package services; # $Id$
use diagnostics;
use strict;
#-######################################################################################
#- misc imports
#-######################################################################################
use common qw(:common :functional :system :file);
use commands;
use run_program;
use my_gtk qw(:helpers :wrappers);
sub description {
my %services = (
anacron => __("Anacron a periodic command scheduler."),
apmd => __("apmd is used for monitoring batery status and logging it via syslog.
It can also be used for shutting down the machine when the battery is low."),
atd => __("Runs commands scheduled by the at command at the time specified when
at was run, and runs batch commands when the load average is low enough."),
crond => __("cron is a standard UNIX program that runs user-specified programs
at periodic scheduled times. vixie cron adds a number of features to the basic
UNIX cron, including better security and more powerful configuration options."),
gpm => __("GPM adds mouse support to text-based Linux applications such the
Midnight Commander. It also allows mouse-based console cut-and-paste operations,
and includes support for pop-up menus on the console."),
httpd => __("Apache is a World Wide Web server. It is used to serve HTML files
and CGI."),
inet => __("The internet superserver daemon (commonly called inetd) starts a
variety of other internet services as needed. It is responsible for starting
many services, including telnet, ftp, rsh, and rlogin. Disabling inetd disables
all of the services it is responsible for."),
keytable => __("This package loads the selected keyboard map as set in
/etc/sysconfig/keyboard. This can be selected using the kbdconfig utility.
You should leave this enabled for most machines."),
lpd => __("lpd is the print daemon required for lpr to work properly. It is
basically a server that arbitrates print jobs to printer(s)."),
named => __("named (BIND) is a Domain Name Server (DNS) that is used to resolve
host names to IP addresses."),
netfs => __("Mounts and unmounts all Network File System (NFS), SMB (Lan
Manager/Windows), and NCP (NetWare) mount points."),
network => __("Activates/Deactivates all network interfaces configured to start
at boot time."),
nfs => __("NFS is a popular protocol for file sharing across TCP/IP networks.
This service provides NFS server functionality, which is configured via the
/etc/exports file."),
nfslock => __("NFS is a popular protocol for file sharing across TCP/IP
networks. This service provides NFS file locking functionality."),
pcmcia => __("PCMCIA support is usually to support things like ethernet and
modems in laptops. It won't get started unless configured so it is safe to have
it installed on machines that don't need it."),
portmap => __("The portmapper manages RPC connections, which are used by
protocols such as NFS and NIS. The portmap server must be running on machines
which act as servers for protocols which make use of the RPC mechanism."),
postfix => __("Postfix is a Mail Transport Agent, which is the program that
moves mail from one machine to another."),
random => __("Saves and restores system entropy pool for higher quality random
number generation."),
routed => __("The routed daemon allows for automatic IP router table updated via
the RIP protocol. While RIP is widely used on small networks, more complex
routing protocols are needed for complex networks."),
rstatd => __("The rstat protocol allows users on a network to retrieve
performance metrics for any machine on that network."),
rusersd => __("The rusers protocol allows users on a network to identify who is
logged in on other responding machines."),
rwhod => __("The rwho protocol lets remote users get a list of all of the users
logged into a machine running the rwho daemon (similiar to finger)."),
syslog => __("Syslog is the facility by which many daemons use to log messages
to various system log files. It is a good idea to always run syslog."),
usb => __("This startup script try to load your modules for your usb mouse."),
xfs => __("Starts and stops the X Font Server at boot time and shutdown."),
);
my ($name, $prefix) = @_;
my $s = $services{$name};
if ($s) {
$s = translate($s);
} else {
($s = cat_("$prefix/etc/rc.d/init.d/$_")) =~ s/\\\s*\n#\s*//mg;
($s) = $s =~ /^# description:\s+(.*?)^(?:[^#]|# {0,2}\S)/sm;
$s =~ s/^#\s*//m;
}
$s =~ s/\n/ /gm; $s =~ s/\s+$//;
$s;
}
#- returns:
#--- the listref of installed services
#--- the listref of "on" services
sub services {
my ($prefix) = @_;
my $cmd = $prefix ? "chroot $prefix" : "";
my @l = map { [ /([^\s:]+)/, /\bon\b/ ] } grep { !/:$/ } sort `LANGUAGE=C $cmd chkconfig --list`;
[ map { $_->[0] } @l ], [ mapgrep { $_->[1], $_->[0] } @l ];
}
sub ask {
my ($in, $prefix) = @_;
my ($l, $on_services) = services($prefix);
ref($in) !~ /gtk/ || $::isInstall and return $in->ask_many_from_list("drakxservices",
_("Choose which services should be automatically started at boot time"),
{
list => $l,
help => sub { description($_, $prefix) },
values => $on_services,
sort => 1,
});
my $W = my_gtk->new(_("Resolution"));
my ($x, $y, $w_popup);
my $nopop = sub { $w_popup and $w_popup->destroy };
my $display = sub { $nopop->(); $_[0] and gtkmove(gtkshow(gtkadd($w_popup=new Gtk::Window (-popup),
gtksignal_connect(gtkadd(new Gtk::EventBox(),
gtkadd(gtkset_shadow_type(new Gtk::Frame, 'etched_out'),
gtkset_justify(new Gtk::Label($_[0]), 0))),
button_press_event => sub { $nopop->() }
))), $x, $y) };
my $update_service = sub {
my $started = -e "/var/lock/subsys/$_[0]";
my $action = $started ? "stop" : "start";
$_[1]->set($started ? _("running") : _("stopped"));
$started, $action;
};
my $strip = sub {
my $infos_old = $_[0];
my $infos;
while ($infos_old =~ s/(.{40})//) {
$1 =~ /(.*) ([^ ]*)/;
$infos .= "$1\n$2";
}
$infos .= $infos_old;
};
my $b = new Gtk::EventBox();
$b->set_events(["pointer_motion_mask"]);
gtkadd($W->{window}, gtkadd($b, gtkpack_($W->create_box_with_title(_("Services and deamons")),
1, gtkset_usize(createScrolledWindow(create_packtable({ col_spacings => 10, row_spacings => 3 },
map {
my $service = $_;
my $infos = $strip->(description($_, $prefix));
$infos ||= _("No additionnal information\nabout this service, sorry.");
my $l = new Gtk::Label();
my ($started, $action) = $update_service->($service, gtkset_justify($l, 0));
[ gtkpack__(new Gtk::HBox(0,0), $_),
gtkpack__(new Gtk::HBox(0,0), $l),
gtkpack__(new Gtk::HBox(0,0), gtksignal_connect(new Gtk::Button("Infos"), clicked => sub { $display->($infos) })),
gtkpack__(new Gtk::HBox(0,0), gtkset_active(gtksignal_connect(
new Gtk::CheckButton(_("On boot")),
clicked => sub { if ($_[0]->active) {
"@$on_services" =~ /$service/ or push(@$on_services,$service)
} else {
@$on_services = grep(!/$service/, @$on_services)
}}), "@$on_services" =~ /$service/ )),
map { my $a = $_;
gtkpack__(new Gtk::HBox(0,0), gtksignal_connect(new Gtk::Button(_($a)),
clicked => sub { my $c = "service $service " . (lc($a) eq "start" ? "restart" : lc($a)) . " 2>&1"; local $_=`$c`; s/\033\[[^mG]*[mG]//g;
($started, $action) = $update_service->($service, $l);
$display->($_);
}
)) } ("Start", "Stop")
]
}
@$l)), 500, 400),
0, gtkpack(gtkset_border_width(new Gtk::HBox(0,0),5), $W->create_okcancel)
))
);
$b->signal_connect( motion_notify_event => sub { my ($w, $e) = @_;
my ($ox, $oy) = $w->window->get_deskrelative_origin;
$x = $e->{'x'}+$ox; $y = $e->{'y'}+$oy; });
$b->signal_connect( button_press_event => sub { $nopop->()});
$::isEmbedded and Gtk->main_iteration while Gtk->events_pending;
$::isEmbedded and kill (12, $::CCPID);
$W->main or return;
($l, $on_services);
}
sub doit {
my ($in, $on_services, $prefix) = @_;
my ($l, $was_on_services) = services($prefix);
foreach (@$l) {
my $before = member($_, @$was_on_services);
my $after = member($_, @$on_services);
if ($before != $after) {
my $script = "/etc/rc.d/init.d/$_";
run_program::rooted($prefix, "chkconfig", $after ? "--add" : "--del", $_);
if ($after && cat_("$prefix$script") =~ /^#\s+chkconfig:\s+-/m) {
run_program::rooted($prefix, "chkconfig", "--level", "35", $_, "on");
}
if (!$after && $::isStandalone) {
run_program::rooted($prefix, $script, "stop");
}
}
}
}
1;
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package Xconfigurator;
use diagnostics;
use strict;
use vars qw($in $install $resolution_wanted @depths %depths @resolutions @accelservers @allservers %videomemory @ramdac_name @ramdac_id @clockchip_name @clockchip_id %keymap_translate @vsync_range %standard_monitors $intro_text $finalcomment_text $s3_comment $cirrus_comment $probeonlywarning_text $monitorintro_text $hsyncintro_text $vsyncintro_text $XF86firstchunk_text $keyboardsection_start $keyboardsection_part2 $keyboardsection_end $pointersection_text1 $pointersection_text2 $monitorsection_text1 $monitorsection_text2 $monitorsection_text3 $monitorsection_text4 $modelines_text_Trident_TG_96xx $modelines_text $devicesection_text $screensection_text1);
use pci_probing::main;
use common qw(:common :file);
use log;
use Xconfigurator_consts;
use my_gtk qw(:wrappers);
my $tmpconfig = "/tmp/Xconfig";
my ($prefix, %cards, %monitors);
1;
sub setVirtual($) {
my $vt = '';
local *C;
sysopen C, "/dev/console", 2 or die "failed to open /dev/console: $!";
ioctl(C, c::VT_GETSTATE(), $vt) or die "ioctl VT_GETSTATE failed";
ioctl(C, c::VT_ACTIVATE(), $_[0]) or die "ioctl VT_ACTIVATE failed";
ioctl(C, c::VT_WAITACTIVE(), $_[0]) or die "ioctl VT_WAITACTIVE failed";
unpack "S", $vt;
}
sub readCardsDB {
my ($file) = @_;
my ($card);
%cards and return;
local *F;
open F, $file or die "file $file not found";
my $lineno = 0; foreach (<F>) { $lineno++;
s/\s+$//;
/^#/ and next;
/^$/ and next;
/^END/ and last;
my ($cmd, $val) = /(\S+)\s*(.*)/ or log::l("bad line $lineno ($_)"), next;
my $f = $ {{
LINE => sub { push @{$card->{lines}}, $val unless $val eq "VideoRam" },
NAME => sub {
$cards{$card->{type}} = $card if $card;
$card = { type => $val };
},
SEE => sub {
my $c = $cards{$val} or die "Error in database, invalid reference $val at line $lineno";
push @{$card->{lines}}, @{$c->{lines} || []};
add2hash($card->{flags}, $c->{flags});
add2hash($card, $c);
},
CHIPSET => sub { $card->{chipset} = $val;
$card->{flags}->{needVideoRam} = 1 if member($val, qw(mgag10 mgag200 RIVA128));
},
SERVER => sub { $card->{server} = $val; },
RAMDAC => sub { $card->{ramdac} = $val; },
DACSPEED => sub { $card->{dacspeed} = $val; },
CLOCKCHIP => sub { $card->{clockchip} = $val; $card->{flags}->{noclockprobe} = 1; },
NOCLOCKPROBE => sub { $card->{flags}->{noclockprobe} = 1 },
UNSUPPORTED => sub { $card->{flags}->{unsupported} = 1 },
COMMENT => sub {},
}}{$cmd};
$f ? &$f() : log::l("unknown line $lineno ($_)");
}
push @{$cards{S3}->{lines}}, $s3_comment;
push @{$cards{'CL-GD'}->{lines}}, $cirrus_comment;
# this entry is broken in X11R6 cards db
$cards{I128}->{flags}->{noclockprobe} = 1;
}
sub readMonitorsDB {
my ($file) = @_;
%monitors and return;
local *F;
open F, $file or die "can't open monitors database ($file): $!";
my $lineno = 0; foreach (<F>) {
$lineno++;
s/\s+$//;
/^#/ and next;
/^$/ and next;
my @fields = qw(type bandwidth hsyncrange vsyncrange);
my @l = split /\s*;\s*/;
@l == @fields or log::l("bad line $lineno ($_)"), next;
my %l; @l{@fields} = @l;
$monitors{$l{type}} = \%l;
}
while (my ($k, $v) = each %standard_monitors) {
$monitors{$k} =
$monitors{$v->[0]} =
{ hsyncrange => $v->[1], vsyncrange => $v->[2] };
}
}
sub rewriteInittab {
my ($runlevel) = @_;
{
local (*F, *G);
open F, "$prefix/etc/inittab" or die "cannot open $prefix/etc/inittab: $!";
open G, "> $prefix/etc/inittab-" or die "cannot write in $prefix/etc/inittab-: $!";
foreach (<F>) {
print G /^(id:)[35](:initdefault:)\s*$/ ? "$1$runlevel$2\n" : $_; # **
}
}
unlink("$prefix/etc/inittab");
rename("$prefix/etc/inittab-", "$prefix/etc/inittab");
}
sub keepOnlyLegalModes {
my ($card) = @_;
my $mem = 1024 * ($card->{memory} || return);
while (my ($depth, $res) = each %{$card->{depth}}) {
@$res = grep { $mem >= product(@$_, $depth / 8) } @$res;
}
}
sub cardConfigurationAuto() {
my $card;
if (my ($c) = pci_probing::main::probe('video')) {
local $_;
($card->{identifier}, $_) = @$c;
$card->{type} = $1 if /Card:(.*)/;
$card->{server} = $1 if /Server:(.*)/;
}
$card;
}
sub cardConfiguration(;$$) {
my ($card, $noauto) = @_;
$card ||= {};
readCardsDB("$prefix/usr/X11R6/lib/X11/Cards");
add2hash($card, $cards{$card->{type}}) if $card->{type}; # try to get info from given type
$card->{type} = undef unless $card->{server}; # bad type as we can't find the server
add2hash($card, cardConfigurationAuto()) unless $card->{server} || $noauto;
add2hash($card, { type => $in->ask_from_list('', _("Choose a graphic card"), [keys %cards]) }) unless $card->{type} || $card->{server};
add2hash($card, $cards{$card->{type}}) if $card->{type};
add2hash($card, { vendor => "Unknown", board => "Unknown" });
$card->{prog} = "/usr/X11R6/bin/XF86_$card->{server}";
-x "$prefix$card->{prog}" or !defined $install or &$install($card->{server});
-x "$prefix$card->{prog}" or die "server $card->{server} is not available (should be in $prefix$card->{prog})";
unless ($::testing) {
unlink("$prefix/etc/X11/X");
symlink("../..$card->{prog}", "$prefix/etc/X11/X");
}
unless ($card->{type}) {
$card->{flags}->{noclockprobe} = member($card->{server}, qw(I128 S3 S3V Mach64));
}
$card->{flags}->{needVideoRam} and
$card->{memory} ||=
$videomemory{$in->ask_from_list_('',
_("Give your graphic card memory size"),
[ sort { $videomemory{$a} <=> $videomemory{$b} }
keys %videomemory])};
$card;
}
sub monitorConfiguration(;$) {
my $monitor = shift || {};
$monitor->{hsyncrange} && $monitor->{vsyncrange} and return $monitor;
readMonitorsDB(-e "MonitorsDB" ? "MonitorsDB" : "/usr/share/MonitorsDB");
add2hash($monitor, { type => $in->ask_from_list('', _("Choose a monitor"), [keys %monitors]) }) unless $monitor->{type};
add2hash($monitor, $monitors{$monitor->{type}});
add2hash($monitor, { type => "Unknown", vendor => "Unknown", model => "Unknown" });
$monitor;
}
sub testConfig($) {
my ($o) = @_;
my ($resolutions, $clocklines);
write_XF86Config($o, $tmpconfig);
local *F;
open F, "$prefix$o->{card}->{prog} :9 -probeonly -pn -xf86config $tmpconfig 2>&1 |";
foreach (<F>) {
$o->{card}->{memory} ||= $2 if /(videoram|Video RAM):\s*(\d*)/;
# look for clocks
push @$clocklines, $1 if /clocks: (.*)/ && !/(pixel |num)clocks:/;
push @$resolutions, [ $1, $2 ] if /: Mode "(\d+)x(\d+)": mode clock/;
print;
}
close F or die "X probeonly failed";
($resolutions, $clocklines);
}
sub testFinalConfig($;$) {
my ($o, $auto) = @_;
$o->{monitor}->{hsyncrange} && $o->{monitor}->{vsyncrange} or
$in->ask_warn('', _("Monitor not configured yet")), return;
$o->{card}->{server} or
$in->ask_warn('', _("Graphic card not configured yet")), return;
$o->{card}->{depth} or
$in->ask_warn('', _("Resolutions not chosen yet")), return;
rename("$prefix/etc/X11/XF86Config", "$prefix/etc/X11/XF86Config.old") || die "unable to make a backup of XF86Config" unless $::testing;
write_XF86Config($o, $::testing ? $tmpconfig : "$prefix/etc/X11/XF86Config");
$auto
or $in->ask_yesorno(_("Test configuration"), _("Do you want to test configuration?"))
or return 1;
my $pid; unless ($pid = fork) {
my @l = "X";
@l = ($o->{card}->{prog}, "-xf86config", $tmpconfig) if $::testing;
chroot $prefix if $prefix;
exec @l, ":9" or exit 1;
}
do { sleep 1; } until (c::Xtest(':0'));
# create a link from the non-prefixed /tmp/.X11-unix/X9 to the prefixed one
# that way, you can talk to :9 without doing a chroot
unlink "/tmp/.X11-unix/X9" if $prefix;
symlink "$prefix/tmp/.X11-unix/X9", "/tmp/.X11-unix/X9" if $prefix;
local *F;
open F, "|perl" or die;
print F "use lib qw(", join(' ', @INC), ");\n";
print F q{
use interactive_gtk;
use my_gtk qw(:wrappers);
$ENV{DISPLAY} = ":9";
gtkset_mousecursor(68);
gtkset_background(200, 210, 210);
my ($h, $w) = Gtk::Gdk::Window->new_foreign(Gtk::Gdk->ROOT_WINDOW)->get_size;
$my_gtk::force_position = [ $w / 3, $h / 2.4 ];
$my_gtk::force_focus = 1;
my $text = Gtk::Label->new;
my $time = 8;
Gtk->timeout_add(1000, sub {
$text->set(_("(leaving in %d seconds)", $time));
$time-- or Gtk->main_quit;
});
exit (interactive_gtk->new->ask_yesorno('', [ _("Is this ok?"), $text ], 1)
? 0 : 222);
};
my $rc = close F;
my $err = $?;
unlink "/tmp/.X11-unix/X9" if $prefix;
kill 2, $pid;
$rc || $err == 222 << 8 or $in->ask_warn('', _("An error occured, try changing some parameters"));
$rc;
}
sub autoResolutions($;$) {
my ($o, $nowarning) = @_;
my $card = $o->{card};
$nowarning || $in->ask_okcancel(_("Automatic resolutions"),
_("To find the available resolutions i will try different ones.
Your screen will blink...
You can switch if off if you want, you'll hear a beep when it's over")) or return;
# swith to virtual console 1 (hopefully not X :)
my $vt = setVirtual(1);
# Configure the modes order.
my ($ok, $best);
foreach (reverse @depths) {
local $card->{default_depth} = $_;
my ($resolutions, $clocklines) = eval { testConfig($o) };
if ($@ || !$resolutions) {
delete $card->{depth}->{$_};
} else {
$card->{clocklines} ||= $clocklines unless $card->{flags}->{noclockprobe};
$card->{depth}->{$_} = [ @$resolutions ];
}
}
# restore the virtual console
setVirtual($vt);
print "\a"; # beeeep!
}
sub autoDefaultDepth($$) {
my ($card, $resolution_wanted) = @_;
my ($wres_wanted) = split 'x', $resolution_wanted;
my ($best, $depth);
while (my ($d, $r) = each %{$card->{depth}}) {
$depth = $depth ? max($depth, $d) : $d;
# try to have $resolution_wanted
$best = $best ? max($best, $d) : $d if $r->[0][0] >= $wres_wanted;
}
$best || $depth or die "no valid modes";
}
sub chooseResolutions($$) {
my ($card, $chosen_depth) = @_;
my $W = my_gtk->new(_("Resolution"));
my %txt2depth = reverse %depths;
my $chosen_w = 9999999; # will be set by the combo callback
my ($r, $depth_combo, %w2depth, %w2h, %w2widget);
my $set_depth = sub { $depth_combo->entry->set_text(translate($depths{$chosen_depth})) };
# the set function is usefull to toggle the CheckButton with the callback being ignored
my $ignore;
my $set = sub { $ignore = 1; $_[0]->set_active(1); $ignore = 0; };
while (my ($depth, $res) = each %{$card->{depth}}) {
foreach (@$res) {
$w2h{$_->[0]} = $_->[1];
push @{$w2depth{$_->[0]}}, $depth;
}
}
while (my ($w, $h) = each %w2h) {
my $V = $w . "x" . $h;
$w2widget{$w} = $r = new Gtk::RadioButton($r ? ($V, $r) : $V);
$r->signal_connect("clicked" => sub {
$ignore and return;
$chosen_w = $w;
unless (member($chosen_depth, @{$w2depth{$w}})) {
$chosen_depth = max(@{$w2depth{$w}});
&$set_depth();
}
});
}
gtkadd($W->{window},
gtkpack_($W->create_box_with_title(_("Choose resolution and color depth")),
1, gtkpack(new Gtk::HBox(0,20),
$depth_combo = new Gtk::Combo,
gtkpack_(new Gtk::VBox(0,0),
map { 0, $w2widget{$_} } ikeys(%w2widget),
),
),
0, $W->create_okcancel,
));
$depth_combo->disable_activate;
$depth_combo->set_use_arrows_always(1);
$depth_combo->entry->set_editable(0);
$depth_combo->set_popdown_strings(map { translate($depths{$_}) } ikeys(%{$card->{depth}}));
$depth_combo->entry->signal_connect(changed => sub {
$chosen_depth = $txt2depth{untranslate($depth_combo->entry->get_text, keys %txt2depth)};
my $w = $card->{depth}->{$chosen_depth}->[0][0];
$chosen_w > $w and &$set($w2widget{$chosen_w = $w});
});
&$set_depth();
$W->main or return;
($chosen_depth, $chosen_w);
}
sub resolutionsConfiguration($$) {
my ($o, $option) = @_;
my $card = $o->{card};
my $auto = $option eq 'auto';
my $nowarning = $auto || $option eq 'nowarning';
my $noauto = $option eq 'noauto';
# For the mono and vga16 server, no further configuration is required.
return if member($card->{server}, "Mono", "VGA16");
# some of these guys hate to be poked
# if we dont know then its at the user's discretion
#my $manual ||=
# $card->{server} =~ /^(TGA|Mach32)/ ||
# $card->{name} =~ /^Riva 128/ ||
# $card->{chipset} =~ /^(RIVA128|mgag)/ ||
# $::expert;
#
#my $unknown =
# member($card->{server}, qw(S3 S3V I128 Mach64)) ||
# member($card->{type},
# "Matrox Millennium (MGA)",
# "Matrox Millennium II",
# "Matrox Millennium II AGP",
# "Matrox Mystique",
# "Matrox Mystique",
# "S3",
# "S3V",
# "I128",
# ) ||
# $card->{type} =~ /S3 ViRGE/;
#
#$unknown and $manual ||= !$in->ask_okcancel('', [ _("I can try to autodetect information about graphic card, but it may freeze :("),
# _("Do you want to try?") ]);
unless ($card->{depth}) {
$card->{depth}->{$_} = [ map { [ split "x" ] } @resolutions ]
foreach @depths;
if ($nowarning || (!$noauto && $in->ask_okcancel(_("Automatic resolutions"),
_("I can try to find the available resolutions (eg: 800x600).
Alas it can freeze sometimes
Do you want to try?")))) {
autoResolutions($o, $nowarning);
}
}
# sort resolutions in each depth
{
my $i;
@$_ = grep { first($i != $_->[0], $i = $_->[0]) }
sort { $b->[0] <=> $a->[0] } @$_
foreach values %{$card->{depth}};
}
# remove unusable resolutions (based on the video memory size)
keepOnlyLegalModes($card);
my $res = $o->{resolution_wanted} || $resolution_wanted;
my $depth = $card->{default_depth} || autoDefaultDepth($card, $res);
$auto or ($depth, $res) = chooseResolutions($card, $depth) or return;
# needed in auto mode when all has been provided by the user
$card->{depth}->{$depth} or die "you fixed an unusable depth";
# remove all biggest resolution (keep the small ones for ctl-alt-+)
# otherwise there'll be a virtual screen :(
$card->{depth}->{$depth} = [ grep { $_->[0] <= $res } @{$card->{depth}->{$depth}} ];
$card->{default_depth} = $depth;
1;
}
# * Create the XF86Config file.
sub write_XF86Config {
my ($o, $file) = @_;
my $O;
local *F;
open F, ">$file" or die "can't write XF86Config in $file: $!";
print F $XF86firstchunk_text;
# Write keyboard section.
$O = $o->{keyboard};
print F $keyboardsection_start;
print F " RightAlt ", ($O->{altmeta} ? "ModeShift" : "Meta"), "\n";
print F $keyboardsection_part2;
print F qq( XkbLayout "$O->{xkb_keymap}"\n);
print F $keyboardsection_end;
# Write pointer section.
$O = $o->{mouse};
print F $pointersection_text1;
print F qq( Protocol "$O->{xtype}"\n);
print F qq( Device "$O->{device}"\n);
# this will enable the "wheel" or "knob" functionality if the mouse supports it
print F " ZAxisMapping 4 5\n" if
member($O->{xtype}, qw(IntelliMouse IMPS/2 ThinkingMousePS/2 NetScrollPS/2 NetMousePS/2 MouseManPlusPS/2));
print F $pointersection_text2;
print F "#" unless $O->{emulate3buttons};
print F " Emulate3Buttons\n";
print F "#" unless $O->{emulate3buttons};
print F " Emulate3Timeout 50\n\n";
print F "# ChordMiddle is an option for some 3-button Logitech mice\n\n";
print F "#" unless $O->{chordmiddle};
print F " ChordMiddle\n\n";
print F " ClearDTR\n" if $O->{cleardtrrts};
print F " ClearRTS\n\n" if $O->{cleardtrrts};
print F "EndSection\n\n\n";
# Write monitor section.
$O = $o->{monitor};
print F $monitorsection_text1;
print F qq( Identifier "$O->{type}"\n);
print F qq( VendorName "$O->{vendor}"\n);
print F qq( ModelName "$O->{model}"\n);
print F "\n";
print F $monitorsection_text2;
print F qq( HorizSync $O->{hsyncrange}\n);
print F "\n";
print F $monitorsection_text3;
print F qq( VertRefresh $O->{vsyncrange}\n);
print F "\n";
print F $monitorsection_text4;
print F ($o->{card}->{type} eq "TG 96" ?
$modelines_text_Trident_TG_96xx :
$modelines_text);
print F "EndSection\n\n\n";
# Write Device section.
$O = $o->{card};
print F $devicesection_text;
print F qq(Section "Device"\n);
print F qq( Identifier "$O->{type}"\n);
print F qq( VendorName "$O->{vendor}"\n);
print F qq( BoardName "$O->{board}"\n);
print F "#" if $O->{memory} && !$O->{flags}->{needVideoRam};
print F " VideoRam $O->{memory}\n" if $O->{memory};
print F map { " $_\n" } @{$O->{lines} || []};
print F qq( Ramdac "$O->{ramdac}"\n) if $O->{ramdac};
print F qq( Dacspeed "$O->{dacspeed}"\n) if $O->{dacspeed};
if ($O->{clockchip}) {
print F qq( Clockchip "$O->{clockchip}"\n);
} else {
print F " # Clock lines\n";
print F " Clocks $_\n" foreach (@{$O->{clocklines}});
}
print F "EndSection\n\n\n";
# Write Screen sections.
print F $screensection_text1;
my $screen = sub {
my ($server, $defdepth, $device, $depths) = @_;
print F qq(
Section "Screen"
Driver "$server"
Device "$device"
Monitor "$o->{monitor}->{type}"
);
print F " DefaultColorDepth $defdepth\n" if $defdepth;
foreach (ikeys(%$depths)) {
my $m = join(" ", map { qq("$_->[0]x$_->[1]") } @{$depths->{$_}});
print F qq( Subsection "Display"\n);
print F qq( Depth $_\n) if $_;
print F qq( Modes $m\n);
print F qq( ViewPort 0 0\n);
print F qq( EndSubsection\n);
}
print F "EndSection\n";
};
# SVGA screen section.
print F qq(
# The Colour SVGA server
);
if ($O->{server} eq 'SVGA') {
&$screen("svga", $O->{default_depth}, $O->{type}, $O->{depth});
} else {
&$screen("svga", '', "Generic VGA", { 8 => [[ 320, 200 ]] });
}
&$screen("vga16", '',
(member($O->{server}, "Mono", "VGA16") ? $O->{type} : "Generic VGA"),
{ '' => [[ 640, 480 ], [ 800, 600 ]]});
&$screen("vga2", '',
(member($O->{server}, "Mono", "VGA16") ? $O->{type} : "Generic VGA"),
{ '' => [[ 640, 480 ], [ 800, 600 ]]});
&$screen("accel", $O->{default_depth}, $O->{type}, $O->{depth});
}
sub XF86check_link {
my ($void) = @_;
my $f = "$prefix/etc/X11/XF86Config";
touch($f);
my $l = "$prefix/usr/X11R6/lib/X11/XF86Config";
if (-e $l && (stat($f))[1] != (stat($l))[1]) { # compare the inode, must be the sames
-e $l and unlink($l) || die "can't remove bad $l";
symlink "../../../../etc/X11/XF86Config", $l;
}
}
# * Program entry point.
sub main {
my $o;
($prefix, $o, $in, $install) = @_;
$o ||= {};
XF86check_link();
$o->{card} = cardConfiguration($o->{card}, $::noauto);
$o->{monitor} = monitorConfiguration($o->{monitor});
my $ok = resolutionsConfiguration($o, $::auto && 'auto' || $::noauto && 'noauto' || '');
$ok &&= testFinalConfig($o, $::auto);
my $quit;
until ($ok || $quit) {
my %c = my @c = (
__("Change Monitor") => sub { $o->{monitor} = monitorConfiguration() },
__("Change Graphic card") => sub { $o->{card} = cardConfiguration('', 'noauto') },
__("Change Resolution") => sub { resolutionsConfiguration($o, 'noauto') },
__("Automaticall resolutions search") => sub {
delete $o->{card}->{depth};
resolutionsConfiguration($o, 'nowarning');
},
__("Test again") => sub { $ok = testFinalConfig($o, 1) },
__("Quit") => sub { $quit = 1 },
);
&{$c{$in->ask_from_list_('',
_("What do you want to do?"),
[ grep { !ref } @c ])}};
}
if ($ok) {
my $run = $o->{xdm} || $::auto || $in->ask_yesorno(_("X at startup"),
_("I can set up your computer to automatically start X upon booting.
Would you like X to start when you reboot?"));
rewriteInittab($run ? 5 : 3) unless $::testing;
$in->ask_warn(_("X successfully configured"),
_("Configuration file has been written. Take a look at it before running 'startx'.
Within the server press ctrl, alt and '+' simultaneously to cycle video resolutions.
Pressing ctrl, alt and backspace simultaneously immediately exits the server
For further configuration, refer to /usr/X11R6/lib/X11/doc/README.Config.")) unless $::auto;
}
}
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