[ViewVC] Diff of: cvs/Convert-BER-XS/XS.pm

Comparing Convert-BER-XS/XS.pm (file contents):
Revision 1.35 by root, Sat Apr 20 21:51:40 2019 UTC vs.
Revision 1.57 by root, Thu Apr 25 22:30:21 2019 UTC

…		…
8		8
9	my $ber = ber_decode $buf, $Convert::BER::XS::SNMP_PROFILE	9	my $ber = ber_decode $buf, $Convert::BER::XS::SNMP_PROFILE
10	or die "unable to decode SNMP message";	10	or die "unable to decode SNMP message";
11		11
12	# The above results in a data structure consisting of	12	# The above results in a data structure consisting of
13	# (class, tag, flags, data)	13	# (class, tag, flags, data)
14	# tuples. Below is such a message, SNMPv1 trap	14	# tuples. Below is such a message, SNMPv1 trap
15	# with a Cisco mac change notification.	15	# with a Cisco mac change notification.
16	# Did you know that Cisco is in the news almost	16	# Did you know that Cisco is in the news almost
17	# every week because of some backdoor password	17	# every week because of some backdoor password
18	# or other extremely stupid security bug?	18	# or other extremely stupid security bug?
…		…
36	[ ASN_UNIVERSAL, ASN_OCTET_STRING, 0, "...data..." # the value	36	[ ASN_UNIVERSAL, ASN_OCTET_STRING, 0, "...data..." # the value
37	]	37	]
38	]	38	]
39	],	39	],
40	...	40	...
		41	# let's dump it, for debugging
		42
		43	ber_dump $ber, $Convert::BER::XS::SNMP_PROFILE;
41		44
42	# let's decode it a bit with some helper functions	45	# let's decode it a bit with some helper functions
43		46
44	my $msg = ber_is_seq $ber	47	my $msg = ber_is_seq $ber
45	or die "SNMP message does not start with a sequence";	48	or die "SNMP message does not start with a sequence";
…		…
105	BER_CLASS BER_TAG BER_FLAGS BER_DATA	108	BER_CLASS BER_TAG BER_FLAGS BER_DATA
106		109
107	=item C<:const_asn>	110	=item C<:const_asn>
108		111
109	ASN class values (these are C<0>, C<1>, C<2> and C<3>, respectively -	112	ASN class values (these are C<0>, C<1>, C<2> and C<3>, respectively -
110	exactly thw two topmost bits from the identifier octet shifted 6 bits to	113	exactly the two topmost bits from the identifier octet shifted 6 bits to
111	the right):	114	the right):
112		115
113	ASN_UNIVERSAL ASN_APPLICATION ASN_CONTEXT ASN_PRIVATE	116	ASN_UNIVERSAL ASN_APPLICATION ASN_CONTEXT ASN_PRIVATE
114		117
115	ASN tag values (some of which are aliases, such as C<ASN_OID>). Their	118	ASN tag values (some of which are aliases, such as C<ASN_OID>). Their
116	numerical value corresponds exactly to the numbers used in BER/X.690.	119	numerical value corresponds exactly to the numbers used in BER/X.690.
117		120
118	ASN_BOOLEAN ASN_INTEGER ASN_BIT_STRING ASN_OCTET_STRING ASN_NULL ASN_OBJECT_IDENTIFIER	121	ASN_BOOLEAN ASN_INTEGER ASN_BIT_STRING ASN_OCTET_STRING ASN_NULL ASN_OID
119	ASN_OBJECT_DESCRIPTOR ASN_OID ASN_EXTERNAL ASN_REAL ASN_SEQUENCE ASN_ENUMERATED	122	ASN_OBJECT_IDENTIFIER ASN_OBJECT_DESCRIPTOR ASN_EXTERNAL ASN_REAL ASN_SEQUENCE ASN_ENUMERATED
120	ASN_EMBEDDED_PDV ASN_UTF8_STRING ASN_RELATIVE_OID ASN_SET ASN_NUMERIC_STRING	123	ASN_EMBEDDED_PDV ASN_UTF8_STRING ASN_RELATIVE_OID ASN_SET ASN_NUMERIC_STRING
121	ASN_PRINTABLE_STRING ASN_TELETEX_STRING ASN_T61_STRING ASN_VIDEOTEX_STRING ASN_IA5_STRING	124	ASN_PRINTABLE_STRING ASN_TELETEX_STRING ASN_T61_STRING ASN_VIDEOTEX_STRING ASN_IA5_STRING
122	ASN_ASCII_STRING ASN_UTC_TIME ASN_GENERALIZED_TIME ASN_GRAPHIC_STRING ASN_VISIBLE_STRING	125	ASN_ASCII_STRING ASN_UTC_TIME ASN_GENERALIZED_TIME ASN_GRAPHIC_STRING ASN_VISIBLE_STRING
123	ASN_ISO646_STRING ASN_GENERAL_STRING ASN_UNIVERSAL_STRING ASN_CHARACTER_STRING ASN_BMP_STRING	126	ASN_ISO646_STRING ASN_GENERAL_STRING ASN_UNIVERSAL_STRING ASN_CHARACTER_STRING ASN_BMP_STRING
124		127
…		…
143		146
144	C<ber_decode> and the match helper functions:	147	C<ber_decode> and the match helper functions:
145		148
146	ber_decode ber-decode_prefix	149	ber_decode ber-decode_prefix
147	ber_is ber_is_seq ber_is_int ber_is_oid	150	ber_is ber_is_seq ber_is_int ber_is_oid
		151	ber_dump
148		152
149	=item C<:encode>	153	=item C<:encode>
150		154
151	C<ber_encode> and the construction helper functions:	155	C<ber_encode> and the construction helper functions:
152		156
…		…
292	Also, since BER is self-delimited, this can be used to decode multiple BER	296	Also, since BER is self-delimited, this can be used to decode multiple BER
293	values joined together.	297	values joined together.
294		298
295	=item $bindata = ber_encode $tuple[, $profile]	299	=item $bindata = ber_encode $tuple[, $profile]
296		300
297	Encodes the BER tuple into a BER/DER data structure. AS with	301	Encodes the BER tuple into a BER/DER data structure. As with
298	Cyber_decode>, an optional profile can be given.	302	Cyber_decode>, an optional profile can be given.
299		303
300	The encoded data should be both BER and DER ("shortest form") compliant	304	The encoded data should be both BER and DER ("shortest form") compliant
301	unless the input says otherwise (e.g. it uses constructed strings).	305	unless the input says otherwise (e.g. it uses constructed strings).
302		306
…		…
405	use common::sense;	409	use common::sense;
406		410
407	use XSLoader ();	411	use XSLoader ();
408	use Exporter qw(import);	412	use Exporter qw(import);
409		413
		414	use Carp ();
		415
410	our $VERSION;	416	our $VERSION;
411		417
412	BEGIN {	418	BEGIN {
413	$VERSION = '1.0';	419	$VERSION = 1.2;
414	XSLoader::load __PACKAGE__, $VERSION;	420	XSLoader::load __PACKAGE__, $VERSION;
415	}	421	}
416		422
417	our %EXPORT_TAGS = (	423	our %EXPORT_TAGS = (
418	const_index => [qw(	424	const_index => [qw(
419	BER_CLASS BER_TAG BER_FLAGS BER_DATA	425	BER_CLASS BER_TAG BER_FLAGS BER_DATA
420	)],	426	)],
		427	const_asn_class => [qw(
		428	ASN_UNIVERSAL ASN_APPLICATION ASN_CONTEXT ASN_PRIVATE
		429	)],
421	const_asn => [qw(	430	const_asn_tag => [qw(
422	ASN_BOOLEAN ASN_INTEGER ASN_BIT_STRING ASN_OCTET_STRING ASN_NULL ASN_OBJECT_IDENTIFIER	431	ASN_BOOLEAN ASN_INTEGER ASN_BIT_STRING ASN_OCTET_STRING ASN_NULL ASN_OID ASN_OBJECT_IDENTIFIER
423	ASN_OBJECT_DESCRIPTOR ASN_OID ASN_EXTERNAL ASN_REAL ASN_SEQUENCE ASN_ENUMERATED	432	ASN_OBJECT_DESCRIPTOR ASN_EXTERNAL ASN_REAL ASN_SEQUENCE ASN_ENUMERATED
424	ASN_EMBEDDED_PDV ASN_UTF8_STRING ASN_RELATIVE_OID ASN_SET ASN_NUMERIC_STRING	433	ASN_EMBEDDED_PDV ASN_UTF8_STRING ASN_RELATIVE_OID ASN_SET ASN_NUMERIC_STRING
425	ASN_PRINTABLE_STRING ASN_TELETEX_STRING ASN_T61_STRING ASN_VIDEOTEX_STRING ASN_IA5_STRING	434	ASN_PRINTABLE_STRING ASN_TELETEX_STRING ASN_T61_STRING ASN_VIDEOTEX_STRING ASN_IA5_STRING
426	ASN_ASCII_STRING ASN_UTC_TIME ASN_GENERALIZED_TIME ASN_GRAPHIC_STRING ASN_VISIBLE_STRING	435	ASN_ASCII_STRING ASN_UTC_TIME ASN_GENERALIZED_TIME ASN_GRAPHIC_STRING ASN_VISIBLE_STRING
427	ASN_ISO646_STRING ASN_GENERAL_STRING ASN_UNIVERSAL_STRING ASN_CHARACTER_STRING ASN_BMP_STRING	436	ASN_ISO646_STRING ASN_GENERAL_STRING ASN_UNIVERSAL_STRING ASN_CHARACTER_STRING ASN_BMP_STRING
428
429	ASN_UNIVERSAL ASN_APPLICATION ASN_CONTEXT ASN_PRIVATE
430	)],	437	)],
431	const_ber_type => [qw(	438	const_ber_type => [qw(
432	BER_TYPE_BYTES BER_TYPE_UTF8 BER_TYPE_UCS2 BER_TYPE_UCS4 BER_TYPE_INT	439	BER_TYPE_BYTES BER_TYPE_UTF8 BER_TYPE_UCS2 BER_TYPE_UCS4 BER_TYPE_INT
433	BER_TYPE_OID BER_TYPE_RELOID BER_TYPE_NULL BER_TYPE_BOOL BER_TYPE_REAL	440	BER_TYPE_OID BER_TYPE_RELOID BER_TYPE_NULL BER_TYPE_BOOL BER_TYPE_REAL
434	BER_TYPE_IPADDRESS BER_TYPE_CROAK	441	BER_TYPE_IPADDRESS BER_TYPE_CROAK
…		…
438	SNMP_TIMETICKS SNMP_OPAQUE SNMP_COUNTER64	445	SNMP_TIMETICKS SNMP_OPAQUE SNMP_COUNTER64
439	)],	446	)],
440	decode => [qw(	447	decode => [qw(
441	ber_decode ber_decode_prefix	448	ber_decode ber_decode_prefix
442	ber_is ber_is_seq ber_is_int ber_is_oid	449	ber_is ber_is_seq ber_is_int ber_is_oid
		450	ber_dump
443	)],	451	)],
444	encode => [qw(	452	encode => [qw(
445	ber_encode	453	ber_encode
446	ber_int	454	ber_int
447	)],	455	)],
448	);	456	);
449		457
450	our @EXPORT_OK = map @$_, values %EXPORT_TAGS;	458	our @EXPORT_OK = map @$_, values %EXPORT_TAGS;
451		459
452	$EXPORT_TAGS{all} = \@EXPORT_OK;	460	$EXPORT_TAGS{all} = \@EXPORT_OK;
		461	$EXPORT_TAGS{const_asn} = [map @{ $EXPORT_TAGS{$_} }, qw(const_asn_class const_asn_tag)];
453	$EXPORT_TAGS{const} = [map @{ $EXPORT_TAGS{$_} }, qw(const_index const_asn)];	462	$EXPORT_TAGS{const} = [map @{ $EXPORT_TAGS{$_} }, qw(const_index const_asn)];
		463
		464	our $DEFAULT_PROFILE = new Convert::BER::XS::Profile;
		465
		466	$DEFAULT_PROFILE->_set_default;
		467
		468	# additional SNMP application types
		469	our $SNMP_PROFILE = new Convert::BER::XS::Profile;
		470
		471	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_IPADDRESS , BER_TYPE_IPADDRESS);
		472	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_COUNTER32 , BER_TYPE_INT);
		473	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_UNSIGNED32, BER_TYPE_INT);
		474	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_TIMETICKS , BER_TYPE_INT);
		475
		476	# decodes REAL values according to ECMA-63
		477	# this is pretty strict, except it doesn't catch -0.
		478	sub _decode_real_decimal {
		479	my ($format, $val) = @_;
		480
		481	$val =~ y/,/./;
		482
		483	if ($format == 1) {
		484	$val =~ /^ \ * [+-]? [0-9]+ \z/x
		485	or Carp::croak "BER_TYPE_REAL NR1 value not in NR1 format ($val) (X.690 8.5.8, ECMA-63)";
		486	} elsif ($format == 2) {
		487	$val =~ /^ \ * [+-]? (?: [0-9]+\.[0-9]* \| [0-9]*\.[0-9]+ ) \z/x
		488	or Carp::croak "BER_TYPE_REAL NR2 value not in NR2 format ($val) (X.690 8.5.8, ECMA-63)";
		489	} elsif ($format == 3) {
		490	$val =~ /^ \ * [+-] (?: [0-9]+\.[0-9]* \| [0-9]*\.[0-9]+ ) E [+-][0-9]+ \z/x
		491	or Carp::croak "BER_TYPE_REAL NR3 value not in NR3 format ($val) (X.690 8.5.8, ECMA-63)";
		492	} else {
		493	Carp::croak "BER_TYPE_REAL illegal decimal numerical representation format $format";
		494	}
		495
		496	$val
		497	}
		498
		499	# this is a mess, but perl's support for floating point formatting is nearly nonexistant
		500	sub _encode_real_decimal {
		501	my ($val, $nvdig) = @_;
		502
		503	$val = sprintf "%.*G", $nvdig + 1, $val;
		504
		505	if ($val =~ /E/) {
		506	$val =~ s/E(?=[^+-])/E+/;
		507	$val =~ s/E/.E/ if $val !~ /\./;
		508	$val =~ s/^/+/ unless $val =~ /^-/;
		509
		510	return "\x03$val" # NR3
		511	}
		512
		513	$val =~ /\./
		514	? "\x02$val" # NR2
		515	: "\x01$val" # NR1
		516	}
		517
		518	=head2 DEBUGGING
		519
		520	To aid debugging, you can call the C<ber_dump> function to print a "nice"
		521	representation to STDOUT.
		522
		523	=over
		524
		525	=item ber_dump $tuple[, $profile[, $prefix]]
		526
		527	In addition to specifying the BER C<$tuple> to dump, you can also specify
		528	a C<$profile> and a C<$prefix> string that is printed in front of each line.
		529
		530	If C<$profile> is C<$Convert::BER::XS::SNMP_PROFILE>, then C<ber_dump>
		531	will try to improve its output for SNMP data.
		532
		533	The output usually contains three columns, the "human readable" tag, the
		534	BER type used to decode it, and the data value.
		535
		536	This function is somewhat slow and uses a number of heuristics and tricks,
		537	so it really is only suitable for debug prints.
		538
		539	Example output:
		540
		541	SEQUENCE
		542	\| OCTET_STRING bytes 800063784300454045045400000001
		543	\| OCTET_STRING bytes
		544	\| CONTEXT (7) CONSTRUCTED
		545	\| \| INTEGER int 1058588941
		546	\| \| INTEGER int 0
		547	\| \| INTEGER int 0
		548	\| \| SEQUENCE
		549	\| \| \| SEQUENCE
		550	\| \| \| \| OID oid 1.3.6.1.2.1.1.3.0
		551	\| \| \| \| TIMETICKS int 638085796
		552
		553	=back
		554
		555	=cut
		556
		557	# reverse enum, very slow and ugly hack
		558	sub _re {
		559	my ($export_tag, $value) = @_;
		560
		561	for my $symbol (@{ $EXPORT_TAGS{$export_tag} }) {
		562	$value == eval $symbol
		563	and return $symbol;
		564	}
		565
		566	"($value)"
		567	}
		568
		569	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_COUNTER64 , BER_TYPE_INT);
		570
		571	sub _ber_dump {
		572	my ($ber, $profile, $indent) = @_;
		573
		574	if (my $seq = ber_is_seq $ber) {
		575	printf "%sSEQUENCE\n", $indent;
		576	&_ber_dump ($_, $profile, "$indent\| ")
		577	for @$seq;
		578	} else {
		579	my $asn = $ber->[BER_CLASS] == ASN_UNIVERSAL;
		580
		581	my $class = _re const_asn_class => $ber->[BER_CLASS];
		582	my $tag = $asn ? _re const_asn_tag => $ber->[BER_TAG] : $ber->[BER_TAG];
		583	my $type = _re const_ber_type => $profile->get ($ber->[BER_CLASS], $ber->[BER_TAG]);
		584	my $data = $ber->[BER_DATA];
		585
		586	if ($profile == $SNMP_PROFILE and $ber->[BER_CLASS] == ASN_APPLICATION) {
		587	$tag = _re const_snmp => $ber->[BER_TAG];
		588	} elsif (!$asn) {
		589	$tag = "$class ($tag)";
		590	}
		591
		592	$class =~ s/^ASN_//;
		593	$tag =~ s/^(ASN_\|SNMP_)//;
		594	$type =~ s/^BER_TYPE_//;
		595
		596	if ($ber->[BER_FLAGS]) {
		597	printf "$indent%-16.16s\n", $tag;
		598	&_ber_dump ($_, $profile, "$indent\| ")
		599	for @$data;
		600	} else {
		601	if ($data =~ y/\x20-\x7e//c / (length $data \|\| 1) > 0.2 or $data =~ /\x00./s) {
		602	# assume binary
		603	$data = unpack "H*", $data;
		604	} else {
		605	$data =~ s/[^\x20-\x7e]/./g;
		606	$data = "\"$data\"" if $tag =~ /string/i \|\| !length $data;
		607	}
		608
		609	substr $data, 40, 1e9, "..." if 40 < length $data;
		610
		611	printf "$indent%-16.16s %-6.6s %s\n", $tag, lc $type, $data;
		612	}
		613	}
		614	}
		615
		616	sub ber_dump($;$$) {
		617	_ber_dump $_[0], $_[1] \|\| $DEFAULT_PROFILE, $_[2];
		618	}
454		619
455	=head1 PROFILES	620	=head1 PROFILES
456		621
457	While any BER data can be correctly encoded and decoded out of the box, it	622	While any BER data can be correctly encoded and decoded out of the box, it
458	can be inconvenient to have to manually decode some values into a "better"	623	can be inconvenient to have to manually decode some values into a "better"
…		…
519		684
520	Returns the BER type mapped to the given C<$class>/C<$tag> combination.	685	Returns the BER type mapped to the given C<$class>/C<$tag> combination.
521		686
522	=back	687	=back
523		688
524	=head2 BER TYPES	689	=head2 BER Types
525		690
526	This lists the predefined BER types - you can map any C<CLASS>/C<TAG>	691	This lists the predefined BER types. BER types are formatters used
527	combination to any C<BER_TYPE_*>.	692	internally to format and encode BER values. You can assign any C<BER_TYPE>
		693	to any C<CLASS>/C<TAG> combination tgo change how that tag is decoded or
		694	encoded.
528		695
529	=over	696	=over
530		697
531	=item C<BER_TYPE_BYTES>	698	=item C<BER_TYPE_BYTES>
532		699
…		…
609		776
610	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_IPADDRESS , BER_TYPE_IPADDRESS);	777	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_IPADDRESS , BER_TYPE_IPADDRESS);
611	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_COUNTER32 , BER_TYPE_INT);	778	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_COUNTER32 , BER_TYPE_INT);
612	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_UNSIGNED32, BER_TYPE_INT);	779	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_UNSIGNED32, BER_TYPE_INT);
613	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_TIMETICKS , BER_TYPE_INT);	780	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_TIMETICKS , BER_TYPE_INT);
614	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_OPAQUE , BER_TYPE_IPADDRESS);	781	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_OPAQUE , BER_TYPE_BYTES);
615	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_COUNTER64 , BER_TYPE_INT);	782	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_COUNTER64 , BER_TYPE_INT);
616		783
617	=cut
618
619	our $DEFAULT_PROFILE = new Convert::BER::XS::Profile;
620
621	$DEFAULT_PROFILE->_set_default;
622
623	# additional SNMP application types
624	our $SNMP_PROFILE = new Convert::BER::XS::Profile;
625
626	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_IPADDRESS , BER_TYPE_IPADDRESS);
627	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_COUNTER32 , BER_TYPE_INT);
628	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_UNSIGNED32, BER_TYPE_INT);
629	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_TIMETICKS , BER_TYPE_INT);
630	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_OPAQUE , BER_TYPE_IPADDRESS);
631	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_COUNTER64 , BER_TYPE_INT);
632
633	1;
634
635	=head2 LIMITATIONS/NOTES	784	=head2 LIMITATIONS/NOTES
636		785
637	This module can only en-/decode 64 bit signed and unsigned integers, and	786	This module can only en-/decode 64 bit signed and unsigned
638	only when your perl supports those.	787	integers/tags/lengths, and only when your perl supports those. So no UUID
		788	OIDs for now (unless you map the C<OBJECT IDENTIFIER> tag to something
		789	other than C<BER_TYPE_OID>).
639		790
640	This module does not generally care about ranges, i.e. it will happily	791	This module does not generally care about ranges, i.e. it will happily
641	de-/encode 64 bit integers into an C<ASN_INTEGER> value, or a negative	792	de-/encode 64 bit integers into an C<SNMP_UNSIGNED32> value, or a negative
642	number into an C<SNMP_COUNTER64>.	793	number into an C<SNMP_COUNTER64>.
643		794
644	OBJECT IDENTIFIEERs cannot have unlimited length, although the limit is	795	OBJECT IDENTIFIEERs cannot have unlimited length, although the limit is
645	much larger than e.g. the one imposed by SNMP or other protocols,a nd is	796	much larger than e.g. the one imposed by SNMP or other protocols, and is
646	about 4kB.	797	about 4kB.
647
648	Indefinite length encoding is not supported.
649		798
650	Constructed strings are decoded just fine, but there should be a way to	799	Constructed strings are decoded just fine, but there should be a way to
651	join them for convenience.	800	join them for convenience.
652		801
653	REAL values are not supported and will currently croak.	802	REAL values will always be encoded in decimal form and ssometimes is
654		803	forced into a perl "NV" type, potentially losing precision.
655	The encoder and decoder tend to accept more formats than should be
656	strictly supported.
657
658	This module has undergone little to no testing so far.
659		804
660	=head2 ITHREADS SUPPORT	805	=head2 ITHREADS SUPPORT
661		806
662	This module is unlikely to work when the (officially discouraged) ithreads	807	This module is unlikely to work in any other than the loading thread when
663	are in use.	808	the (officially discouraged) ithreads are in use.
664		809
665	=head1 AUTHOR	810	=head1 AUTHOR
666		811
667	Marc Lehmann <schmorp@schmorp.de>	812	Marc Lehmann <schmorp@schmorp.de>
668	http://software.schmorp.de/pkg/Convert-BER-XS	813	http://software.schmorp.de/pkg/Convert-BER-XS
669		814
670	=cut	815	=cut
671		816
		817	1;
		818

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Comparing Convert-BER-XS/XS.pm (file contents): Revision 1.35 by root, Sat Apr 20 21:51:40 2019 UTC vs. Revision 1.57 by root, Thu Apr 25 22:30:21 2019 UTC

Diff Legend

Comparing Convert-BER-XS/XS.pm (file contents):
Revision 1.35 by root, Sat Apr 20 21:51:40 2019 UTC vs.
Revision 1.57 by root, Thu Apr 25 22:30:21 2019 UTC