package Xconfig::resolution_and_depth; # $Id: resolution_and_depth.pm 250289 2008-12-08 09:59:02Z pixel $ use diagnostics; use strict; # perl_checker: require MDK::Common # perl_checker: require ugtk3 use common; our %depth2text = ( 8 => N_("256 colors (8 bits)"), 15 => N_("32 thousand colors (15 bits)"), 16 => N_("65 thousand colors (16 bits)"), 24 => N_("16 million colors (24 bits)"), ); our @depths_available = ikeys(%depth2text); my @bios_vga_modes = ( { bios => 769, X => 640, Y => 480, Depth => 8 }, { bios => 771, X => 800, Y => 600, Depth => 8 }, { bios => 773, X => 1024, Y => 768, Depth => 8 }, { bios => 775, X => 1280, Y => 1024, Depth => 8 }, { bios => 777, X => 1600, Y => 1200, Depth => 8 }, { bios => 784, X => 640, Y => 480, Depth => 15 }, { bios => 787, X => 800, Y => 600, Depth => 15 }, { bios => 790, X => 1024, Y => 768, Depth => 15 }, { bios => 793, X => 1280, Y => 1024, Depth => 15 }, { bios => 796, X => 1600, Y => 1200, Depth => 15 }, { bios => 785, X => 640, Y => 480, Depth => 16 }, { bios => 788, X => 800, Y => 600, Depth => 16 }, { bios => 791, X => 1024, Y => 768, Depth => 16 }, { bios => 794, X => 1280, Y => 1024, Depth => 16 }, { bios => 797, X => 1600, Y => 1200, Depth => 16 }, ); sub from_bios { my ($bios) = @_; my $bios_int = $bios =~ /^0x(.*)/ ? hex($1) : $bios; find { $_->{bios} == $bios_int } @bios_vga_modes; } sub bios_vga_modes() { @bios_vga_modes } sub XxY { &Xconfig::xfree::XxY } sub to_string { my ($resolution) = @_; $resolution or return ''; $resolution->{automatic} ? N("Automatic") . ($resolution->{Depth} ? sprintf(" (%dbpp)", $resolution->{Depth}) : '') : $resolution->{X} ? sprintf("%sx%s %dbpp", @$resolution{'X', 'Y', 'Depth'}) : 'frame-buffer'; } sub allowed { my ($card) = @_; my ($prefered_depth, @resolution_and_depth); if ($card->{Driver} eq 'fbdev' && $card->{BoardName} !~ /Poulsbo/) { @resolution_and_depth = grep { $_->{Depth} == 16 } @bios_vga_modes; } else { my @depths; if (member($card->{Driver}, qw(fglrx qxl savage))) { @depths = 24; } elsif ($card->{BoardName} eq 'NVIDIA RIVA 128') { @depths = qw(8 15 24); } elsif ($card->{use_DRI_GLX}) { $prefered_depth = 24; @depths = (16, 24); } else { @depths = our @depths_available; } my @resolutions = @Xconfig::xfree::resolutions; push @resolution_and_depth, map { my $Depth = $_; map { m/(\d+)x(\d+)/ && { X => $1, Y => $2, Depth => $Depth } } @resolutions; } @depths; } $prefered_depth, @resolution_and_depth; } # ($card->{VideoRam} || ($card->{server} eq 'FBDev' ? 2048 : 32768)) sub filter_using_VideoRam { my ($VideoRam, @resolutions) = @_; my $mem = 1024 * $VideoRam; grep { $_->{X} * $_->{Y} * $_->{Depth}/8 <= $mem } @resolutions; } sub filter_using_HorizSync_VertRefresh { my ($HorizSync, $VertRefresh, @resolutions) = @_; my $max_hsync = 1000 * max(split(/[,-]/, $HorizSync)); my ($min_vsync, $max_vsync) = (min(split(/[,-]/, $VertRefresh)), max(split(/[,-]/, $VertRefresh))); #- enforce at least 60Hz, if max_vsync > 100 (ie don't do it on LCDs which are ok with low vsync) $min_vsync = max(60, $min_vsync) if $max_vsync > 100; #- computing with {Y} which is active sync instead of total sync, but that's ok grep { $max_hsync / $_->{Y} > $min_vsync } @resolutions; } sub choose { my ($in, $default_resolution, @resolutions) = @_; my @Depths = uniq(reverse map { $_->{Depth} } @resolutions); my $resolution = $default_resolution || {}; $in->ask_from(N("Resolutions"), "", [ { val => \$resolution, type => 'list', sort => 0, list => [ (sort { $a->{X} <=> $b->{X} } @resolutions), (map { { automatic => 1, Depth => $_ } } @Depths) ], format => \&to_string, } ]) or return; $resolution; } sub choices { my ($_raw_X, $resolution_wanted, $card, $monitors) = @_; $resolution_wanted ||= {}; my ($prefered_depth, @resolutions) = allowed($card); @resolutions = filter_using_HorizSync_VertRefresh($monitors->[0]{HorizSync}, $monitors->[0]{VertRefresh}, @resolutions) if $monitors->[0]{HorizSync}; @resolutions = filter_using_VideoRam($card->{VideoRam}, @resolutions) if $card->{VideoRam}; #- sort it, so we can take the first one when we want the "best" @resolutions = sort { $b->{X} <=> $a->{X} || $b->{Y} <=> $a->{Y} || $b->{Depth} <=> $a->{Depth} } @resolutions; $_->{ratio} ||= Xconfig::xfree::resolution2ratio($_) foreach @resolutions; if ($resolution_wanted->{automatic} || !$resolution_wanted->{X} && !$monitors->[0]{HorizSync}) { return { automatic => 1, Depth => $resolution_wanted->{Depth} }, @resolutions; } if ($resolution_wanted->{X} && !$resolution_wanted->{Y}) { #- assuming ratio 4/3 $resolution_wanted->{Y} = round($resolution_wanted->{X} * 3 / 4); } elsif (!$resolution_wanted->{X}) { if ($monitors->[0]{preferred_resolution}) { put_in_hash($resolution_wanted, $monitors->[0]{preferred_resolution}); } elsif ($monitors->[0]{ModelName} =~ /^Flat Panel (\d+)x(\d+)$/) { put_in_hash($resolution_wanted, { X => $1, Y => $2 }); } else { return { automatic => 1, Depth => $resolution_wanted->{Depth} }, @resolutions; } } my @matching = grep { $_->{X} eq $resolution_wanted->{X} && $_->{Y} eq $resolution_wanted->{Y} } @resolutions; if (!@matching) { #- hard choice :-( #- first trying the greater resolution with same ratio my $ratio = $resolution_wanted->{X} / $resolution_wanted->{Y}; @matching = grep { abs($ratio - $_->{X} / $_->{Y}) < 0.01 } @resolutions; } if (!@matching) { #- really hard choice :'-( #- take the first available resolution <= the wanted resolution @matching = grep { $_->{X} < $resolution_wanted->{X} } @resolutions; } if (!@matching) { @matching = @resolutions; } my $default_resolution; foreach my $Depth ($resolution_wanted->{Depth}, $prefered_depth) { $Depth and $default_resolution ||= find { $_->{Depth} eq $Depth } @matching; } $default_resolution ||= $matching[0]; $default_resolution, @resolutions; } sub configure { my ($in, $raw_X, $card, $monitors, $b_auto, $o_resolution) = @_; my ($default_resolution, @resolutions) = choices($raw_X, $o_resolution || $raw_X->get_resolution, $card, $monitors); my $resolution; if ($b_auto) { #- use $default_resolution if ($card->{Driver} eq 'fglrx' && !$default_resolution->{automatic}) { $resolution = first(find { $default_resolution->{Y} eq $_->{Y} && $_->{Depth} == 24 } $default_resolution, @resolutions); $resolution ||= first(find { $_->{Depth} == 24 } $resolution, @resolutions); } } elsif ($in->isa('interactive::gtk')) { $resolution = choose_gtk($in, $card, $default_resolution, @resolutions) or return; } else { $resolution = choose($in, $default_resolution, @resolutions) or return; } set_resolution_($raw_X, $card, $monitors, $default_resolution, $resolution, @resolutions); } sub configure_auto_install { my ($raw_X, $card, $monitors, $old_X) = @_; my ($default_resolution, @resolutions); if ($old_X->{resolution_wanted} eq 'automatic') { $default_resolution = { automatic => 1 }; } else { my $resolution_wanted = $old_X->{resolution_wanted} && do { my ($X, $Y) = split('x', $old_X->{resolution_wanted}); { X => $X, Y => $Y, Depth => $old_X->{default_depth} }; }; ($default_resolution, @resolutions) = choices($raw_X, $resolution_wanted, $card, $monitors); $default_resolution or die "you selected an unusable depth"; } set_resolution($raw_X, $card, $monitors, $default_resolution, @resolutions); } sub set_resolution { my ($raw_X, $card, $monitors, $resolution, @other) = @_; set_resolution_($raw_X, $card, $monitors, $resolution, $resolution, @other); } sub set_resolution_ { my ($raw_X, $card, $monitors, $default_resolution, $resolution, @other) = @_; my $PreferredMode; if (!$resolution->{automatic}) { my $ratio = Xconfig::xfree::resolution2ratio($resolution, 'non-strict'); @other = uniq_ { XxY($_) } @other; @other = grep { $_->{X} < $resolution->{X} } @other; @other = filter_on_ratio($ratio, @other); set_915resolution($resolution) if is_915resolution_configured(); if (XxY($default_resolution) ne XxY($resolution)) { log::l("setting PreferredMode since wanted resolution (" . XxY($resolution) . ") differs from the default one (" . XxY($default_resolution) . ")"); $PreferredMode = XxY($resolution); } } if ($monitors->[0]{PreferredMode} ne $PreferredMode) { if ($PreferredMode) { $monitors->[0]{PreferredMode} = $PreferredMode; } else { delete $monitors->[0]{PreferredMode}; } $raw_X->set_monitors(@$monitors); } if ($card->{Driver} eq 'geode') { $card->{Options}{PanelGeometry} = XxY($resolution); Xconfig::card::to_raw_X($card, $raw_X); } set_default_background($resolution); my $resolutions = [ $resolution, @other ]; $raw_X->set_resolutions($resolutions); $resolutions; } sub set_default_background { my ($resolution) = @_; $resolution->{X} && $resolution->{Y} or do { $resolution = { X => 1024, Y => 768 }; log::l("defaulting background resolution to $resolution->{X}x$resolution->{Y}"); }; my $ratio = $resolution->{X} / $resolution->{Y}; my $dir = "$::prefix/usr/share/mga/backgrounds"; my %theme = getVarsFromSh("$::prefix/etc/sysconfig/bootsplash"); my @l = map { if (my ($X, $Y, undef, $hour) = /^\Q$theme{THEME}\E-(\d+)x(\d+)(-(.*))?.jpg$/) { { file => $_, X => $X, Y => $Y, hour => $hour }; } else { () } } all($dir); my ($best, $_other) = sort { $a->[2] <=> $b->[2] || $b->[3] <=> $a->[3] || $a->[4] <=> $b->[4]; } map { [ $_->{X}, $_->{Y}, int(abs($ratio - $_->{X} / $_->{Y}) * 100), #- we want the nearest ratio (precision .01) $_->{X} >= $resolution->{X}, #- then we don't want a resolution smaller abs($_->{X} - $resolution->{X}), #- the nearest resolution ]; } @l; my @wanted = grep { $best->[0] == $_->{X} && $best->[1] == $_->{Y} } @l; if (-e "$dir/$theme{THEME}.xml") { symlinkf "$theme{THEME}.xml", "$dir/Mageia.xml"; } foreach (@wanted) { if ($_->{hour}) { symlinkf $_->{file}, "$dir/$theme{THEME}-$_->{hour}.jpg"; } else { symlinkf $_->{file}, "$dir/default.jpg"; } } } sub is_915resolution_configured() { my $f = "$::prefix/etc/sysconfig/915resolution"; -e $f && { getVarsFromSh($f) }->{XRESO}; } sub set_915resolution { my ($resolution) = @_; my $f = "$::prefix/etc/sysconfig/915resolution"; setVarsInSh($f, { MODE => 'best', XRESO => $resolution->{X}, YRESO => $resolution->{Y}, }); run_program::rooted($::prefix, 'service', '915resolution', 'start'); } sub filter_on_ratio { my ($ratio, @l) = @_; grep { !$ratio || $_->{ratio} eq $ratio || $ratio eq '4/3' && "$_->{X}x$_->{Y}" eq '1280x1024'; } @l; } sub choose_gtk { my ($in, $card, $default_resolution, @resolutions) = @_; my $chosen_Depth = $default_resolution->{Depth}; my $chosen_res = { X => $default_resolution->{X} || 1024, Y => $default_resolution->{Y} }; my $chosen_ratio = Xconfig::xfree::resolution2ratio($chosen_res, 'non-strict') || '4/3'; my $filter_on_Depth = sub { grep { $_->{Depth} == $chosen_Depth } @_; }; my $filter_on_res = sub { grep { $_->{X} == $chosen_res->{X} && $_->{Y} == $chosen_res->{Y} } @_; }; my $automatic_resolution = { automatic => 1, text => N_("Automatic") }; $chosen_res = $default_resolution->{automatic} ? $automatic_resolution : #- $chosen_res must be one of @resolutions, so that it has a correct {ratio} field first($filter_on_res->(@resolutions)) || $resolutions[0]; require ugtk3; mygtk3->import; ugtk3->import(qw(:create :helpers :wrappers)); my $W = ugtk3->new(N("Resolution"), modal => 1); my %monitor_images_x_res = do { my @l = qw(640 800 1024 1152 1280 1400 1600 1920 2048); my %h = map { $_ => ugtk3::_find_imgfile("monitor-$_.png") } @l; #- for the other, use the biggest smaller foreach my $x_res (uniq map { $_->{X} } @resolutions) { my $x_res_ = max(grep { $_ <= $x_res } @l); $h{$x_res} ||= $h{$x_res_} || $h{640}; } %h; }; my $res2text = sub { "$_[0]{X}x$_[0]{Y}" . ($chosen_ratio || $_[0]{ratio} =~ /other/ ? '' : " ($_[0]{ratio})") }; my @matching_ratio; my $proposed_resolutions = []; my $set_proposed_resolutions = sub { my ($suggested_res) = @_; @matching_ratio = filter_on_ratio($chosen_ratio, @resolutions); gtkval_modify(\$proposed_resolutions, [ (reverse uniq_ { $res2text->($_) } @matching_ratio), $automatic_resolution, if_($chosen_ratio, { text => N_("Other") }), ]); if ($suggested_res->{automatic}) { gtkval_modify(\$chosen_res, $automatic_resolution); } elsif (!$filter_on_res->(@matching_ratio)) { my $res = $suggested_res || find { $_->{X} == $chosen_res->{X} } @matching_ratio; gtkval_modify(\$chosen_res, $res || $matching_ratio[0]); } }; $set_proposed_resolutions->($chosen_res); my $depth_combo = gtknew('ComboBox', width => 220, text_ref => \$chosen_Depth, format => sub { translate($depth2text{$_[0]}) }, list => [ uniq(reverse map { $_->{Depth} } @resolutions) ], changed => sub { my @matching_Depth = $filter_on_Depth->(@matching_ratio); if (!$filter_on_res->(@matching_Depth) && !$chosen_res->{automatic}) { gtkval_modify(\$chosen_res, $matching_Depth[0]); } }); my $pix_colors = gtknew('Image', file_ref => \$chosen_Depth, format => sub { $_[0] >= 24 ? "colors.png" : $_[0] >= 15 ? "colors16.png" : "colors8.png"; }); my $previous_res = $chosen_res; my $res_combo = gtknew('ComboBox', text_ref => \$chosen_res, format => sub { $_[0]{text} ? translate($_[0]{text}) : &$res2text }, list_ref => \$proposed_resolutions, changed => sub { if ($chosen_res->{text} eq 'Other') { undef $chosen_ratio; $set_proposed_resolutions->($previous_res); } elsif (!$chosen_res->{automatic}) { my @matching_res = $filter_on_res->(@matching_ratio); if (!$filter_on_Depth->(@matching_res)) { gtkval_modify(\$chosen_Depth, $matching_res[0]{Depth}); } } $previous_res = $chosen_res; }); my $pixmap_mo = gtknew('Image', file_ref => \$chosen_res, format => sub { my $X = $_[0]{X} || '1024'; $monitor_images_x_res{$X} or internal_error("no image for resolution $X"); }); my $help_sub = $in->interactive_help_sub_display_id('configureX_resolution'); gtkadd($W->{window}, gtkpack_($W->create_box_with_title(N("Choose the resolution and the color depth"), if_($card->{BoardName}, "(" . N("Graphics card: %s", $card->{BoardName}) . ")"), ), 1, '', 0, $pixmap_mo, 0, gtknew('HBox', children => [ 1, '', 0, gtknew('Table', col_spacings => 5, row_spacings => 5, children => [ [ $res_combo, gtknew('Label', text => "") ], [ $depth_combo, gtknew('Frame', shadow_type => 'etched_out', child => $pix_colors) ], ]), 1, '', ]), 1, '', 0, gtkadd($W->create_okcancel(N("Ok"), N("Cancel"), '', if_($help_sub, [ N("Help"), $help_sub, 1 ]))), )); $W->{ok}->grab_focus; $W->main or return; if ($chosen_res->{automatic}) { $chosen_res->{Depth} = $chosen_Depth; $chosen_res; } else { find { $_->{X} == $chosen_res->{X} && $_->{Y} == $chosen_res->{Y} && $_->{Depth} == $chosen_Depth } @resolutions; } } 1;