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package pkgs;

use diagnostics;
use strict;
use vars qw($fd);

use common qw(:common :file);
use install_any;
use log;
use smp;
use pkgs;
use fs;
use lang;

1;


sub Package {
    my ($packages, $name) = @_;
    $packages->{$name} or log::l("unknown package $name") && undef;
}

sub select($$;$) {
    my ($packages, $p, $base) = @_;
    $p->{selected} = -1; # selected by user
    unless ($p->{deps}) {
	1;
    }
    my @l = @{$p->{deps}};
    while (@l) {
	my $n = shift @l;
	$n =~ /|/ and $n = first(split '\|', $n); #TODO better handling of choice
	my $i = Package($packages, $n) or next;
	$i->{base} ||= $base;
	$i->{deps} or log::l("missing deps for $n");
	push @l, @{$i->{deps} || []} unless $i->{selected};
	$i->{selected}++ unless $i->{selected} == -1;
    }
}
sub unselect($$) {
    my ($packages, $p) = @_;
    $p->{base} and return;
    my $set = set_new($p->{name});
    my $l = $set->{list};

    # get the list of provided packages
    foreach my $q (@$l) {
	my $i = Package($packages, $q);
	$i->{selected} && !$i->{base} or next;
	$i->{selected} = 1; # that way, its counter will be zero the first time
	set_add($set, @{$i->{provides} || []});
    }

    while (@$l) {
	my $n = shift @$l;
	my $i = Package($packages, $n);

	$i->{selected} <= 0 || $i->{base} and next;
	if (--$i->{selected} == 0) {
	    push @$l, @{$i->{deps} || []};
	}
    }

    # garbage collect for circular dependencies
    my $changed = 1;
    while ($changed) {
	$changed = 0;
      NEXT: foreach my $p (grep { $_->{selected} > 0 } values %$packages) {
	    my $set = set_new(@{$p->{provides}});
	    foreach (@{$set->{list}}) {
		my $q = Package($packages, $_);
		$q->{selected} == -1 and next NEXT;
		set_add($set, @{$q->{provides}}) if $q->{selected};
	    }
	    $p->{selected} = 0;
	    $changed = 1;
	}
    }
}
sub toggle($$) {
    my ($packages, $p) = @_;
    $p->{selected} ? unselect($packages, $p) : &select($packages, $p);
}
sub set($$$) {
    my ($packages, $p, $val) = @_;
    $val ? &select($packages, $p) : unselect($packages, $p);
}

sub psUsingDirectory() {
    my $dirname = "/tmp/rhimage/Mandrake/RPMS";
    my %packages;

    log::l("scanning $dirname for packages");
    foreach (all("$dirname")) {
	my ($name, $version, $release) = /(.*)-([^-]+)-([^-.]+)\.[^.]+\.rpm/ or log::l("skipping $_"), next;

	$packages{$name} = {
            name => $name, version => $version, release => $release,
	    file => $_, selected => 0, deps => [],
        };
    }
    \%packages;
}

sub psUsingHdlist() {
    my $f = install_any::getFile('hdlist') or die "no hdlist found";
    my %packages;

#    my ($noSeek, $end) = 0;
#    $end = sysseek F, 0, 2 or die "seek failed";
#    sysseek F, 0, 0 or die "seek failed";

    while (my $header = c::headerRead(fileno $f, 1)) {
#	 or die "error reading header at offset ", sysseek(F, 0, 1);
	my $name = c::headerGetEntry($header, 'name');

	$packages{$name} = {
             name => $name, version => c::headerGetEntry($header, 'version'), release => c::headerGetEntry($header, 'release'),
	     header => $header, selected => 0, deps => [],
        };
    }
    log::l("psUsingHdlist read " . scalar keys(%packages) . " headers");
    
    \%packages;
}

sub chop_version($) { 
    first($_[0] =~ /(.*)-[^-]+-[^-.]+/) || $_[0];
}

sub getDeps($) {
    my ($packages) = @_;

    my $f = install_any::getFile("depslist") or die "can't find dependencies list";
    foreach (<$f>) {
	my ($name, $size, @deps) = split;
	($name, @deps) = map { chop_version($_) } ($name, @deps);
	$packages->{$name} or next;
	$packages->{$name}{size} = $size;
	$packages->{$name}{deps} = \@deps;
	map { push @{$packages->{$_}{provides}}, $name if $packages->{$_} } @deps;
    }
}

sub readCompss($) {
    my ($packages) = @_;
    my (@compss, $ps, $category);

    my $f = install_any::getFile("compss") or die "can't find compss";
    foreach (<$f>) {
	/^\s*$/ || /^#/ and next;
	s/#.*//;
	my ($options, $name) = /^(\S*)\s+(.*?)\s*$/ or die "bad line in compss: $_";

	if ($name =~ /(.*):$/) {
	    push @compss, $category if $category;
	    $ps = [];
	    $category = { options => $options, name => $1, packages => $ps };
	} else {
	    my $p = $packages->{$name} or log::l("unknown package $name (in compss)"), next;
	    $p->{options} = $options;
	    push @$ps, $p;
	}
    }
    [ @compss, $category ];
}

sub setCompssSelected($$$$) {
    my ($compss, $packages, $install_class, $lang) = @_;

    my $l = substr($install_class, 0, 1);
    my $L = uc $l;

    my $verif_lang = sub {
	local $SIG{__DIE__} = 'none';
	$_[0] =~ /-([^-]*)$/;
	$1 eq $lang || eval { lang::text2lang($1) eq $lang } && !$@;
    };

    foreach my $c (@$compss) {
	$c->{show} = bool($c->{options} =~ /($l|\*)/);
	my $nb = 0;
	foreach my $p (@{$c->{packages}}) {
	    local $_ = $p->{options};
	    $p->{show} = ! (/$L/);

	    &select($packages, $p, $p->{base}), $nb++ 
	      if /$l|\*/ && (!/l/ || &$verif_lang($p->{name})) ||
		 $p->{base};
	}
	$c->{selected} = $nb;
    }
}

sub init_db {
    my ($prefix, $isUpgrade) = @_;

    my $f = "$prefix/tmp/" . ($isUpgrade ? "upgrade" : "install") . ".log";
    open(F, "> $f") ? log::l("opened $f") : log::l("Failed to open $f. No install log will be kept.");
    $fd = fileno(F) || log::fd() || 2;
    c::rpmErrorSetCallback($fd);
#    c::rpmSetVeryVerbose();
    
    log::l("reading /usr/lib/rpm/rpmrc");
    c::rpmReadConfigFiles() or die "can't read rpm config files";
    log::l("\tdone");

    $isUpgrade ? c::rpmdbRebuild($prefix) : c::rpmdbInit($prefix, 0644) or die "creation/rebuilding of rpm database failed: ", c::rpmErrorString();
}

sub getHeader($) {
    my ($p) = @_;

    unless ($p->{header}) {
	my $f = install_any::getFile($p->{file}) or die "error opening package $p->{name} (file $p->{file})";
	$p->{header} = c::rpmReadPackageHeader(fileno $f);
    }
    $p->{header};
}

sub install {
    my ($prefix, $toInstall, $isUpgrade, $force) = @_;

    c::rpmReadConfigFiles() or die "can't read rpm config files";

    my $db = c::rpmdbOpen($prefix) or die "error opening RPM database: ", c::rpmErrorString();
    log::l("opened rpm database");

    my $trans = c::rpmtransCreateSet($db, $prefix);

    my ($total, $nb);

    foreach my $p (@$toInstall) {
	$p->{installed} = 1;
	$p->{file} ||= sprintf "%s-%s-%s.%s.rpm",
	                       $p->{name}, $p->{version}, $p->{release}, 
			       c::headerGetEntry(getHeader($p), 'arch');
	c::rpmtransAddPackage($trans, getHeader($p), $p->{file}, $isUpgrade);
	$nb++;
	$total += $p->{size};
    }

    c::rpmdepOrder($trans) or c::rpmdbClose($db), c::rpmtransFree($trans), die "error ordering package list: ", c::rpmErrorString();
    c::rpmtransSetScriptFd($trans, $fd);

    eval { fs::mount("/proc", "$prefix/proc", "proc", 0) };

    log::ld("starting installation: ", $nb, " packages, ", $total, " bytes");

    # !! do not translate these messages, they are used when catched (cf install_steps_graphical)
    my $callbackOpen = sub { fileno install_any::getFile($_[0]) || log::l("bad file $_[0]") };
    my $callbackClose = sub { };
    my $callbackStart = sub { log::ld("starting installing package ", $_[0]) };
    my $callbackProgress = sub { log::ld("progressing installation ", $_[0], "/", $_[1]) };

    if (my @probs = c::rpmRunTransactions($trans, $callbackOpen, $callbackClose, 
					  $callbackStart, $callbackProgress, $force)) {
	die "installation of rpms failed:\n  ", join("\n  ", @probs);
    }
    c::rpmtransFree($trans); 
    c::rpmdbClose($db);
    log::l("rpm database closed");
}
l opt">{ my ($o, $title, $o_dir) = @_; $o->ask_fileW({ title => $title, want_a_dir => 0, directory => $o_dir }); } sub ask_fileW { my ($o, $common) = @_; $o->ask_from_entry($common->{title}, $common->{message} || N("Choose a file")); } sub ask_from_list { my ($o, $title, $message, $l, $o_def) = @_; ask_from_listf($o, $title, $message, undef, $l, $o_def); } sub ask_from_list_ { my ($o, $title, $message, $l, $o_def) = @_; ask_from_listf($o, $title, $message, \&translate, $l, $o_def); } sub ask_from_listf_ { my ($o, $title, $message, $f, $l, $o_def) = @_; ask_from_listf($o, $title, $message, sub { translate($f->(@_)) }, $l, $o_def); } sub ask_from_listf { my ($o, $title, $message, $f, $l, $o_def) = @_; ask_from_listf_raw($o, { title => $title, messages => $message }, $f, $l, $o_def); } sub ask_from_listf_raw { my ($_o, $_common, $_f, $l, $_o_def) = @_; @$l == 0 and die "ask_from_list: empty list\n" . backtrace(); @$l == 1 and return $l->[0]; goto &ask_from_listf_raw_no_check; } sub ask_from_listf_raw_no_check { my ($o, $common, $f, $l, $o_def) = @_; if (@$l <= ($::isWizard ? 1 : 2)) { my ($ok, $cancel) = map { $_ && may_apply($f, $_) } @$l; if (length "$ok$cancel" < 70) { my $ret = eval { put_in_hash($common, { ok => $ok, if_($cancel, cancel => $cancel, focus_cancel => $o_def eq $l->[1]) }); ask_from_no_check($o, $common, []) ? $l->[0] : $l->[1]; }; die if $@ && $@ !~ /^wizcancel/; return $@ ? undef : $ret; } } ask_from_no_check($o, $common, [ { val => \$o_def, type => 'list', list => $l, format => $f } ]) && $o_def; } sub ask_from_treelist { my ($o, $title, $message, $separator, $l, $o_def) = @_; ask_from_treelistf($o, $title, $message, $separator, undef, $l, $o_def); } sub ask_from_treelist_ { my ($o, $title, $message, $separator, $l, $o_def) = @_; my $transl = sub { join '|', map { translate($_) } split(quotemeta($separator), $_[0]) }; ask_from_treelistf($o, $title, $message, $separator, $transl, $l, $o_def); } sub ask_from_treelistf { my ($o, $title, $message, $separator, $f, $l, $o_def) = @_; ask_from($o, $title, $message, [ { val => \$o_def, separator => $separator, list => $l, format => $f, sort => 1 } ]) or return; $o_def; } sub ask_many_from_list { my ($o, $title, $message, @l) = @_; @l = grep { @{$_->{list}} } @l or return ''; foreach my $h (@l) { $h->{e}{$_} = { text => may_apply($h->{label}, $_), val => $h->{val} ? $h->{val}->($_) : do { my $i = $h->{value} ? $h->{value}->($_) : $h->{values} ? member($_, @{$h->{values}}) : 0; \$i; }, type => 'bool', help => may_apply($h->{help}, $_, ''), icon => may_apply($h->{icon2f}, $_, ''), } foreach @{$h->{list}}; if ($h->{sort}) { $h->{list} = [ sort { $h->{e}{$a}{text} cmp $h->{e}{$b}{text} } @{$h->{list}} ]; } } $o->ask_from($title, $message, [ map { my $h = $_; map { $h->{e}{$_} } @{$h->{list}} } @l ]) or return; @l = map { my $h = $_; [ grep { ${$h->{e}{$_}{val}} } @{$h->{list}} ]; } @l; wantarray() ? @l : $l[0]; } sub ask_from_entry { my ($o, $title, $message, %callback) = @_; first(ask_from_entries($o, $title, $message, [''], %callback)); } sub ask_from_entries { my ($o, $title, $message, $l, %callback) = @_; my @l = map { my $i = ''; { label => $_, val => \$i } } @$l; $o->ask_from_({ title => $title, messages => $message, %callback, focus_first => 1 }, \@l) or return; map { ${$_->{val}} } @l; } sub ask_from__add_modify_remove { my ($o, $title, $message, $l, %callback) = @_; die "ask_from__add_modify_remove only handles one item" if @$l != 1; $callback{$_} or internal_error("missing callback $_") foreach qw(Add Modify Remove); if ($o->can('ask_from__add_modify_removeW')) { $o->ask_from__add_modify_removeW($title, $message, $l, %callback); } else { my $e = $l->[0]; my $chosen_element; put_in_hash($e, { allow_empty_list => 1, val => \$chosen_element, type => 'list' }); while (1) { my $continue; my @l = (@$l, map { my $s = $_; { val => translate($_), clicked_may_quit => sub { my $r = $callback{$s}->($chosen_element); defined $r or return; $continue = 1; } } } N_("Add"), if_(@{$e->{list}} > 0, N_("Modify"), N_("Remove"))); $o->ask_from_({ title => $title, messages => $message, %callback }, \@l) or return; return 1 if !$continue; } } } #- can get a hash of callback: validate #- moreove if you pass a hash with a field list -> combo #- if you pass a hash with a field hidden -> emulate stty -echo sub ask_from { my ($o, $title, $message, $l, %callback) = @_; ask_from_($o, { title => $title, messages => $message, %callback }, $l); } sub _normalize_entry { my ($o, $e) = @_; if (my $li = $e->{list}) { ref($e->{val}) =~ /SCALAR|REF/ or internal_error($e->{val} ? "field {val} must be a reference (it is $e->{val})" : "field {val} is mandatory"); #-# if ($e->{sort} || @$li > 10 && !exists $e->{sort}) { my @l2 = map { may_apply($e->{format}, $_) } @$li; my @places = sort { $l2[$a] cmp $l2[$b] } 0 .. $#l2; $e->{list} = $li = [ map { $li->[$_] } @places ]; } $e->{type} = 'iconlist' if $e->{icon2f}; $e->{type} = 'treelist' if $e->{separator} && $e->{type} ne 'combo'; add2hash_($e, { not_edit => 1 }); $e->{type} ||= 'combo'; if (!$e->{not_edit}) { die q(when using "not_edit" you must use strings, not a data structure) if ref(${$e->{val}}) || any { ref $_ } @$li; } if ($e->{type} ne 'combo' || $e->{not_edit}) { ${$e->{val}} = $li->[0] if !member(may_apply($e->{format}, ${$e->{val}}), map { may_apply($e->{format}, $_) } @$li); } } elsif ($e->{type} eq 'range') { $e->{min} <= $e->{max} or die "bad range min $e->{min} > max $e->{max} (called from " . join(':', caller()) . ")"; ${$e->{val}} = max($e->{min}, min(${$e->{val}}, $e->{max})); } elsif ($e->{type} eq 'button' || $e->{clicked} || $e->{clicked_may_quit}) { $e->{type} = 'button'; $e->{clicked_may_quit} ||= $e->{clicked} ? sub { $e->{clicked}(); 0 } : sub {}; $e->{val} = \ (my $_v = $e->{val}) if !ref($e->{val}); } elsif (!$e->{type} && !$e->{val}) { $e->{type} = 'only_label'; $e->{val} = \ (my $_v = $o->adapt_markup(delete $e->{label})); } elsif ($e->{type} eq 'label' || !ref($e->{val})) { $e->{type} = 'label'; $e->{val} = \ (my $_v = $e->{val}) if !ref($e->{val}); } elsif ($e->{type} eq 'expander') { _normalize_entries($o, $e->{children}); } else { $e->{type} ||= 'entry'; } $e->{label} = $o->adapt_markup($e->{label}) if $e->{label}; } sub _normalize_entries { my ($o, $l) = @_; ref($l) eq 'ARRAY' or internal_error('ask_from_normalize'); _normalize_entry($o, $_) foreach @$l; #- do not display empty lists and one element lists @$l = grep { if ($_->{list} && $_->{not_edit} && !$_->{allow_empty_list}) { if (!@{$_->{list}}) { eval { require 'log.pm'; #- "require log" causes some pb, perl thinking that "log" is the log() function log::l("ask_from_normalize: empty list for $_->{label}\n" . backtrace()); }; } @{$_->{list}} > 1; } else { 1; } } @$l; } sub ask_from_normalize { my ($o, $common, $l) = @_; if ($common->{focus_first}) { if (my $e = find { $_->{val} } @$l) { $e->{focus} = sub { 1 }; } } _normalize_entries($o, $l); if (!$common->{title} && $::isStandalone) { ($common->{title} = $0) =~ s|.*/||; } $common->{interactive_help} ||= $o->{interactive_help}; $common->{interactive_help} ||= $common->{interactive_help_id} && $o->interactive_help_sub_get_id($common->{interactive_help_id}); $common->{advanced_label} ||= N("Advanced"); $common->{advanced_label_close} and log::l("advanced_label_close is not used anymore"); $common->{$_} = $common->{$_} ? [ map { $o->adapt_markup($_) } deref($common->{$_}) ] : [] foreach qw(messages advanced_messages); if ($common->{callbacks}) { $common->{callbacks}{changed} and internal_error(q(global "changed" callback is not handled anymore, use a per-entry changed callback)); $common->{callbacks}{focus_out} and internal_error(q(global "focus_out" callback is not handled anymore, use a per-entry focus_out callback)); add2hash($common, delete $common->{callbacks}); } if (my $complete = delete $common->{complete}) { $common->{validate} = sub { !first($complete->()) }; } add2hash_($common, { validate => sub { 1 } }); } sub migrate_advanced { my ($common, $l) = @_; my ($l1, $l2) = partition { !$_->{advanced} } @$l; my $advanced_message = join("\n", @{$common->{advanced_messages}}); [ @$l1, if_(@$l2, { type => 'expander', if_($advanced_message, message => $advanced_message), text => $common->{advanced_label}, expanded => $common->{advanced_state}, children => $l2, }) ]; } sub ask_from_ { my ($o, $common, $l) = @_; ask_from_normalize($o, $common, $l); @$l or return 1; $common->{cancel} = '' if !defined wantarray(); ask_from_real($o, $common, $l); } sub ask_from_no_check { my ($o, $common, $l) = @_; ask_from_normalize($o, $common, $l); $common->{cancel} = '' if !defined wantarray(); my $l_ = migrate_advanced($common, $l); $o->ask_fromW($common, $l_); } sub ask_from_real { my ($o, $common, $l) = @_; my $l_ = migrate_advanced($common, $l); my $v = $o->ask_fromW($common, $l_); foreach my $e (@$l) { if ($e->{type} eq 'range') { ${$e->{val}} = max($e->{min}, min(${$e->{val}}, $e->{max})); } } %$common = (); $v; } sub ask_browse_tree_info { my ($o, $title, $message, $common) = @_; $common->{interactive_help} ||= $common->{interactive_help_id} && $o->interactive_help_sub_get_id($common->{interactive_help_id}); add2hash_($common, { ok => $::isWizard ? ($::Wizard_finished ? N("Finish") : N("Next")) : N("Ok"), cancel => $::isWizard ? N("Previous") : N("Cancel") }); add2hash_($common, { title => $title, message => $message }); add2hash_($common, { grep_allowed_to_toggle => sub { @_ }, grep_unselected => sub { grep { $common->{node_state}($_) eq 'unselected' } @_ }, check_interactive_to_toggle => sub { 1 }, toggle_nodes => sub { my ($set_state, @nodes) = @_; my $new_state = !$common->{grep_unselected}($nodes[0]) ? 'selected' : 'unselected'; $set_state->($_, $new_state) foreach @nodes; }, }); $o->ask_browse_tree_info_refW($common); } sub ask_browse_tree_info_refW { #- default definition, do not use with too many items (memory consuming) my ($o, $common) = @_; my ($l, $v, $h) = ([], [], {}); $common->{build_tree}(sub { my ($node) = $common->{grep_allowed_to_toggle}(@_); if (my $state = $node && $common->{node_state}($node)) { push @$l, $node; $state eq 'selected' and push @$v, $node; $h->{$node} = $state eq 'selected'; } }, 'flat'); add2hash_($common, { list => $l, #- TODO interactivity of toggle is missing values => $v, help => sub { $common->{get_info}($_[0]) }, }); my ($new_v) = $o->ask_many_from_list($common->{title}, $common->{message}, $common) or return; $common->{toggle_nodes}(sub {}, grep { ! delete $h->{$_} } @$new_v); $common->{toggle_nodes}(sub {}, grep { $h->{$_} } keys %$h); 1; } sub wait_message { my ($o, $title, $message, $b_temp) = @_; my $inline_title = $::isInstall ? $title : ''; $inline_title ||= N("Please wait"); my $w = $o->wait_messageW($title, $inline_title, $message); push @tempory::objects, $w if $b_temp; my $b = before_leaving { $o->wait_message_endW($w) }; #- enable access through set MDK::Common::Func::add_f4before_leaving(sub { $o->wait_message_nextW($_[1], $w) }, $b, 'set'); $b; } sub wait_message_with_progress_bar { my ($in, $o_title) = @_; my $w = $in->wait_message($o_title, ''); my $last_msg; $w, sub { my ($msg, $current, $total) = @_; if ($msg) { $w->set($last_msg = $msg); } if ($total) { $w or internal_error('You must first give some text to display'); $w->set(join("\n", $last_msg, "$current / $total")); } }; } sub kill() {} sub helper_separator_tree_to_tree { my ($separator, $list, $formatted_list) = @_; my $sep = quotemeta $separator; my $tree = {}; each_index { my @l = split $sep; my $leaf = pop @l; my $node = $tree; foreach (@l) { $node = $node->{$_} ||= do { my $r = {}; push @{$node->{_order_}}, $_; $r; }; } push @{$node->{_leaves_}}, [ $leaf, $list->[$::i] ]; (); } @$formatted_list; $tree; } sub interactive_help_sub_get_id { my ($o, $id) = @_; eval { $o->interactive_help_has_id($id) } && sub { $o->interactive_help_get_id($id) }; } sub interactive_help_sub_display_id { my ($o, $id) = @_; eval { $o->interactive_help_has_id($id) } && sub { $o->ask_warn(N("Help"), $o->interactive_help_get_id($id)) }; } 1;