}
}
};
my ($urpm, $db, $state, $requested, %options) = @_;
my (@properties, @obsoleted, %requested, %avoided, $dep);
#- keep in mind the requested id (if given) in order to prefer these packages
#- on choices instead of anything other one.
@properties = keys %$requested;
foreach my $dep (@properties) {
@requested{split '\|', $dep} = ();
}
#- for each dep property evaluated, examine which package will be obsoleted on $db,
#- then examine provides that will be removed (which need to be satisfied by another
#- package present or by a new package to upgrade), then requires not satisfied and
#- finally conflicts that will force a new upgrade or a remove.
while (defined ($dep = shift @properties)) {
my (@chosen, %diff_provides, $pkg, $allow);
#- take the best package for each choices of same name.
my $packages = $urpm->find_candidate_packages($dep);
foreach (values %$packages) {
my ($best_requested, $best);
foreach (@$_) {
exists $state->{selected}{$_->id} and $best_requested = $_, last;
exists $avoided{$_->name} and next;
if ($best_requested || exists $requested{$_->id}) {
if ($best_requested && $best_requested != $_) {
$_->compare_pkg($best_requested) > 0 and $best_requested = $_;
} else {
$best_requested = $_;
}
} elsif ($best && $best != $_) {
$_->compare_pkg($best) > 0 and $best = $_;
} else {
$best = $_;
}
}
$_ = $best_requested || $best;
}
if (keys(%$packages) > 1) {
my (@chosen_requested_upgrade, @chosen_requested, @chosen_upgrade);
#- package should be prefered if one of their provides is referenced
#- in requested hash or package itself is requested (or required).
#- if there is no preference choose the first one (higher probability
#- of being chosen) by default and ask user.
foreach my $p (values %$packages) {
$p or next; #- this could happen if no package are suitable for this arch.
exists $state->{obsoleted}{$p->fullname} and next; #- avoid taking what is removed (incomplete).
exists $state->{selected}{$p->id} and $pkg = $p, last; #- already selected package is taken.
unless ($p->flag_upgrade || $p->flag_installed) {
#- assume for this small algorithm package to be upgradable.
$p->set_flag_upgrade;
$db->traverse_tag('name', [ $p->name ], sub {
my ($pp) = @_;
$p->set_flag_installed;
$p->flag_upgrade and $p->set_flag_upgrade($p->compare_pkg($pp) > 0);
});
}
if ($p->flag_installed) {
$p->flag_upgrade or $pkg = $p, last; #- already installed package is taken.
if (exists $requested{$p->id}) {
push @chosen_requested_upgrade, $p;
} else {
push @chosen_upgrade, $p;
}
} else {
if (exists $requested{$p->id}) {
push @chosen_requested, $p;
} else {
push @chosen, $p;
}
}
}
if (@chosen_requested_upgrade > 0 || @chosen_requested > 0) {
@chosen = @chosen_requested_upgrade > 0 ? @chosen_requested_upgrade : @chosen_requested;
} else {
@chosen_upgrade > 0 and @chosen = @chosen_upgrade;
}
} else {
@chosen = values %$packages;
}
#- packages that requires locales-xxx and the corresponding locales is already installed
#- should be prefered over packages that requires locales not installed.
my (@chosen_good_locales, @chosen_bad_locales, @chosen_other);
foreach (@chosen) {
$_ or next;
my $good_locales;
if (my ($specific_locales) = grep { /locales-/ && ! /locales-en/ } $_->requires_nosense) {
if ((grep { $urpm->{depslist}[$_]->flag_available } keys %{$urpm->{provides}{$specific_locales}}) > 0 ||
$db->traverse_tag('name', [ $specific_locales ], undef) > 0) {
push @chosen_good_locales, $_;
} else {
push @chosen_bad_locales, $_;
}
} else {
push @chosen_other, $_;
}
}
#- sort package in order to have best ones first (this means good locales, no locales, bad locales).
@chosen = ((sort { $a->id <=> $b->id } @chosen_good_locales),
(sort { $a->id <=> $b->id } @chosen_other),
(sort { $a->id <=> $b->id } @chosen_bad_locales));
if (!$pkg && $options{callback_choices} && @chosen > 1) {
$pkg = $options{callback_choices}->($urpm, $db, $state, \@chosen);
$pkg or next; #- callback may decide to not continue (or state is already updated).
}
$pkg ||= $chosen[0];
!$pkg || $pkg->flag_selected || exists $state->{selected}{$pkg->id} and next;
if ($pkg->arch eq 'src') {
$pkg->set_flag_upgrade;
} else {
unless ($pkg->flag_upgrade || $pkg->flag_installed) {
#- assume for this small algorithm package to be upgradable.
$pkg->set_flag_upgrade;
$db->traverse_tag('name', [ $pkg->name ], sub {
my ($p) = @_;
$pkg->set_flag_installed; #- there is at least one package installed (whatever its version).
$pkg->flag_upgrade and $pkg->set_flag_upgrade($pkg->compare_pkg($p) > 0);
});
}
if ($pkg->flag_installed && !$pkg->flag_upgrade) {
#- the same or a more recent package is installed,
#- but this package may be required explicitely, in such
#- case we can ask to remove all the previous one and
#- choose this one to install.
$db->traverse_tag('name', [ $pkg->name ], sub {
my ($p) = @_;
if ($pkg->compare_pkg($p) < 0) {
$allow or update_state_provides($state, $pkg);
$allow = ++$state->{oldpackage};
$options{keep_state} or
$urpm->resolve_closure_ask_remove($db, $state, $p, $pkg->id,
{ old_requested => 1 });
}
});
#- if nothing has been removed, just ignore it.
$allow or next;
}
}
#- keep in mind the package has be selected, remove the entry in requested input hasj,
#- this means required dependencies have undef value in selected hash.
#- requested flag is set only for requested package where value is not false.
$state->{selected}{$pkg->id} = delete $requested->{$dep};
#- mark package of this name to be avoided if possible.
$avoided{$pkg->name} = undef;
$options{no_flag_update} or
$state->{selected}{$pkg->id} ? $pkg->set_flag_requested : $pkg->set_flag_required;
#- check if package is not already installed before trying to use it, compute
#- obsoleted package too. this is valable only for non source package.
if ($pkg->arch ne 'src') {
#- keep in mind the provides of this package, so that future requires can be satisfied
#- with this package potentially.
$allow or update_state_provides($state, $pkg);
foreach ($pkg->name." < ".$pkg->epoch.":".$pkg->version."-".$pkg->release, $pkg->obsoletes) {
if (my ($n, $o, $v) = /^([^\s\[]*)(?:\[\*\])?\s*\[?([^\s\]]*)\s*([^\s\]]*)/) {
$db->traverse_tag('name', [ $n ], sub {
my ($p) = @_;
!$o || eval($p->compare($v) . $o . 0) or return;
if ($options{keep_state}) {
push @obsoleted, exists $state->{obsoleted}{$p->fullname} ?
[ $p->fullname, $pkg->id ] : $p->fullname;
}
$state->{obsoleted}{$p->fullname}{$pkg->id} = undef;
foreach ($p->provides) {
#- clean installed property.
if (my ($ip) = $state->{installed}{$_}) {
delete $ip->{$p->fullname};
%$ip or delete $state->{installed}{$_};
}
#- check differential provides between obsoleted package and newer one.
if (my ($pn, $ps) = /^([^\s\[]*)(?:\[\*\])?\[?([^\s\]]*\s*[^\s\]]*)/) {
($state->{provided}{$pn} || {})->{$ps} or $diff_provides{$pn} = undef;
}
}
});
}
}
foreach my $n (keys %diff_provides) {
$db->traverse_tag('whatrequires', [ $n ], sub {
my ($p) = @_;
if (my @l = $urpm->unsatisfied_requires($db, $state, $p)) {
#- try if upgrading the package will be satisfying all the requires
#- else it will be necessary to ask the user for removing it.
my $packages = $urpm->find_candidate_packages($p->name);
my $best = join '|', map { $_->id }
grep { $urpm->unsatisfied_requires($db, $state, $_, name => $n) == 0 }
@{$packages->{$p->name}};
if (length $best) {
push @properties, $best;
} else {
#- no package have been found, we may need to remove the package examined unless
#- there exists a package that provided the unsatisfied requires.
my @best;
foreach (@l) {
$packages = $urpm->find_candidate_packages($_);
$best = join('|', map { $_->id } map { @{$_ || []} } values %$packages);
$best and push @best, $best;
}
if (@best == @l) {
push @properties, @best;
} else {
$options{keep_state} or
$urpm->resolve_closure_ask_remove($db, $state, $p, $pkg->id,
{ unsatisfied => \@l });
}
}
}
});
}
}
#- all requires should be satisfied according to selected package, or installed packages.
push @properties, $urpm->unsatisfied_requires($db, $state, $pkg);
#- keep in mind what is requiring each item (for unselect to work).
foreach ($pkg->requires_nosense) {
$state->{whatrequires}{$_}{$pkg->id} = undef;
}
#- examine conflicts, an existing package conflicting with this selection should
#- be upgraded to a new version which will be safe, else it should be removed.
foreach ($pkg->conflicts) {
if (my ($file) = /^(\/[^\s\[]*)/) {
$db->traverse_tag('path', [ $file ], sub {
my ($p) = @_;
#- all these packages should be removed.
$options{keep_state} or
$urpm->resolve_closure_ask_remove($db, $state, $p, $pkg->id,
{ conflicts => $file });
});
} elsif (my ($property, $name) = /^(([^\s\[]*).*)/) {
$db->traverse_tag('whatprovides', [ $name ], sub {
my ($p) = @_;
if (grep { ranges_overlap($_, $property) } $p->provides) {
#- the existing package will conflicts with selection, check if a newer
#- version will be ok, else ask to remove the old.
my $packages = $urpm->find_candidate_packages($p->name);
my $best = join '|', map { $_->id }
grep { ! grep { ranges_overlap($_, $property) } $_->provides }
@{$packages->{$p->name}};
if (length $best) {
push @properties, $best;
} else {
#- no package have been found, we need to remove the package examined.
$options{keep_state} or
$urpm->resolve_closure_ask_remove($db, $state, $p, $pkg->id,
{ conflicts => $property });
}
}
});
}
}
#- we need to check a selected package is not selected.
#- if true, it should be unselected.
unless ($options{keep_state}) {
foreach (keys %{$urpm->{provides}{$pkg->name} || {}}) {
my $p = $urpm->{depslist}[$_];
$p != $pkg && $p->name eq $pkg->name && ($p->flag_selected || exists $state->{selected}{$p->id}) or next;
$state->{ask_unselect}{$pkg->id}{$p->id} = undef;
}
}
#- examine if an existing package does not conflicts with this one.
$db->traverse_tag('whatconflicts', [ $pkg->name ], sub {
my ($p) = @_;
foreach my $property ($p->conflicts) {
if (grep { ranges_overlap($_, $property) } $pkg->provides) {
#- all these packages should be removed.
$options{keep_state} or
$urpm->resolve_closure_ask_remove($db, $state, $p, $pkg->id,
{ conflicts => $property });
}
}
});
}
if ($options{keep_state}) {
#- clear state provided according to selection done.
foreach (keys %{$state->{selected} || {}}) {
my $pkg = $urpm->{depslist}[$_];
foreach ($pkg->provides) {
if (my ($n, $s) = /^([^\s\[]*)(?:\[\*\])?\[?([^\s\]]*\s*[^\s\]]*)/) {
delete $state->{provided}{$n}{$s}{$pkg->id};
%{$state->{provided}{$n}{$s}} or delete $state->{provided}{$n}{$s};
}
}
}
#- clear state obsoleted according to saved obsoleted.
foreach (@obsoleted) {
if (ref $_) {
exists $state->{obsoleted}{$_->[0]} and delete $state->{obsoleted}{$_->[0]}{$_->[1]};
} else {
delete $state->{obsoleted}{$_};
}
}
} else {
#- obsoleted packages are no longer marked as being asked to be removed.
delete @{$state->{ask_remove}}{map { /(.*)\.[^\.]*$/ && $1 } keys %{$state->{obsoleted}}};
}
#- return requested if not empty.
%$requested && $requested;
}
#- do the opposite of the above, unselect a package and extend
#- to any package not requested that is no more needed by
#- any other package.
sub resolve_unrequested {
my ($urpm, $db, $state, $unrequested, %options) = @_;
my (@unrequested, %unrequested, $id);
#- keep in mind unrequested package in order to allow unselection
#- of requested package.
@unrequested = keys %$unrequested;
@unrequested{@unrequested} = ();
#- iterate over package needing unrequested one.
while (defined($id = shift @unrequested)) {
my (%diff_provides, @clean_closure_ask_remove, $name);
my $pkg = $urpm->{depslist}[$id];
$pkg->flag_selected || exists $state->{unselected}{$pkg->id} or next;
#- the package being examined has to be unselected.
$options{no_flag_update} or
$pkg->set_flag_requested(0), $pkg->set_flag_required(0);
$state->{unselected}{$pkg->id} = undef;
#- state should be cleaned by any reference to it.
foreach ($pkg->provides) {
$diff_provides{$_} = undef;
if (my ($n, $s) = /^([^\s\[]*)(?:\[\*\])?\[?([^\s\]]*\s*[^\s\]]*)/) {
delete $state->{provided}{$n}{$s}{$pkg->id};
%{$state->{provided}{$n}{$s}} or delete $state->{provided}{$n}{$s};
}
}
foreach ($pkg->name, $pkg->obsoletes_nosense) {
$db->traverse_tag('name', [ $_ ], sub {
my ($p) = @_;
if ($state->{obsoleted}{$p->fullname} && exists $state->{obsoleted}{$p->fullname}{$pkg->id}) {
#- found an obsoleted package, clean state.
delete $state->{obsoleted}{$p->fullname}{$pkg->id};
#- if this package has been obsoleted only by this one being unselected
#- compute diff_provides to found potentially requiring packages.
unless (%{$state->{obsoleted}{$p->fullname}}) {
delete $state->{obsoleted}{$p->fullname};
delete @diff_provides{$p->provides};
}
}
});
}
foreach (keys %{$state->{ask_remove}}) {
exists $state->{ask_remove}{$_}{closure}{$pkg->id} or next;
delete $state->{ask_remove}{$_}{closure}{$pkg->id};
unless (%{$state->{ask_remove}{$_}{closure}}) {
delete $state->{ask_remove}{$_};
push @clean_closure_ask_remove, $_;
}
}
while ($name = shift @clean_closure_ask_remove) {
foreach (keys %{$state->{ask_remove}}) {
exists $state->{ask_remove}{$_}{closure}{$name} or next;
delete $state->{ask_remove}{$_}{closure}{$name};
unless (%{$state->{ask_remove}{$_}{closure}}) {
delete $state->{ask_remove}{$_};
push @clean_closure_ask_remove, $_;
}
}
}
delete $state->{ask_unselect}{$pkg->id};
#- determine package that requires properties no more available, so that they need to be
#- unselected too.
foreach (keys %diff_provides) {
if (my ($n) = /^([^\s\[]*)/) {
$db->traverse_tag('whatrequires', [ $n ], sub {
my ($p) = @_;
if ($urpm->unsatisfied_requires($db, $state, $p, name => $n)) {
#- the package has broken dependencies, but it is already installed.
#- we can remove it (well this is problably not normal).
#TODO
$urpm->resolve_closure_ask_remove($db, $state, $p, $pkg->id,
{ unrequested => 1 });
}
});
#- check a whatrequires on selected packages directly.
foreach (keys %{$state->{whatrequires}{$n} || {}}) {
my $p = $urpm->{depslist}[$_];
$p->flag_selected || exists $state->{unselected}{$p->id} or next;
if ($urpm->unsatisfied_requires($db, $state, $p, name => $n)) {
#- this package has broken dependencies, but it is installed.
#- just add it to unrequested.
exists $unrequested{$p->id} or push @unrequested, $p->id;
$unrequested{$p->id} = undef;
}
}
}
}
#- determine among requires of this package if there is a package not requested but
#- no more required.
#TODO
}
#- return unrequested if not empty.
%$unrequested && $unrequested;
}
#- compute installed flags for all package in depslist.
sub compute_installed_flags {
my ($urpm, $db) = @_;
my %sizes;
#- first pass to initialize flags installed and upgrade for all package.
foreach (@{$urpm->{depslist}}) {
$_->flag_upgrade || $_->flag_installed or $_->set_flag_upgrade;
}
#- second pass to set installed flag and clean upgrade flag according to installed packages.
$db->traverse(sub {
my ($p) = @_;
#- keep mind of sizes of each packages.
$sizes{$p->name} += $p->size;
#- compute flags.
foreach (keys %{$urpm->{provides}{$p->name} || {}}) {
my $pkg = $urpm->{depslist}[$_];
$pkg->name eq $p->name or next;
#- compute only installed and upgrade flags.
$pkg->set_flag_installed; #- there is at least one package installed (whatever its version).
$pkg->flag_upgrade and $pkg->set_flag_upgrade($pkg->compare_pkg($p) > 0);
}
});
\%sizes;
}
#- select packages to upgrade, according to package already registered.
#- by default, only takes best package and its obsoleted and compute
#- all installed or upgrade flag.
sub request_packages_to_upgrade {
my ($urpm, $db, $state, $requested, %options) = @_;
my (%provides, %names, %skip, %requested, %obsoletes, @obsoleters);
#- build direct access to best package according to name.
foreach my $pkg (@{$urpm->{depslist}}) {
defined $options{start} && $pkg->id < $options{start} and next;
defined $options{end} && $pkg->id > $options{end} and next;
if ($pkg->is_arch_compat) {
foreach ($pkg->provides) {
if (my ($n, $evr) = /^([^\s\[]*)(?:\[\*\])?\[?=+\s*([^\s\]]*)/) {
if ($provides{$n}) {
foreach ($provides{$n}->provides) {
if (my ($pn, $pevr) = /^([^\s\[]*)(?:\[\*\])?\[?=+\s*([^\s\]]*)/) {
$pn eq $n or next;
if (ranges_overlap("< $evr", "== $pevr")) {
#- this package looks like too old ?
$provides{$n}->name ne $pkg->name and $skip{$provides{$n}->name} = undef;
$provides{$n} = $pkg;
}
last;
}
}
} else {
$provides{$n} = $pkg;
}
}
}
my $p = $names{$pkg->name};
if ($p) {
if ($pkg->compare_pkg($p) > 0) {
$names{$pkg->name} = $pkg;
}
} else {
$names{$pkg->name} = $pkg;
}
}
}
#- clean direct access, a package in names should have
#- check consistency with obsoletes of eligible package.
#- it is important not to select a package wich obsolete
#- an old one.
foreach my $pkg (values %names) {
foreach ($pkg->obsoletes) {
if (my ($n, $o, $v) = /^([^\s\[]*)(?:\[\*\])?\[?([^\s\]]*)\s*([^\s\]]*)/) {
if ($names{$n} && (!$o || eval($names{$n}->compare($v) . $o . 0))) {
#- an existing best package is obsoleted by another one.
$skip{$n} = undef;
}
push @{$obsoletes{$n}}, $pkg;
}
}
}
#- ignore skipped packages.
delete @names{keys %skip};
#- now we can examine all existing packages to find packages to upgrade.
$db->traverse(sub {
my ($p) = @_;
#- first try with package using the same name.
#- this will avoid selecting all packages obsoleting an old one.
if (my $pkg = $names{$p->name}) {
unless ($pkg->flag_upgrade || $pkg->flag_installed) {
$pkg->set_flag_installed; #- there is at least one package installed (whatever its version).
$pkg->set_flag_upgrade;
}
$pkg->flag_upgrade and $pkg->set_flag_upgrade($pkg->compare_pkg($p) > 0);
#- keep in mind the package is requested.
if ($pkg->flag_upgrade) {
$requested{$p->name} = undef;
} else {
delete $names{$p->name};
}
}
#- check provides of existing package to see if a obsolete
#- may allow selecting it.
foreach my $property ($p->provides) {
#- only real provides should be taken into account, this means internal obsoletes
#- should be avoided.
unless (grep { ranges_overlap($property, $_) } $p->obsoletes) {
if (my ($n) = $property =~ /^([^\s\[]*)/) {
foreach my $pkg (@{$obsoletes{$n} || []}) {
next if $pkg->name eq $p->name || $p->name ne $n || !$names{$pkg->name};
foreach ($pkg->obsoletes) {
if (ranges_overlap($property, $_)) {
#- the package being examined can be obsoleted.
#- do not set installed and provides flags.
push @obsoleters, $pkg;
return;
}
}
}
}
}
}
});
#- examine all obsoleters packages, compute installer and upgrade flag if needed.
foreach my $pkg (@obsoleters) {
next if !$names{$pkg->name};
unless ($pkg->flag_upgrade || $pkg->flag_installed) {
#- assume for this small algorithm package to be upgradable.
$pkg->set_flag_upgrade;
$db->traverse_tag('name', [ $pkg->name ], sub {
my ($p) = @_;
$pkg->set_flag_installed; #- there is at least one package installed (whatever its version).
$pkg->flag_upgrade and $pkg->set_flag_upgrade($pkg->compare_pkg($p) > 0);
});
}
if ($pkg->flag_installed && !$pkg->flag_upgrade) {
delete $names{$pkg->name};
} else {
$requested{$pkg->name} = undef;
}
}
#- examine all packages which may be conflicting, it a package conflicts, it should not be requested.
my @names = map { $_->name." == ".$_->epoch.":".$_->version."-".$_->release } values %names;
my @pkgs = values %names;
foreach my $pkg (@pkgs) {
exists $requested{$pkg->name} or next;
foreach my $conflict ($pkg->conflicts) {
delete @names{map { /(\S*)/ && $1 } grep { ranges_overlap($conflict, $_) } @names};
}
}
#- examine all packages potentially selectable.
foreach my $pkg (values %names) {
exists $requested{$pkg->name} and $requested->{$pkg->id} = $options{requested};
}
$requested;
}
1;
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