+sub printindexline {
+ my ( $input, $no_results, $opts ) = @_;
+
+ my $index_line;
+ if ($no_results > $opts->{number}) {
+
+ $index_line = prevlink( $input, $opts)." | ".
+ indexline( $input, $opts, $no_results)." | ".
+ nextlink( $input, $opts, $no_results);
+
+ print "<p style=\"text-align:center\">$index_line</p>";
+ }
+}
+
+sub multipageheader {
+ my ( $input, $no_results, $opts ) = @_;
+
+ my ($start, $end);
+ if ($opts->{number} =~ /^all$/i) {
+ $start = 1;
+ $end = $no_results;
+ $opts->{number} = $no_results;
+ $opts->{number_all}++;
+ } else {
+ $start = Packages::Search::start( $opts );
+ $end = Packages::Search::end( $opts );
+ if ($end > $no_results) { $end = $no_results; }
+ }
+
+ print "<p>Found <em>$no_results</em> matching packages,";
+ if ($end == $start) {
+ print " displaying package $end.</p>";
+ } else {
+ print " displaying packages $start to $end.</p>";
+ }
+
+ printindexline( $input, $no_results, $opts );
+
+ if ($no_results > 100) {
+ print "<p>Results per page: ";
+ my @resperpagelinks;
+ for (50, 100, 200) {
+ if ($opts->{number} == $_) {
+ push @resperpagelinks, $_;
+ } else {
+ push @resperpagelinks, resperpagelink($input,$opts,$_);
+ }
+ }
+ if ($opts->{number_all}) {
+ push @resperpagelinks, "all";
+ } else {
+ push @resperpagelinks, resperpagelink($input, $opts, "all");
+ }
+ print join( " | ", @resperpagelinks )."</p>";
+ }
+ return ( $start, $end );
+}
+
+sub read_entry_all {
+ my ($hash, $key, $results, $non_results, $opts) = @_;
+ my $result = $hash->{$key} || '';
+ foreach (split /\000/o, $result) {
+ my @data = split ( /\s/o, $_, 8 );
+ debug( "Considering entry ".join( ':', @data), 2);
+ if ($opts->{h_archives}{$data[0]} && $opts->{h_suites}{$data[1]}
+ && ($opts->{h_archs}{$data[2]} || $data[2] eq 'all'
+ || $data[2] eq 'virtual')
+ && ($opts->{h_sections}{$data[3]} || $data[3] eq '-')) {
+ debug( "Using entry ".join( ':', @data), 2);
+ push @$results, [ $key, @data ];
+ } else {
+ push @$non_results, [ $key, @data ];
+ }
+ }
+}
+sub read_entry {
+ my ($hash, $key, $results, $opts) = @_;
+ my @non_results;
+ read_entry_all( $hash, $key, $results, \@non_results, $opts );
+}
+sub read_entry_simple {
+ my ($hash, $key, $archives, $suite) = @_;
+ my $result = $hash->{$key} || '';
+ my @data_fuzzy;
+ foreach (split /\000/o, $result) {
+ my @data = split ( /\s/o, $_, 8 );
+ debug( "Considering entry ".join( ':', @data), 2);
+ if ($data[1] eq $suite) {
+ if ($archives->{$data[0]}) {
+ debug( "Using entry ".join( ':', @data), 2);
+ return \@data;
+ } elsif ($data[0] eq 'us') {
+ debug( "Fuzzy entry ".join( ':', @data), 2);
+ @data_fuzzy = @data;
+ }
+ }
+ }
+ return \@data_fuzzy;
+}
+sub read_src_entry_all {
+ my ($hash, $key, $results, $non_results, $opts) = @_;
+ my $result = $hash->{$key} || '';
+ foreach (split /\000/o, $result) {
+ my @data = split ( /\s/o, $_, 6 );
+ debug( "Considering entry ".join( ':', @data), 2);
+ if ($opts->{h_archives}{$data[0]}
+ && $opts->{h_suites}{$data[1]}
+ && $opts->{h_sections}{$data[2]}) {
+ debug( "Using entry ".join( ':', @data), 2);
+ push @$results, [ $key, @data ];
+ } else {
+ push @$non_results, [ $key, @data ];
+ }
+ }
+}
+sub read_src_entry {
+ my ($hash, $key, $results, $opts) = @_;
+ my @non_results;
+ read_src_entry_all( $hash, $key, $results, \@non_results, $opts );
+}
+sub do_names_search {
+ my ($keyword, $packages, $postfixes, $read_entry, $opts) = @_;
+ my @results;
+
+ $keyword = lc $keyword unless $opts->{case_bool};
+
+ if ($opts->{exact}) {
+ &$read_entry( $packages, $keyword, \@results, $opts );
+ } else {
+ my ($key, $prefixes) = ($keyword, '');
+ my %pkgs;
+ $postfixes->seq( $key, $prefixes, R_CURSOR );
+ while (index($key, $keyword) >= 0) {
+ if ($prefixes =~ /^\001(\d+)/o) {
+ $too_many_hits += $1;
+ } else {
+ foreach (split /\000/o, $prefixes) {
+ $_ = '' if $_ eq '^';
+ debug( "add word $_$key", 2);
+ $pkgs{$_.$key}++;
+ }
+ }
+ last if $postfixes->seq( $key, $prefixes, R_NEXT ) != 0;
+ last if $too_many_hits or keys %pkgs >= 100;
+ }
+
+ my $no_results = keys %pkgs;
+ if ($too_many_hits || ($no_results >= 100)) {
+ $too_many_hits += $no_results;
+ %pkgs = ( $keyword => 1 );
+ }
+ foreach my $pkg (sort keys %pkgs) {
+ &$read_entry( $packages, $pkg, \@results, $opts );
+ }
+ }
+ return \@results;
+}
+sub do_fulltext_search {
+ my ($keyword, $file, $did2pkg, $packages, $read_entry, $opts) = @_;
+ my @results;
+
+ my @lines;
+ my $regex;
+ if ($opts->{case_bool}) {
+ if ($opts->{exact}) {
+ $regex = qr/\b\Q$keyword\E\b/o;
+ } else {
+ $regex = qr/\Q$keyword\E/o;
+ }
+ } else {
+ if ($opts->{exact}) {
+ $regex = qr/\b\Q$keyword\E\b/io;
+ } else {
+ $regex = qr/\Q$keyword\E/io;
+ }
+ }
+
+ open DESC, '<', "$file"
+ or die "couldn't open $file: $!";
+ while (<DESC>) {
+ $_ =~ $regex or next;
+ debug( "Matched line $.", 2);
+ push @lines, $.;
+ }
+ close DESC;
+
+ my %tmp_results;
+ foreach my $l (@lines) {
+ my $result = $did2pkg->{$l};
+ foreach (split /\000/o, $result) {
+ my @data = split /\s/, $_, 3;
+ next unless $opts->{h_archs}{$data[2]};
+ $tmp_results{$data[0]}++;
+ }
+ }
+ foreach my $pkg (keys %tmp_results) {
+ &$read_entry( $packages, $pkg, \@results, $opts );
+ }
+ return \@results;
+}
+
+sub find_binaries {
+ my ($pkg, $archive, $suite, $src2bin) = @_;
+
+ my $bins = $src2bin->{$pkg} || '';
+ my %bins;
+ foreach (split /\000/o, $bins) {
+ my @data = split /\s/, $_, 5;
+
+ debug( "find_binaries: considering @data", 3 );
+ if (($data[0] eq $archive)
+ && ($data[1] eq $suite)) {
+ $bins{$data[2]}++;
+ debug( "find_binaries: using @data", 3 );
+ }
+ }
+
+ return [ keys %bins ];
+}
+