g Move 2: partition table: hierarchy

1 files changed, 0 insertions, 192 deletions

diff --git a/perl-install/partition_table_raw.pm b/perl-install/partition_table_raw.pm
deleted file mode 100644
index 20a883b11..000000000
--- a/perl-install/partition_table_raw.pm
+++ /dev/null
@@ -1,192 +0,0 @@
-package partition_table_raw; # $Id$
-
-use diagnostics;
-use strict;
-
-use common;
-use devices;
-use detect_devices;
-use log;
-use c;
-
-my @MBR_signatures = (
-if_(arch() =~ /ppc/,
-    map { [ 'yaboot', 0, "PM", 0x200 * $_ + 0x10, "bootstrap\0" ] } 0 .. 61
-),
-    [ 'empty', 0, "\0\0\0\0" ],
-    [ 'grub', 0, "\xEBG", 0x17d, "stage1 \0" ],
-    [ 'grub', 0, "\xEBH", 0x17e, "stage1 \0" ],
-    [ 'grub', 0, "\xEBH", 0x18a, "stage1 \0" ],
-    [ 'grub', 0, "\xEBH", 0x181, "GRUB \0" ],
-    [ 'lilo', 0x2,  "LILO" ],
-    [ 'lilo', 0x6,  "LILO" ],
-    [ 'grub', 0x6,  "GRUB" ],
-    [ 'osbs', 0x2,  "OSBS" ], #- http://www.prz.tu-berlin.de/~wolf/os-bs.html
-    [ 'pqmagic', 0xef, "PQV" ],
-    [ 'BootStar', 0x130, "BootStar:" ],
-    [ 'DocsBoot', 0x148, 'DocsBoot' ],
-    [ 'system_commander', 0x1ad, "SYSCMNDRSYS" ],
-    [ 'Be Os', 0x24, 'Boot Manager' ],
-    [ 'TimO', 0, 'IBM Thinkpad hibernation partition' ],
-    [ 'dos', 0xa0, "\x25\x03\x4E\x02\xCD\x13" ],
-    [ 'dos', 0xa0, "\x00\xB4\x08\xCD\x13\x72" ], #- nt2k's
-    [ 'dos', 0x60, "\xBB\x00\x7C\xB8\x01\x02\x57\xCD\x13\x5F\x73\x0C\x33\xC0\xCD\x13" ], #- nt's
-    [ 'dos', 0x70, "\x0C\x33\xC0\xCD\x13\x4F\x75\xED\xBE\xA3" ],
-    [ 'freebsd', 0xC0, "\x00\x30\xE4\xCD\x16\xCD\x19\xBB\x07\x00\xB4" ],
-    [ 'freebsd', 0x160, "\x6A\x10\x89\xE6\x48\x80\xCC\x40\xCD\x13" ],
-    [ 'dummy', 0xAC, "\x0E\xB3\x07\x56\xCD\x10\x5E\xEB" ], #- caldera?
-    [ 'ranish', 0x100, "\x6A\x10\xB4\x42\x8B\xF4\xCD\x13\x8B\xE5\x73" ],
-    [ 'os2', 0x1c2, "\xA" ],
-);
-
-sub typeOfMBR($) { typeFromMagic(devices::make($_[0]), @MBR_signatures) }
-sub typeOfMBR_($) { typeFromMagic($_[0], @MBR_signatures) }
-
-sub hasExtended { 0 }
-
-sub cylinder_size($) {
-    my ($hd) = @_;
-    $hd->{geom}{sectors} * $hd->{geom}{heads};
-}
-sub first_usable_sector { 1 }
-sub last_usable_sector { 
-    my ($hd) = @_;
-    $hd->{totalsectors};
-}
-
-#- default method for starting a partition, only head size or twice
-#- is allowed for starting a partition after a cylinder boundarie.
-sub adjustStart($$) {
-    my ($hd, $part) = @_;
-    my $end = $part->{start} + $part->{size};
-
-    $part->{start} = round_up($part->{start},
-			      $part->{start} % cylinder_size($hd) < 2 * $hd->{geom}{sectors} ?
-   			      $hd->{geom}{sectors} : cylinder_size($hd));
-    $part->{size} = $end - $part->{start};
-    $part->{size} > 0 or die "adjustStart get a too small partition to handle correctly";
-}
-#- adjusting end to match a cylinder boundary, two methods are used and must
-#- match at the end, else something is wrong and nothing will be done on
-#- partition table.
-#- $end2 is computed by removing 2 (or only 1 if only 2 heads on drive) groups
-#- of sectors, this is necessary to handle extended partition where logical
-#- partition start after 1 (or 2 accepted) groups of sectors (typically 63).
-#- $end is floating (is not on cylinder boudary) so we have to choice a good
-#- candidate, $end1 or $end2 should always be good except $end1 for small
-#- partition size.
-sub adjustEnd($$) {
-    my ($hd, $part) = @_;
-    my $end = $part->{start} + $part->{size};
-    $end > $hd->{geom}{cylinders} * cylinder_size($hd) && $end <= $hd->{totalsectors} and return;
-    my $end1 = round_down($end, cylinder_size($hd));
-    my $end2 = round_up($end - ($hd->{geom}{heads} > 2 ? 2 : 1) * $hd->{geom}{sectors}, cylinder_size($hd));
-    $end2 <= $hd->{geom}{cylinders} * cylinder_size($hd) or die "adjustEnd go beyond end of device geometry ($end2 > $hd->{totalsectors})";
-    $part->{size} = ($end1 - $part->{start} > cylinder_size($hd) ? $end1 : $end2) - $part->{start};
-    $part->{size} > 0 or die "adjustEnd get a too small partition to handle correctly";
-}
-
-sub get_geometry($) {
-    my ($dev) = @_;
-    my $g = "";
-
-    local *F; sysopen F, $dev, 0 or return;
-    ioctl(F, c::HDIO_GETGEO(), $g) or return;
-    my %geom; @geom{qw(heads sectors cylinders start)} = unpack "CCSL", $g;
-    $geom{totalcylinders} = $geom{cylinders};
-
-    my $total;
-    #- $geom{cylinders} is no good (only a ushort, that means less than 2^16 => at best 512MB)
-    if ($total = c::total_sectors(fileno F)) {
-	$geom{cylinders} = int $total / $geom{heads} / $geom{sectors};
-    } else {
-	$total = $geom{heads} * $geom{sectors} * $geom{cylinders}
-    }
-
-    { geom => \%geom, totalsectors => $total };
-}
-
-sub openit($$;$) { sysopen $_[1], $_[0]{file}, $_[2] || 0; }
-
-# cause kernel to re-read partition table
-sub kernel_read($) {
-    my ($hd) = @_;
-    common::sync();
-    local *F; openit($hd, *F) or return 0;
-    common::sync(); sleep(1);
-    $hd->{rebootNeeded} = !ioctl(F, c::BLKRRPART(), 0);
-    common::sync();
-    close F;
-    common::sync(); sleep(1);
-}
-
-sub raw_removed {
-    my ($hd, $raw) = @_;
-}
-sub can_raw_add {
-    my ($hd) = @_;
-    $_->{size} || $_->{type} or return 1 foreach @{$hd->{primary}{raw}};
-    0;
-}
-sub raw_add {
-    my ($hd, $raw, $part) = @_;
-
-    foreach (@$raw) {
-	$_->{size} || $_->{type} and next;
-	$_ = $part;
-	return;
-    }
-    die "raw_add: partition table already full";
-}
-
-sub zero_MBR {
-    my ($hd) = @_;
-    #- force the standard partition type for the architecture
-    my $type = arch() =~ /ia64/ ? 'gpt' : arch() eq "alpha" ? "bsd" : arch() =~ /^sparc/ ? "sun" : arch() eq "ppc" ? "mac" : "dos";
-    #- override standard mac type on PPC for IBM machines to dos
-    $type = "dos" if (arch() =~ /ppc/ && detect_devices::get_mac_model() =~ /^IBM/);
-    require("partition_table_$type.pm");
-    bless $hd, "partition_table_$type";
-    $hd->{primary} = $hd->clear_raw();
-    delete $hd->{extended};
-}
-
-sub zero_MBR_and_dirty {
-    my ($hd) = @_;
-    zero_MBR($hd);
-    $hd->{isDirty} = $hd->{needKernelReread} = 1;
-
-}
-
-#- ugly stuff needed mainly for Western Digital IDE drives
-#- try writing what we've just read, yells if it fails
-#- testing on last sector of head #0 (unused in 99% cases)
-#-
-#- return false if the device can't be written to (especially for Smartmedia)
-sub test_for_bad_drives {
-    my ($hd) = @_;
-
-    log::l("test_for_bad_drives($hd->{file})");
-    my $sector = $hd->{geom}{sectors} - 1;
-    
-
-    local *F; openit($hd, *F, 2) or die "can't open device";
-
-    my $seek = sub {
-	c::lseek_sector(fileno(F), $sector, 0) or die "seeking to sector $sector failed";
-    };
-    my $tmp;
-
-    &$seek; sysread F, $tmp, $SECTORSIZE or die "test_for_bad_drives: can't even read ($!)";
-    &$seek; syswrite F, $tmp or die "test_for_bad_drives: can't even write ($!)";
-
-    my $tmp2;
-    &$seek; sysread F, $tmp2, $SECTORSIZE or die "test_for_bad_drives: can't even read again ($!)";
-    $tmp eq $tmp2 or die
-_("Something bad is happening on your drive. 
-A test to check the integrity of data has failed. 
-It means writing anything on the disk will end up with random trash");
-    1;
-}
-
-1;