package fs; # $Id$
use diagnostics;
use strict;
use common;
use log;
use devices;
use fs::type;
use fs::get;
use fs::format;
use fs::mount_options;
use fs::loopback;
use fs::mount;
use run_program;
use detect_devices;
use modules;
use fsedit;
sub read_fstab {
my ($prefix, $file, @reading_options) = @_;
if (member('keep_default', @reading_options)) {
push @reading_options, 'freq_passno', 'keep_device_LABEL', 'keep_device_UUID';
}
my %comments;
my $comment;
my @l = grep {
if (/^Filename\s*Type\s*Size/) {
0; #- when reading /proc/swaps
} elsif (/^\s*#/) {
$comment .= chomp_($_) . "\n";
0;
} else {
$comments{$_} = $comment if $comment;
$comment = '';
1;
}
} cat_("$prefix$file");
#- attach comments at the end of fstab to the previous line
$comments{$l[-1]} = $comment if $comment;
map {
my ($dev, $mntpoint, $fs_type, $options, $freq, $passno) = split;
my $comment = $comments{$_};
$options = 'defaults' if $options eq 'rw'; # clean-up for mtab read
if ($fs_type eq 'supermount') {
log::l("dropping supermount");
$options = join(",", grep {
if (/fs=(.*)/) {
$fs_type = $1;
#- with supermount, the type could be something like ext2:vfat
#- but this can not be done without supermount, so switching to "auto"
$fs_type = 'auto' if $fs_type =~ /:/;
0;
} elsif (/dev=(.*)/) {
$dev = $1;
0;
} elsif ($_ eq '--') {
0;
} else {
1;
}
} split(',', $options));
}
s/\\040/ /g foreach $mntpoint, $dev, $options;
my $h = {
mntpoint => $mntpoint, fs_type => $fs_type,
options => $options, comment => $comment,
if_(member('keep_freq_passno', @reading_options), freq => $freq, passno => $passno),
};
put_in_hash($h, fs::wild_device::to_subpart($dev));
if ($h->{device_LABEL} && !$h->{device_alias} && member('keep_device_LABEL', @reading_options)) {
$h->{prefer_device_LABEL} = 1;
} elsif ($h->{device_UUID} && !$h->{device_alias} && member('keep_device_UUID', @reading_options)) {
$h->{prefer_device_UUID} = 1;
} else {
$h->{prefer_device} = 1;
}
if ($h->{options} =~ /credentials=/ && !member('verbatim_credentials', @reading_options)) {
require fs::remote::smb;
#- remove credentials=file with username=foo,password=bar,domain=zoo
#- the other way is done in fstab_to_string
my ($options, $unknown) = fs::mount_options::unpack($h);
my $file = delete $options->{'credentials='};
my $credentials = fs::remote::smb::read_credentials_raw($file);
if ($credentials->{username}) {
$options->{"$_="} = $credentials->{$_} foreach qw(username password domain);
fs::mount_options::pack($h, $options, $unknown);
}
} elsif ($h->{fs_type} eq 'davfs2' && !member('verbatim_credentials', @reading_options)) {
require fs::remote::davfs;
if (my $credentials = fs::remote::davfs::read_credentials($h->{mntpoint})) {
my ($options, $unknown) = fs::mount_options::unpack($h);
$options->{"$_="} = $credentials->{$_} foreach qw(username password);
fs::mount_options::pack($h, $options, $unknown);
}
}
$h;
} @l;
}
sub merge_fstabs {
my ($loose, $fstab, @l) = @_;
foreach my $p (@$fstab) {
my ($l1, $l2) = partition { fs::get::is_same_hd($_, $p) } @l;
my ($p2) = @$l1 or next;
@l = @$l2;
$p->{mntpoint} = $p2->{mntpoint} if delete $p->{unsafeMntpoint};
if (!$loose) {
$p->{fs_type} = $p2->{fs_type} if $p2->{fs_type};
$p->{options} = $p2->{options} if $p2->{options};
add2hash_($p, $p2);
} else {
$p->{isMounted} ||= $p2->{isMounted};
$p->{real_mntpoint} ||= $p2->{real_mntpoint};
}
$p->{device_alias} ||= $p2->{device_alias} if $p->{device} ne $p2->{device} && $p2->{device} !~ m|/|;
$p->{fs_type} && $p2->{fs_type} && $p->{fs_type} ne $p2->{fs_type}
&& $p->{fs_type} ne 'auto' && $p2->{fs_type} ne 'auto' and
log::l("err, fstab and partition table do not agree for $p->{device} type: $p->{fs_type} vs $p2->{fs_type}");
}
@l;
}
sub add2all_hds {
my ($all_hds, @l) = @_;
@l = merge_fstabs('', [ fs::get::really_all_fstab($all_hds) ], @l);
foreach (@l) {
my $s =
$_->{fs_type} eq 'nfs' ? 'nfss' :
$_->{fs_type} eq 'cifs' ? 'smbs' :
$_->{fs_type} eq 'davfs2' ? 'davs' :
isTrueLocalFS($_) || isSwap($_) || isOtherAvailableFS($_) ? '' :
'special';
push @{$all_hds->{$s}}, $_ if $s;
}
}
sub get_major_minor {
my ($fstab) = @_;
foreach (@$fstab) {
eval {
my (undef, $major, $minor) = devices::entry($_->{device});
($_->{major}, $_->{minor}) = ($major, $minor);
} if !$_->{major};
}
}
sub merge_info_from_mtab {
my ($fstab) = @_;
my @l1 = map { my $l = $_;
my $h = fs::type::fs_type2subpart('swap');
$h->{$_} = $l->{$_} foreach qw(device major minor);
$h;
} read_fstab('', '/proc/swaps');
my @l2 = map { read_fstab('', $_) } '/etc/mtab', '/proc/mounts';
foreach (@l1, @l2) {
log::l("found mounted partition on $_->{device} with $_->{mntpoint}");
if ($::isInstall && $_->{mntpoint} =~ m!^/tmp/\w*image$!) {
$_->{real_mntpoint} = delete $_->{mntpoint};
}
$_->{isMounted} = 1;
set_isFormatted($_, 1);
}
merge_fstabs('loose', $fstab, @l1, @l2);
}
# - when using "$loose", it does not merge in type&options from the fstab
sub merge_info_from_fstab {
my ($fstab, $prefix, $uniq, $loose) = @_;
my @l = grep {
if ($uniq) {
my $part = fs::get::mntpoint2part($_->{mntpoint}, $fstab);
!$part || fs::get::is_same_hd($part, $_); #- keep it only if it is the mountpoint AND the same device
} else {
1;
}
} read_fstab($prefix, '/etc/fstab', 'keep_default');
merge_fstabs($loose, $fstab, @l);
}
sub get_info_from_fstab {
my ($all_hds) = @_;
my @l = read_fstab($::prefix, '/etc/fstab', 'keep_default');
add2all_hds($all_hds, @l);
}
sub prepare_write_fstab {
my ($fstab, $o_prefix, $b_keep_credentials) = @_;
$o_prefix ||= '';
my %new;
my (@smb_credentials, @davfs_credentials);
my @l = map {
my $device =
isLoopback($_) ?
($_->{mntpoint} eq '/' ? "/initrd/loopfs" : $_->{loopback_device}{mntpoint}) . $_->{loopback_file} :
fs::wild_device::from_part($o_prefix, $_);
my $comment = $_->{comment};
$comment = '' if $comment =~ m!^Entry for /dev/.* :!;
$comment ||= "# Entry for /dev/$_->{device} :\n" if $device =~ /^(UUID|LABEL)=/;
my $real_mntpoint = $_->{mntpoint} || ${{ '/tmp/hdimage' => '/mnt/hd' }}{$_->{real_mntpoint}};
mkdir_p("$o_prefix$real_mntpoint") if $real_mntpoint =~ m|^/|;
my $mntpoint = fs::type::carry_root_loopback($_) ? '/initrd/loopfs' : $real_mntpoint;
my ($freq, $passno) =
exists $_->{freq} ?
($_->{freq}, $_->{passno}) :
isTrueLocalFS($_) && !$_->{dmcrypt_name} && $_->{options} !~ /encryption=/ && (!$_->{is_removable} || member($_->{mntpoint}, fs::type::directories_needed_to_boot())) ?
(1, $_->{mntpoint} eq '/' ? 1 : fs::type::carry_root_loopback($_) ? 0 : 2) :
(0, 0);
if (($device eq 'none' || !$new{$device}) && ($mntpoint eq 'swap' || !$new{$mntpoint})) {
#- keep in mind the new line for fstab.
$new{$device} = 1;
$new{$mntpoint} = 1;
my $options = $_->{options} || 'defaults';
if ($_->{fs_type} eq 'cifs' && $options =~ /password=/ && !$b_keep_credentials) {
require fs::remote::smb;
if (my ($opts, $smb_credentials) = fs::remote::smb::fstab_entry_to_credentials($_)) {
$options = $opts;
push @smb_credentials, $smb_credentials;
}
} elsif ($_->{fs_type} eq 'davfs2' && $options =~ /password=/ && !$b_keep_credentials) {
require fs::remote::davfs;
if (my ($opts, $davfs_credentials) = fs::remote::davfs::fstab_entry_to_credentials($_)) {
$options = $opts || 'defaults';
push @davfs_credentials, $davfs_credentials;
}
}
my $fs_type = $_->{fs_type} || 'auto';
s/ /\\040/g foreach $mntpoint, $device, $options;
my $file_dep = $options =~ /\b(loop|bind)\b/ ? $device : '';
[ $file_dep, $mntpoint, $comment . join(' ', $device, $mntpoint, $fs_type, $options, $freq, $passno) . "\n" ];
} else {
();
}
} grep { $_->{device} && ($_->{mntpoint} || $_->{real_mntpoint}) && $_->{fs_type} && ($_->{isFormatted} || !$_->{notFormatted}) } @$fstab;
sub sort_it {
my (@l) = @_;
if (my $file_based = find { $_->[0] } @l) {
my ($before, $other) = partition { $file_based->[0] =~ /^\Q$_->[1]/ } @l;
$file_based->[0] = ''; #- all dependencies are now in before
if (@$other && @$before) {
sort_it(@$before), sort_it(@$other);
} else {
sort_it(@l);
}
} else {
sort { $a->[1] cmp $b->[1] } @l;
}
}
@l = sort_it(@l);
join('', map { $_->[2] } @l), \@smb_credentials, \@davfs_credentials;
}
sub fstab_to_string {
my ($all_hds, $o_prefix) = @_;
my $fstab = [ fs::get::really_all_fstab($all_hds), @{$all_hds->{special}} ];
my ($s, undef) = prepare_write_fstab($fstab, $o_prefix, 'keep_credentials');
$s;
}
sub write_fstab {
my ($all_hds, $o_prefix) = @_;
log::l("writing $o_prefix/etc/fstab");
my $fstab = [ fs::get::really_all_fstab($all_hds), @{$all_hds->{special}} ];
my ($s, $smb_credentials, $davfs_credentials) = prepare_write_fstab($fstab, $o_prefix, '');
renamef("$o_prefix/etc/fstab", "$o_prefix/etc/fstab.old");
output("$o_prefix/etc/fstab", $s);
require fs::remote::davfs;
fs::remote::smb::save_credentials($_) foreach @$smb_credentials;
fs::remote::davfs::save_credentials($davfs_credentials);
fs::dmcrypt::save_crypttab($all_hds) if @{$all_hds->{dmcrypts}};
}
sub set_removable_mntpoints {
my ($all_hds) = @_;
my %names;
foreach (@{$all_hds->{raw_hds}}) {
my $name = detect_devices::suggest_mount_point($_) or next;
$name eq 'zip' || $name eq 'cdrom' and next;
my $s = ++$names{$name};
$_->{mntpoint} ||= "/media/$name" . ($s == 1 ? '' : $s);
}
}
sub get_raw_hds {
my ($prefix, $all_hds) = @_;
push @{$all_hds->{raw_hds}}, detect_devices::removables();
$_->{is_removable} = 1 foreach @{$all_hds->{raw_hds}};
get_major_minor($all_hds->{raw_hds});
my @fstab = read_fstab($prefix, '/etc/fstab', 'keep_default');
$all_hds->{nfss} = [ grep { $_->{fs_type} eq 'nfs' } @fstab ];
$all_hds->{smbs} = [ grep { $_->{fs_type} eq 'cifs' } @fstab ];
$all_hds->{davs} = [ grep { $_->{fs_type} eq 'davfs2' } @fstab ];
$all_hds->{special} = [
(grep { $_->{fs_type} eq 'tmpfs' } @fstab),
{ device => 'none', mntpoint => '/proc', fs_type => 'proc' },
];
}
################################################################################
# various functions
################################################################################
sub df {
my ($part, $o_prefix) = @_;
my $dir = "/tmp/tmp_fs_df";
return $part->{free} if exists $part->{free};
if ($part->{isMounted}) {
$dir = ($o_prefix || '') . $part->{mntpoint};
} elsif ($part->{notFormatted} && !$part->{isFormatted}) {
return; #- will not even try!
} else {
mkdir_p($dir);
eval { fs::mount::mount(devices::make($part->{device}), $dir, $part->{fs_type}, 'readonly') };
if ($@) {
set_isFormatted($part, 0);
unlink $dir;
return;
}
}
my (undef, $free) = MDK::Common::System::df($dir);
if (!$part->{isMounted}) {
fs::mount::umount($dir);
unlink($dir);
}
$part->{free} = 2 * $free if defined $free;
$part->{free};
}
1;
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package modules; # $Id$
use strict;
use vars qw(%drivers);
use common qw(:common :file :system :functional);
use detect_devices;
use run_program;
use log;
my %conf;
my $scsi = 0;
my %deps = ();
my @drivers_by_category = (
[ 'net', {
if_(arch() =~ /ppc/,
"mace" => "Apple PowerMac Ethernet",
"bmac" => "Apple G3 Ethernet",
"gmac" => "Apple G4/iBook Ethernet",
),
if_(arch() =~ /^sparc/,
"myri_sbus" => "MyriCOM Gigabit Ethernet",
"sunbmac" => "Sun BigMac Ethernet",
"sunqe" => "Sun Quad Ethernet",
),
if_(arch() !~ /alpha/ && arch() !~ /sparc/,
"3c501" => "3com 3c501",
"3c503" => "3com 3c503",
"3c505" => "3com 3c505",
"3c507" => "3com 3c507",
"3c509" => "3com 3c509",
"3c515" => "3com 3c515",
"3c90x" => "3Com 3c90x (Cyclone/Hurricane/Tornado)",
"3c90x" => "3Com 3c90x (Cyclone/Hurricane/Tornado)",
"82596" => "Apricot 82596",
"abyss" => "Smart 16/4 PCI Ringnode (token ring)",
"ac3200" => "Ansel Communication AC3200",
"acenic" => "AceNIC Gigabit Ethernet",
"aironet4500_card" => "aironet4500_card",
"at1700" => "Allied Telesis AT1700",
"atp" => "ATP",
"com20020-pci" => "com20020-pci",
"cs89x0" => "CS89x0",
"de600" => "D-Link DE-600 pocket adapter",
"de620" => "D-Link DE-620 pocket adapter",
"defxx" => "DEC DEFPA FDDI", # most unused
"depca" => "Digital DEPCA and EtherWORKS",
"dgrs" => "Digi International RightSwitch",
"dmfe" => "dmfe",
"e100" => "Intel Ethernet Pro 100", #- newer Intel version of eepro100
"e1000" => "Intel Gigabit Ethernet",
"e2100" => "Cabletron E2100",
"eepro" => "Intel EtherExpress Pro",
"eepro100" => "Intel EtherExpress Pro 100", #- should run on sparc but no memory on floppy
"eexpress" => "Intel EtherExpress",
"epic100" => "SMC 83c170 EPIC/100",
"eth16i" => "ICL EtherTeam 16i",
"ewrk3" => "Digital EtherWORKS 3",
"hamachi" => "hamachi",
"hp" => "HP LAN/AnyLan",
"hp-plus" => "HP PCLAN/plus",
"hp100" => "HP10/100VG any LAN ",
"ibmtr" => "Token Ring Tropic",
"kaweth" => "kaweth",
# requires scsi_mod??? "iph5526" => "iph5526",
"lance" => "Lance",
"natsemi" => "National Semiconductor 10/100",
"ne" => "NE2000 and compatible",
"ne2k-pci" => "NE2000 PCI",
"ni5010" => "NI 5010",
"ni52" => "NI 5210",
"ni65" => "NI 6510",
"old_tulip" => "Digital 21040/21041/21140 (old Tulip driver)",
"olympic" => "olympic",
"pcnet32" => "AMD PC/Net 32",
"pegasus" => "pegasus",
"plip" => "PLIP (parallel port)",
"rcpci" => "Red Creek Hardware VPN",
"rrunner" => "Roadrunner serial HIPPI", # mostly unused
"sb1000" => "sb1000",
"sis900" => "sis900",
"sk98lin" => "Syskonnect (Schneider & Koch)|Gigabit Ethernet",
"sktr" => "Syskonnect Token ring adaptor",
"smc-ultra" => "SMC Ultra",
"smc9194" => "SMC 9000 series",
"starfire" => "Adaptec StarFire",
"tlan" => "Compaq Netelligent",
"tmspci" => "tmspci (token ring)",
"tulip" => "Digital 21040/21041/21140 (Tulip)",
"via-rhine" => "VIA Rhine",
# "wavelan" => "AT&T WaveLAN & DEC RoamAbout DS", # TODO is a "AT&T GIS WaveLAN ISA" ?
"wd" => "WD8003, WD8013 and compatible",
"winbond-840" => "Compex RL100-ATX",
"yellowfin" => "Symbios Yellowfin G-NIC",
#******(missing-2.4) "smc-ultra32" => "SMC Ultra 32",
#******(missing-2.4) "rl100a" => "rl100a",
#******(missing-2.4) "z85230" => "Z85x30",
),
"3c59x" => "3com 3c59x (Vortex)",
"8139too" => "Realtek RTL-8139",
"de4x5" => "Digital 425,434,435,450,500",
"rtl8139" => "RealTek RTL8129/8139",
"sundance" => "sundance",
"sunhme" => "Sun Happy Meal Ethernet",
}],
[ 'net_raw', {
"8390" => "8390",
"af_packet" => "packet socket",
"nfs" => "Network File System (nfs)",
"lockd" => "lockd",
"parport" => "parport",
"parport_pc" => "parport_pc",
"sunrpc" => "sunrpc",
"pci-scan" => "pci-scan",
"usbcore" => "usbcore",
}],
[ 'isdn', {
"hisax" => "hisax",
"hysdn" => "hysdn",
"b1pci" => "b1pci",
"t1pci" => "t1pci",
"c4" => "c4",
}],
[ 'tv', {
"bttv" => "Brooktree Corporation|Bt8xx Video Capture",
"cpia_usb" => '',
"ibmcam" => '',
"mod_quickcam" => '',
"ov511" => '',
"ultracam" => '',
"usbvideo" => '',
}],
[ 'scanner', {
"scanner" => '',
"microtek" => '',
}],
[ 'photo', {
"dc2xx" => '',
"mdc800" => '',
}],
[ 'joystick', {
"ns558" => "Creative Labs SB Live! joystick",
}],
[ 'radio', {
"radio-maxiradio" => "radio-maxiradio",
}],
[ 'scsi', {
if_(arch() =~ /ppc/,
"mesh" => "Apple Internal SCSI",
"mac53c94" => "Apple External SCSI",
),
if_(arch() =~ /^sparc/,
"qlogicpti" => "Performance Technologies ISP",
),
if_(arch() !~ /alpha/ && arch() !~ /sparc/,
"3w-xxxx" => "3ware ATA-RAID",
"53c7,8xx" => "NCR 53c7xx",
"AM53C974" => "AMD SCSI",
"BusLogic" => "BusLogic Adapters",
"NCR53c406a" => "NCR 53c406a",
"a100u2w" => "a100u2w",
"advansys" => "AdvanSys Adapters",
"aha152x" => "Adaptec 152x",
"aha1542" => "Adaptec 1542",
"aha1740" => "Adaptec 1740",
"atp870u" => "atp870u (Acard/Artop)",
"dc395x_trm" => "dc395x_trm",
"dtc" => "DTC 3180/3280",
"fdomain" => "Future Domain TMC-16x0",
"g_NCR5380" => "NCR 5380",
"in2000" => "Always IN2000",
"initio" => "Initio",
"pci2220i" => "Perceptive Solutions 2240I",
"psi240i" => "psi240i",
"qla1280" => "Q Logic QLA1280",
"qla2x00" => "Q Logic QLA2200",
"qlogicfas" => "Qlogic FAS",
"qlogicfc" => "qlogicfc",
"seagate" => "Seagate ST01/02",
"sim710" => "sim710",
"sym53c416" => "sym53c416",
"t128" => "Trantor T128/T128F/T228",
"tmscsim" => "tmscsim",
"u14-34f" => "UltraStor 14F/34F",
"ultrastor" => "UltraStor 14F/24F/34F",
"wd7000" => "Western Digital wd7000",
),
"aic7xxx" => "Adaptec 2740, 2840, 2940",
"ncr53c8xx" => "NCR 53C8xx PCI",
"pci2000" => "Perceptive Solutions PCI-2000", # TODO
"qlogicisp" => "Qlogic ISP",
"sym53c8xx" => "Symbios 53c8xx",
}],
[ 'scsi_raw', {
"scsi_mod" => "scsi_mod",
"sd_mod" => "sd_mod",
#- "ide-mod" => "ide-mod",
#- "ide-probe" => "ide-probe",
#- "ide-probe-mod" => "ide-probe-mod",
}],
[ 'disk', {
if_(arch() =~ /^sparc/,
"pluto" => "Sun SparcSTORAGE Array SCSI", #- name it "fc4:soc:pluto" ?
),
if_(arch() !~ /alpha/ && arch() !~ /sparc/,
"DAC960" => "Mylex DAC960",
"dpt_i2o" => "Distributed Tech SmartCache/Raid I-V Controller",
"megaraid" => "AMI MegaRAID",
"aacraid" => "AACxxx Raid Controller",
"cciss" => "Compaq Smart Array 5300 Controller",
"cpqarray" => "Compaq Smart-2/P RAID Controller",
"gdth" => "ICP Disk Array Controller",
"i2o_block" => "Intel Integrated RAID",
"ips" => "IBM ServeRAID controller",
"eata" => "EATA SCSI PM2x24/PM3224",
"eata_pio" => "EATA PIO Adapters",
"eata_dma" => "EATA DMA Adapters",
"ppa" => "Iomega PPA3 (parallel port Zip)",
"imm" => "Iomega Zip (new driver)",
),
}],
[ 'disk_raw', {
#- "ide-disk" => "IDE disk",
}],
[ 'cdrom', {
if_(arch() !~ /alpha/ && arch() !~ /sparc/,
#******(missing-2.4) "sbpcd" => "SoundBlaster/Panasonic",
#******(missing-2.4) "aztcd" => "Aztech CD",
#******(missing-2.4) "gscd" => "Goldstar R420",
#******(missing-2.4) "isp16" => "ISP16/MAD16/Mozart",
#******(missing-2.4) "mcd" => "Mitsumi", #- removed for space
#******(missing-2.4) "mcdx" => "Mitsumi (alternate)",
#******(missing-2.4) "optcd" => "Optics Storage 8000",
#******(missing-2.4) "cm206" => "Phillips CM206/CM260",
#******(missing-2.4) "sjcd" => "Sanyo",
#******(missing-2.4) "cdu31a" => "Sony CDU-31A",
#******(missing-2.4) "sonycd535" => "Sony CDU-5xx",
),
}],
[ 'cdrom_raw', {
"isofs" => "iso9660",
"ide-cd" => "ide-cd",
"sr_mod" => "SCSI CDROM support",
"cdrom" => "cdrom",
}],
[ 'sound', {
if_(arch() =~ /ppc/,
"dmasound" => "Amiga or PowerMac DMA sound",
),
if_(arch() !~ /^sparc/,
"cmpci" => "C-Media Electronics CMI8338A CMI8338B CMI8738",
"cs46xx" => "CrystalClear SoundFusion (cs46xx)",
"cs4281" => "Crystal CS4281",
"es1370" => "Ensoniq ES1370 [AudioPCI]",
"es1371" => "Ensoniq ES1371 [AudioPCI-97]",
"esssolo1" => "ESS Technology ES1969 Solo-1 Audiodrive",
"i810_audio" => "i810 integrated sound card",
"maestro" => "Maestro",
"maestro3" => "ESS Maestro-3",
"nm256" => "Neomagic MagicMedia 256AV",
"pas16" => "Pro Audio Spectrum/Studio 16",
"trident" => "M5451 PCI South Bridge Audio",
"via82cxxx" => "VIA VT82C686_5",
"via82cxxx_audio" => "VT82C686 (Apollo Super AC97)",
"sonicvibes" => "S3 SonicVibes",
"snd-card-ice1712" => "IC Ensemble Inc|ICE1712 [Envy24]",
"emu10k1" => "Creative Labs|SB Live! (audio)",
"ymfpci" => "Yamaha YMF-740, DS-1",
# "au8820" => "Aureal Semiconductor|Vortex 1",
# "au8830" => "Aureal Semiconductor|Vortex 2",
"snd-card-cmipci" => "CMI",
"snd-card-cs461x" => "Cirrus Logic|CS 4610/11 [CrystalClear SoundFusion Audio Accelerator]",
"snd-card-ens1371" => "Ensoniq/Creative Labs ES1371",
"snd-card-es1938" => "ESS Technology|ES1969 Solo-1 Audiodrive",
"snd-card-fm801" => "Fortemedia, Inc|Xwave QS3000A [FM801]<>Fortemedia, Inc|FM801 PCI Audio",
"snd-card-intel8x0" => "Intel Corporation|82440MX AC'97 Audio Controller<>Intel Corporation",
"snd-card-rme96" => "Xilinx, Inc.|RME Digi96<>Xilinx, Inc.",
"snd-card-trident" => "Silicon Integrated Systems [SiS]|7018 PCI Audio",
"snd-card-via686a" => "VIA Technologies|VT82C686 [Apollo Super AC97/Audio]",
"snd-card-ymfpci" => "Yamaha Corporation|YMF-740",
),
}],
[ 'pcmcia', {
if_(arch() !~ /^sparc/,
"ide_cs" => "ide_cs",
"fmvj18x_cs" => "fmvj18x_cs",
"fdomain_cs" => "fdomain_cs",
"netwave_cs" => "netwave_cs",
"serial_cs" => "serial_cs",
"wavelan_cs" => "wavelan_cs",
"pcnet_cs" => "pcnet_cs",
"aha152x_cs" => "aha152x_cs",
"xirc2ps_cs" => "xirc2ps_cs",
"3c574_cs" => "3c574_cs",
"qlogic_cs" => "qlogic_cs",
"nmclan_cs" => "nmclan_cs",
"ibmtr_cs" => "ibmtr_cs",
# "dummy_cs" => "dummy_cs",
# "memory_cs" => "memory_cs",
"ftl_cs" => "ftl_cs",
"smc91c92_cs" => "smc91c92_cs",
"3c589_cs" => "3c589_cs",
#******(missing-2.4) "parport_cs" => "parport_cs",
"3c575_cb" => "3c575_cb",
"apa1480_cb" => "apa1480_cb",
"cb_enabler" => "cb_enabler",
"epic_cb" => "epic_cb",
"iflash2+_mtd" => "iflash2+_mtd",
"iflash2_mtd" => "iflash2_mtd",
# "memory_cb" => "memory_cb",
"serial_cb" => "serial_cb",
# "sram_mtd" => "sram_mtd",
"tulip_cb" => "tulip_cb",
),
}],
[ 'pcmcia_everywhere', {
if_(arch() !~ /^sparc/,
"pcmcia_core" => "PCMCIA core support",
"tcic" => "PCMCIA tcic controller",
"ds" => "PCMCIA card support",
"i82365" => "PCMCIA i82365 controller",
),
}],
[ 'paride', {
if_(arch() !~ /^sparc/,
"aten" => "ATEN EH-100",
"bpck" => "Microsolutions backpack",
"comm" => "DataStor (older type) commuter adapter",
"dstr" => "DataStor EP-2000",
"epat" => "Shuttle EPAT",
"epia" => "Shuttle EPIA",
"fit2" => "Fidelity Intl. (older type)",
"fit3" => "Fidelity Intl. TD-3000",
"frpw" => "Freecom Power",
"friq" => "Freecom IQ (ASIC-2)",
"kbic" => "KingByte KBIC-951A and KBIC-971A",
"ktti" => "KT Tech. PHd",
"on20" => "OnSpec 90c20",
"on26" => "OnSpec 90c26",
"pd" => "Parallel port IDE disks",
"pcd" => "Parallel port CD-ROM",
"pf" => "Parallel port ATAPI disk",
"paride" => "Main parallel port module",
),
}],
[ 'raid', {
"linear" => "linear",
"raid0" => "raid0",
"raid1" => "raid1",
"raid5" => "raid5",
}],
[ 'mouse', {
if_(arch() !~ /^sparc/,
"busmouse" => "busmouse",
"msbusmouse" => "msbusmouse",
"serial" => "serial",
"qpmouse" => "qpmouse",
"atixlmouse" => "atixlmouse",
),
}],
[ 'usb', {
"usb-uhci" => "USB (uhci)",
"usb-ohci" => "USB (ohci)",
"usb-ohci-hcd" => "USB (ohci-hcd)",
}],
[ 'fs', {
"smbfs" => "Windows SMB",
"fat" => "fat",
"msdos" => "msdos",
"romfs" => "romfs",
"vfat" => "vfat",
}],
[ 'other', {
"agpgart" => "agpgart",
"buz" => "Zoran Corporation|ZR36057PQC Video cutting chipset",
"defxx" => "DEC|DEFPA",
"i810_rng" => "i810_rng",
"ide-floppy" => "ide-floppy",
"ide-scsi" => "ide-scsi",
"ide-tape" => "ide-tape",
"loop" => "Loopback device",
"lp" => "Parallel Printer",
"nbd" => "nbd",
"rrunner" => "Essential Communications|Roadrunner serial HIPPI",
"sg" => "sg",
"st" => "st",
}],
);
my %type_aliases = (
scsi => 'disk',
);
my @skip_big_modules_on_stage1 = (
# dgrs e1000
qw(
olympic
sk98lin acenic
3c90x
aironet4500_card com20020-pci hamachi starfire winbond-840
dc395x_trm
BusLogic seagate fdomain g_NCR5380 tmscsim
)
); #******(missing-2.4) dpt_i2o aztcd gscd isp16 mcd mcdx optcd cm206 sjcd cdu31a
my @skip_modules_on_stage1 = (
qw(sktr tmspci ibmtr abyss), # alt token ring
qw(old_tulip rtl8139), # doesn't exist in 2.4
qw(kaweth pegasus), # usb net
if_(arch() =~ /alpha|ppc/, qw(sb1000)),
"apa1480_cb",
"imm",
"ppa",
"parport",
"parport_pc",
"plip",
qw(3w-xxxx pci2220i qla1280 qla2x00 i2o_block),
qw(gdth eata eata_pio eata_dma ips),
qw(ac3200 at1700 atp ni5010 ni52 ni65), #- unused from Jeff
);
my @drivers_fields = qw(text type);
%drivers = ();
foreach (@drivers_by_category) {
my ($type, $l) = @$_;
foreach (keys %$l) { $drivers{$_} = [ $l->{$_}, $type ]; }
}
while (my ($k, $v) = each %drivers) {
my %l; @l{@drivers_fields} = @$v;
$drivers{$k} = \%l;
}
sub module_of_type__4update_kernel {
my ($type) = @_;
$type = join "|", map { $_, $_ . "_raw" } split ' ', $type;
my %skip;
@skip{@skip_modules_on_stage1} = ();
@skip{@skip_big_modules_on_stage1} = () if $type !~ /big/;
"big" =~ /^($type)$/ ? @skip_big_modules_on_stage1 : (),
grep { !exists $skip{$_} } grep { $drivers{$_}{type} =~ /^($type)$/ } keys %drivers;
}
sub module_of_type {
my ($type) = @_;
my $alias = $type_aliases{$type} || $type;
grep { $drivers{$_}{type} =~ /^(($type)|$alias)$/ } keys %drivers;
}
sub module2text { $drivers{$_[0]}{text} or log::l("trying to get text of unknown module $_[0]"), return $_[0] }
sub get_alias {
my ($alias) = @_;
$conf{$alias}{alias};
}
sub get_options {
my ($name) = @_;
$conf{$name}{options};
}
sub add_alias {
my ($alias, $name) = @_;
$name =~ /ignore/ and return;
/\Q$alias/ && $conf{$_}{alias} && $conf{$_}{alias} eq $name and return $_ foreach keys %conf;
$alias .= $scsi++ || '' if $alias eq 'scsi_hostadapter';
log::l("adding alias $alias to $name");
$conf{$alias}{alias} ||= $name;
if ($name =~ /^snd-card-/) {
$conf{$name}{"post-install"} = "modprobe snd-pcm-oss";
}
$alias;
}
sub remove_alias($) {
my ($name) = @_;
foreach (keys %conf) {
$conf{$_}{alias} && $conf{$_}{alias} eq $name or next;
delete $conf{$_}{alias};
return 1;
}
0;
}
sub when_load {
my ($name, $type, @options) = @_;
if ($type =~ /\bscsi\b/ || $type eq $type_aliases{scsi}) {
add_alias('scsi_hostadapter', $name), eval { load('sd_mod') };
}
if ($type eq 'sound') {
#- mainly for ppc
add_alias('sound-slot-0', $name);
}
if ($name =~ /^snd-card-/) {
load('snd-pcm-oss', 'prereq');
}
$conf{$name}{options} = join " ", @options if @options;
}
sub load {
my ($name, $type, @options) = @_;
my @netdev = detect_devices::getNet() if $type eq 'net';
if ($::testing) {
log::l("i try to install $name module (@options)");
} elsif ($::isStandalone || $::live) {
run_program::run(-x "/sbin/modprobe.static" ? "/sbin/modprobe.static" : "/sbin/modprobe", $name, @options)
or die "insmod'ing module $name failed";
} else {
$conf{$name}{loaded} and return;
eval { load($_, 'prereq') } foreach @{$deps{$name}};
load_raw([ $name, @options ]);
}
sleep 2 if $name =~ /usb-storage|mousedev/;
if ($type eq 'net') {
add_alias($_, $name) foreach difference2([ detect_devices::getNet() ], \@netdev);
}
when_load($name, $type, @options);
}
sub load_multi {
my $f; $f = sub { map { $f->(@{$deps{$_}}), $_ } @_ };
my %l; my @l =
grep { !$conf{$_}{loaded} }
grep { my $o = $l{$_}; $l{$_} = 1; !$o }
$f->(@_);
if ($::testing) {
log::l("i would install modules @l");
} elsif ($::isStandalone || $::live) {
foreach (@l) { run_program::run(-x "/sbin/modprobe.static" ? "/sbin/modprobe.static" : "/sbin/modprobe", $_) }
} else {
load_raw(map { [ $_ ] } @l);
}
}
sub unload {
my ($m) = @_;
if ($::testing) {
log::l("rmmod $m");
} else {
if (run_program::run("rmmod", $m)) {
delete $conf{$m}{loaded};
}
}
}
sub load_raw {
my @l = map { my ($i, @i) = @$_; [ $i, \@i ] } grep { $_->[0] !~ /ignore/ } @_;
my $cz = "/lib/modules" . (arch() eq 'sparc64' && "64") . ".cz-" . c::kernel_version();
if (!-e $cz) {
unlink $_ foreach glob_("/lib/modules*.cz*");
require install_any;
install_any::getAndSaveFile("Mandrake/mdkinst$cz", $cz) or die "failed to get modules $cz: $!";
}
eval {
require packdrake;
my $packer = new packdrake($cz, quiet => 1);
$packer->extract_archive("/tmp", map { "$_->[0].o" } @l);
};
my @failed = grep {
my $m = "/tmp/$_->[0].o";
if (-e $m && run_program::run(["/usr/bin/insmod_", "insmod"], '2>', '/dev/tty5', '-f', $m, @{$_->[1]})) {
unlink $m;
$conf{$_->[0]}{loaded} = 1;
'';
} else {
log::l("missing module $_->[0]") unless -e $m;
-e $m;
}
} @l;
die "insmod'ing module " . join(", ", map { $_->[0] } @failed) . " failed" if @failed;
foreach (@l) {
if ($_->[0] eq "parport_pc") {
#- this is a hack to make plip go
foreach (@{$_->[1]}) {
/^irq=(\d+)/ and eval { output "/proc/parport/0/irq", $1 };
}
} elsif ($_->[0] =~ /usb-[uo]hci/) {
add_alias('usb-interface', $_->[0]);
eval {
require fs; fs::mount('/proc/bus/usb', '/proc/bus/usb', 'usbdevfs');
#- ensure keyboard is working, the kernel must do the job the BIOS was doing
sleep 2;
load_multi("usbkbd", "keybdev") if detect_devices::usbKeyboards();
}
}
}
}
sub read_already_loaded() {
foreach (cat_("/proc/modules")) {
my ($name) = split;
$conf{$name}{loaded} = 1;
when_load($name, $drivers{$name}{type});
}
}
sub load_deps($) {
my ($file) = @_;
local *F; open F, $file or log::l("error opening $file: $!"), return 0;
local $_;
while (<F>) {
my ($f, $deps) = split ':';
push @{$deps{$f}}, split ' ', $deps;
}
}
sub read_conf($;$) {
my ($file, $scsi) = @_;
my %c;
foreach (cat_($file)) {
do {
$c{$2}{$1} = $3;
$$scsi = max($$scsi, $1 || 0) if /^\s*alias\s+scsi_hostadapter (\d*)/x && $scsi; #- space added to make perl2fcalls happy!
} if /^\s*(\S+)\s+(\S+)\s+(.*?)\s*$/;
}
#- cheating here: not handling aliases of aliases
while (my ($k, $v) = each %c) {
if (my $a = $v->{alias}) {
local $c{$a}{alias};
add2hash($c{$a}, $v);
}
}
\%c;
}
sub mergein_conf {
my ($file) = @_;
#- add2hash(\%conf, read_conf($file, \$scsi));
|