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|
#!/usr/bin/perl
use lib qw(/usr/lib/libDrakX);
use strict;
use diagnostics;
use standalone; #- warning, standalone must be loaded very first, for 'explanations'
use c;
use common;
use interactive;
use detect_devices;
use harddrake::data;
use harddrake::sound;
use modules;
use Storable qw(store retrieve);
my $invert_do_it = $ARGV[0] eq 'X11' ? 1 : 0;
my ($hw_sysconfdir, $timeout) = ("/etc/sysconfig/harddrake2", $invert_do_it ? 600 : 25);
my $last_boot_config = $hw_sysconfdir."/previous_hw";
$last_boot_config .= '_X11' if $invert_do_it;
modules::mergein_conf('/etc/modules.conf');
# autoreconfigure the mouse on major kernel change:
my $prev_kernel = { getVarsFromSh("$hw_sysconfdir/kernel") }->{KERNEL};
my $curr_kernel = c::kernel_version();
$curr_kernel =~ s/(^\d+\.\d+).*/\1/;
setVarsInSh("$hw_sysconfdir/kernel", KERNEL => $curr_kernel);
if ($curr_kernel ne $prev_kernel) {
require class_discard;
require mouse;
mouse::write_conf(class_discard->new, mouse::detect(), 1);
}
if (find { $_->{driver} =~ /Card:NVIDIA/ } detect_devices::probeall()) {
if (find { -e join('', "/lib/modules/", c::kernel_version(), "/kernel/drivers/$_") } map { ("video/$_", "char/$_") } qw(NVdriver nvidia.o nvidia.o.gz nvidia.ko nvidia.ko.gz)) {
#log::explanations("switch XFree86 driver from nv to nvidia");
#substInFile { s!Driver "nv.*"!Driver "nvidia"!g; s!#*( Load.*glx)!\1!g } $_ foreach "/etc/X11/XF86Config-4", "/etc/X11/XF86Config";
} else {
log::explanations("switch XFree86 driver from nvidia to nv");
substInFile { s!Driver "nv.*"!Driver "nv"!g; s!([^#]Load.*glx)!#\1!g } $_ foreach "/etc/X11/XF86Config-4", "/etc/X11/XF86Config";
}
}
my $is_globetrotter = -f '/usr/sbin/mdkmove';
# first run ? if not read old hw config
my $previous_config = -f $last_boot_config && -s $last_boot_config ? Storable::retrieve($last_boot_config) : {};
$previous_config = $$previous_config if ref($previous_config) !~ /HASH/;
my (%config, $wait);
my $in;
my $splash = -f '/proc/splash';
# For each hw, class, detect device, compare and offer to reconfigure if needed
foreach my $hw_class (@harddrake::data::tree) {
my ($Ident, $item, $configurator, $detector, $do_it) = @$hw_class{qw(class string configurator_auto detector checked_on_boot)};
$configurator ||= $hw_class->{configurator};
next unless $do_it ^ $invert_do_it;
# No detector ? (should never happen but who know ?)
ref($detector) eq 'CODE' or next;
my %ID = map {
my $i = $_;
my $id = defined $i->{device} ? $i->{device} : join(':', map { $i->{$_} } qw(vendor id subvendor subid));
$id => $i;
} eval { &$detector };
$config{$Ident} = \%ID;
next if !$is_globetrotter && is_empty_hash_ref $previous_config; # don't fsck on first run
my $oldconfig = $previous_config->{$Ident};
my $msg;
my @was_removed = difference2([ keys %$oldconfig ], [ keys %ID ]);
if (@was_removed) {
$msg .= N("Some devices in the \"%s\" hardware class were removed:\n", $item) .
join('', map { N("- %s was removed\n", harddrake::data::custom_id($oldconfig->{$_}, $item)) } @was_removed) . "\n";
}
my @added = difference2([ keys %ID ], [ keys %$oldconfig ]);
$msg .= N("Some devices were added: %s\n", $item) if @added;
$msg .= N("- %s was added\n", harddrake::data::custom_id($ID{$_}, $item)) foreach @added;
log::explanations("removed $Ident: " . harddrake::data::custom_id($oldconfig->{$_}, $item)) foreach @was_removed;
log::explanations("added $Ident: " . harddrake::data::custom_id($oldconfig->{$_}, $item)) foreach @added;
modules::load('ohci1394') if $Ident eq 'FIREWIRE_CONTROLLER' && any { $_->{driver} eq 'ohci1394' } @added;
@added || @was_removed or next;
my @configurator_pool;
if (harddrake::data::is_removable($Ident)) {
foreach my $device (@ID{@added}) {
push @configurator_pool, harddrake::data::set_removable_configurator($Ident, $device);
};
foreach my $device (@$oldconfig{@was_removed}) {
push @configurator_pool, harddrake::data::set_removable_remover($Ident, $device);
}
} else {
@configurator_pool = $configurator;
}
if ($Ident eq "AUDIO") {
# automatic sound slots configuration
rm_rf("/etc/asound.state");
harddrake::sound::configure_sound_slots();
next;
} elsif ($Ident eq "ETHERNET") {
modules::remove_alias_regexp('^(wlan|eth)[0-9]*$');
modules::load_category('network/main|gigabit|usb|wireless');
require network::ethernet;
network::ethernet::configure_eth_aliases();
modules::write_conf();
} elsif ($Ident eq "AGP") {
# add agpgart modules to modprobe.preload if needed:
modules::write_conf();
} elsif ($Ident eq "VIDEO") {
require harddrake::autoconf;
harddrake::autoconf::xconf();
next;
}
next if $is_globetrotter && !$hw_class->{automatic};
next unless $configurator_pool[0];
if (!-x first(split /\s+/, $configurator_pool[0])) {
log::explanations(qw(skip $Ident configuration sincecannot "$configurator" isn't executable));
next;
}
my ($pid, $no, $res);
if (!$hw_class->{automatic}) {
$SIG{ALRM} = sub { $no = 1; kill 15, $pid };
unless ($pid = fork()) {
$splash and eval { output('/proc/splash', 'verbose') } and $splash = 0;
exec("/usr/share/harddrake/confirm", $Ident, $timeout, $msg);
}
alarm($timeout);
wait();
$res = $?;
alarm(0);
} else {
$res = 1;
}
if (!$no && $res) {
foreach my $configurator (@configurator_pool) {
if (fork()) {
wait();
} else {
exec("$configurator 2>/dev/null") or do {
log::explanations(qw(cannot run "$configurator"));
require POSIX;
POSIX::_exit();
};
}
}
}
if (!$hw_class->{automatic}) {
require interactive;
undef $wait;
$in ||= interactive->vnew;
$wait = $in->wait_message(N("Please wait"), N("Hardware probing in progress"));
}
}
# output new hw config
log::explanations("created file $last_boot_config");
Storable::store(\%config, $last_boot_config);
$in->exit(0) if $in;
|
