package install2;
use diagnostics;
use strict;
use Data::Dumper;
use vars qw($o $version);
#-######################################################################################
#- misc imports
#-######################################################################################
use common qw(:common :file :system :functional);
use install_any qw(:all);
use log;
use commands;
use network;
use lang;
use keyboard;
use mouse;
use fs;
use raid;
use fsedit;
use devices;
use partition_table qw(:types);
use modules;
use detect_devices;
use run_program;
use install_steps;
$::VERSION = "7.1";
#-$::corporate=1;
#-######################################################################################
#- Steps table
#-######################################################################################
my (%installSteps, @orderedInstallSteps);
{
my @installStepsFields = qw(text redoable onError hidden needs);
#entered reachable toBeDone next done;
my @installSteps = (
selectLanguage => [ __("Choose your language"), 1, 1, '' ],
selectInstallClass => [ __("Select installation class"), 1, 1, '' ],
setupSCSI => [ __("Hard drive detection"), 1, 0, '' ],
selectMouse => [ __("Configure mouse"), 1, 1, '', "selectInstallClass" ],
selectKeyboard => [ __("Choose your keyboard"), 1, 1, '', "selectInstallClass" ],
miscellaneous => [ __("Miscellaneous"), 1, 1, '$::beginner' ],
doPartitionDisks => [ __("Setup filesystems"), 1, 0, '$o->{lnx4win}', "selectInstallClass" ],
formatPartitions => [ __("Format partitions"), 1, -1, '', "doPartitionDisks" ],
choosePackages => [ __("Choose packages to install"), 1, -2, '$::beginner', "formatPartitions" ],
installPackages => [ __("Install system"), 1, -1, '', ["formatPartitions", "selectInstallClass"] ],
configureNetwork => [ __("Configure networking"), 1, 1, '', "formatPartitions" ],
#- installCrypto => [ __("Cryptographic"), 1, 1, '!$::expert', "configureNetwork" ],
configureTimezone => [ __("Configure timezone"), 1, 1, '', "installPackages" ],
configureServices => [ __("Configure services"), 1, 1, '!$::expert', "installPackages" ],
configurePrinter => [ __("Configure printer"), 1, 0, '', "installPackages" ],
setRootPassword => [ __("Set root password"), 1, 1, '', "installPackages" ],
addUser => [ __("Add a user"), 1, 1, '', "installPackages" ],
arch() !~ /alpha/ ? (
createBootdisk => [ __("Create a bootdisk"), 1, 0, '$::o->{lnx4win} && !$::expert', "installPackages" ],
) : (),
setupBootloader => [ __("Install bootloader"), 1, 1, '$::o->{lnx4win} && !$::expert', "installPackages" ],
configureX => [ __("Configure X"), 1, 1, '', ["formatPartitions", "setupBootloader"] ],
arch() !~ /alpha/ ? (
generateAutoInstFloppy => [ __("Auto install floppy"), 1, 1, '!$::expert || $o->{lnx4win}', "installPackages" ],
) : (),
exitInstall => [ __("Exit install"), 0, 0, '$::beginner' ],
);
for (my $i = 0; $i < @installSteps; $i += 2) {
my %h; @h{@installStepsFields} = @{ $installSteps[$i + 1] };
$h{next} = $installSteps[$i + 2];
$h{entered} = 0;
$h{onError} = $installSteps[$i + 2 * $h{onError}];
$h{reachable} = !$h{needs};
$installSteps{ $installSteps[$i] } = \%h;
push @orderedInstallSteps, $installSteps[$i];
}
$installSteps{first} = $installSteps[0];
}
#-#####################################################################################
#-INTERNAL CONSTANT
#-#####################################################################################
my @install_classes = qw(normal developer server);
#-#####################################################################################
#-Default value
#-#####################################################################################
#- partition layout
my %suggestedPartitions = (
arch() =~ /^sparc/ ? (
normal => [
{ mntpoint => "/", size => 150 << 11, type => 0x83, ratio => 1, maxsize =>1000 << 11 },
{ mntpoint => "swap", size => 64 << 11, type => 0x82, ratio => 1, maxsize => 250 << 11 },
{ mntpoint => "/usr", size => 300 << 11, type => 0x83, ratio => 4, maxsize =>3000 << 11 },
{ mntpoint => "/home", size => 300 << 11, type => 0x83, ratio => 3 },
],
) : (
normal => [
{ mntpoint => "/", size => 300 << 11, type => 0x83, ratio => 5, maxsize =>3500 << 11 },
{ mntpoint => "swap", size => 64 << 11, type => 0x82, ratio => 1, maxsize => 250 << 11 },
{ mntpoint => "/home", size => 300 << 11, type => 0x83, ratio => 3 },
],
),
developer => [
{ mntpoint => "/", size => 150 << 11, type => 0x83, ratio => 1, maxsize => 300 << 11 },
{ mntpoint => "swap", size => 64 << 11, type => 0x82, ratio => 1, maxsize => 250 << 11 },
{ mntpoint => "/usr", size => 300 << 11, type => 0x83, ratio => 4, maxsize =>3000 << 11 },
{ mntpoint => "/home", size => 100 << 11, type => 0x83, ratio => 5 },
],
server => [
{ mntpoint => "/", size => 150 << 11, type => 0x83, ratio => 1, maxsize => 250 << 11 },
{ mntpoint => "swap", size => 64 << 11, type => 0x82, ratio => 2, maxsize => 400 << 11 },
{ mntpoint => "/usr", size => 300 << 11, type => 0x83, ratio => 3, maxsize =>3000 << 11 },
{ mntpoint => "/var", size => 100 << 11, type => 0x83, ratio => 4 },
{ mntpoint => "/home", size => 100 << 11, type => 0x83, ratio => 5 },
],
);
$suggestedPartitions{corporate} = $suggestedPartitions{server};
#-#######################################################################################
#-$O
#-the big struct which contain, well everything (globals + the interactive methods ...)
#-if you want to do a kickstart file, you just have to add all the required fields (see for example
#-the variable $default)
#-#######################################################################################
$o = $::o = {
# bootloader => { linear => 0, lba32 => 1, message => 1, timeout => 5, restricted => 0 },
autoSCSI => 0,
mkbootdisk => 1, #- no mkbootdisk if 0 or undef, find a floppy with 1, or fd1
#- packages => [ qw() ],
partitioning => { clearall => 0, eraseBadPartitions => 0, auto_allocate => 0 }, #-, readonly => 0 },
#- security => 2,
#arch() =~ /^sparc/ ? (
# partitions => [
# { mntpoint => "/", size => 600 << 11, type => 0x83, ratio => 5, maxsize =>1000 << 11 },
# { mntpoint => "swap", size => 128 << 11, type => 0x82, ratio => 1, maxsize => 400 << 11 },
# { mntpoint => "/usr", size => 300 << 11, type => 0x83, ratio => 3, maxsize =>1500 << 11 },
# { mntpoint => "/home", size => 300 << 11, type => 0x83, ratio => 5 },
# ],
#) : (
# partitions => [
# { mntpoint => "/boot", size => 10 << 11, type => 0x83, maxsize => 30 << 11 },
# { mntpoint => "/", size => 300 << 11, type => 0x83, ratio => 5, maxsize => 1500 << 11 },
# { mntpoint => "swap", size => 64 << 11, type => 0x82, ratio => 1, maxsize => 250 << 11 },
# { mntpoint => "/home", size => 300 << 11, type => 0x83, ratio => 5 },
# ],
#),
#- partitions => [
#- { mntpoint => "/boot", size => 16 << 11, type => 0x83 },
#- { mntpoint => "/", size => 256 << 11, type => 0x83 },
#- { mntpoint => "/usr", size => 512 << 11, type => 0x83, growable => 1 },
#- { mntpoint => "/var", size => 256 << 11, type => 0x83 },
#- { mntpoint => "/home", size => 512 << 11, type => 0x83, growable => 1 },
#- { mntpoint => "swap", size => 64 << 11, type => 0x82 }
#- { mntpoint => "/boot", size => 16 << 11, type => 0x83 },
#- { mntpoint => "/", size => 300 << 11, type => 0x83 },
#- { mntpoint => "swap", size => 64 << 11, type => 0x82 },
#- { mntpoint => "/usr", size => 400 << 11, type => 0x83, growable => 1 },
#- ],
authentication => { md5 => 1, shadow => 1 },
lang => 'en_US',
isUpgrade => 0,
toRemove => [],
toSave => [],
#- simple_themes => 1,
#- installClass => "normal",
timezone => {
#- timezone => "Europe/Paris",
#- UTC => 1,
},
#- superuser => { password => 'a', shell => '/bin/bash', realname => 'God' },
#- user => { name => 'foo', password => 'bar', home => '/home/foo', shell => '/bin/bash', realname => 'really, it is foo' },
#- keyboard => 'de',
#- display => "192.168.1.19:1",
steps => \%installSteps,
orderedSteps => \@orderedInstallSteps,
#- for the list of fields available for user and superuser, see @etc_pass_fields in install_steps.pm
#- intf => { eth0 => { DEVICE => "eth0", IPADDR => '1.2.3.4', NETMASK => '255.255.255.128' } },
#-step : the current one
#-prefix
#-mouse
#-keyboard
#-netc
#-autoSCSI drives hds fstab
#-methods
#-packages compss
#-printer haveone entry(cf printer.pm)
};
#-######################################################################################
#- Steps Functions
#- each step function are called with two arguments : clicked(because if you are a
#- beginner you can force the the step) and the entered number
#-######################################################################################
#------------------------------------------------------------------------------
sub selectLanguage {
$::live and return;
$o->selectLanguage($_[1] == 1);
addToBeDone {
lang::write($o->{prefix});
keyboard::write($o->{prefix}, $o->{keyboard}, lang::lang2charset($o->{lang}));
} 'installPackages' unless $::g_auto_install;
}
#------------------------------------------------------------------------------
sub selectMouse {
$::live and return;
my ($clicked) = $_[0];
add2hash($o->{mouse} ||= {}, { mouse::read($o->{prefix}) }) if $o->{isUpgrade} && !$clicked;
$o->selectMouse($clicked);
addToBeDone { mouse::write($o->{prefix}, $o->{mouse}) } 'installPackages';
}
#------------------------------------------------------------------------------
sub setupSCSI {
$::live and return;
my ($clicked) = $_[0];
$o->{autoSCSI} ||= $::beginner;
$o->setupSCSI($o->{autoSCSI} && !$clicked, $clicked);
}
#------------------------------------------------------------------------------
sub selectKeyboard {
$::live and return;
my ($clicked) = $_[0];
return if !$o->{isUpgrade} && $::beginner && !$clicked;
$o->{keyboard} = keyboard::read($o->{prefix}) if $o->{isUpgrade} && !$clicked && $o->{keyboard_unsafe};
$o->selectKeyboard;
#- if we go back to the selectKeyboard, you must rewrite
addToBeDone {
lang::write($o->{prefix});
keyboard::write($o->{prefix}, $o->{keyboard}, lang::lang2charset($o->{lang}));
} 'installPackages' unless $::g_auto_install;
}
#------------------------------------------------------------------------------
sub selectInstallClass {
$::live and return;
$o->selectInstallClass(@install_classes);
$o->{partitions} ||= $suggestedPartitions{$o->{installClass}};
if ($o->{steps}{choosePackages}{entered} >= 1 && !$o->{steps}{installPackages}{done}) {
$o->setPackages(\@install_classes);
$o->selectPackagesToUpgrade if $o->{isUpgrade};
}
if ($o->{isUpgrade}) {
@{$o->{orderedSteps}} = map { /setupSCSI/ ? ($_, "doPartitionDisks") : $_ }
grep { !/doPartitionDisks/ } @{$o->{orderedSteps}};
my $s; foreach (@{$o->{orderedSteps}}) {
$s->{next} = $_ if $s;
$s = $o->{steps}{$_};
}
}
}
#------------------------------------------------------------------------------
sub doPartitionDisks {
$::live and return;
$o->{steps}{formatPartitions}{done} = 0;
$o->doPartitionDisksBefore;
$o->doPartitionDisks;
$o->doPartitionDisksAfter;
}
sub formatPartitions {
$::live and return;
unless ($o->{isUpgrade}) {
$o->choosePartitionsToFormat($o->{fstab});
$o->formatMountPartitions($o->{fstab}) unless $::testing;
}
mkdir "$o->{prefix}/$_", 0755 foreach
qw(dev etc etc/profile.d etc/sysconfig etc/sysconfig/console etc/sysconfig/network-scripts
home mnt tmp var var/tmp var/lib var/lib/rpm var/lib/urpmi);
mkdir "$o->{prefix}/$_", 0700 foreach qw(root);
raid::prepare_prefixed($o->{raid}, $o->{prefix});
my $d = "/initrd/loopfs/lnx4win";
if (-d $d) {
#- install_any::useMedium(0);
install_any::getAndSaveFile("lnx4win/$_", "$d/$_") foreach qw(ctl3d32.dll loadlin.exe linux.pif lnx4win.exe lnx4win.ico rm.exe uninstall.bat uninstall.pif);
}
#- chdir "$o->{prefix}"; was for core dumps
#-noatime option for ext2 fs on laptops (do not wake up the hd)
#- Do not update inode access times on this
#- file system (e.g, for faster access on the
#- news spool to speed up news servers).
$o->{pcmcia} and $_->{options} = "noatime" foreach grep { isTrueFS($_) } @{$o->{fstab}};
}
#------------------------------------------------------------------------------
sub choosePackages {
require pkgs;
#- always setPackages as it may have to copy hdlist files and depslist file.
$o->setPackages;
#- for the first time, select package to upgrade.
#- TOCHECK this may not be the best place for that as package are selected at some other point.
if ($_[1] == 1) {
$o->selectPackagesToUpgrade if $o->{isUpgrade};
$o->{compssUsersChoice}{$_} = 1 foreach @{$o->{compssUsersSorted}}, 'Miscellaneous';
# $o->{compssUsersChoice}{KDE} = 0 if $o->{lang} =~ /ja|el|ko|th|vi|zh/; #- gnome handles much this fonts much better
}
$o->choosePackages($o->{packages}, $o->{compss},
$o->{compssUsers}, $o->{compssUsersSorted}, $_[1] == 1);
my $pkg = pkgs::packageByName($o->{packages}, 'kdesu');
pkgs::unselectPackage($o->{packages}, $pkg) if $pkg && $o->{security} > 3;
#- check pre-condition where base backage has to be selected.
pkgs::packageFlagSelected(pkgs::packageByName($o->{packages}, 'basesystem')) or die "basesystem package not selected";
#- check if there are package that need installation.
$o->{steps}{installPackages}{done} = 0 if $o->{steps}{installPackages}{done} && pkgs::packagesToInstall($o->{packages}) > 0;
}
#------------------------------------------------------------------------------
sub installPackages {
$o->readBootloaderConfigBeforeInstall if $_[1] == 1;
$o->beforeInstallPackages;
$o->installPackages;
$o->afterInstallPackages;
}
#------------------------------------------------------------------------------
sub miscellaneous {
$::live and return;
$o->miscellaneousBefore($_[0]);
$o->miscellaneous($_[0]);
addToBeDone {
setVarsInSh("$o->{prefix}/etc/sysconfig/system", {
CLEAN_TMP => $o->{miscellaneous}{CLEAN_TMP},
CLASS => $::expert && "expert" || $::beginner && "beginner" || "medium",
TYPE => $o->{installClass},
SECURITY => $o->{security},
});
my $f = "$o->{prefix}/etc/sysconfig/usb";
output $f,
"USB=yes
MOUSE=
KEYBOARD=
STORAGE=
" if modules::get_alias("usb-interface") && ! -e $f;
install_any::fsck_option($o);
} 'installPackages';
}
#------------------------------------------------------------------------------
sub configureNetwork {
$::live and return;
#- get current configuration of network device.
eval { network::read_all_conf($o->{prefix}, $o->{netc} ||= {}, $o->{intf} ||= {}) };
$o->configureNetwork($_[1] == 1);
}
#------------------------------------------------------------------------------
sub installCrypto { $::live or $o->installCrypto }
#------------------------------------------------------------------------------
sub configureTimezone {
$::live and return;
my ($clicked) = @_;
my $f = "$o->{prefix}/etc/sysconfig/clock";
require timezone;
if ($o->{isUpgrade} && -r $f && -s $f > 0) {
return if $_[1] == 1 && !$clicked;
#- can't be done in install cuz' timeconfig %post creates funny things
add2hash($o->{timezone}, { timezone::read($f) });
}
$o->{timezone}{timezone} ||= timezone::bestTimezone(lang::lang2text($o->{lang}));
$o->{timezone}{UTC} = !$::beginner && !grep { isFat($_) || isNT($_) } @{$o->{fstab}} unless exists $o->{timezone}{UTC};
$o->configureTimezone($f, $clicked);
}
#------------------------------------------------------------------------------
sub configureServices { $::live or $::expert and $o->configureServices }
#------------------------------------------------------------------------------
sub configurePrinter { $::live or $o->configurePrinter($_[0]) }
#------------------------------------------------------------------------------
sub setRootPassword {
return if $o->{isUpgrade};
$o->setRootPassword($_[0]);
addToBeDone { install_any::setAuthentication($o) } 'installPackages';
}
#------------------------------------------------------------------------------
sub addUser {
return if $o->{isUpgrade} && !$_[0];
$o->addUser($_[0]);
install_any::setAuthentication($o);
}
#------------------------------------------------------------------------------
sub createBootdisk {
$::live and return;
modules::write_conf($o->{prefix});
$o->createBootdisk($_[1] == 1);
}
#------------------------------------------------------------------------------
sub setupBootloader {
$::live and return;
return if $::g_auto_install;
modules::write_conf($o->{prefix});
$o->setupBootloaderBefore if $_[1] == 1;
$o->setupBootloader($_[1] - 1);
local $ENV{DRAKX_PASSWORD} = $o->{bootloader}{password};
run_program::rooted($o->{prefix}, "/usr/sbin/msec", $o->{security});
}
#------------------------------------------------------------------------------
sub configureX {
$::live and return;
my ($clicked) = $_[0];
#- done here and also at the end of install2.pm, just in case...
fs::write($o->{prefix}, $o->{fstab}, $o->{manualFstab}, $o->{useSupermount});
modules::write_conf($o->{prefix});
$o->configureX if pkgs::packageFlagInstalled(pkgs::packageByName($o->{packages}, 'XFree86')) && !$o->{X}{disabled} || $clicked;
}
#------------------------------------------------------------------------------
sub generateAutoInstFloppy { $::live or $o->generateAutoInstFloppy }
#------------------------------------------------------------------------------
sub exitInstall { $::live or $o->exitInstall(getNextStep() eq "exitInstall") }
#-######################################################################################
#- MAIN
#-######################################################################################
sub main {
$SIG{__DIE__} = sub { chomp(my $err = $_[0]); log::l("warning: $err") };
$SIG{SEGV} = sub { my $msg = "segmentation fault: seems like memory is missing as the install crashes"; print "$msg\n"; log::l($msg);
$o->ask_warn('', $msg);
setVirtual(1);
require install_steps_auto_install;
install_steps_auto_install::errorInStep();
};
$ENV{SHARE_PATH} ||= "/usr/share";
$ENV{PERL_BADLANG} = 1;
$::beginner = $::expert = $::g_auto_install = 0;
#- c::unlimit_core() unless $::testing;
my ($cfg, $patch, $oem, @auto);
my %cmdline; map {
my ($n, $v) = split '=';
$cmdline{$n} = $v || 1;
} split ' ', cat_("/proc/cmdline");
my $opt; foreach (@_) {
if (/^--?(.*)/) {
$cmdline{$opt} = 1 if $opt;
$opt = $1;
} else {
$cmdline{$opt} = $_ if $opt;
$opt = '';
}
} $cmdline{$opt} = 1 if $opt;
$::beginner = 1;
map_each {
my ($n, $v) = @_;
my $f = ${{
oem => sub { $oem = $v },
lang => sub { $o->{lang} = $v },
flang => sub { $o->{lang} = $v ; push @auto, 'selectLanguage' },
method => sub { $o->{method} = $v },
pcmcia => sub { $o->{pcmcia} = $v },
vga16 => sub { $o->{vga16} = $v },
vga => sub { $o->{vga} = $v },
step => sub { $o->{steps}{first} = $v },
expert => sub { $::expert = 1; $::beginner = 0 },
beginner => sub { $::beginner = $v },
class => sub { $o->{installClass} = $v },
fclass => sub { $o->{installClass} = $v; push @auto, "selectInstallClass" },
lnx4win => sub { $o->{lnx4win} = 1 },
readonly => sub { $o->{partitioning}{readonly} = $v ne "0" },
display => sub { $o->{display} = $v },
security => sub { $o->{security} = $v },
live => sub { $::live = 1 },
noauto => sub { $::noauto = 1 },
test => sub { $::testing = 1 },
nopci => sub { $::nopci = 1 },
patch => sub { $patch = 1 },
defcfg => sub { $cfg = $v },
newt => sub { $o->{interactive} = "newt" },
text => sub { $o->{interactive} = "newt" },
stdio => sub { $o->{interactive} = "stdio"},
corporate => sub { $::corporate = 1 },
kickstart => sub { $::auto_install = $v },
auto_install => sub { $::auto_install = $v },
simple_themes => sub { $o->{simple_themes} = 1 },
alawindows => sub { $o->{security} = 0; $o->{partitioning}{clearall} = 1; $o->{bootloader}{crushMbr} = 1 },
fdisk => sub { $o->{partitioning}{fdisk} = 1 },
g_auto_install => sub { $::testing = $::g_auto_install = 1; $o->{partitioning}{auto_allocate} = 1 },
nomouseprobe => sub { $o->{nomouseprobe} = $v },
}}{lc $n}; &$f if $f;
} %cmdline;
undef $::auto_install if $cfg;
if ($::g_auto_install) {
(my $root = `/bin/pwd`) =~ s|(/[^/]*){5}$||;
symlinkf $root, "/tmp/rhimage" or die "unable to create link /tmp/rhimage";
$o->{method} ||= "cdrom";
$o->{mkbootdisk} = 0;
}
unless ($::testing || $::live) {
unlink $_ foreach ( $o->{pcmcia} ? () : ("/sbin/install"), #- #- install include cardmgr!
"/modules/modules.cgz",
"/sbin/insmod", "/sbin/rmmod",
"/modules/pcmcia_core.o", #- always use module from archive.
"/modules/i82365.o",
"/modules/tcic.o",
"/modules/ds.o",
);
}
print STDERR "in second stage install\n";
log::openLog(($::testing || $o->{localInstall}) && 'debug.log');
log::l("second stage install running");
log::ld("extra log messages are enabled");
eval { spawnShell() };
$o->{prefix} = $::testing ? "/tmp/test-perl-install" : $::live ? "" : "/mnt";
$o->{root} = $::testing ? "/tmp/root-perl-install" : "/";
if ($::live) {
@{$o->{orderedSteps}} = grep { /choosePackages/ || /installPackages/ } @{$o->{orderedSteps}};
my $s; foreach (@{$o->{orderedSteps}}) {
$s->{next} = $_ if $s;
$s = $o->{steps}{$_};
}
$o->{isUpgrade} = 1;
$::beginner = 0; #- use custom by default.
$::expert = 1;
}
mkdir $o->{prefix}, 0755;
mkdir $o->{root}, 0755;
#- make sure we don't pick up any gunk from the outside world
my $remote_path = "$o->{prefix}/sbin:$o->{prefix}/bin:$o->{prefix}/usr/sbin:$o->{prefix}/usr/bin:$o->{prefix}/usr/X11R6/bin";
$ENV{PATH} = "/usr/bin:/bin:/sbin:/usr/sbin:/usr/X11R6/bin:$remote_path" unless $::g_auto_install;
$o->{interactive} ||= 'gtk';
if ($o->{interactive} eq "gtk" && availableMemory < 22 * 1024) {
log::l("switching to newt install cuz not enough memory");
$o->{interactive} = "newt";
}
if ($::auto_install) {
require install_steps_auto_install;
eval { $o = $::o = install_any::loadO($o, $::auto_install) };
if ($@) {
log::l("error using auto_install, continuing");
undef $::auto_install;
} else {
log::l("auto install config file loaded successfully");
}
}
unless ($::auto_install) {
$o->{interactive} ||= 'gtk';
require"install_steps_$o->{interactive}.pm";
}
eval { $o = $::o = install_any::loadO($o, "patch") } if $patch;
eval { $o = $::o = install_any::loadO($o, $cfg) } if $cfg;
$o->{prefix} = $::testing ? "/tmp/test-perl-install" : $::live ? "" : "/mnt";
mkdir $o->{prefix}, 0755;
modules::unload($_) foreach qw(vfat msdos fat);
modules::load_deps(($::testing ? ".." : "") . "/modules/modules.dep");
modules::read_stage1_conf("/tmp/conf.modules");
modules::read_already_loaded();
eval { modules::load("af_packet") };
map_index {
modules::add_alias("sound-slot-$::i", $_->{driver});
} modules::get_that_type('sound');
#- needed very early for install_steps_gtk
modules::load_thiskind("usb");
eval { ($o->{mouse}, $o->{wacom}) = mouse::detect() } unless $o->{nomouseprobe} || $o->{mouse};
lang::set($o->{lang}); #- mainly for defcfg
$o->{allowFB} = listlength(cat_("/proc/fb"));
my $o_;
while (1) {
require"install_steps_$o->{interactive}.pm";
$o_ = $::auto_install ?
install_steps_auto_install->new($o) :
$o->{interactive} eq "stdio" ?
install_steps_stdio->new($o) :
$o->{interactive} eq "newt" ?
install_steps_newt->new($o) :
$o->{interactive} eq "gtk" ?
install_steps_gtk->new($o) :
die "unknown install type";
$o_ and last;
$o->{interactive} = "newt";
require install_steps_newt;
}
if ($oem) {
push @auto, 'selectInstallClass', 'selectMouse', 'configureTimezone', 'exitInstall';
}
foreach (@auto) {
eval "undef *" . (!/::/ && "install_steps_interactive::") . $_;
my $s = $o->{steps}{/::(.*)/ ? $1 : $_} or next;
$s->{hidden} = 1;
}
$::o = $o = $o_;
#- get stage1 network configuration if any.
$o->{netc} ||= network::read_conf("/tmp/network");
if (my ($file) = glob_('/tmp/ifcfg-*')) {
log::l("found network config file $file");
my $l = network::read_interface_conf($file);
add2hash(network::findIntf($o->{intf} ||= {}, $l->{DEVICE}), $l);
}
#-the main cycle
my $clicked = 0;
MAIN: for ($o->{step} = $o->{steps}{first};; $o->{step} = getNextStep()) {
$o->{steps}{$o->{step}}{entered}++;
$o->enteringStep($o->{step});
eval {
&{$install2::{$o->{step}}}($clicked, $o->{steps}{$o->{step}}{entered});
};
$o->kill_action;
$clicked = 0;
while ($@) {
local $_ = $@;
$o->kill_action;
if (/^setstep (.*)/) {
$o->{step} = $1;
$o->{steps}{$1}{done} = 0;
$clicked = 1;
redo MAIN;
}
/^theme_changed$/ and redo MAIN;
unless (/^already displayed/ || /^ask_from_list cancel/) {
eval { $o->errorInStep($_) };
$@ and next;
}
$o->{step} = $o->{steps}{$o->{step}}{onError};
next MAIN unless $o->{steps}{$o->{step}}{reachable}; #- sanity check: avoid a step not reachable on error.
redo MAIN;
}
$o->{steps}{$o->{step}}{done} = 1;
$o->leavingStep($o->{step});
last if $o->{step} eq 'exitInstall';
}
install_any::clean_postinstall_rpms();
install_any::ejectCdrom();
$::live or fs::write($o->{prefix}, $o->{fstab}, $o->{manualFstab}, $o->{useSupermount});
modules::write_conf($o->{prefix});
#- to ensure linuxconf doesn't cry against those files being in the future
foreach ('/etc/modules.conf', '/etc/crontab', '/etc/sysconfig/mouse', '/etc/sysconfig/network', '/etc/X11/fs/config') {
my $now = time - 24 * 60 * 60;
utime $now, $now, "$o->{prefix}/$_";
}
$::live or install_any::killCardServices();
#- make sure failed upgrade will not hurt too much.
install_steps::cleanIfFailedUpgrade($o);
-e "$o->{prefix}/usr/bin/urpmi" or eval { commands::rm("-rf", "$o->{prefix}/var/lib/urpmi") };
#- mainly for auto_install's
run_program::rooted($o->{prefix}, "sh", "-c", $o->{postInstall}) if $o->{postInstall};
do { local $ENV{PATH} = $remote_path;
run_program::run("bash", "-c", $o->{postInstallNonRooted}) } if $o->{postInstallNonRooted};
#- have the really bleeding edge ddebug.log
eval { commands::cp('-f', "/tmp/ddebug.log", "$o->{prefix}/root") };
#- ala pixel? :-) [fpons]
sync(); sync();
log::l("installation complete, leaving");
print "\n" x 80;
}
#-######################################################################################
#- Wonderful perl :(
#-######################################################################################
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package network::netconnect; # $Id$
use strict;
use common;
use log;
use detect_devices;
use run_program;
use modules;
use any;
use fs;
use mouse;
use network::network;
use network::tools;
use MDK::Common::Globals "network", qw($in);
sub detect {
my ($modules_conf, $auto_detect, $o_class) = @_;
my %l = (
isdn => sub {
require network::isdn;
$auto_detect->{isdn} = network::isdn::detect_backend($modules_conf);
},
lan => sub { # ethernet
require network::ethernet;
modules::load_category($modules_conf, network::ethernet::get_eth_categories());
$auto_detect->{lan} = { map { $_->[0] => $_->[1] } network::ethernet::get_eth_cards($modules_conf) };
},
adsl => sub {
require network::adsl;
$auto_detect->{adsl} = network::adsl::adsl_detect();
},
modem => sub {
$auto_detect->{modem} = { map { $_->{description} || "$_->{MANUFACTURER}|$_->{DESCRIPTION} ($_->{device})" => $_ } detect_devices::getModem($modules_conf) };
},
);
$l{$_}->() foreach $o_class || keys %l;
return;
}
sub init_globals {
my ($in) = @_;
MDK::Common::Globals::init(in => $in);
}
sub detect_timezone() {
my %tmz2country = (
'Europe/Paris' => N("France"),
'Europe/Amsterdam' => N("Netherlands"),
'Europe/Rome' => N("Italy"),
'Europe/Brussels' => N("Belgium"),
'America/New_York' => N("United States"),
'Europe/London' => N("United Kingdom")
);
my %tm_parse = MDK::Common::System::getVarsFromSh("$::prefix/etc/sysconfig/clock");
my @country;
foreach (keys %tmz2country) {
if ($_ eq $tm_parse{ZONE}) {
unshift @country, $tmz2country{$_};
} else { push @country, $tmz2country{$_} };
}
\@country;
}
# load sub category's wizard pages into main wizard data structure
sub get_subwizard {
my ($wiz, $type) = @_;
my %net_conf_callbacks = (adsl => sub { require network::adsl; &network::adsl::get_wizard },
#cable => sub { require network::ethernet; &network::ethernet::get_wizard },
#isdn => sub { require network::isdn; &network::isdn::get_wizard },
#lan => sub { require network::ethernet; &network::ethernet::get_wizard },
#modem => sub { require network::modem; &network::modem::get_wizard },
);
$net_conf_callbacks{$type}->($wiz);
}
# configuring all network devices
sub real_main {
my ($_prefix, $netcnx, $in, $modules_conf, $o_netc, $o_mouse, $o_intf, $o_first_time, $o_noauto) = @_;
my $netc = $o_netc ||= {};
my $mouse = $o_mouse ||= {};
my $intf = $o_intf ||= {};
my $first_time = $o_first_time || 0;
my ($network_configured, $cnx_type, $type, @all_cards, %eth_intf);
my (%connections, @connection_list, $is_wireless);
my ($modem, $modem_name, $modem_conf_read, $modem_dyn_dns, $modem_dyn_ip);
my ($adsl_type, @adsl_devices, $adsl_failed, $adsl_answer, %adsl_data, $adsl_data, $adsl_provider, $adsl_old_provider);
my ($ntf_name, $gateway_ex, $up, $need_restart_network);
my ($isdn, $isdn_name, $isdn_type, %isdn_cards, @isdn_dial_methods);
my $my_isdn = join('', N("Manual choice"), " (", N("Internal ISDN card"), ")");
my ($module, $auto_ip, $protocol, $onboot, $needhostname, $hotplug, $track_network_id, @fields); # lan config
my $success = 1;
my $ethntf = {};
my $db_path = "$::prefix/usr/share/apps/kppp/Provider";
my (%countries, @isp, $country, $provider, $old_provider);
my $config = {};
eval(cat_("$::prefix/etc/sysconfig/drakconnect"));
my %wireless_mode = (N("Ad-hoc") => "Ad-hoc",
N("Managed") => "Managed",
N("Master") => "Master",
N("Repeater") => "Repeater",
N("Secondary") => "Secondary",
N("Auto") => "Auto",
);
my %l10n_lan_protocols = (
static => N("Manual configuration"),
dhcp => N("Automatic IP (BOOTP/DHCP)"),
if_(0,
dhcp_zeroconf => N("Automatic IP (BOOTP/DHCP/Zeroconf)"),
)
);
my $_w = N("Protocol for the rest of the world");
my %isdn_protocols = (
2 => N("European protocol (EDSS1)"),
3 => N("Protocol for the rest of the world\nNo D-Channel (leased lines)"),
);
network::tools::remove_initscript();
init_globals($in);
read_net_conf($netcnx, $netc, $intf);
$netc->{autodetect} = {};
my $lan_detect = sub {
detect($modules_conf, $netc->{autodetect}, 'lan');
require network::ethernet;
modules::interactive::load_category($in, $modules_conf, network::ethernet::get_eth_categories(), !$::expert, 0);
@all_cards = network::ethernet::get_eth_cards($modules_conf);
%eth_intf = network::ethernet::get_eth_cards_names($modules_conf, @all_cards);
require list_modules;
%eth_intf = map { $_->[0] => join(': ', $_->[0], $_->[2]) }
grep { to_bool($is_wireless) == c::isNetDeviceWirelessAware($_->[0]) } @all_cards;
};
my $find_lan_module = sub {
if (my $dev = find { $_->{device} eq $ethntf->{DEVICE} } detect_devices::pcmcia_probe()) { # PCMCIA case
$module = $dev->{driver};
} elsif ($dev = find { $_->[0] eq $ethntf->{DEVICE} } @all_cards) {
$module = $dev->[1];
} else { $module = "" }
};
my $is_hotplug_blacklisted = sub {
bool2yesno($is_wireless ||
member($module, qw(b44 forcedeth madwifi_pci)) ||
find { $_->{device} eq $ntf_name } detect_devices::pcmcia_probe());
};
my %adsl_devices = (
speedtouch => N("Alcatel speedtouch USB modem"),
sagem => N("Sagem USB modem"),
bewan => N("Bewan modem"),
eci => N("ECI Hi-Focus modem"), # this one needs eci agreement
);
my %adsl_types = (
dhcp => N("Dynamic Host Configuration Protocol (DHCP)"),
manual => N("Manual TCP/IP configuration"),
pptp => N("Point to Point Tunneling Protocol (PPTP)"),
pppoe => N("PPP over Ethernet (PPPoE)"),
pppoa => N("PPP over ATM (PPPoA)"),
);
my %encapsulations = (
1 => N("Bridged Ethernet LLC"),
2 => N("Bridged Ethernet VC"),
3 => N("Routed IP LLC"),
4 => N("Routed IP VC"),
5 => N("PPPOA LLC"),
6 => N("PPPOA VC"),
);
my %ppp_auth_methods = (
0 => N("Script-based"),
1 => N("PAP"),
2 => N("Terminal-based"),
3 => N("CHAP"),
4 => N("PAP/CHAP"),
);
my $offer_to_connect = sub {
return "ask_connect_now" if $netc->{internet_cnx_choice} eq 'adsl' && !member($adsl_type, qw(manual dhcp));
return "ask_connect_now" if member($netc->{internet_cnx_choice}, qw(modem isdn));
return "end";
};
my $after_start_on_boot_step = sub {
if ($netc->{internet_cnx_choice}) {
$netcnx->{type} = $netc->{internet_cnx}{$netc->{internet_cnx_choice}}{type} if $netc->{internet_cnx_choice};
} else {
undef $netc->{NET_DEVICE};
}
network::network::configureNetwork2($in, $::prefix, $netc, $intf);
$network_configured = 1;
return "restart" if $need_restart_network && $::isStandalone && !$::expert;
return $offer_to_connect->();
};
my $goto_start_on_boot_ifneeded = sub {
return $after_start_on_boot_step->() if $netcnx->{type} =~ /lan|cable/;
return "isdn_dial_on_boot" if $netcnx->{type} =~ /isdn/;
return "network_on_boot";
};
my $save_cnx = sub {
if (keys %$config) {
require Data::Dumper;
output("$::prefix/etc/sysconfig/drakconnect", Data::Dumper->Dump([ $config ], [ '$p' ]));
}
return $goto_start_on_boot_ifneeded->();
};
my $handle_multiple_cnx = sub {
$need_restart_network = member($netcnx->{type}, qw(cable lan)) || $netcnx->{type} eq 'adsl' && member($adsl_type, qw(manual dhcp));
my $nb = keys %{$netc->{internet_cnx}};
if (1 < $nb) {
return "multiple_internet_cnx";
} else {
$netc->{internet_cnx_choice} = (keys %{$netc->{internet_cnx}})[0] if $nb == 1;
$save_cnx->();
return $goto_start_on_boot_ifneeded->()
}
};
# main wizard:
my $wiz;
$wiz =
{
defaultimage => "drakconnect.png",
name => N("Network & Internet Configuration"),
pages => {
welcome =>
{
pre => sub {
# keep b/c of translations in case they can be reused somewhere else:
my @_a = (N("(detected on port %s)", 'toto'),
#-PO: here, "(detected)" string will be appended to eg "ADSL connection"
N("(detected %s)", 'toto'), N("(detected)"));
my @connections =
([ N("Modem connection"), "modem" ],
[ N("ISDN connection"), "isdn" ],
[ N("ADSL connection"), "adsl" ],
[ N("Cable connection"), "cable" ],
[ N("LAN connection"), "lan" ],
[ N("Wireless connection"), "lan" ],
);
foreach (@connections) {
my ($string, $type) = @$_;
$connections{$string} = $type;
}
@connection_list = { val => \$cnx_type, type => 'list', list => [ map { $_->[0] } @connections ], };
},
if_(!$::isInstall, no_back => 1),
name => N("Choose the connection you want to configure"),
interactive_help_id => 'configureNetwork',
data => \@connection_list,
post => sub {
$is_wireless = $cnx_type eq N("Wireless connection");
#- why read again the net_conf here?
read_net_conf($netcnx, $netc, $intf) if $::isInstall; # :-(
$type = $netcnx->{type} = $connections{$cnx_type};
if ($type eq 'cable') {
$auto_ip = 1;
return "lan";
}
return $type;
},
},
prepare_detection =>
{
name => N("We are now going to configure the %s connection.\n\n\nPress \"%s\" to continue.",
translate($type), N("Next")),
post => $handle_multiple_cnx,
},
hw_account =>
{
name => N("Connection Configuration") . "\n\n" .
N("Please fill or check the field below"),
data => sub {
[
(map {
my ($dstruct, $field, $item) = @$_;
$item->{val} = \$dstruct->{$field};
if__(exists $dstruct->{$field}, $item);
} ([ $netcnx, "irq", { label => N("Card IRQ") } ],
[ $netcnx, "mem", { label => N("Card mem (DMA)") } ],
[ $netcnx, "io", { label => N("Card IO") } ],
[ $netcnx, "io0", { label => N("Card IO_0") } ],
[ $netcnx, "io1", { label => N("Card IO_1") } ],
[ $isdn, "phone_in", { label => N("Your personal phone number") } ],
[ $netc, "DOMAINNAME2", { label => N("Provider name (ex provider.net)") } ],
[ $isdn, "phone_out", { label => N("Provider phone number") } ],
[ $netc, "dnsServer2", { label => N("Provider DNS 1 (optional)") } ],
[ $netc, "dnsServer3", { label => N("Provider DNS 2 (optional)") } ],
[ $isdn, "dialing_mode", { label => N("Dialing mode"), list => ["auto", "manual"] } ],
[ $isdn, "speed", { label => N("Connection speed"), list => ["64 Kb/s", "128 Kb/s"] } ],
[ $netcnx, "huptimeout", { label => N("Connection timeout (in sec)") } ], #unused?
)
),
({ label => N("Account Login (user name)"), val => \$isdn->{login} },
{ label => N("Account Password"), val => \$isdn->{passwd}, hidden => 1 },
)
],
},
post => sub {
network::isdn::write_config($isdn, $netc); # or return 'isdn_protocol';
$netc->{$_} = 'ippp0' foreach 'NET_DEVICE', 'NET_INTERFACE';
# return "static_hostname";
$handle_multiple_cnx->();
},
},
isdn =>
{
pre=> sub {
detect($modules_conf, $netc->{autodetect}, 'isdn');
%isdn_cards = map { $_->{description} => $_ } @{$netc->{autodetect}{isdn}};
},
name => N("Select the network interface to configure:"),
data => sub {
[ { label => N("Net Device"), type => "list", val => \$isdn_name, allow_empty_list => 1,
list => [ $my_isdn, N("External ISDN modem"), keys %isdn_cards ] } ]
},
post => sub {
# !intern_pci:
# data => [ { val => \$isdn_type, type => "list", list => [ , ], } ],
# post => sub {
if ($isdn_name eq $my_isdn) {
return "isdn_ask";
} elsif ($isdn_name eq N("External ISDN modem")) {
detect($modules_conf, $netc->{autodetect}, 'modem');
$netcnx->{type} = $netc->{isdntype} = 'isdn_external';
$netcnx->{isdn_external}{device} = network::modem::first_modem($netc);
network::isdn::read_config($netcnx->{isdn_external});
#- FIXME: seems to be specific to ZyXEL Adapter Omni.net/TA 128/Elite 2846i
#- it doesn't even work with TA 128 modems
#- http://bugs.mandrakelinux.com/query.php?bug=1033
$netcnx->{isdn_external}{special_command} = 'AT&F&O2B40';
require network::modem;
$modem = $netcnx->{isdn_external};
return "modem";
}
$netc->{isdntype} = 'isdn_internal';
# FIXME: some of these should be taken from isdn db
$netcnx->{isdn_internal} = $isdn = { map { $_ => $isdn_cards{$isdn_name}{$_} } qw(description vendor id card_type driver type mem io io0 io1 irq firmware) };
if ($isdn->{id}) {
log::explanations("found isdn card : $isdn->{description}; vendor : $isdn->{vendor}; id : $isdn->{id}; driver : $isdn->{driver}\n");
$isdn->{description} =~ s/\|/ -- /;
}
network::isdn::read_config($netcnx->{isdn_internal});
return "isdn_protocol";
},
},
isdn_ask =>
{
pre => sub {
%isdn_cards = network::isdn::get_cards();
},
name => N("Select a device!"),
data => sub { [ { label => N("Net Device"), val => \$isdn_name, type => 'list', separator => '|', list => [ keys %isdn_cards ], allow_empty_list => 1 } ] },
pre2 => sub {
my ($label) = @_;
#- ISDN card already detected
goto isdn_ask_step_3;
isdn_ask_step_1:
my $e = $in->ask_from_list_(N("ISDN Configuration"),
$label . "\n" . N("What kind of card do you have?"),
[ N_("ISA / PCMCIA"), N_("PCI"), N_("USB"), N_("I don't know") ]
) or return;
isdn_ask_step_1b:
if ($e =~ /PCI/) {
$isdn->{card_type} = 'pci';
} elsif ($e =~ /USB/) {
$isdn->{card_type} = 'usb';
} else {
$in->ask_from_list_(N("ISDN Configuration"),
N("
If you have an ISA card, the values on the next screen should be right.\n
If you have a PCMCIA card, you have to know the \"irq\" and \"io\" of your card.
"),
[ N_("Continue"), N_("Abort") ]) eq 'Continue' or goto isdn_ask_step_1;
$isdn->{card_type} = 'isa';
}
isdn_ask_step_2:
$e = $in->ask_from_listf(N("ISDN Configuration"),
N("Which of the following is your ISDN card?"),
sub { $_[0]{description} },
[ network::isdn::get_cards_by_type($isdn->{card_type}) ]) or goto($isdn->{card_type} =~ /usb|pci/ ? 'isdn_ask_step_1' : 'isdn_ask_step_1b');
$e->{$_} and $isdn->{$_} = $e->{$_} foreach qw(driver type mem io io0 io1 irq firmware);
},
post => sub {
$netcnx->{isdn_internal} = $isdn = $isdn_cards{$isdn_name};
return "isdn_protocol";
}
},
isdn_protocol =>
{
name => N("ISDN Configuration") . "\n\n" . N("Which protocol do you want to use?"),
data => [
{ label => N("Protocol"), type => "list", val => \$isdn_type,
list => [ keys %isdn_protocols ], format => sub { $isdn_protocols{$_[0]} } }
],
post => sub {
$isdn->{protocol} = $isdn_type;
return "isdn_db",
}
},
isdn_db =>
{
name => N("ISDN Configuration") . "\n\n" . N("Select your provider.\nIf it isn't listed, choose Unlisted."),
data => sub {
[ { label => N("Provider:"), type => "list", val => \$provider, separator => '|',
list => [ N("Unlisted - edit manually"), network::isdn::read_providers_backend() ] } ];
},
post => sub {
network::isdn::get_info_providers_backend($isdn, $netc, $provider);
$isdn->{huptimeout} = 180;
$isdn->{$_} ||= '' foreach qw(phone_in phone_out dialing_mode login passwd passwd2 idl speed);
add2hash($netc, { dnsServer2 => '', dnsServer3 => '', DOMAINNAME2 => '' });
return "hw_account";
},
},
no_supported_winmodem =>
{
name => N("Warning") . "\n\n" . N("Your modem isn't supported by the system.
Take a look at http://www.linmodems.org"),
end => 1,
},
modem =>
{
pre => sub {
require network::modem;
detect($modules_conf, $netc->{autodetect}, 'modem');
},
name => N("Select the modem to configure:"),
data => sub {
[ { label => N("Modem"), type => "list", val => \$modem_name, allow_empty_list => 1,
list => [ keys %{$netc->{autodetect}{modem}}, N("Manual choice") ], } ],
},
complete => sub {
if ($netc->{autodetect}{modem}{$modem_name}{driver} =~ /^H[cs]f:/ && c::kernel_version() !~ /^\Q2.4/) {
$in->ask_warn(N("Warning"), N("Sorry, we support only 2.4 and above kernels."));
}
return 0;
},
post => sub {
$modem ||= $netcnx->{modem} ||= {};;
return 'choose_serial_port' if $modem_name eq N("Manual choice");
$ntf_name = $netc->{autodetect}{modem}{$modem_name}{device} || $netc->{autodetect}{modem}{$modem_name}{description};
return "ppp_provider" if $ntf_name =~ m!^/dev/!;
return "choose_serial_port" if !$ntf_name;
my $type;
my %pkgs2path = (
hcfpcimodem => "$::prefix/usr/sbin/hcfpciconfig",
hsflinmodem => "$::prefix/usr/sbin/hsfconfig",
ltmodem => "$::prefix/etc/devfs/conf.d/ltmodem.conf",
);
my %devices = (ltmodem => '/dev/ttyS14',
hsflinmodem => '/dev/ttySHSF0'
);
if (my $driver = $netc->{autodetect}{modem}{$modem_name}{driver}) {
$driver =~ /^Hcf:/ and $type = "hcfpcimodem";
$driver =~ /^Hsf:/ and $type = "hsflinmodem";
$driver =~ /^LT:/ and $type = "ltmodem";
$type = undef if !($type && (-f $pkgs2path{$type} || $in->do_pkgs->ensure_is_installed_if_available($type, $pkgs2path{$type})));
$modem->{device} = $devices{$type} || '/dev/modem' if $type; # automatically linked by /etc/devfs/conf entry
}
#- fallback to modem configuration (beware to never allow test it).
return $type ? "ppp_provider" : "no_supported_winmodem";
},
},
choose_serial_port =>
{
name => N("Please choose which serial port your modem is connected to."),
interactive_help_id => 'selectSerialPort',
data => sub {
[ { val => \$modem->{device}, format => \&mouse::serial_port2text, type => "list",
list => [ grep { $_ ne $o_mouse->{device} } (mouse::serial_ports(), grep { -e $_ } '/dev/modem', '/dev/ttySL0') ] } ],
},
post => sub {
$ntf_name = $modem->{device};
return 'ppp_provider';
},
},
ppp_provider =>
{
pre => sub {
network::modem::ppp_read_conf($netcnx, $netc) if !$modem_conf_read;
$modem_conf_read = 1;
$in->do_pkgs->ensure_is_installed('kdenetwork-kppp-provider', $db_path);
@isp = map {
my $country = $_;
map {
s!$db_path/$country!!;
s/%([0-9]{3})/chr(int($1))/eg;
$countries{$country} ||= translate($country);
join('', $countries{$country}, $_);
} grep { !/.directory$/ } glob_("$db_path/$country/*")
} map { s!$db_path/!!o; s!_! !g; $_ } glob_("$db_path/*");
$old_provider = $provider;
},
name => N("Select your provider:"),
data => sub {
[ { label => N("Provider:"), type => "list", val => \$provider, separator => '/', list => \@isp } ]
},
post => sub {
($country, $provider) = split('/', $provider);
$country = { reverse %countries }->{$country};
my %l = getVarsFromSh("$db_path/$country/$provider");
if (defined $old_provider && $old_provider ne $provider) {
$modem->{connection} = $l{Name};
$modem->{phone} = $l{Phonenumber};
$modem->{$_} = $l{$_} foreach qw(Authentication AutoName Domain Gateway IPAddr SubnetMask);
($modem->{dns1}, $modem->{dns2}) = split(',', $l{DNS});
}
return "ppp_account";
},
},
ppp_account =>
{
pre => sub {
$mouse ||= {};
$mouse->{device} ||= readlink "$::prefix/dev/mouse";
},
name => N("Dialup: account options"),
data => sub {
[
{ label => N("Connection name"), val => \$modem->{connection} },
{ label => N("Phone number"), val => \$modem->{phone} },
{ label => N("Login ID"), val => \$modem->{login} },
{ label => N("Password"), val => \$modem->{passwd}, hidden => 1 },
{ label => N("Authentication"), val => \$modem->{Authentication},
list => [ sort keys %ppp_auth_methods ], format => sub { $ppp_auth_methods{$_[0]} } },
],
},
next => "ppp_ip",
},
ppp_ip =>
{
pre => sub {
$modem_dyn_ip = sub { $modem->{auto_ip} eq N("Automatic") };
},
name => N("Dialup: IP parameters"),
data => sub {
[
{ label => N("IP parameters"), type => "list", val => \$modem->{auto_ip}, list => [ N("Automatic"), N("Manual") ] },
{ label => N("IP address"), val => \$modem->{IPAddr}, disabled => $modem_dyn_ip },
{ label => N("Subnet mask"), val => \$modem->{SubnetMask}, disabled => $modem_dyn_ip },
];
},
next => "ppp_dns",
},
ppp_dns =>
{
pre => sub {
$modem_dyn_dns = sub { $modem->{auto_dns} eq N("Automatic") };
},
name => N("Dialup: DNS parameters"),
data => sub {
[
{ label => N("DNS"), type => "list", val => \$modem->{auto_dns}, list => [ N("Automatic"), N("Manual") ] },
{ label => N("Domain name"), val => \$modem->{domain}, disabled => $modem_dyn_dns },
{ label => N("First DNS Server (optional)"), val => \$modem->{dns1}, disabled => $modem_dyn_dns },
{ label => N("Second DNS Server (optional)"), val => \$modem->{dns2}, disabled => $modem_dyn_dns },
{ text => N("Set hostname from IP"), val => \$modem->{AutoName}, type => 'bool', disabled => $modem_dyn_dns },
];
},
next => "ppp_gateway",
},
ppp_gateway =>
{
name => N("Dialup: IP parameters"),
data => sub {
[
{ label => N("Gateway"), type => "list", val => \$modem->{auto_gateway}, list => [ N("Automatic"), N("Manual") ] },
{ label => N("Gateway IP address"), val => \$modem->{Gateway},
disabled => sub { $modem->{auto_gateway} eq N("Automatic") } },
];
},
post => sub {
network::modem::ppp_configure($in, $modem);
$netc->{$_} = 'ppp0' foreach 'NET_DEVICE', 'NET_INTERFACE';
$handle_multiple_cnx->();
},
},
adsl =>
{
pre => sub {
get_subwizard($wiz, 'adsl');
$lan_detect->();
detect($modules_conf, $netc->{autodetect}, 'adsl');
@adsl_devices = keys %eth_intf;
foreach my $modem (keys %adsl_devices) {
push @adsl_devices, $modem if $netc->{autodetect}{adsl}{$modem};
}
},
name => N("ADSL configuration") . "\n\n" . N("Select the network interface to configure:"),
data => [ { label => N("Net Device"), type => "list", val => \$ntf_name, allow_empty_list => 1,
list => \@adsl_devices, format => sub { $eth_intf{$_[0]} || $adsl_devices{$_[0]} } } ],
post => sub {
my %packages = (
'eci' => [ 'eciadsl', 'missing' ],
'sagem' => [ 'eagle-usb', "$::prefix/usr/sbin/eaglectrl" ],
'speedtouch' => [ 'speedtouch', "$::prefix/usr/sbin/modem_run" ],
);
return 'adsl_unsupported_eci' if $ntf_name eq 'eci';
# FIXME: check that the package installation succeeds, else retry or abort
$in->do_pkgs->install($packages{$ntf_name}[0]) if $packages{$ntf_name} && !-e $packages{$ntf_name}->[1];
if ($ntf_name eq 'speedtouch') {
$in->do_pkgs->ensure_is_installed_if_available('speedtouch_mgmt', "$::prefix/usr/share/speedtouch/mgmt.o");
return 'adsl_speedtouch_firmware' if ! -e "$::prefix/usr/share/speedtouch/mgmt.o";
}
$netcnx->{bus} = $netc->{autodetect}{adsl}{bewan}{bus} if $ntf_name eq 'bewan';
if ($ntf_name eq 'bewan' && !$::testing) {
$in->do_pkgs->ensure_is_installed_if_available('unicorn', "$::prefix/usr/bin/bewan_adsl_status");
}
return 'adsl_provider';
},
},
adsl_provider =>
{
pre => sub {
require network::adsl_consts;
%adsl_data = %network::adsl_consts::adsl_data;
$adsl_old_provider = $adsl_provider;
},
name => N("Please choose your ADSL provider"),
data => sub {
[ { label => N("Provider:"), type => "list", val => \$adsl_provider, separator => '|', list => [ keys %adsl_data ] } ];
},
post => sub {
$adsl_data = $adsl_data{$adsl_provider};
$adsl_type = 'pppoa' if member($ntf_name, qw(bewan speedtouch));
if ($adsl_provider ne $adsl_old_provider) {
$netc->{$_} = $adsl_data->{$_} foreach qw(DOMAINNAME2 Encapsulation vpi vci);
$adsl_type ||= $adsl_data->{method};
}
return 'adsl_protocol';
},
},
adsl_speedtouch_firmware =>
{
name => N("You need the Alcatel microcode.
You can provide it now via a floppy or your windows partition,
or skip and do it later."),
data => [ { label => "", val => \$adsl_answer, type => "list",
list => [ N("Use a floppy"), N("Use my Windows partition"), N("Do it later") ], }
],
post => sub {
my $destination = "$::prefix/usr/share/speedtouch/";
my ($file, $source, $mounted);
if ($adsl_answer eq N("Use a floppy")) {
$mounted = 1;
$file = 'mgmt.o';
($source, $adsl_failed) = network::tools::use_floppy($in, $file);
} elsif ($adsl_answer eq N("Use my Windows partition")) {
($source, $adsl_failed) = network::tools::use_windows($file = 'alcaudsl.sys');
}
return "adsl_no_firmawre" if $adsl_answer eq N("Do it later");
my $_b = before_leaving { fs::umount('/mnt') } if $mounted;
if (!$adsl_failed) {
if (-e "$source/$file") {
cp_af("$source/$file", $destination) if !$::testing;
} else {
$adsl_failed = N("Firmware copy failed, file %s not found", $file);
}
}
log::explanations($adsl_failed || "Firmware copy $file in $destination succeeded");
-e "$destination/alcaudsl.sys" and rename "$destination/alcaudsl.sys", "$destination/mgmt.o";
# kept translations b/c we may want to reuse it later:
my $_msg = N("Firmware copy succeeded");
return $adsl_failed ? 'adsl_copy_firmware_failled' : 'adsl_provider';
},
},
adsl_copy_firmware_failled =>
{
name => sub { $adsl_failed },
next => 'adsl_provider',
},
"adsl_no_firmawre" =>
{
name => N("You need the Alcatel microcode.
Download it at:
%s
and copy the mgmt.o in /usr/share/speedtouch", 'http://prdownloads.sourceforge.net/speedtouch/speedtouch-20011007.tar.bz2'),
next => "adsl_provider",
},
adsl_protocol =>
{
pre => sub {
# preselect right protocol for ethernet though connections:
if (!exists $adsl_devices{$ntf_name}) {
$ethntf = $intf->{$ntf_name} ||= { DEVICE => $ntf_name };
$adsl_type = $ethntf->{BOOTPROTO} || "dhcp";
}
},
name => N("Connect to the Internet") . "\n\n" .
N("The most common way to connect with adsl is pppoe.
Some connections use PPTP, a few use DHCP.
If you don't know, choose 'use PPPoE'"),
data => [
{ text => N("ADSL connection type:"), val => \$adsl_type, type => "list",
list => [ sort { $adsl_types{$a} cmp $adsl_types{$b} } keys %adsl_types ],
format => sub { $adsl_types{$_[0]} },
},
],
post => sub {
$netcnx->{type} = 'adsl';
# blacklist bogus driver, enable ifplugd support else:
$find_lan_module->();
$ethntf->{MII_NOT_SUPPORTED} ||= $is_hotplug_blacklisted->();
if ($ntf_name eq "sagem") {
#- FIXME: duplicated with %modems from adsl.pm
$ethntf = $intf->{$ntf_name} = { DEVICE => "`/usr/sbin/eaglectrl -i`", MII_NOT_SUPPORTED => "yes" };
sagem_set_parameters($netc); #- FIXME: should be delayed
}
# process static/dhcp ethernet devices:
if (exists($intf->{$ntf_name}) && member($adsl_type, qw(manual dhcp))) {
$ethntf->{TYPE} = "ADSL";
$auto_ip = $adsl_type eq 'dhcp';
return 'lan_intf';
}
network::adsl::adsl_probe_info($netcnx, $netc, $adsl_type, $ntf_name);
$netc->{NET_DEVICE} = member($adsl_type, 'pppoe', 'pptp') ? $ntf_name : 'ppp0';
$netc->{NET_INTERFACE} = 'ppp0';
return 'adsl_account';
},
},
adsl_account =>
{
name => N("Connection Configuration") . "\n\n" .
N("Please fill or check the field below"),
data => sub {
[
if_(0, { label => N("Provider name (ex provider.net)"), val => \$netc->{DOMAINNAME2} }),
{ label => N("First DNS Server (optional)"), val => \$netc->{dnsServer2} },
{ label => N("Second DNS Server (optional)"), val => \$netc->{dnsServer3} },
{ label => N("Account Login (user name)"), val => \$netcnx->{login} },
{ label => N("Account Password"), val => \$netcnx->{passwd}, hidden => 1 },
{ label => N("Virtual Path ID (VPI):"), val => \$netc->{vpi}, advanced => 1 },
{ label => N("Virtual Circuit ID (VCI):"), val => \$netc->{vci}, advanced => 1 },
if_($ntf_name eq "sagem",
{ label => N("Encapsulation:"), val => \$netc->{Encapsulation}, list => [ keys %encapsulations ],
format => sub { $encapsulations{$_[0]} }, advanced => 1,
},
),
],
},
post => sub {
$netc->{internet_cnx_choice} = 'adsl';
network::adsl::adsl_conf_backend($in, $modules_conf, $netcnx, $netc, $intf, $ntf_name, $adsl_type, $netcnx); #FIXME
$config->{adsl} = { kind => $ntf_name, protocol => $adsl_type };
$handle_multiple_cnx->();
},
},
adsl_unsupported_eci =>
{
name => N("The ECI Hi-Focus modem cannot be supported due to binary driver distribution problem.
You can find a driver on http://eciadsl.flashtux.org/"),
end => 1,
},
lan =>
{
pre => $lan_detect,
name => N("Select the network interface to configure:"),
data => sub {
[ { label => N("Net Device"), type => "list", val => \$ntf_name, list => [ (sort keys %eth_intf), N_("Manually load a driver") ],
allow_empty_list => 1, format => sub { translate($eth_intf{$_[0]} || $_[0]) } } ];
},
post => sub {
if ($ntf_name eq "Manually load a driver") {
require network::ethernet;
modules::interactive::load_category__prompt($in, $modules_conf, network::ethernet::get_eth_categories());
return 'lan';
}
$ethntf = $intf->{$ntf_name} ||= { DEVICE => $ntf_name };
$::isInstall && $netc->{NET_DEVICE} eq $ethntf->{DEVICE} ? 'lan_alrd_cfg' : 'lan_protocol';
},
},
lan_alrd_cfg =>
{
name => N("WARNING: this device has been previously configured to connect to the Internet.
Modifying the fields below will override this configuration.
Do you really want to reconfigure this device?"),
type => "yesorno",
default => "no",
post => sub {
my ($res) = @_;
return $res ? "lan_protocol" : "alrd_end";
}
},
alrd_end =>
{
name => N("Congratulations, the network and Internet configuration is finished.
"),
end => 1,
},
lan_protocol =>
{
pre => sub {
$find_lan_module->();
my $intf_type = member($module, list_modules::category2modules('network/gigabit')) ? "ethernet_gigabit" : "ethernet";
defined($ethntf->{METRIC}) or $ethntf->{METRIC} = network::tools::get_default_metric($intf_type);
$protocol = $l10n_lan_protocols{defined $auto_ip ? ($auto_ip ? 'dhcp' : 'static') : $ethntf->{BOOTPROTO}} || 0;
},
name => sub {
my $_msg = N("Zeroconf hostname resolution");
N("Configuring network device %s (driver %s)", $ethntf->{DEVICE}, $module) . "\n\n" .
N("The following protocols can be used to configure an ethernet connection. Please choose the one you want to use")
},
data => sub {
[ { val => \$protocol, type => "list", list => [ sort values %l10n_lan_protocols ] } ];
},
post => sub {
$auto_ip = $protocol ne $l10n_lan_protocols{static} || 0;
return 'lan_intf';
},
},
# FIXME: is_install: no return for each card "last step" because of manual popping
# better construct an hash of { current_netintf => next_step } which next_step = last_card ? next_eth_step : next_card ?
lan_intf =>
{
pre => sub {
$onboot = $ethntf->{ONBOOT} ? $ethntf->{ONBOOT} =~ /yes/ : bool2yesno(!member($ethntf->{DEVICE},
map { $_->{device} } detect_devices::pcmcia_probe()));
$needhostname = $ethntf->{NEEDHOSTNAME} !~ /no/;
# blacklist bogus driver, enable ifplugd support else:
$ethntf->{MII_NOT_SUPPORTED} ||= $is_hotplug_blacklisted->();
$hotplug = !text2bool($ethntf->{MII_NOT_SUPPORTED});
$track_network_id = $::isStandalone && $ethntf->{HWADDR} || detect_devices::isLaptop();
delete $ethntf->{NETWORK};
delete $ethntf->{BROADCAST};
@fields = qw(IPADDR NETMASK);
$netc->{dhcp_client} ||= (find { -x "$::prefix/sbin/$_" } qw(dhclient dhcpcd pump dhcpxd)) || "dhcp-client";
$netc->{dhcp_client} = "dhcp-client" if $netc->{dhcp_client} eq "dhclient";
},
name => sub { join('',
N("Configuring network device %s (driver %s)", $ethntf->{DEVICE}, $module),
if_(!$auto_ip, "\n\n" . N("Please enter the IP configuration for this machine.
Each item should be entered as an IP address in dotted-decimal
notation (for example, 1.2.3.4).")),
) },
data => sub {
[ $auto_ip ?
(
{ text => N("Assign host name from DHCP address"), val => \$needhostname, type => "bool" },
{ label => N("DHCP host name"), val => \$ethntf->{DHCP_HOSTNAME} },
)
:
(
{ label => N("IP address"), val => \$ethntf->{IPADDR}, disabled => sub { $auto_ip } },
{ label => N("Netmask"), val => \$ethntf->{NETMASK}, disabled => sub { $auto_ip } },
),
{ text => N("Track network card id (useful for laptops)"), val => \$track_network_id, type => "bool" },
{ text => N("Network Hotplugging"), val => \$hotplug, type => "bool" },
{ text => N("Start at boot"), val => \$onboot, type => "bool" },
if_($auto_ip,
{ label => N("DHCP client"), val => \$netc->{dhcp_client},
list => [ qw(dhcp-client dhcpcd pump dhcpxd) ], advanced => 1 },
),
],
},
complete => sub {
$ethntf->{BOOTPROTO} = $auto_ip ? "dhcp" : "static";
$netc->{DHCP} = $auto_ip;
return 0 if $auto_ip;
if (my @bad = map_index { if_(!is_ip($ethntf->{$_}), $::i) } @fields) {
$in->ask_warn(N("Error"), N("IP address should be in format 1.2.3.4"));
return 1, $bad[0];
}
$in->ask_warn(N("Error"), N("Warning: IP address %s is usually reserved!", $ethntf->{IPADDR})) if is_ip_forbidden($ethntf->{IPADDR});
},
focus_out => sub {
$ethntf->{NETMASK} ||= netmask($ethntf->{IPADDR}) unless $_[0]
},
post => sub {
$ethntf->{ONBOOT} = bool2yesno($onboot);
$ethntf->{NEEDHOSTNAME} = bool2yesno($needhostname);
$ethntf->{MII_NOT_SUPPORTED} = bool2yesno(!$hotplug);
$ethntf->{HWADDR} = $track_network_id or delete $ethntf->{HWADDR};
$netc->{$_} = $ethntf->{DEVICE} foreach qw(NET_DEVICE NET_INTERFACE);
$in->do_pkgs->install($netc->{dhcp_client}) if $auto_ip;
return $is_wireless ? "wireless" : "static_hostname";
},
},
wireless =>
{
pre => sub {
$ethntf->{wireless_eth} = 1;
$netc->{wireless_eth} = 1;
$ethntf->{WIRELESS_MODE} ||= "Managed";
$ethntf->{WIRELESS_ESSID} ||= "any";
},
name => N("Please enter the wireless parameters for this card:"),
data => sub {
[
{ label => N("Operating Mode"), val => \$ethntf->{WIRELESS_MODE},
list => [ keys %wireless_mode ] },
{ label => N("Network name (ESSID)"), val => \$ethntf->{WIRELESS_ESSID} },
{ label => N("Network ID"), val => \$ethntf->{WIRELESS_NWID}, advanced => 1 },
{ label => N("Operating frequency"), val => \$ethntf->{WIRELESS_FREQ}, advanced => 1 },
{ label => N("Sensitivity threshold"), val => \$ethntf->{WIRELESS_SENS}, advanced => 1 },
{ label => N("Bitrate (in b/s)"), val => \$ethntf->{WIRELESS_RATE}, advanced => 1 },
{ label => N("Encryption key"), val => \$ethntf->{WIRELESS_ENC_KEY} },
],
},
complete => sub {
if ($ethntf->{WIRELESS_FREQ} && $ethntf->{WIRELESS_FREQ} !~ /[0-9.]*[kGM]/) {
$in->ask_warn(N("Error"), N("Freq should have the suffix k, M or G (for example, \"2.46G\" for 2.46 GHz frequency), or add enough '0' (zeroes)."));
return 1, 6;
}
if ($ethntf->{WIRELESS_RATE} && $ethntf->{WIRELESS_RATE} !~ /[0-9.]*[kGM]/) {
$in->ask_warn(N("Error"), N("Rate should have the suffix k, M or G (for example, \"11M\" for 11M), or add enough '0' (zeroes)."));
return 1, 8;
}
},
next => "wireless2",
},
wireless2 =>
{
name => N("Please enter the wireless parameters for this card:"),
data => sub {
[
{ label => N("RTS/CTS"), val => \$ethntf->{WIRELESS_RTS},
help => N("RTS/CTS adds a handshake before each packet transmission to make sure that the
channel is clear. This adds overhead, but increase performance in case of hidden
nodes or large number of active nodes. This parameter sets the size of the
smallest packet for which the node sends RTS, a value equal to the maximum
packet size disable the scheme. You may also set this parameter to auto, fixed
or off.")
},
{ label => N("Fragmentation"), val => \$ethntf->{WIRELESS_FRAG} },
{ label => N("Iwconfig command extra arguments"), val => \$ethntf->{WIRELESS_IWCONFIG}, advanced => 1,
help => N("Here, one can configure some extra wireless parameters such as:
ap, channel, commit, enc, power, retry, sens, txpower (nick is already set as the hostname).
See iwconfig(8) man page for further information."),
},
{ label =>
#-PO: split the "xyz command extra argument" translated string into two lines if it's bigger than the english one
N("Iwspy command extra arguments"), val => \$ethntf->{WIRELESS_IWSPY}, advanced => 1,
help => N("Iwspy is used to set a list of addresses in a wireless network
interface and to read back quality of link information for each of those.
This information is the same as the one available in /proc/net/wireless :
quality of the link, signal strength and noise level.
See iwpspy(8) man page for further information."),
},
{ label => N("Iwpriv command extra arguments"), val => \$ethntf->{WIRELESS_IWPRIV}, advanced => 1,
help => N("Iwpriv enable to set up optionals (private) parameters of a wireless network
interface.
Iwpriv deals with parameters and setting specific to each driver (as opposed to
iwconfig which deals with generic ones).
In theory, the documentation of each device driver should indicate how to use
those interface specific commands and their effect.
See iwpriv(8) man page for further information."),
}
]
},
post => sub {
# untranslate parameters
$ethntf->{WIRELESS_MODE} = $wireless_mode{$ethntf->{WIRELESS_MODE}};
return "static_hostname";
},
},
static_hostname =>
{
pre => sub {
if ($ethntf->{IPADDR}) {
$netc->{dnsServer} ||= dns($ethntf->{IPADDR});
$gateway_ex = gateway($ethntf->{IPADDR});
# $netc->{GATEWAY} ||= gateway($ethntf->{IPADDR});
}
},
name => N("Please enter your host name.
Your host name should be a fully-qualified host name,
such as ``mybox.mylab.myco.com''.
You may also enter the IP address of the gateway if you have one.") .
N("Last but not least you can also type in your DNS server IP addresses."),
data => sub {
[ { label => $auto_ip ? N("Host name (optional)") : N("Host name"), val => \$netc->{HOSTNAME} },
if_(!$auto_ip,
{ label => N("DNS server 1"), val => \$netc->{dnsServer} },
{ label => N("DNS server 2"), val => \$netc->{dnsServer2} },
{ label => N("DNS server 3"), val => \$netc->{dnsServer3} },
{ label => N("Search domain"), val => \$netc->{DOMAINNAME},
help => N("By default search domain will be set from the fully-qualified host name") },
{ label => N("Gateway (e.g. %s)", $gateway_ex), val => \$netc->{GATEWAY} },
if_(@all_cards > 1,
|