package mouse; # $Id$
use diagnostics;
use strict;
#-######################################################################################
#- misc imports
#-######################################################################################
use common;
use modules;
use detect_devices;
use run_program;
use devices;
use commands;
use modules;
use log;
my @mouses_fields = qw(nbuttons MOUSETYPE XMOUSETYPE name);
my %mice =
arch() =~ /^sparc/ ?
(
'sunmouse' =>
[ [ 'sunmouse' ],
[ [ 3, 'sun', 'sun', __("Sun - Mouse") ]
]]
) :
(
'PS/2' =>
[ [ 'psaux' ],
[ [ 2, 'ps/2', 'PS/2', __("Standard") ],
[ 5, 'ps/2', 'MouseManPlusPS/2', __("Logitech MouseMan+") ],
[ 5, 'imps2', 'IMPS/2', __("Generic PS2 Wheel Mouse") ],
[ 5, 'ps/2', 'GlidePointPS/2', __("GlidePoint") ],
'',
[ 5, 'ps/2', 'ThinkingMousePS/2', __("Kensington Thinking Mouse") ],
[ 5, 'netmouse', 'NetMousePS/2', __("Genius NetMouse") ],
[ 5, 'netmouse', 'NetScrollPS/2', __("Genius NetScroll") ],
]],
'USB' =>
[ [ 'usbmouse' ],
[ if_(arch() eq 'ppc', [ 1, 'ps/2', 'PS/2', __("1 button") ]),
[ 2, 'ps/2', 'PS/2', __("Generic") ],
[ 5, 'ps/2', 'IMPS/2', __("Wheel") ],
]],
__("serial") =>
[ [ map { "ttyS$_" } 0..3 ],
[ [ 2, 'Microsoft', 'Microsoft', __("Generic 2 Button Mouse") ],
[ 3, 'Microsoft', 'Microsoft', __("Generic 3 Button Mouse") ],
[ 5, 'ms3', 'IntelliMouse', __("Microsoft IntelliMouse") ],
[ 3, 'MouseMan', 'MouseMan', __("Logitech MouseMan") ],
[ 2, 'MouseSystems', 'MouseSystems', __("Mouse Systems") ],
'',
[ 3, 'logim', 'MouseMan', __("Logitech CC Series") ],
[ 5, 'pnp', 'IntelliMouse', __("Logitech MouseMan+/FirstMouse+") ],
[ 5, 'ms3', 'IntelliMouse', __("Genius NetMouse") ],
[ 2, 'MMSeries', 'MMSeries', __("MM Series") ],
[ 2, 'MMHitTab', 'MMHittab', __("MM HitTablet") ],
[ 3, 'Logitech', 'Logitech', __("Logitech Mouse (serial, old C7 type)") ],
[ 3, 'Microsoft', 'ThinkingMouse', __("Kensington Thinking Mouse") ],
]],
__("busmouse") =>
[ [ arch() eq 'ppc' ? 'adbmouse' : ('atibm', 'inportbm', 'logibm') ],
[ if_(arch() eq 'ppc', [ 1, 'Busmouse', 'BusMouse', __("1 button") ]),
[ 2, 'Busmouse', 'BusMouse', __("2 buttons") ],
[ 3, 'Busmouse', 'BusMouse', __("3 buttons") ],
]],
__("none") =>
[ [ 'none' ],
[ [ 0, 'none', 'Microsoft', __("No mouse") ],
]],
);
sub xmouse2xId {
#- xmousetypes must be sorted as found in /usr/include/X11/extensions/xf86misc.h
#- so that first mean "0", etc
my @xmousetypes = (
"Microsoft",
"MouseSystems",
"MMSeries",
"Logitech",
"BusMouse", #MouseMan,
"Logitech",
"PS/2",
"MMHittab",
"GlidePoint",
"IntelliMouse",
"ThinkingMouse",
"IMPS/2",
"ThinkingMousePS/2",
"MouseManPlusPS/2",
"GlidePointPS/2",
"NetMousePS/2",
"NetScrollPS/2",
"SysMouse",
"Auto",
"AceCad",
"WSMouse",
"USB",
);
my ($id) = @_;
$id = 'BusMouse' if $id eq 'MouseMan';
my $i; map_index { $_ eq $id and $i = $::i } @xmousetypes; $i;
}
my %mouse_btn_keymap = (
0 => "NONE",
67 => "F9",
68 => "F10",
87 => "F11",
88 => "F12",
85 => "F13",
89 => "F14",
90 => "F15",
56 => "L-Option/Alt",
125 => "L-Command",
98 => "Num: /",
55 => "Num: *",
117 => "Num: =",
);
sub ppc_one_button_keys { keys %mouse_btn_keymap }
sub ppc_one_button_key2text { $mouse_btn_keymap{$_[0]} }
sub raw2mouse {
my ($type, $raw) = @_;
$raw or return;
my %l; @l{@mouses_fields} = @$raw;
+{ %l, type => $type };
}
sub fullnames {
map_each {
my $type = $::a;
grep {$_} map {
if ($_) {
my $l = raw2mouse($type, $_);
"$type|$l->{name}";
} else {
$type .= "|[" . _("Other") . "]";
'';
}
} @{$::b->[1]}
} %mice;
}
sub fullname2mouse {
my ($fname, %opts) = @_;
my ($type, @l) = split '\|', $fname;
my ($name) = pop @l;
$opts{device} ||= $mice{$type}[0][0];
foreach (@{$mice{$type}[1]}) {
my $l = raw2mouse($type, $_);
$name eq $l->{name} and return { %$l, %opts };
}
die "$fname not found ($type, $name)";
}
sub serial_ports() { map { "ttyS$_" } 0..7 }
sub serial_port2text {
$_[0] =~ /ttyS(\d+)/ ? "$_[0] / COM" . ($1 + 1) : $_[0];
}
sub read {
my ($prefix) = @_;
my %mouse = getVarsFromSh "$prefix/etc/sysconfig/mouse";
eval { add2hash_(\%mouse, fullname2mouse($mouse{FULLNAME})) };
$mouse{device} = readlink "$prefix/dev/mouse" or log::l("reading $prefix/dev/mouse symlink failed");
$mouse{nbuttons} = $mouse{XEMU3} eq "yes" ? 2 : $mouse{WHEEL} eq "yes" ? 5 : 3;
\%mouse;
}
sub write {
my ($prefix, $mouse) = @_;
local $mouse->{FULLNAME} = qq("$mouse->{type}|$mouse->{name}"); #-"
local $mouse->{XEMU3} = bool2yesno($mouse->{nbuttons} < 3);
local $mouse->{WHEEL} = bool2yesno($mouse->{nbuttons} > 3);
setVarsInSh("$prefix/etc/sysconfig/mouse", $mouse, qw(MOUSETYPE XMOUSETYPE FULLNAME XEMU3 WHEEL device));
symlinkf $mouse->{device}, "$prefix/dev/mouse" or log::l("creating $prefix/dev/mouse symlink failed");
if (arch() =~ /ppc/) {
my $s = join('',
"dev.mac_hid.mouse_button_emulation = " . to_bool($mouse->{button2_key} || $mouse->{button3_key}) . "\n",
if_($mouse->{button2_key}, "dev.mac_hid.mouse_button2_keycode = $mouse->{button2_key}\n"),
if_($mouse->{button3_key}, "dev.mac_hid.mouse_button3_keycode = $mouse->{button3_key}\n"),
);
substInFile {
$_ = '' if /^\Qdev.mac_hid.mouse_button/;
$_ .= $s if eof;
} "$prefix/etc/sysctl.conf";
#- hack - dev RPM symlinks to mouse0 - lands on mouse1 with new input layer on PPC input/mice will get both ADB and USB
symlinkf "/dev/input/mice", "$prefix/dev/usbmouse" if ($mouse->{device} eq "usbmouse");
}
}
sub mouseconfig {
my ($t, $mouse, @wacom);
#- Whouah! probing all devices from ttyS0 to ttyS3 once a time!
detect_devices::probeSerialDevices();
#- check new probing methods keep everything used here intact!
foreach (0..3) {
$t = detect_devices::probeSerial("/dev/ttyS$_");
if ($t->{CLASS} eq 'MOUSE') {
$t->{MFG} ||= $t->{MANUFACTURER};
$mouse = fullname2mouse("serial|Microsoft IntelliMouse") if $t->{MFG} eq 'MSH' && $t->{MODEL} eq '0001';
$mouse = fullname2mouse("serial|Logitech MouseMan") if $t->{MFG} eq 'LGI' && $t->{MODEL} =~ /^80/;
$mouse = fullname2mouse("serial|Genius NetMouse") if $t->{MFG} eq 'KYE' && $t->{MODEL} eq '0003';
$mouse ||= fullname2mouse("serial|Generic 2 Button Mouse"); #- generic by default.
$mouse->{device} = "ttyS$_";
last;
} elsif ($t->{CLASS} eq "PEN" || $t->{MANUFACTURER} eq "WAC") {
push @wacom, "ttyS$_";
}
}
$mouse, @wacom;
}
sub detect() {
if (arch() =~ /^sparc/) {
return fullname2mouse("sunmouse|Sun - Mouse");
}
if (arch() eq "ppc") {
return fullname2mouse(detect_devices::hasMousePS2("usbmouse") ?
"USB|1 button" :
# No need to search for an ADB mouse. If I did, the PPC kernel would
# find one whether or not I had one installed! So.. default to it.
"busmouse|1 button");
}
my @wacom;
my $fast_mouse_probe = sub {
my $auxmouse = detect_devices::hasMousePS2("psaux") && fullname2mouse("PS/2|Standard", unsafe => 1);
if (modules::get_alias("usb-interface")) {
if (my (@l) = detect_devices::usbMice()) {
log::l("found usb mouse $_->{driver} $_->{description} ($_->{type})") foreach @l;
eval { modules::load("usbmouse"); modules::load("mousedev"); };
if (!$@ && detect_devices::tryOpen("usbmouse")) {
my $mouse = fullname2mouse($l[0]{driver} =~ /Mouse:(.*)/ ? $1 : "USB|Generic");
$auxmouse and $mouse->{auxmouse} = $auxmouse; #- for laptop, we kept the PS/2 as secondary (symbolic).
return $mouse;
}
eval { modules::unload("mousedev"); modules::unload("usbmouse"); };
}
}
$auxmouse;
};
if (modules::get_alias("usb-interface")) {
my $keep_mouse;
if (my (@l) = detect_devices::usbWacom()) {
log::l("found usb wacom $_->{driver} $_->{description} ($_->{type})") foreach @l;
eval { modules::load("wacom"); modules::load("evdev"); };
unless ($@) {
foreach (0..$#l) {
detect_devices::tryOpen("input/event$_") and $keep_mouse = 1, push @wacom, "input/event$_";
}
}
$keep_mouse or eval { modules::unload("evdev"); modules::unload("wacom"); };
}
}
#- at this level, not all possible mice are detected so avoid invoking serial_probe
#- which takes a while for its probe.
if ($::isStandalone) {
my $mouse = $fast_mouse_probe->();
$mouse and return ($mouse, @wacom);
}
#- probe serial device to make sure a wacom has been detected.
eval { modules::load("serial") };
my ($r, @serial_wacom) = mouseconfig(); push @wacom, @serial_wacom;
if (!$::isStandalone) {
my $mouse = $fast_mouse_probe->();
$r && $mouse and $r->{auxmouse} = $mouse; #- we kept the auxilliary mouse as PS/2.
$r and return ($r, @wacom);
$mouse and return ($mouse, @wacom);
} else {
$r and return ($r, @wacom);
}
#- in case only a wacom has been found, assume an inexistant mouse (necessary).
@wacom and return { CLASS => 'MOUSE',
nbuttons => 2,
device => "nothing",
MOUSETYPE => "Microsoft",
XMOUSETYPE => "Microsoft"}, @wacom;
#- defaults to generic serial mouse on ttyS0.
#- Oops? using return let return a hash ref, if not using it, it return a list directly :-)
return fullname2mouse("serial|Generic 2 Button Mouse", unsafe => 1);
}
#- write_conf : write the mouse infos into the Xconfig files.
#- input :
#- $mouse : the hashtable containing the informations
#- $mouse input
#- $mouse->{nbuttons} : number of buttons : integer
#- $mouse->{device} : device of the mouse : string : ex 'psaux'
#- $mouse->{XMOUSETYPE} : type of the mouse for gpm : string : ex 'PS/2'
#- $mouse->{type} : type (generic ?) of the mouse : string : ex 'PS/2'
#- $mouse->{name} : name of the mouse : string : ex 'Standard'
#- $mouse->{MOUSETYPE} : type of the mouse : string : ex "ps/2"
#- $mouse->{XEMU3} : emulate 3rd button : string : 'yes' or 'no'
sub write_conf {
my ($mouse) = @_;
&write('', $mouse);
modules::write_conf('') if $mouse->{device} eq "usbmouse" && !$::testing;
my $f = "/etc/X11/XF86Config";
my $g = "/etc/X11/XF86Config-4";
my $update_mouse = sub {
my ($mouse, $id) = @_;
my @zaxis = (
$mouse->{nbuttons} > 3 ? [ "ZAxisMapping", "4 5" ] : (),
$mouse->{nbuttons} > 5 ? [ "ZAxisMapping", "6 7" ] : (),
$mouse->{nbuttons} < 3 ? ([ "Emulate3Buttons" ], [ "Emulate3Timeout", "50" ]) : ()
);
my $zaxis = join('', map { qq(\n $_->[0]) . ($_->[1] && qq( $_->[1])) } @zaxis);
substInFile {
if ($id > 1) {
if (/^DeviceName\s+"Mouse$id"/ .. /^EndSection/) {
$_ = '' if /(ZAxisMapping|Emulate3)/; #- remove existing line
s|^(\s*Protocol\s+).*|$1"$mouse->{XMOUSETYPE}"|;
s|^(\s*Device\s+).*|$1"/dev/mouse"$zaxis|;
}
} else {
if (/^Section\s+"Pointer"/ .. /^EndSection/) {
$_ = '' if /(ZAxisMapping|Emulate3)/; #- remove existing line
s|^(\s*Protocol\s+).*|$1"$mouse->{XMOUSETYPE}"|;
s|^(\s*Device\s+).*|$1"/dev/mouse"$zaxis|;
}
}
} $f if -e $f && !$::testing;
$zaxis = join('', map { qq(\n Option "$_->[0]") . ($_->[1] && qq( "$_->[1]")) } @zaxis);
substInFile {
if (/Identifier\s+"Mouse$id"/ .. /^EndSection/) {
$_ = '' if /(ZAxisMapping|Emulate3)/; #- remove existing line
s|^(\s*Option\s+"Protocol"\s+).*|$1"$mouse->{XMOUSETYPE}"|;
s|^(\s*Option\s+"Device"\s+).*|$1"/dev/mouse"$zaxis|;
}
} $g if -e $g && !$::testing;
};
$update_mouse->($mouse, 1);
$mouse->{auxmouse} and $update_mouse->($mouse->{auxmouse}, 2);
}
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package install_steps; # $Id$
use diagnostics;
use strict;
use vars qw(@filesToSaveForUpgrade @ISA);
#-######################################################################################
#- misc imports
#-######################################################################################
use common;
use install_any qw(:all);
use partition_table qw(:types);
use detect_devices;
use modules;
use run_program;
use lang;
use keyboard;
use fsedit;
use loopback;
use pkgs;
use any;
use log;
use fs;
@filesToSaveForUpgrade = qw(
/etc/ld.so.conf /etc/fstab /etc/hosts /etc/conf.modules /etc/modules.conf
);
#-######################################################################################
#- OO Stuff
#-######################################################################################
sub new($$) {
my ($type, $o) = @_;
bless $o, ref $type || $type;
return $o;
}
#-######################################################################################
#- In/Out Steps Functions
#-######################################################################################
sub enteringStep {
my ($o, $step) = @_;
log::l("starting step `$step'");
}
sub leavingStep {
my ($o, $step) = @_;
log::l("step `$step' finished");
if (-d "$o->{prefix}/root") {
eval { commands::cp('-f', "/tmp/ddebug.log", "$o->{prefix}/root") };
output(install_any::auto_inst_file(), install_any::g_auto_install());
}
for (my $s = $o->{steps}{first}; $s; $s = $o->{steps}{$s}{next}) {
#- the reachability property must be recomputed each time to take
#- into account failed step.
next if $o->{steps}{$s}{done} && !$o->{steps}{$s}{redoable};
my $reachable = 1;
if (my $needs = $o->{steps}{$s}{needs}) {
my @l = ref $needs ? @$needs : $needs;
$reachable = min(map { $o->{steps}{$_}{done} || 0 } @l);
}
$o->{steps}{$s}{reachable} = 1 if $reachable;
}
$o->{steps}{$step}{reachable} = $o->{steps}{$step}{redoable};
while (my $f = shift @{$o->{steps}{$step}{toBeDone} || []}) {
eval { &$f() };
$o->ask_warn(_("Error"), [
_("An error occurred, but I don't know how to handle it nicely.
Continue at your own risk."), $@ ]) if $@;
}
}
sub errorInStep($$) { print "error :(\n"; c::_exit(1) }
sub kill_action {}
sub set_help { 1 }
#-######################################################################################
#- Steps Functions
#-######################################################################################
#------------------------------------------------------------------------------
sub selectLanguage {
my ($o) = @_;
lang::set($o->{lang});
$o->{langs} ||= { $o->{lang} => 1 };
log::l("selectLanguage: pack_langs ", lang::pack_langs($o->{langs}));
if ($o->{keyboard_unsafe} || !$o->{keyboard}) {
$o->{keyboard_unsafe} = 1;
$o->{keyboard} = keyboard::lang2keyboard($o->{lang});
selectKeyboard($o) if !$::live;
}
}
#------------------------------------------------------------------------------
sub selectKeyboard {
my ($o) = @_;
keyboard::setup($o->{keyboard});
#- if we go back to the selectKeyboard, you must rewrite
addToBeDone {
lang::write_langs($o->{prefix}, $o->{langs});
} 'formatPartitions' unless $::g_auto_install;
addToBeDone {
lang::write($o->{prefix}, $o->{lang});
keyboard::write($o->{prefix}, $o->{keyboard}, lang::lang2charset($o->{lang}));
} 'installPackages' unless $::g_auto_install;
}
#------------------------------------------------------------------------------
sub selectPath {}
#------------------------------------------------------------------------------
sub selectInstallClass {}
#------------------------------------------------------------------------------
sub setupSCSI {
my ($o) = @_;
modules::configure_pcmcia($o->{pcmcia}) if $o->{pcmcia};
modules::load_ide();
modules::load_thiskind('scsi|disk');
}
#------------------------------------------------------------------------------
sub doPartitionDisksBefore {
my ($o) = @_;
if (cat_("/proc/mounts") =~ m|/\w+/(\S+)\s+/tmp/hdimage\s+(\S+)| && !$o->{partitioning}{readonly}) {
$o->{stage1_hd} = { device => $1, type => $2 };
install_any::getFile("XXX"); #- close still opened filehandle
eval { fs::umount("/tmp/hdimage") };
}
eval {
close *pkgs::LOG;
eval { fs::umount("$o->{prefix}/proc") };
eval { fs::umount_all($o->{fstab}, $o->{prefix}) };
eval { sleep 1; fs::umount_all($o->{fstab}, $o->{prefix}) } if $@; #- HACK
} if $o->{fstab} && !$::testing && !$::live;
$o->{raid} ||= {};
}
#------------------------------------------------------------------------------
sub doPartitionDisksAfter {
my ($o) = @_;
unless ($::testing) {
partition_table::write($_) foreach @{$o->{hds}};
$_->{rebootNeeded} and $o->rebootNeeded foreach @{$o->{hds}};
}
$o->{fstab} = [ fsedit::get_fstab(@{$o->{hds}}, @{$o->{lvms}}, $o->{raid}) ];
fsedit::get_root_($o->{fstab}) or die "Oops, no root partition";
if (arch() =~ /ppc/ && detect_devices::get_mac_generation =~ /NewWorld/) {
die "Need bootstrap partition to boot system!" if !(defined $partition_table_mac::bootstrap_part);
}
if (arch() =~ /ia64/ && !fsedit::has_mntpoint("/boot/efi", $o->{hds})) {
die _("You must have a FAT partition mounted in /boot/efi");
}
if ($o->{partitioning}{use_existing_root}) {
#- ensure those partitions are mounted so that they are not proposed in choosePartitionsToFormat
fs::mount_part($_, $o->{prefix}) foreach grep { $_->{mntpoint} && !$_->{notFormatted} } @{$o->{fstab}};
}
if (my $s = delete $o->{stage1_hd}) {
my ($part) = grep { $_->{device} eq $s->{device} } @{$o->{fstab}};
$part->{isMounted} ?
do { rmdir "/tmp/hdimage" ; symlinkf("$o->{prefix}$part->{mntpoint}", "/tmp/hdimage") } :
eval {
fs::mount($s->{device}, "/tmp/hdimage", $s->{type});
$part->{isMounted} = 1;
};
}
cat_("/proc/mounts") =~ m|(\S+)\s+/tmp/image nfs| &&
!grep { $_->{mntpoint} eq "/mnt/nfs" } @{$o->{manualFstab} || []} and
push @{$o->{manualFstab}}, { type => "nfs", mntpoint => "/mnt/nfs", device => $1, options => "noauto,ro,nosuid,rsize=8192,wsize=8192" };
}
#------------------------------------------------------------------------------
sub doPartitionDisks {
my ($o) = @_;
install_any::getHds($o);
if ($o->{partitioning}{use_existing_root} || $o->{isUpgrade}) {
# either one root is defined (and all is ok), or we take the first one we find
my $p = fsedit::get_root_($o->{fstab}) || first(install_any::find_root_parts($o->{fstab}, $o->{prefix})) or die;
install_any::use_root_part($o->{fstab}, $p, $o->{prefix});
}
if ($o->{partitioning}{auto_allocate}) {
fsedit::auto_allocate($o->{hds}, $o->{partitions}, $o->{raid}{raid});
}
}
#------------------------------------------------------------------------------
sub ask_mntpoint_s {
my ($o, $fstab) = @_;
#- TODO: set the mntpoints
my %m; foreach (@$fstab) {
my $m = $_->{mntpoint};
next unless $m && $m ne 'swap'; #- there may be a lot of swap.
$m{$m} and die _("Duplicate mount point %s", $m);
$m{$m} = 1;
#- in case the type does not correspond, force it to ext2
$_->{type} = 0x83 if $m =~ m|^/| && !isFat($_) && !isTrueFS($_);
}
1;
}
sub rebootNeeded($) {
my ($o) = @_;
log::l("Rebooting...");
c::_exit(0);
}
sub choosePartitionsToFormat($$) {
my ($o, $fstab) = @_;
foreach (@$fstab) {
$_->{mntpoint} = "swap" if isSwap($_);
$_->{mntpoint} or next;
add2hash_($_, { toFormat => $_->{notFormatted} });
if (!$_->{toFormat}) {
my $t = isLoopback($_) ?
eval { fsedit::typeOfPart($o->{prefix} . loopback::file($_)) } :
fsedit::typeOfPart($_->{device});
$_->{toFormatUnsure} = member($_->{mntpoint}, '/', '/usr') ||
#- if detected dos/win, it's not precise enough to just compare the types (too many of them)
(!$t || isOtherAvailableFS({ type => $t }) ? !isOtherAvailableFS($_) : $t != $_->{type});
}
}
}
sub formatMountPartitions {
my ($o) = @_;
fs::formatMount_all($o->{raid}, $o->{fstab}, $o->{prefix});
}
#------------------------------------------------------------------------------
sub setPackages {
my ($o) = @_;
install_any::setPackages($o);
pkgs::selectPackagesAlreadyInstalled($o->{packages}, $o->{prefix})
if !$o->{isUpgrade} && (-r "$o->{prefix}/var/lib/rpm/packages.rpm" || -r "$o->{prefix}/var/lib/rpm/Packages");
}
sub selectPackagesToUpgrade {
my ($o) = @_;
pkgs::selectPackagesToUpgrade($o->{packages}, $o->{prefix}, $o->{base}, $o->{toRemove}, $o->{toSave});
}
sub choosePackages {
my ($o, $packages, $compssUsers, $first_time) = @_;
#- now for upgrade, package that must be upgraded are
#- selected first, after is used the same scheme as install.
#- make sure we kept some space left for available else the system may
#- not be able to start (xfs at least).
my $available = install_any::getAvailableSpace($o);
my $availableCorrected = pkgs::invCorrectSize($available / sqr(1024)) * sqr(1024);
log::l(sprintf "available size %s (corrected %s)", formatXiB($available), formatXiB($availableCorrected));
add2hash_($o, { compssListLevel => 5 }) if !$::auto_install;
#- avoid destroying user selection of packages but only
#- for expert, as they may have done individual selection before.
if ($first_time || !$::expert) {
install_any::unselectMostPackages($o);
exists $o->{compssListLevel}
and pkgs::setSelectedFromCompssList($packages, $o->{compssUsersChoice}, $o->{compssListLevel}, $availableCorrected);
}
$availableCorrected;
}
sub beforeInstallPackages {
my ($o) = @_;
#- save these files in case of upgrade failure.
if ($o->{isUpgrade}) {
foreach (@filesToSaveForUpgrade) {
unlink "$o->{prefix}/$_.mdkgisave";
if (-e "$o->{prefix}/$_") {
eval { commands::cp("$o->{prefix}/$_", "$o->{prefix}/$_.mdkgisave") };
}
}
}
#- some packages need such files for proper installation.
install_any::write_fstab($o);
require network;
network::add2hosts("$o->{prefix}/etc/hosts", "localhost.localdomain", "127.0.0.1");
require pkgs;
pkgs::init_db($o->{prefix});
}
sub pkg_install {
my ($o, @l) = @_;
log::l("selecting packages");
require pkgs;
if ($::testing) {
log::l("selecting package \"$_\"") foreach @l;
} else {
pkgs::selectPackage($o->{packages}, pkgs::packageByName($o->{packages}, $_) || die "$_ rpm not found") foreach @l;
}
my @toInstall = pkgs::packagesToInstall($o->{packages});
if (@toInstall) {
log::l("installing packages");
$o->installPackages;
} else {
log::l("all packages selected are already installed, nothing to do")
}
}
sub pkg_install_if_requires_satisfied {
my ($o, @l) = @_;
require pkgs;
foreach (@l) {
my %newSelection;
my $pkg = pkgs::packageByName($o->{packages}, $_) || die "$_ rpm not found";
pkgs::selectPackage($o->{packages}, $pkg, 0, \%newSelection);
if (scalar(keys %newSelection) == 1) {
pkgs::selectPackage($o->{packages}, $pkg);
} else {
log::l("pkg_install_if_requires_satisfied: not selecting $_ because of ", join(", ", keys %newSelection));
}
}
$o->installPackages;
}
sub installPackages($$) { #- complete REWORK, TODO and TOCHECK!
my ($o) = @_;
my $packages = $o->{packages};
if (@{$o->{toRemove} || []}) {
#- hack to ensure proper upgrade of packages from other distribution,
#- as release number are not mandrake based. this causes save of
#- important files and restore them after.
foreach (@{$o->{toSave} || []}) {
if (-e "$o->{prefix}/$_") {
eval { commands::cp("-f", "$o->{prefix}/$_", "$o->{prefix}/$_.mdkgisave") };
}
}
pkgs::remove($o->{prefix}, $o->{toRemove});
foreach (@{$o->{toSave} || []}) {
if (-e "$o->{prefix}/$_.mdkgisave") {
renamef("$o->{prefix}/$_.mdkgisave", "$o->{prefix}/$_");
}
}
$o->{toSave} = [];
#- hack for compat-glibc to upgrade properly :-(
if (pkgs::packageFlagSelected(pkgs::packageByName($packages, 'compat-glibc')) &&
!pkgs::packageFlagInstalled(pkgs::packageByName($packages, 'compat-glibc'))) {
rename "$o->{prefix}/usr/i386-glibc20-linux", "$o->{prefix}/usr/i386-glibc20-linux.mdkgisave";
}
}
#- small transaction will be built based on this selection and depslist.
my @toInstall = pkgs::packagesToInstall($packages);
my $time = time;
$ENV{DURING_INSTALL} = 1;
pkgs::install($o->{prefix}, $o->{isUpgrade}, \@toInstall, $packages->{depslist}, $packages->{mediums});
delete $ENV{DURING_INSTALL};
run_program::rooted_or_die($o->{prefix}, 'ldconfig') unless $::g_auto_install;
log::l("Install took: ", formatTimeRaw(time - $time));
install_any::log_sizes($o);
scalar(@toInstall); #- return number of packages installed.
}
sub afterInstallPackages($) {
my ($o) = @_;
return if $::g_auto_install;
die _("Some important packages didn't get installed properly.
Either your cdrom drive or your cdrom is defective.
Check the cdrom on an installed computer using \"rpm -qpl Mandrake/RPMS/*.rpm\"
") if grep { m|read failed: Input/output error| } cat_("$o->{prefix}/root/install.log");
if (arch() !~ /^sparc/) { #- TODO restore it as may be needed for sparc
-x "$o->{prefix}/usr/bin/dumpkeys" or $::testing or die
"Some important packages didn't get installed properly.
Please switch to console 2 (using ctrl-alt-f2)
and look at the log file /tmp/ddebug.log
Consoles 1,3,4,7 may also contain interesting information";
}
pkgs::done_db();
#- why not? cuz weather is nice today :-) [pixel]
common::sync(); common::sync();
#- generate /etc/lvmtab needed for rc.sysinit
run_program::rooted($o->{prefix}, 'vgscan') if -e '/etc/lvmtab';
#- configure PCMCIA services if needed.
modules::write_pcmcia($o->{prefix}, $o->{pcmcia});
#- for mandrake_firstime
touch "$o->{prefix}/var/lock/TMP_1ST";
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