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#!/usr/bin/perl
-x "../mar/mar" or die "\t*FAILED* Sorry, need ../mar/mar binary\n";
require '/usr/bin/merge2pcitable.pl';
my $drivers = read_pcitable("/usr/share/ldetect-lst/pcitable");
print '
#define PCI_REVISION_ID 0x08 /* Revision ID */
struct pci_module_map {
unsigned short vendor; /* PCI vendor id */
unsigned short device; /* PCI device id */
const char *name; /* PCI human readable name */
const char *module; /* module to load */
};
';
my %t = ( network => [ 'network' ],
medias => [ 'hd', 'cdrom' ]
);
my %sanity_check = ( network => [ '3c59x', 'eepro100', 'e100', 'tulip', 'via-rhine', 'ne2k-pci', '8139too', 'tlan' ],
medias => [ 'aic7xxx', 'advansys', 'ncr53c8xx', 'sym53c8xx', 'initio' ],
);
foreach $type (keys %t) {
print STDERR $type;
my @modulez;
foreach $floppy (@{$t{$type}}) {
foreach $marfile (glob("../../all.modules/*/${floppy}_modules.mar")) {
-f $marfile or die "\t*FAILED* Sorry, need $marfile mar file\n";
my @modz = `../mar/mar -l $marfile`;
if ($marfile !~ /2\.2\.14/) {
foreach $mandatory (@{$sanity_check{$type}}) {
grep(/\t$mandatory\.o/, @modz) or die "\t*FAILED* Sanity check should prove that $mandatory.o be part of $marfile\n"
}
}
push @modulez, @modz;
print STDERR ".";
}
}
print "#ifndef DISABLE_".uc($type)."
struct pci_module_map ${type}_pci_ids[] = {
";
while (my ($k, $v) = each %$drivers) {
grep(/^\t$v->[0]\.o/, @modulez) or next;
$k =~ /^(....)(....)/;
printf qq|\t{ 0x%s, 0x%s, "%s", "%s" },\n|,
$1, $2, $v->[1], $v->[0];
}
print "};
int ${type}_num_ids = sizeof(${type}_pci_ids) / sizeof(struct pci_module_map);
#endif
";
print STDERR "\n";
}
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