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', { arch() =~ /^sparc/ ? ( "myri_sbus" => "MyriCOM Gigabit Ethernet", "sunbmac" => "Sun BigMac Ethernet", "sunhme" => "Sun Happy Meal Ethernet", "sunqe" => "Sun Quad Ethernet", ) : arch =~ /alpha/ ? () : ( "3c509" => "3com 3c509", "3c501" => "3com 3c501", "3c503" => "3com 3c503", "3c505" => "3com 3c505", "3c507" => "3com 3c507", "3c515" => "3com 3c515", "3c90x" => "3Com 3c90x (Cyclone/Hurricane/Tornado)", "at1700" => "Allied Telesis AT1700", "ac3200" => "Ansel Communication AC3200", "acenic" => "AceNIC Gigabit Ethernet", "pcnet32" => "AMD PC/Net 32", "82596" => "Apricot 82596", # "atp" => "ATP", # builtin the kernel "e2100" => "Cabletron E2100", # "tlan" => "Compaq Netelligent", "cs89x0" => "CS89x0", "de600" => "D-Link DE-600 pocket adapter", "de620" => "D-Link DE-620 pocket adapter", "dgrs" => "Digi International RightSwitch", "depca" => "Digital DEPCA and EtherWORKS", "ewrk3" => "Digital EtherWORKS 3", "old_tulip" => "Digital 21040/21041/21140 (old Tulip driver)", "tulip" => "Digital 21040/21041/21140 (Tulip)", "eth16i" => "ICL EtherTeam 16i", "epic100" => "EPIC 100", "eexpress" => "Intel EtherExpress", "eepro" => "Intel EtherExpress Pro", "eepro100" => "Intel EtherExpress Pro 100", #- should run on sparc but no memory on floppy "hp100" => "HP10/100VG any LAN ", "hp" => "HP LAN/AnyLan", "hp-plus" => "HP PCLAN/plus", "lance" => "Lance", "lne390" => "Mylex LNE390", "ne" => "NE2000 and compatible", "ne2k-pci" => "NE2000 PCI", "ne3210" => "NE3210", "ni5010" => "NI 5010", "ni52" => "NI 5210", "ni65" => "NI 6510", "es3210" => "Racal-Interlan ES3210", "rcpci" => "Red Creek Hardware VPN", "epic100" => "SMC 83c170 EPIC/100", # "sktr" => "Syskonnect Token ring adaptor", "smc9194" => "SMC 9000 series", "smc-ultra" => "SMC Ultra", "smc-ultra32" => "SMC Ultra 32", # "yellowfin" => "Symbios Yellowfin G-NIC", "via-rhine" => "VIA Rhine", # "wavelan" => "AT&T WaveLAN & DEC RoamAbout DS", # TODO is a "AT&T GIS WaveLAN ISA" ? "wd" => "WD8003, WD8013 and compatible", # "z85230" => "Z85x30", "dmfe" => "dmfe", # "fmv18x" => "fmv18x", "ibmtr" => "Token Ring Tropic", "olympic" => "olympic", "plip" => "PLIP (parallel port)", # "rl100a" => "rl100a", # "sb1000" => "sb1000", # "sbni" => "sbni", # "sis900" => "sis900", # "sk98lin" => "Syskonnect (Schneider & Koch)|Gigabit Ethernet", ), "3c59x" => "3com 3c59x (Vortex)", "de4x5" => "Digital 425,434,435,450,500", "rtl8139" => "RealTek RTL8129/8139", "8139too" => "Realtek RTL-8139", }], [ 'net_raw', { "8390" => "8390", "af_packet" => "packet socket", "nfs" => "Network File System (nfs)", "lockd" => "lockd", "parport" => "parport", "parport_pc" => "parport_pc", "sunrpc" => "sunrpc", }], [ 'isdn', { "hisax" => "hisax", "b1pci" => "b1pci", }], [ 'scsi', { arch() =~ /^sparc/ ? ( "qlogicpti" => "Performance Technologies ISP", ) : arch() =~ /alpha/ ? () : ( "aha152x" => "Adaptec 152x", "aha1542" => "Adaptec 1542", "aha1740" => "Adaptec 1740", "advansys" => "AdvanSys Adapters", "in2000" => "Always IN2000", "AM53C974" => "AMD SCSI", "BusLogic" => "BusLogic Adapters", "dtc" => "DTC 3180/3280", "seagate" => "Future Domain TMC-885, TMC-950", "fdomain" => "Future Domain TMC-16x0", "initio" => "Initio", "g_NCR5380" => "NCR 5380", "NCR53c406a" => "NCR 53c406a", "53c7,8xx" => "NCR 53c7xx", "qlogicfas" => "Qlogic FAS", "seagate" => "Seagate ST01/02", # "t128" => "Trantor T128/T128F/T228", # "u14-34f" => "UltraStor 14F/34F", # "ultrastor" => "UltraStor 14F/24F/34F", # "wd7000" => "Western Digital wd7000", # "a100u2w" => "a100u2w", # "atp870u" => "atp870u (Acard/Artop)", # "dc395x_trm" => "dc395x_trm", # "psi240i" => "psi240i", # "qlogicfc" => "qlogicfc", # "sim710" => "sim710", "sym53c416" => "sym53c416", # "tmscsim" => "tmscsim", ), "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', { arch() =~ /^sparc/ ? ( "pluto" => "Sun SparcSTORAGE Array SCSI", #- name it "fc4:soc:pluto" ? ) : arch() =~ /alpha/ ? () : ( # "DAC960" => "Mylex DAC960", # "dpt_i2o" => "Distributed Tech SmartCache/Raid I-V Controller", "megaraid" => "AMI MegaRAID", "aacraid" => "AACxxx Raid Controller", # "cpqarray" => "Compaq Smart-2/P RAID Controller", # "gdth" => "ICP Disk Array Controller", # "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', { arch() !~ /^sparc|alpha/ ? ( "sbpcd" => "SoundBlaster/Panasonic", # "aztcd" => "Aztech CD", # "gscd" => "Goldstar R420", # "isp16" => "ISP16/MAD16/Mozart", # "mcd" => "Mitsumi", #- removed for space # "mcdx" => "Mitsumi (alternate)", "optcd" => "Optics Storage 8000", "cm206" => "Phillips CM206/CM260", "sjcd" => "Sanyo", "cdu31a" => "Sony CDU-31A", "sonycd535" => "Sony CDU-5xx", ) : (), }], [ 'cdrom_raw', { "isofs" => "iso9660", "ide-cd" => "ide-cd", "sr_mod" => "SCSI CDROM support", "cdrom" => "cdrom", }], [ 'sound', { arch() !~ /^sparc/ ? ( "cmpci" => "C-Media Electronics CMI8338A CMI8338B CMI8738", "es1370" => "Ensoniq ES1370 [AudioPCI]", "es1371" => "Ensoniq ES1371 [AudioPCI-97]", "esssolo1" => "ESS Technology ES1969 Solo-1 Audiodrive", "maestro" => "Maestro", "nm256" => "Neomagic MagicMedia 256AV", "pas16" => "Pro Audio Spectrum/Studio 16", "via82cxxx" => "VIA VT82C686_5", "sonicvibes" => "S3 SonicVibes", "snd-card-ice1712" => "IC Ensemble Inc|ICE1712 [Envy24]", "emu10k1" => "Creative Labs|SB Live! (audio)", # "au8820" => "Aureal Semiconductor|Vortex 1", # "au8830" => "Aureal Semiconductor|Vortex 2", "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', { 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", # "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', { arch() !~ /^sparc/ ? ( "pcmcia_core" => "PCMCIA core support", "tcic" => "PCMCIA tcic controller", "ds" => "PCMCIA card support", "i82365" => "PCMCIA i82365 controller", ) : (), }], [ 'paride', { 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', { 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', { "st" => "st", "sg" => "sg", "ide-scsi" => "ide-scsi", "loop" => "Loopback device", "lp" => "Parallel Printer", "ide-floppy" => "ide-floppy", "ide-tape" => "ide-tape", "nbd" => "nbd", "bttv" => "Brooktree Corporation|Bt8xx Video Capture", "buz" => "Zoran Corporation|ZR36057PQC Video cutting chipset", "rrunner" => "Essential Communications|Roadrunner serial HIPPI", "defxx" => "DEC|DEFPA" #- "ide-probe-mod" => "ide-probe-mod", }], ); my %type_aliases = ( scsi => 'disk', ); #my @skip_big_modules_on_stage1 = #qw( #acenic sk98lin #BusLogic seagate fdomain g_NCR5380 tmscsim #dpt_i2o gdth eata eata_pio eata_dma #aztcd gscd isp16 mcd mcdx optcd cm206 sjcd cdu31a #); my @skip_big_modules_on_stage1 = qw( acenic sk98lin BusLogic seagate fdomain g_NCR5380 dpt_i2o eata eata_pio eata_dma optcd cm206 sjcd cdu31a ); my @skip_modules_on_stage1 = ( arch() =~ /alpha/ ? qw(sb1000) : (), "apa1480_cb", ); 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}; grep { $drivers{$_}{type} =~ /^(($type)|$alias)$/ } keys %drivers; } sub module2text { $drivers{$_[0]}{text} } 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"; } if ($alias eq 'scsi_hostadapter') { add_alias('block-major-11', $alias); } $alias; } sub remove_alias($) { 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') }; } $conf{$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("modprobe", $name, @options); } 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->(@_); $::testing and log::l("i would install modules @l"), return; 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"; -e $cz or $cz .= "2"; run_program::run("packdrake", "-x", $cz, "/tmp", map { "$_->[0].o" } @l); my @failed = grep { my $m = "/tmp/$_->[0].o"; if (-e $m && run_program::run(["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', $_->[0]); eval { require fs; fs::mount('/proc/bus/usb', '/proc/bus/usb', 'usbdevfs'); #- ensure keyboard is working, the kernel must do the job the BIOS was doing sleep 2; load_multi("usbkbd", "keybdev") if detect_devices::hasUsbKeyboard(); } } } } sub read_already_loaded() { foreach (cat_("/proc/modules")) { my ($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 $_; while () { my ($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)); my $modconfref = read_conf ($file, \$scsi); while (my ($key, $value) = each %$modconfref) { $conf{$key}{alias} = $value->{alias} unless exists $conf{$key}{alias}; } } sub write_conf { my ($prefix) = @_; my $file = "$prefix/etc/modules.conf"; rename "$prefix/etc/conf.modules", $file; #- make the switch to new name if needed #- remove the post-install supermount stuff. We now do it in /etc/modules #- Substitute new aliases in modules.conf (if config has changed) substInFile { $_ = '' if /^post-install supermount/ } $file; substInFile { my ($type,$alias,$module) = split /\s+/, $_; if ($type ne "loaded" && $conf{$alias}{alias} && $conf{$alias}{alias} !~ /$module/) { $_ = "$type $alias $conf{$alias}{alias} \n"; } } $file; my $written = read_conf($file); local *F; open F, ">> $file" or die("cannot write module config file $file: $!\n"); while (my ($mod, $h) = each %conf) { while (my ($type, $v2) = each %$h) { print F "$type $mod $v2\n" if $v2 && $type ne "loaded" && !$written->{$mod}{$type}; } } my @l = map { "scsi_hostadapter$_" } '', 1..$scsi-1 if $scsi; push @l, 'ide-floppy' if detect_devices::ide_zips(); push @l, 'bttv' if grep { $_->{driver} eq 'bttv' } detect_devices::probeall(); my $l = join '|', @l; log::l("to put in modules @l"); substInFile { $_ = '' if /$l/; $_ = join '', map { "$_\n" } @l if eof; } "$prefix/etc/modules"; } sub read_stage1_conf { mergein_conf($_[0]); if (arch() =~ /sparc/) { $conf{parport_lowlevel}{alias} ||= "parport_ax"; $conf{plip}{"pre-install"} ||= "modprobe parport_ax ; echo 7 > /proc/parport/0/irq"; #- TOCHECK } else { $conf{parport_lowlevel}{alias} ||= "parport_pc"; $conf{pcmcia_core}{"pre-install"} ||= "CARDMGR_OPTS=-f /etc/rc.d/init.d/pcmcia start"; $conf{plip}{"pre-install"} ||= "modprobe parport_pc ; echo 7 > /proc/parport/0/irq"; } } sub load_thiskind { my ($type, $f) = @_; #- get_that_type returns the PCMCIA cards. It doesn't know they are already #- loaded, so: read_already_loaded(); grep { $f->($_->{description}, $_->{driver}) if $f; eval { load($_->{driver}, $type) }; $_->{error} = $@; !($@ && $_->{try}); } get_that_type($type), $type =~ /scsi/ && arch() !~ /sparc/ ? (map { +{ driver => $_, description => $_, try => 1 } } detect_devices::hasUsbZip() ? "usb-storage" : (), "imm", "ppa") : (); } sub get_that_type { my ($type) = @_; grep { my $l = $drivers{$_->{driver}}; ($_->{type} =~ /$type/ || $l && $l->{type} =~ /$type/) && detect_devices::check($_); } detect_devices::probeall(''); } sub load_ide { if (1) { #- add it back to support Ultra66 on ide modules. load("ide-cd"); } else { eval { load("ide-mod", 'prereq', 'options="' . detect_devices::hasUltra66() . '"'); delete $conf{"ide-mod"}{options}; load_multi(qw(ide-probe ide-probe-mod ide-disk ide-cd)); } } } sub configure_pcmcia { my ($pcic) = @_; #- try to setup pcmcia if cardmgr is not running. -s "/var/run/stab" and return; log::l("i try to configure pcmcia services"); symlink("/tmp/stage2/etc/pcmcia", "/etc/pcmcia") unless -e "/etc/pcmcia"; symlink("/sbin/install", "/sbin/cardmgr") unless -x "/sbin/cardmgr"; eval { load("pcmcia_core"); load($pcic); load("ds"); }; #- run cardmgr in foreground while it is configuring the card. run_program::run("cardmgr", "-f", "-m" ,"/modules"); sleep(3); #- make sure to be aware of loaded module by cardmgr. read_already_loaded(); } sub get_pcmcia_devices { my (@devs, $desc); foreach (cat_("/var/run/stab")) { if (/^Socket\s+\d+:\s+(.*)/) { $desc = $1; } else { my (undef, $type, $module, undef, $device) = split; push @devs, { description => $desc, driver => $module, type => $type, device => $device }; } } @devs; } sub write_pcmcia { my ($prefix, $pcmcia) = @_; #- should be set after installing the package above otherwise the file will be renamed. setVarsInSh("$prefix/etc/sysconfig/pcmcia", { PCMCIA => bool2yesno($pcmcia), PCIC => $pcmcia, PCIC_OPTS => "", CORE_OPTS => "", }); } 1;