393 |
sub decode_tag { |
sub decode_tag { |
394 |
my $tag = shift; |
my $tag = shift; |
395 |
|
|
396 |
my $data = $tags_data->{$tag} || die "no data for $tag"; |
my $data = $tags_data->{$tag}; |
397 |
|
if ( ! $data ) { |
398 |
|
warn "no data for $tag\n"; |
399 |
|
return; |
400 |
|
} |
401 |
|
|
402 |
my ( $u1, $set_item, $u2, $type, $content, $br_lib, $custom ) = unpack('C4Z16Nl>',$data); |
my ( $u1, $set_item, $u2, $type, $content, $br_lib, $custom ) = unpack('C4Z16Nl>',$data); |
403 |
my $hash = { |
my $hash = { |
451 |
"D6 00 0F FE 00 00 05 01 $tag BEEF", sub { |
"D6 00 0F FE 00 00 05 01 $tag BEEF", sub { |
452 |
print "FIXME: tag $tag ready? (expected block read instead)\n"; |
print "FIXME: tag $tag ready? (expected block read instead)\n"; |
453 |
}, |
}, |
454 |
|
"D6 00 0D 02 06 $tag", sub { |
455 |
|
my $rest = shift; |
456 |
|
print "ERROR reading $tag ", as_hex($rest), $/; |
457 |
|
forget_tag $tag; |
458 |
|
$start_block = $max_rfid_block; # XXX break out of while |
459 |
|
}, |
460 |
); |
); |
461 |
|
|
462 |
} |
} |
473 |
$security = as_hex( $security ); |
$security = as_hex( $security ); |
474 |
$tags_security->{$tag} = $security; |
$tags_security->{$tag} = $security; |
475 |
warn "# SECURITY $tag = $security\n"; |
warn "# SECURITY $tag = $security\n"; |
476 |
} |
}, |
477 |
|
"D6 00 0C 0A 06", sub { |
478 |
|
my $rest = shift; |
479 |
|
warn "ERROR reading security from $rest\n"; |
480 |
|
forget_tag $tag; |
481 |
|
}, |
482 |
); |
); |
483 |
|
|
484 |
print "TAG $tag ", dump(decode_tag( $tag )); |
print "TAG $tag ", dump(decode_tag( $tag )); |
598 |
sub as_hex { |
sub as_hex { |
599 |
my @out; |
my @out; |
600 |
foreach my $str ( @_ ) { |
foreach my $str ( @_ ) { |
601 |
my $hex = unpack( 'H*', $str ); |
my $hex = uc unpack( 'H*', $str ); |
602 |
$hex =~ s/(..)/$1 /g if length( $str ) > 2; |
$hex =~ s/(..)/$1 /g if length( $str ) > 2; |
603 |
$hex =~ s/\s+$//; |
$hex =~ s/\s+$//; |
604 |
push @out, $hex; |
push @out, $hex; |