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

Comparing Convert-BER-XS/XS.pm (file contents):
Revision 1.14 by root, Sat Apr 20 01:31:07 2019 UTC vs.
Revision 1.20 by root, Sat Apr 20 14:47:23 2019 UTC

…		…
4		4
5	=head1 SYNOPSIS	5	=head1 SYNOPSIS
6		6
7	use Convert::BER::XS ':all';	7	use Convert::BER::XS ':all';
8		8
9	my $ber = ber_decode $buf	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, # constructed, data)	13	# (class, tag, # constructed, 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?
19		19
20	[ ASN_UNIVERSAL, ASN_SEQUENCE, 1,	20	[ ASN_UNIVERSAL, ASN_SEQUENCE, 1,
21	[	21	[
22	[ ASN_UNIVERSAL, ASN_INTEGER32, 0, 0 ], # snmp version 1	22	[ ASN_UNIVERSAL, ASN_INTEGER32, 0, 0 ], # snmp version 1
23	[ ASN_UNIVERSAL, 4, 0, "public" ], # community	23	[ ASN_UNIVERSAL, 4, 0, "public" ], # community
24	[ ASN_CONTEXT, 4, 1, # CHOICE, constructed - trap PDU	24	[ ASN_CONTEXT, 4, 1, # CHOICE, constructed - trap PDU
25	[	25	[
26	[ ASN_UNIVERSAL, ASN_OBJECT_IDENTIFIER, 0, "1.3.6.1.4.1.9.9.215.2" ], # enterprise oid	26	[ ASN_UNIVERSAL, ASN_OBJECT_IDENTIFIER, 0, "1.3.6.1.4.1.9.9.215.2" ], # enterprise oid
27	[ ASN_APPLICATION, 0, 0, "\x0a\x00\x00\x01" ], # SNMP IpAddress, 10.0.0.1	27	[ ASN_APPLICATION, SNMP_IPADDRESS, 0, "10.0.0.1" ], # SNMP IpAddress
28	[ ASN_UNIVERSAL, ASN_INTEGER32, 0, 6 ], # generic trap	28	[ ASN_UNIVERSAL, ASN_INTEGER32, 0, 6 ], # generic trap
29	[ ASN_UNIVERSAL, ASN_INTEGER32, 0, 1 ], # specific trap	29	[ ASN_UNIVERSAL, ASN_INTEGER32, 0, 1 ], # specific trap
30	[ ASN_APPLICATION, ASN_TIMETICKS, 0, 1817903850 ], # SNMP TimeTicks	30	[ ASN_APPLICATION, SNMP_TIMETICKS, 0, 1817903850 ], # SNMP TimeTicks
31	[ ASN_UNIVERSAL, ASN_SEQUENCE, 1, # the varbindlist	31	[ ASN_UNIVERSAL, ASN_SEQUENCE, 1, # the varbindlist
32	[	32	[
33	[ ASN_UNIVERSAL, ASN_SEQUENCE, 1, # a single varbind, "key value" pair	33	[ ASN_UNIVERSAL, ASN_SEQUENCE, 1, # a single varbind, "key value" pair
34	[	34	[
35	[ ASN_UNIVERSAL, ASN_OBJECT_IDENTIFIER, 0, "1.3.6.1.4.1.9.9.215.1.1.8.1.2.1" ],	35	[ ASN_UNIVERSAL, ASN_OBJECT_IDENTIFIER, 0, "1.3.6.1.4.1.9.9.215.1.1.8.1.2.1" ],
…		…
62	) {	62	) {
63	... and so on	63	... and so on
64		64
65	# finally, let's encode it again and hope it results in the same bit pattern	65	# finally, let's encode it again and hope it results in the same bit pattern
66		66
67	my $buf = ber_encode $ber;	67	my $buf = ber_encode $ber, $Convert::BER::XS::SNMP_PROFILE;
68		68
69	=head1 DESCRIPTION	69	=head1 DESCRIPTION
70		70
71	WARNING: Before release 1.0, the API is not considered stable in any way.	71	WARNING: Before release 1.0, the API is not considered stable in any way.
72		72
73	This module implements a I<very> low level BER/DER en-/decoder.	73	This module implements a I<very> low level BER/DER en-/decoder.
74		74
75	If is tuned for low memory and high speed, while still maintaining some	75	It is tuned for low memory and high speed, while still maintaining some
76	level of user-friendlyness.	76	level of user-friendlyness.
77		77
78	Currently, not much is documented, as this is an initial release to	78	=head2 EXPORT TAGS AND CONSTANTS
79	reserve CPAN namespace, stay tuned for a few days.	79
		80	By default this module doesn't export any symbols, but if you don't want
		81	to break your keyboard, editor or eyesigh with extreemly long names, I
		82	recommend importing the C<:all> tag. Still, you can selectively import
		83	things:
		84
		85	=over
		86
		87	=item :all
		88
		89	All of the below. Really. Rcommended for at least first steps, or if you
		90	don't care about a few kilobytes of wasted memory (and namespace).
		91
		92	=item :const
		93
		94	All of the stricly ASN.1-related constants defined by this module, the
		95	same as C<:const_asn :const_index>. Notably, this does not contain
		96	C<:const_ber_type> and C<:const_snmp>.
		97
		98	A good set to get everything you need to decode and match BER data would be
		99	C<:decode :const>.
		100
		101	=item C<:const_index>>
		102
		103	The BER tuple array index constants:
		104
		105	BER_CLASS BER_TAG BER_CONSTRUCTED BER_DATA
		106
		107	=item C<:const_asn>
		108
		109	ASN class values (these are C<0>, C<1>, C<2> and C<3>, reespectively -
		110	exactly thw two topmost bits from the identifdier octet shifted 6 bits to
		111	the right):
		112
		113	ASN_UNIVERSAL ASN_APPLICATION ASN_CONTEXT ASN_PRIVATE
		114
		115	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.
		117
		118	ASN_BOOLEAN ASN_INTEGER32 ASN_BIT_STRING ASN_OCTET_STRING ASN_NULL ASN_OBJECT_IDENTIFIER
		119	ASN_OBJECT_DESCRIPTOR ASN_OID ASN_EXTERNAL ASN_REAL ASN_SEQUENCE ASN_ENUMERATED
		120	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
		122	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
		124
		125	=item C<:const_ber_type>
		126
		127	The BER type constants, explained in the PROFILES section.
		128
		129	BER_TYPE_BYTES BER_TYPE_UTF8 BER_TYPE_UCS2 BER_TYPE_UCS4 BER_TYPE_INT
		130	BER_TYPE_OID BER_TYPE_RELOID BER_TYPE_NULL BER_TYPE_BOOL BER_TYPE_REAL
		131	BER_TYPE_IPADDRESS BER_TYPE_CROAK
		132
		133	=item C<:const_snmp>
		134
		135	Constants only relevant to SNMP. These are the tag values used by SNMP in
		136	the C<ASN_APPLICATION> namespace and have the exact numerical value as in
		137	BER/RFC 2578.
		138
		139	SNMP_IPADDRESS SNMP_COUNTER32 SNMP_UNSIGNED32 SNMP_TIMETICKS SNMP_OPAQUE SNMP_COUNTER64
		140
		141	=item C<:decode>
		142
		143	C<ber_decode> and the match helper functions:
		144
		145	ber_decode ber_is ber_is_seq ber_is_i32 ber_is_oid
		146
		147	=item C<:encode>
		148
		149	C<ber_encode> and the construction helper functions:
		150
		151	ber_encode ber_i32
		152
		153	=back
80		154
81	=head2 ASN.1/BER/DER/... BASICS	155	=head2 ASN.1/BER/DER/... BASICS
82		156
83	ASN.1 is a strange language that can be sed to describe protocols and	157	ASN.1 is a strange language that can be used to describe protocols and
84	data structures. It supports various mappings to JSON, XML, but most	158	data structures. It supports various mappings to JSON, XML, but most
85	importantly, to a various binary encodings such as BER, that is the topic	159	importantly, to a various binary encodings such as BER, that is the topic
86	of this module, and is used in SNMP or LDAP for example.	160	of this module, and is used in SNMP or LDAP for example.
87		161
88	While ASN.1 defines a schema that is useful to interpret encoded data,	162	While ASN.1 defines a schema that is useful to interpret encoded data,
…		…
90	whether something is a string or a number or a sequence or something else,	164	whether something is a string or a number or a sequence or something else,
91	but you can nevertheless decode the overall structure, even if you end up	165	but you can nevertheless decode the overall structure, even if you end up
92	with just a binary blob for the actual value.	166	with just a binary blob for the actual value.
93		167
94	This works because BER values are tagged with a type and a namespace,	168	This works because BER values are tagged with a type and a namespace,
95	and also have a flag that says whther a value consists of subvalues (is	169	and also have a flag that says whether a value consists of subvalues (is
96	"constructed") or not (is "primitive").	170	"constructed") or not (is "primitive").
97		171
98	Tags are simple integers, and ASN.1 defines a somewhat weird assortment of	172	Tags are simple integers, and ASN.1 defines a somewhat weird assortment of
99	those - for example, you have 32 bit signed integers and 16(!) different	173	those - for example, you have 32 bit signed integers and 16(!) different
100	string types, but there is no unsigned32 type for example. Different	174	string types, but there is no unsigned32 type for example. Different
…		…
292	use Exporter qw(import);	366	use Exporter qw(import);
293		367
294	our $VERSION;	368	our $VERSION;
295		369
296	BEGIN {	370	BEGIN {
297	$VERSION = 0.7;	371	$VERSION = 0.8;
298	XSLoader::load __PACKAGE__, $VERSION;	372	XSLoader::load __PACKAGE__, $VERSION;
299	}	373	}
300		374
301	our %EXPORT_TAGS = (	375	our %EXPORT_TAGS = (
302	const => [qw(	376	const_index => [qw(
303	BER_CLASS BER_TAG BER_CONSTRUCTED BER_DATA	377	BER_CLASS BER_TAG BER_CONSTRUCTED BER_DATA
304		378	)],
		379	const_asn => [qw(
305	ASN_BOOLEAN ASN_INTEGER32 ASN_BIT_STRING ASN_OCTET_STRING ASN_NULL ASN_OBJECT_IDENTIFIER	380	ASN_BOOLEAN ASN_INTEGER32 ASN_BIT_STRING ASN_OCTET_STRING ASN_NULL ASN_OBJECT_IDENTIFIER
306	ASN_OBJECT_DESCRIPTOR ASN_OID ASN_EXTERNAL ASN_REAL ASN_SEQUENCE ASN_ENUMERATED	381	ASN_OBJECT_DESCRIPTOR ASN_OID ASN_EXTERNAL ASN_REAL ASN_SEQUENCE ASN_ENUMERATED
307	ASN_EMBEDDED_PDV ASN_UTF8_STRING ASN_RELATIVE_OID ASN_SET ASN_NUMERIC_STRING	382	ASN_EMBEDDED_PDV ASN_UTF8_STRING ASN_RELATIVE_OID ASN_SET ASN_NUMERIC_STRING
308	ASN_PRINTABLE_STRING ASN_TELETEX_STRING ASN_T61_STRING ASN_VIDEOTEX_STRING ASN_IA5_STRING	383	ASN_PRINTABLE_STRING ASN_TELETEX_STRING ASN_T61_STRING ASN_VIDEOTEX_STRING ASN_IA5_STRING
309	ASN_ASCII_STRING ASN_UTC_TIME ASN_GENERALIZED_TIME ASN_GRAPHIC_STRING ASN_VISIBLE_STRING	384	ASN_ASCII_STRING ASN_UTC_TIME ASN_GENERALIZED_TIME ASN_GRAPHIC_STRING ASN_VISIBLE_STRING
310	ASN_ISO646_STRING ASN_GENERAL_STRING ASN_UNIVERSAL_STRING ASN_CHARACTER_STRING ASN_BMP_STRING	385	ASN_ISO646_STRING ASN_GENERAL_STRING ASN_UNIVERSAL_STRING ASN_CHARACTER_STRING ASN_BMP_STRING
311		386
312	ASN_UNIVERSAL ASN_APPLICATION ASN_CONTEXT ASN_PRIVATE	387	ASN_UNIVERSAL ASN_APPLICATION ASN_CONTEXT ASN_PRIVATE
313		388	)],
		389	const_ber_type => [qw(
314	BER_TYPE_BYTES BER_TYPE_UTF8 BER_TYPE_UCS2 BER_TYPE_UCS4 BER_TYPE_INT	390	BER_TYPE_BYTES BER_TYPE_UTF8 BER_TYPE_UCS2 BER_TYPE_UCS4 BER_TYPE_INT
315	BER_TYPE_OID BER_TYPE_RELOID BER_TYPE_NULL BER_TYPE_BOOL BER_TYPE_REAL	391	BER_TYPE_OID BER_TYPE_RELOID BER_TYPE_NULL BER_TYPE_BOOL BER_TYPE_REAL
316	BER_TYPE_IPADDRESS BER_TYPE_CROAK	392	BER_TYPE_IPADDRESS BER_TYPE_CROAK
317	)],	393	)],
318	const_snmp => [qw(	394	const_snmp => [qw(
319	SNMP_IPADDRESS SNMP_COUNTER32 SNMP_UNSIGNED32 SNMP_TIMETICKS SNMP_OPAQUE SNMP_COUNTER64	395	SNMP_IPADDRESS SNMP_COUNTER32 SNMP_UNSIGNED32 SNMP_TIMETICKS SNMP_OPAQUE SNMP_COUNTER64
320	)],	396	)],
321	encode => [qw(	397	decode => [qw(
322	ber_decode	398	ber_decode
323	ber_is ber_is_seq ber_is_i32 ber_is_oid	399	ber_is ber_is_seq ber_is_i32 ber_is_oid
324	)],	400	)],
325	decode => [qw(	401	encode => [qw(
326	ber_encode	402	ber_encode
327	ber_i32	403	ber_i32
328	)],	404	)],
329	);	405	);
330		406
331	our @EXPORT_OK = map @$_, values %EXPORT_TAGS;	407	our @EXPORT_OK = map @$_, values %EXPORT_TAGS;
332		408
333	$EXPORT_TAGS{all} = \@EXPORT_OK;	409	$EXPORT_TAGS{all} = \@EXPORT_OK;
		410	$EXPORT_TAGS{const} = [map @{ $EXPORT_TAGS{$_} }, qw(const_index const_asn)];
		411	use Data::Dump; ddx \%EXPORT_TAGS;
334		412
335	=head1 PROFILES	413	=head1 PROFILES
336		414
337	While any BER data can be correctly encoded and decoded out of the box, it	415	While any BER data can be correctly encoded and decoded out of the box, it
338	can be inconvenient to have to manually decode some values into a "better"	416	can be inconvenient to have to manually decode some values into a "better"
…		…
347		425
348	The default profile supports the standard ASN.1 types, but no	426	The default profile supports the standard ASN.1 types, but no
349	application-specific ones. This means that class/tag combinations not in	427	application-specific ones. This means that class/tag combinations not in
350	the base set of ASN.1 are decoded into their raw octet strings.	428	the base set of ASN.1 are decoded into their raw octet strings.
351		429
352	C<Convert::BER::XS> defines two profile variables you cna use out of the box:	430	C<Convert::BER::XS> defines two profile variables you can use out of the box:
353		431
354	=over	432	=over
355		433
356	=item C<$Convert::BER::XS::DEFAULT_PROFILE>	434	=item C<$Convert::BER::XS::DEFAULT_PROFILE>
357		435
358	This is the default profile, i.e. the profile that is used when no	436	This is the default profile, i.e. the profile that is used when no
359	profile is specified for de-/encoding.	437	profile is specified for de-/encoding.
360		438
361	You cna modify it, but remember that this modifies the defaults for all	439	You can modify it, but remember that this modifies the defaults for all
362	callers that rely on the defauit profile.	440	callers that rely on the default profile.
363		441
364	=item C<$Convert::BER::XS::SNMP_PROFILE>	442	=item C<$Convert::BER::XS::SNMP_PROFILE>
365		443
366	A profile with mappings for SNMP-specific application tags added. This is	444	A profile with mappings for SNMP-specific application tags added. This is
367	useful when de-/encoding SNMP data.	445	useful when de-/encoding SNMP data.
368		446
369	Example:	447	Example:
		448
370	$ber = ber_decode $data, $Convert::BER::XS::SNMP_PROFILE;	449	$ber = ber_decode $data, $Convert::BER::XS::SNMP_PROFILE;
371		450
372	=back	451	=back
373		452
374	=head2 The Convert::BER::XS::Profile class	453	=head2 The Convert::BER::XS::Profile class
…		…
387		466
388	Note that currently, the mapping is stored in a flat array, so large	467	Note that currently, the mapping is stored in a flat array, so large
389	values of C<$tag> will consume large amounts of memory.	468	values of C<$tag> will consume large amounts of memory.
390		469
391	Example:	470	Example:
		471
392	$profile = new Convert::BER::XS::Profile;	472	$profile = new Convert::BER::XS::Profile;
393	$profile->set (ASN_APPLICATION, SNMP_COUNTER32, BER_TYPE_INT);	473	$profile->set (ASN_APPLICATION, SNMP_COUNTER32, BER_TYPE_INT);
394	$ber = ber_decode $data, $profile;	474	$ber = ber_decode $data, $profile;
395		475
396	=item $type = $profile->get ($class, $tag)	476	=item $type = $profile->get ($class, $tag)
…		…
438	Encodes and decodes an OBJECT IDENTIFIER into dotted form without leading	518	Encodes and decodes an OBJECT IDENTIFIER into dotted form without leading
439	dot, e.g. C<1.3.6.1.213>.	519	dot, e.g. C<1.3.6.1.213>.
440		520
441	=item C<BER_TYPE_RELOID>	521	=item C<BER_TYPE_RELOID>
442		522
443	Same as C<BER_TYPE_OID> but uses relative OID encoding: ASN.1 has this	523	Same as C<BER_TYPE_OID> but uses relative object identifier
444	hack of encoding the first two OID components into a single integer in a	524	encoding: ASN.1 has this hack of encoding the first two OID components
445	weird attempt to save an insignificant amount of space in an otherwise	525	into a single integer in a weird attempt to save an insignificant amount
446	wasteful encoding, and relative OIDs are basically OIDs without this	526	of space in an otherwise wasteful encoding, and relative OIDs are
447	hack. The practical difference is that the second component of an OID	527	basically OIDs without this hack. The practical difference is that the
448	can only have the values 1..40, while relative OIDs do not have this	528	second component of an OID can only have the values 1..40, while relative
449	restriction.	529	OIDs do not have this restriction.
450		530
451	=item C<BER_TYPE_NULL>	531	=item C<BER_TYPE_NULL>
452		532
453	Decodes an C<ASN_NULL> value into C<undef>, and always encodes a	533	Decodes an C<ASN_NULL> value into C<undef>, and always encodes a
454	C<ASN_NULL> type, regardless of the perl value.	534	C<ASN_NULL> type, regardless of the perl value.
…		…
462		542
463	Decodes/encodes a BER real value. NOT IMPLEMENTED.	543	Decodes/encodes a BER real value. NOT IMPLEMENTED.
464		544
465	=item C<BER_TYPE_IPADDRESS>	545	=item C<BER_TYPE_IPADDRESS>
466		546
467	Decodes/encodes a four byte string into an IOv4 dotted-quad address string	547	Decodes/encodes a four byte string into an IPv4 dotted-quad address string
468	in perl. Given ther obsolete nature of this type, this is a low-effort	548	in Perl. Given the obsolete nature of this type, this is a low-effort
469	implementation that simply uses C<sprintf> and C<sscanf>-style conversion,	549	implementation that simply uses C<sprintf> and C<sscanf>-style conversion,
470	so it won't handle all string forms supported by C<inet_aton>.	550	so it won't handle all string forms supported by C<inet_aton> for example.
471		551
472	=item C<BER_TYPE_CROAK>	552	=item C<BER_TYPE_CROAK>
473		553
474	Always croaks when encountered during encoding or decoding - the	554	Always croaks when encountered during encoding or decoding - the
475	default behaviour when encountering an unknown type is to treat it as	555	default behaviour when encountering an unknown type is to treat it as
476	C<BER_TYPE_BYTES>. When you don't want that but instead prefer a hard	556	C<BER_TYPE_BYTES>. When you don't want that but instead prefer a hard
477	error for some types, then CyBER_TYPE_CROAK> is for you.	557	error for some types, then C<BER_TYPE_CROAK> is for you.
478		558
479	=back	559	=back
480		560
481	=cut	561	=cut
482		562
483	our $DEFAULT_PROFILE = new Convert::BER::XS::Profile;	563	our $DEFAULT_PROFILE = new Convert::BER::XS::Profile;
484	our $SNMP_PROFILE = new Convert::BER::XS::Profile;	564	our $SNMP_PROFILE = new Convert::BER::XS::Profile;
485		565
		566	# additional SNMP application types
486	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_IPADDRESS , BER_TYPE_IPADDRESS);	567	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_IPADDRESS , BER_TYPE_IPADDRESS);
487	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_COUNTER32 , BER_TYPE_INT);	568	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_COUNTER32 , BER_TYPE_INT);
488	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_UNSIGNED32, BER_TYPE_INT);	569	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_UNSIGNED32, BER_TYPE_INT);
489	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_TIMETICKS , BER_TYPE_INT);	570	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_TIMETICKS , BER_TYPE_INT);
490	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_OPAQUE , BER_TYPE_IPADDRESS);	571	$SNMP_PROFILE->set (ASN_APPLICATION, SNMP_OPAQUE , BER_TYPE_IPADDRESS);
…		…
492		573
493	$DEFAULT_PROFILE->_set_default;	574	$DEFAULT_PROFILE->_set_default;
494		575
495	1;	576	1;
496		577
497	=head2 LIMITATIONS	578	=head2 LIMITATIONS/NOTES
498		579
499	This module can only en-/decode 64 bit signed and unsigned integers, and	580	This module can only en-/decode 64 bit signed and unsigned integers, and
500	only when your perl supports those.	581	only when your perl supports those.
501		582
		583	This module does not generally care about ranges, i.e. it will happily
		584	de-/encode 64 bit integers into an C<ASN_INTEGER32> value, or a negative
		585	number into an C<SNMP_COUNTER64>.
		586
502	OBJECT IDENTIFIEERS cannot have unlimited length, although the limit is	587	OBJECT IDENTIFIEERs cannot have unlimited length, although the limit is
503	much larger than e.g. the one imposed by SNMP or other protocols.	588	much larger than e.g. the one imposed by SNMP or other protocols,a nd is
		589	about 4kB.
504		590
505	REAL values are not supported and will croak.	591	REAL values are not supported and will currently croak.
506		592
507	This module has undergone little to no testing so far.	593	This module has undergone little to no testing so far.
		594
		595	=head2 ITHREADS SUPPORT
		596
		597	This module is unlikely to work when the (officially discouraged) ithreads
		598	are in use.
508		599
509	=head1 AUTHOR	600	=head1 AUTHOR
510		601
511	Marc Lehmann <schmorp@schmorp.de>	602	Marc Lehmann <schmorp@schmorp.de>
512	http://software.schmorp.de/pkg/Convert-BER-XS	603	http://software.schmorp.de/pkg/Convert-BER-XS

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Comparing Convert-BER-XS/XS.pm (file contents): Revision 1.14 by root, Sat Apr 20 01:31:07 2019 UTC vs. Revision 1.20 by root, Sat Apr 20 14:47:23 2019 UTC

Diff Legend

Comparing Convert-BER-XS/XS.pm (file contents):
Revision 1.14 by root, Sat Apr 20 01:31:07 2019 UTC vs.
Revision 1.20 by root, Sat Apr 20 14:47:23 2019 UTC