[ViewVC] Diff of: cvs/AnyEvent-HTTP/HTTP.pm

Comparing AnyEvent-HTTP/HTTP.pm (file contents):
Revision 1.60 by root, Thu Dec 30 02:56:28 2010 UTC vs.
Revision 1.85 by root, Sun Jan 2 05:31:56 2011 UTC

…		…
36		36
37	=cut	37	=cut
38		38
39	package AnyEvent::HTTP;	39	package AnyEvent::HTTP;
40		40
41	use strict;	41	use common::sense;
42	no warnings;
43		42
44	use Errno ();	43	use Errno ();
45		44
46	use AnyEvent 5.0 ();	45	use AnyEvent 5.0 ();
47	use AnyEvent::Util ();	46	use AnyEvent::Util ();
48	use AnyEvent::Handle ();	47	use AnyEvent::Handle ();
49		48
50	use base Exporter::;	49	use base Exporter::;
51		50
52	our $VERSION = '1.46';	51	our $VERSION = '1.5';
53		52
54	our @EXPORT = qw(http_get http_post http_head http_request);	53	our @EXPORT = qw(http_get http_post http_head http_request);
55		54
56	our $USERAGENT = "Mozilla/5.0 (compatible; U; AnyEvent-HTTP/$VERSION; +http://software.schmorp.de/pkg/AnyEvent)";	55	our $USERAGENT = "Mozilla/5.0 (compatible; U; AnyEvent-HTTP/$VERSION; +http://software.schmorp.de/pkg/AnyEvent)";
57	our $MAX_RECURSE = 10;	56	our $MAX_RECURSE = 10;
…		…
94	C<http_request> returns a "cancellation guard" - you have to keep the	93	C<http_request> returns a "cancellation guard" - you have to keep the
95	object at least alive until the callback get called. If the object gets	94	object at least alive until the callback get called. If the object gets
96	destroyed before the callback is called, the request will be cancelled.	95	destroyed before the callback is called, the request will be cancelled.
97		96
98	The callback will be called with the response body data as first argument	97	The callback will be called with the response body data as first argument
99	(or C<undef> if an error occured), and a hash-ref with response headers as	98	(or C<undef> if an error occured), and a hash-ref with response headers
100	second argument.	99	(and trailers) as second argument.
101		100
102	All the headers in that hash are lowercased. In addition to the response	101	All the headers in that hash are lowercased. In addition to the response
103	headers, the "pseudo-headers" (uppercase to avoid clashing with possible	102	headers, the "pseudo-headers" (uppercase to avoid clashing with possible
104	response headers) C<HTTPVersion>, C<Status> and C<Reason> contain the	103	response headers) C<HTTPVersion>, C<Status> and C<Reason> contain the
105	three parts of the HTTP Status-Line of the same name.	104	three parts of the HTTP Status-Line of the same name. If an error occurs
		105	during the body phase of a request, then the original C<Status> and
		106	C<Reason> values from the header are available as C<OrigStatus> and
		107	C<OrigReason>.
106		108
107	The pseudo-header C<URL> contains the actual URL (which can differ from	109	The pseudo-header C<URL> contains the actual URL (which can differ from
108	the requested URL when following redirects - for example, you might get	110	the requested URL when following redirects - for example, you might get
109	an error that your URL scheme is not supported even though your URL is a	111	an error that your URL scheme is not supported even though your URL is a
110	valid http URL because it redirected to an ftp URL, in which case you can	112	valid http URL because it redirected to an ftp URL, in which case you can
…		…
119		121
120	If the server sends a header multiple times, then their contents will be	122	If the server sends a header multiple times, then their contents will be
121	joined together with a comma (C<,>), as per the HTTP spec.	123	joined together with a comma (C<,>), as per the HTTP spec.
122		124
123	If an internal error occurs, such as not being able to resolve a hostname,	125	If an internal error occurs, such as not being able to resolve a hostname,
124	then C<$data> will be C<undef>, C<< $headers->{Status} >> will be C<59x>	126	then C<$data> will be C<undef>, C<< $headers->{Status} >> will be
125	(usually C<599>) and the C<Reason> pseudo-header will contain an error	127	C<590>-C<599> and the C<Reason> pseudo-header will contain an error
126	message.	128	message. Currently the following status codes are used:
		129
		130	=over 4
		131
		132	=item 595 - errors during connection etsbalishment, proxy handshake.
		133
		134	=item 596 - errors during TLS negotiation, request sending and header processing.
		135
		136	=item 597 - errors during body receiving or processing.
		137
		138	=item 598 - user aborted request via C<on_header> or C<on_body>.
		139
		140	=item 599 - other, usually nonretryable, errors (garbled URL etc.).
		141
		142	=back
127		143
128	A typical callback might look like this:	144	A typical callback might look like this:
129		145
130	sub {	146	sub {
131	my ($body, $hdr) = @_;	147	my ($body, $hdr) = @_;
…		…
147	Whether to recurse requests or not, e.g. on redirects, authentication	163	Whether to recurse requests or not, e.g. on redirects, authentication
148	retries and so on, and how often to do so.	164	retries and so on, and how often to do so.
149		165
150	=item headers => hashref	166	=item headers => hashref
151		167
152	The request headers to use. Currently, C<http_request> may provide its	168	The request headers to use. Currently, C<http_request> may provide its own
153	own C<Host:>, C<Content-Length:>, C<Connection:> and C<Cookie:> headers	169	C<Host:>, C<Content-Length:>, C<Connection:> and C<Cookie:> headers and
154	and will provide defaults for C<User-Agent:> and C<Referer:> (this can be	170	will provide defaults at least for C<TE:>, C<Referer:> and C<User-Agent:>
155	suppressed by using C<undef> for these headers in which case they won't be	171	(this can be suppressed by using C<undef> for these headers in which case
156	sent at all).	172	they won't be sent at all).
157		173
158	=item timeout => $seconds	174	=item timeout => $seconds
159		175
160	The time-out to use for various stages - each connect attempt will reset	176	The time-out to use for various stages - each connect attempt will reset
161	the timeout, as will read or write activity, i.e. this is not an overall	177	the timeout, as will read or write activity, i.e. this is not an overall
…		…
171	C<$scheme> must be either missing, C<http> for HTTP or C<https> for	187	C<$scheme> must be either missing, C<http> for HTTP or C<https> for
172	HTTPS.	188	HTTPS.
173		189
174	=item body => $string	190	=item body => $string
175		191
176	The request body, usually empty. Will be-sent as-is (future versions of	192	The request body, usually empty. Will be sent as-is (future versions of
177	this module might offer more options).	193	this module might offer more options).
178		194
179	=item cookie_jar => $hash_ref	195	=item cookie_jar => $hash_ref
180		196
181	Passing this parameter enables (simplified) cookie-processing, loosely	197	Passing this parameter enables (simplified) cookie-processing, loosely
182	based on the original netscape specification.	198	based on the original netscape specification.
183		199
184	The C<$hash_ref> must be an (initially empty) hash reference which will	200	The C<$hash_ref> must be an (initially empty) hash reference which
185	get updated automatically. It is possible to save the cookie_jar to	201	will get updated automatically. It is possible to save the cookie jar
186	persistent storage with something like JSON or Storable, but this is not	202	to persistent storage with something like JSON or Storable - see the
187	recommended, as expiry times are currently being ignored.	203	C<AnyEvent::HTTP::cookie_jar_expire> function if you wish to remove
		204	expired or session-only cookies, and also for documentation on the format
		205	of the cookie jar.
188		206
189	Note that this cookie implementation is not of very high quality, nor	207	Note that this cookie implementation is not meant to be complete. If
190	meant to be complete. If you want complete cookie management you have to	208	you want complete cookie management you have to do that on your
191	do that on your own. C<cookie_jar> is meant as a quick fix to get some	209	own. C<cookie_jar> is meant as a quick fix to get most cookie-using sites
192	cookie-using sites working. Cookies are a privacy disaster, do not use	210	working. Cookies are a privacy disaster, do not use them unless required
193	them unless required to.	211	to.
		212
		213	When cookie processing is enabled, the C<Cookie:> and C<Set-Cookie:>
		214	headers will be set and handled by this module, otherwise they will be
		215	left untouched.
194		216
195	=item tls_ctx => $scheme \| $tls_ctx	217	=item tls_ctx => $scheme \| $tls_ctx
196		218
197	Specifies the AnyEvent::TLS context to be used for https connections. This	219	Specifies the AnyEvent::TLS context to be used for https connections. This
198	parameter follows the same rules as the C<tls_ctx> parameter to	220	parameter follows the same rules as the C<tls_ctx> parameter to
…		…
237		259
238	This callback is useful, among other things, to quickly reject unwanted	260	This callback is useful, among other things, to quickly reject unwanted
239	content, which, if it is supposed to be rare, can be faster than first	261	content, which, if it is supposed to be rare, can be faster than first
240	doing a C<HEAD> request.	262	doing a C<HEAD> request.
241		263
		264	The downside is that cancelling the request makes it impossible to re-use
		265	the connection. Also, the C<on_header> callback will not receive any
		266	trailer (headers sent after the response body).
		267
242	Example: cancel the request unless the content-type is "text/html".	268	Example: cancel the request unless the content-type is "text/html".
243		269
244	on_header => sub {	270	on_header => sub {
245	$_[0]{"content-type"} =~ /^text\/html\s*(?:;\|$)/	271	$_[0]{"content-type"} =~ /^text\/html\s*(?:;\|$)/
246	},	272	},
…		…
252	string instead of the body data.	278	string instead of the body data.
253		279
254	It has to return either true (in which case AnyEvent::HTTP will continue),	280	It has to return either true (in which case AnyEvent::HTTP will continue),
255	or false, in which case AnyEvent::HTTP will cancel the download (and call	281	or false, in which case AnyEvent::HTTP will cancel the download (and call
256	the completion callback with an error code of C<598>).	282	the completion callback with an error code of C<598>).
		283
		284	The downside to cancelling the request is that it makes it impossible to
		285	re-use the connection.
257		286
258	This callback is useful when the data is too large to be held in memory	287	This callback is useful when the data is too large to be held in memory
259	(so the callback writes it to a file) or when only some information should	288	(so the callback writes it to a file) or when only some information should
260	be extracted, or when the body should be processed incrementally.	289	be extracted, or when the body should be processed incrementally.
261		290
…		…
287	If you think you need this, first have a look at C<on_body>, to see if	316	If you think you need this, first have a look at C<on_body>, to see if
288	that doesn't solve your problem in a better way.	317	that doesn't solve your problem in a better way.
289		318
290	=back	319	=back
291		320
292	Example: make a simple HTTP GET request for http://www.nethype.de/	321	Example: do a simple HTTP GET request for http://www.nethype.de/ and print
		322	the response body.
293		323
294	http_request GET => "http://www.nethype.de/", sub {	324	http_request GET => "http://www.nethype.de/", sub {
295	my ($body, $hdr) = @_;	325	my ($body, $hdr) = @_;
296	print "$body\n";	326	print "$body\n";
297	};	327	};
298		328
299	Example: make a HTTP HEAD request on https://www.google.com/, use a	329	Example: do a HTTP HEAD request on https://www.google.com/, use a
300	timeout of 30 seconds.	330	timeout of 30 seconds.
301		331
302	http_request	332	http_request
303	GET => "https://www.google.com",	333	GET => "https://www.google.com",
304	timeout => 30,	334	timeout => 30,
…		…
307	use Data::Dumper;	337	use Data::Dumper;
308	print Dumper $hdr;	338	print Dumper $hdr;
309	}	339	}
310	;	340	;
311		341
312	Example: make another simple HTTP GET request, but immediately try to	342	Example: do another simple HTTP GET request, but immediately try to
313	cancel it.	343	cancel it.
314		344
315	my $request = http_request GET => "http://www.nethype.de/", sub {	345	my $request = http_request GET => "http://www.nethype.de/", sub {
316	my ($body, $hdr) = @_;	346	my ($body, $hdr) = @_;
317	print "$body\n";	347	print "$body\n";
…		…
349	push @{ $CO_SLOT{$_[0]}[1] }, $_[1];	379	push @{ $CO_SLOT{$_[0]}[1] }, $_[1];
350		380
351	_slot_schedule $_[0];	381	_slot_schedule $_[0];
352	}	382	}
353		383
		384	#############################################################################
		385
		386	# expire cookies
		387	sub cookie_jar_expire($;$) {
		388	my ($jar, $session_end) = @_;
		389
		390	%$jar = () if $jar->{version} != 1;
		391
		392	my $anow = AE::now;
		393
		394	while (my ($chost, $paths) = each %$jar) {
		395	next unless ref $paths;
		396
		397	while (my ($cpath, $cookies) = each %$paths) {
		398	while (my ($cookie, $kv) = each %$cookies) {
		399	if (exists $kv->{_expires}) {
		400	delete $cookies->{$cookie}
		401	if $anow > $kv->{_expires};
		402	} elsif ($session_end) {
		403	delete $cookies->{$cookie};
		404	}
		405	}
		406
		407	delete $paths->{$cpath}
		408	unless %$cookies;
		409	}
		410
		411	delete $jar->{$chost}
		412	unless %$paths;
		413	}
		414	}
		415
		416	# extract cookies from jar
		417	sub cookie_jar_extract($$$$) {
		418	my ($jar, $uscheme, $uhost, $upath) = @_;
		419
		420	$uhost = lc $uhost;
		421
		422	%$jar = () if $jar->{version} != 1;
		423
		424	my @cookies;
		425
		426	while (my ($chost, $paths) = each %$jar) {
		427	next unless ref $paths;
		428
		429	if ($chost =~ /^\./) {
		430	next unless $chost eq substr $uhost, -length $chost;
		431	} elsif ($chost =~ /\./) {
		432	next unless $chost eq $uhost;
		433	} else {
		434	next;
		435	}
		436
		437	while (my ($cpath, $cookies) = each %$paths) {
		438	next unless $cpath eq substr $upath, 0, length $cpath;
		439
		440	while (my ($cookie, $kv) = each %$cookies) {
		441	next if $uscheme ne "https" && exists $kv->{secure};
		442
		443	if (exists $kv->{_expires} and AE::now > $kv->{_expires}) {
		444	delete $cookies->{$cookie};
		445	next;
		446	}
		447
		448	my $value = $kv->{value};
		449
		450	if ($value =~ /[=;,[:space:]]/) {
		451	$value =~ s/([\\"])/\\$1/g;
		452	$value = "\"$value\"";
		453	}
		454
		455	push @cookies, "$cookie=$value";
		456	}
		457	}
		458	}
		459
		460	\@cookies
		461	}
		462
		463	# parse set_cookie header into jar
		464	sub cookie_jar_set_cookie($$$$) {
		465	my ($jar, $set_cookie, $uhost, $date) = @_;
		466
		467	my $anow = int AE::now;
		468	my $snow; # server-now
		469
		470	for ($set_cookie) {
		471	# parse NAME=VALUE
		472	my @kv;
		473
		474	# expires is not http-compliant in the original cookie-spec,
		475	# we support the official date format and some extensions
		476	while (
		477	m{
		478	\G\s*
		479	(?:
		480	expires \s=\s ([A-Z][a-z][a-z]+,\ [^,;]+)
		481	\| ([^=;,[:space:]]+) (?: \s=\s (?: "((?:[^\\"]+\|\\.))" \| ([^=;,[:space:]]) ) )?
		482	)
		483	}gcxsi
		484	) {
		485	my $name = $2;
		486	my $value = $4;
		487
		488	if (defined $1) {
		489	# expires
		490	$name = "expires";
		491	$value = $1;
		492	} elsif (defined $3) {
		493	# quoted
		494	$value = $3;
		495	$value =~ s/\\(.)/$1/gs;
		496	}
		497
		498	push @kv, lc $name, $value;
		499
		500	last unless /\G\s*;/gc;
		501	}
		502
		503	last unless @kv;
		504
		505	my $name = shift @kv;
		506	my %kv = (value => shift @kv, @kv);
		507
		508	if (exists $kv{"max-age"}) {
		509	$kv{_expires} = $anow + delete $kv{"max-age"};
		510	} elsif (exists $kv{expires}) {
		511	$snow \|\|= parse_date ($date) \|\| $anow;
		512	$kv{_expires} = $anow + (parse_date (delete $kv{expires}) - $snow);
		513	} else {
		514	delete $kv{_expires};
		515	}
		516
		517	my $cdom;
		518	my $cpath = (delete $kv{path}) \|\| "/";
		519
		520	if (exists $kv{domain}) {
		521	$cdom = delete $kv{domain};
		522
		523	$cdom =~ s/^\.?/./; # make sure it starts with a "."
		524
		525	next if $cdom =~ /\.$/;
		526
		527	# this is not rfc-like and not netscape-like. go figure.
		528	my $ndots = $cdom =~ y/.//;
		529	next if $ndots < ($cdom =~ /\.[^.][^.]\.[^.][^.]$/ ? 3 : 2);
		530	} else {
		531	$cdom = $uhost;
		532	}
		533
		534	# store it
		535	$jar->{version} = 1;
		536	$jar->{lc $cdom}{$cpath}{$name} = \%kv;
		537
		538	redo if /\G\s*,/gc;
		539	}
		540	}
		541
		542	# continue to parse $_ for headers and place them into the arg
		543	sub parse_hdr() {
		544	my %hdr;
		545
		546	# things seen, not parsed:
		547	# p3pP="NON CUR OTPi OUR NOR UNI"
		548
		549	$hdr{lc $1} .= ",$2"
		550	while /\G
		551	([^:\000-\037]*):
		552	[\011\040]*
		553	((?: [^\012]+ \| \012[\011\040] )*)
		554	\012
		555	/gxc;
		556
		557	/\G$/
		558	or return;
		559
		560	# remove the "," prefix we added to all headers above
		561	substr $_, 0, 1, ""
		562	for values %hdr;
		563
		564	\%hdr
		565	}
		566
354	our $qr_nlnl = qr{(?<![^\012])\015?\012};	567	our $qr_nlnl = qr{(?<![^\012])\015?\012};
355		568
356	our $TLS_CTX_LOW = { cache => 1, sslv2 => 1 };	569	our $TLS_CTX_LOW = { cache => 1, sslv2 => 1 };
357	our $TLS_CTX_HIGH = { cache => 1, verify => 1, verify_peername => "https" };	570	our $TLS_CTX_HIGH = { cache => 1, verify => 1, verify_peername => "https" };
358		571
…		…
377	my @pseudo = (URL => $url);	590	my @pseudo = (URL => $url);
378	push @pseudo, Redirect => delete $arg{Redirect} if exists $arg{Redirect};	591	push @pseudo, Redirect => delete $arg{Redirect} if exists $arg{Redirect};
379		592
380	my $recurse = exists $arg{recurse} ? delete $arg{recurse} : $MAX_RECURSE;	593	my $recurse = exists $arg{recurse} ? delete $arg{recurse} : $MAX_RECURSE;
381		594
382	return $cb->(undef, { Status => 599, Reason => "Too many redirections", @pseudo })	595	return $cb->(undef, { @pseudo, Status => 599, Reason => "Too many redirections" })
383	if $recurse < 0;	596	if $recurse < 0;
384		597
385	my $proxy = $arg{proxy} \|\| $PROXY;	598	my $proxy = $arg{proxy} \|\| $PROXY;
386	my $timeout = $arg{timeout} \|\| $TIMEOUT;	599	my $timeout = $arg{timeout} \|\| $TIMEOUT;
387		600
…		…
390		603
391	$uscheme = lc $uscheme;	604	$uscheme = lc $uscheme;
392		605
393	my $uport = $uscheme eq "http" ? 80	606	my $uport = $uscheme eq "http" ? 80
394	: $uscheme eq "https" ? 443	607	: $uscheme eq "https" ? 443
395	: return $cb->(undef, { Status => 599, Reason => "Only http and https URL schemes supported", @pseudo });	608	: return $cb->(undef, { @pseudo, Status => 599, Reason => "Only http and https URL schemes supported" });
396		609
397	$uauthority =~ /^(?: .*\@ )? ([^\@:]+) (?: : (\d+) )?$/x	610	$uauthority =~ /^(?: .*\@ )? ([^\@:]+) (?: : (\d+) )?$/x
398	or return $cb->(undef, { Status => 599, Reason => "Unparsable URL", @pseudo });	611	or return $cb->(undef, { @pseudo, Status => 599, Reason => "Unparsable URL" });
399		612
400	my $uhost = $1;	613	my $uhost = $1;
401	$uport = $2 if defined $2;	614	$uport = $2 if defined $2;
402		615
403	$hdr{host} = defined $2 ? "$uhost:$2" : "$uhost"	616	$hdr{host} = defined $2 ? "$uhost:$2" : "$uhost"
…		…
408		621
409	$upath =~ s%^/?%/%;	622	$upath =~ s%^/?%/%;
410		623
411	# cookie processing	624	# cookie processing
412	if (my $jar = $arg{cookie_jar}) {	625	if (my $jar = $arg{cookie_jar}) {
413	%$jar = () if $jar->{version} != 1;	626	my $cookies = cookie_jar_extract $jar, $uscheme, $uhost, $upath;
414		627
415	my @cookie;
416
417	while (my ($chost, $v) = each %$jar) {
418	if ($chost =~ /^\./) {
419	next unless $chost eq substr $uhost, -length $chost;
420	} elsif ($chost =~ /\./) {
421	next unless $chost eq $uhost;
422	} else {
423	next;
424	}
425
426	while (my ($cpath, $v) = each %$v) {
427	next unless $cpath eq substr $upath, 0, length $cpath;
428
429	while (my ($k, $v) = each %$v) {
430	next if $uscheme ne "https" && exists $v->{secure};
431	my $value = $v->{value};
432	$value =~ s/([\\"])/\\$1/g;
433	push @cookie, "$k=\"$value\"";
434	}
435	}
436	}
437
438	$hdr{cookie} = join "; ", @cookie	628	$hdr{cookie} = join "; ", @$cookies
439	if @cookie;	629	if @$cookies;
440	}	630	}
441		631
442	my ($rhost, $rport, $rscheme, $rpath); # request host, port, path	632	my ($rhost, $rport, $rscheme, $rpath); # request host, port, path
443		633
444	if ($proxy) {	634	if ($proxy) {
…		…
452	} else {	642	} else {
453	($rhost, $rport, $rscheme, $rpath) = ($uhost, $uport, $uscheme, $upath);	643	($rhost, $rport, $rscheme, $rpath) = ($uhost, $uport, $uscheme, $upath);
454	}	644	}
455		645
456	# leave out fragment and query string, just a heuristic	646	# leave out fragment and query string, just a heuristic
457	$hdr{referer} \|\|= "$uscheme://$uauthority$upath" unless exists $hdr{referer};	647	$hdr{referer} = "$uscheme://$uauthority$upath" unless exists $hdr{referer};
458	$hdr{"user-agent"} \|\|= $USERAGENT unless exists $hdr{"user-agent"};	648	$hdr{"user-agent"} = $USERAGENT unless exists $hdr{"user-agent"};
459		649
460	$hdr{"content-length"} = length $arg{body}	650	$hdr{"content-length"} = length $arg{body}
461	if length $arg{body} \|\| $method ne "GET";	651	if length $arg{body} \|\| $method ne "GET";
462		652
		653	$hdr{connection} = "close TE"; #1.1
		654	$hdr{te} = "trailers" unless exists $hdr{te}; #1.1
		655
463	my %state = (connect_guard => 1);	656	my %state = (connect_guard => 1);
464		657
465	_get_slot $uhost, sub {	658	_get_slot $uhost, sub {
466	$state{slot_guard} = shift;	659	$state{slot_guard} = shift;
467		660
468	return unless $state{connect_guard};	661	return unless $state{connect_guard};
469		662
470	my $tcp_connect = $arg{tcp_connect}	663	my $ae_error = 595; # connecting
471	\|\| do { require AnyEvent::Socket; \&AnyEvent::Socket::tcp_connect };
472		664
473	$state{connect_guard} = $tcp_connect->(	665	# handle actual, non-tunneled, request
474	$rhost,	666	my $handle_actual_request = sub {
475	$rport,	667	$ae_error = 596; # request phase
476	sub {	668
477	$state{fh} = shift	669	$state{handle}->starttls ("connect") if $uscheme eq "https" && !exists $state{handle}{tls};
		670
		671	# send request
		672	$state{handle}->push_write (
		673	"$method $rpath HTTP/1.1\015\012"
		674	. (join "", map "\u$_: $hdr{$_}\015\012", grep defined $hdr{$_}, keys %hdr)
		675	. "\015\012"
		676	. (delete $arg{body})
		677	);
		678
		679	# return if error occured during push_write()
		680	return unless %state;
		681
		682	%hdr = (); # reduce memory usage, save a kitten, also make it possible to re-use
		683
		684	# status line and headers
		685	$state{read_response} = sub {
		686	for ("$_[1]") {
		687	y/\015//d; # weed out any \015, as they show up in the weirdest of places.
		688
		689	/^HTTP\/0([0-9\.]+) \s+ ([0-9]{3}) (?: \s+ ([^\012]) )? \012/gxci
		690	or return (%state = (), $cb->(undef, { @pseudo, Status => 599, Reason => "Invalid server response" }));
		691
		692	# 100 Continue handling
		693	# should not happen as we don't send expect: 100-continue,
		694	# but we handle it just in case.
		695	# since we send the request body regardless, if we get an error
		696	# we are out of-sync, which we currently do NOT handle correctly.
		697	return $state{handle}->push_read (line => $qr_nlnl, $state{read_response})
		698	if $2 eq 100;
		699
		700	push @pseudo,
		701	HTTPVersion => $1,
		702	Status => $2,
		703	Reason => $3,
478	or do {	704	;
		705
		706	my $hdr = parse_hdr
		707	or return (%state = (), $cb->(undef, { @pseudo, Status => 599, Reason => "Garbled response headers" }));
		708
		709	%hdr = (%$hdr, @pseudo);
		710	}
		711
		712	# redirect handling
		713	# microsoft and other shitheads don't give a shit for following standards,
		714	# try to support some common forms of broken Location headers.
		715	if ($hdr{location} !~ /^(?: $ \| [^:\/?\#]+ : )/x) {
		716	$hdr{location} =~ s/^\.\/+//;
		717
		718	my $url = "$rscheme://$uhost:$uport";
		719
		720	unless ($hdr{location} =~ s/^\///) {
		721	$url .= $upath;
		722	$url =~ s/\/[^\/]*$//;
		723	}
		724
		725	$hdr{location} = "$url/$hdr{location}";
		726	}
		727
		728	my $redirect;
		729
		730	if ($recurse) {
		731	my $status = $hdr{Status};
		732
		733	# industry standard is to redirect POST as GET for
		734	# 301, 302 and 303, in contrast to HTTP/1.0 and 1.1.
		735	# also, the UA should ask the user for 301 and 307 and POST,
		736	# industry standard seems to be to simply follow.
		737	# we go with the industry standard.
		738	if ($status == 301 or $status == 302 or $status == 303) {
		739	# HTTP/1.1 is unclear on how to mutate the method
		740	$method = "GET" unless $method eq "HEAD";
479	my $err = "$!";	741	$redirect = 1;
		742	} elsif ($status == 307) {
		743	$redirect = 1;
		744	}
		745	}
		746
		747	my $finish = sub { # ($data, $err_status, $err_reason[, $keepalive])
		748	my $may_keep_alive = $_[3];
		749
		750	$state{handle}->destroy if $state{handle};
480	%state = ();	751	%state = ();
481	return $cb->(undef, { Status => 599, Reason => $err, @pseudo });	752
		753	if (defined $_[1]) {
		754	$hdr{OrigStatus} = $hdr{Status}; $hdr{Status} = $_[1];
		755	$hdr{OrigReason} = $hdr{Reason}; $hdr{Reason} = $_[2];
		756	}
		757
		758	# set-cookie processing
		759	if ($arg{cookie_jar}) {
		760	cookie_jar_set_cookie $arg{cookie_jar}, $hdr{"set-cookie"}, $uhost, $hdr{date};
		761	}
		762
		763	if ($redirect && exists $hdr{location}) {
		764	# we ignore any errors, as it is very common to receive
		765	# Content-Length != 0 but no actual body
		766	# we also access %hdr, as $_[1] might be an erro
		767	http_request (
		768	$method => $hdr{location},
		769	%arg,
		770	recurse => $recurse - 1,
		771	Redirect => [$_[0], \%hdr],
		772	$cb);
		773	} else {
		774	$cb->($_[0], \%hdr);
		775	}
		776	};
		777
		778	$ae_error = 597; # body phase
		779
		780	my $len = $hdr{"content-length"};
		781
		782	# body handling, many different code paths
		783	# - no body expected
		784	# - want_body_handle
		785	# - te chunked
		786	# - 2x length known (with or without on_body)
		787	# - 2x length not known (with or without on_body)
		788	if (!$redirect && $arg{on_header} && !$arg{on_header}(\%hdr)) {
		789	$finish->(undef, 598 => "Request cancelled by on_header");
		790	} elsif (
		791	$hdr{Status} =~ /^(?:1..\|204\|205\|304)$/
		792	or $method eq "HEAD"
		793	or (defined $len && $len == 0) # == 0, not !, because "0 " is true
		794	) {
		795	# no body
		796	$finish->("", undef, undef, 1);
		797
		798	} elsif (!$redirect && $arg{want_body_handle}) {
		799	$_[0]->on_eof (undef);
		800	$_[0]->on_error (undef);
		801	$_[0]->on_read (undef);
		802
		803	$finish->(delete $state{handle});
		804
		805	} elsif ($hdr{"transfer-encoding"} =~ /\bchunked\b/i) {
		806	my $cl = 0;
		807	my $body = undef;
		808	my $on_body = $arg{on_body} \|\| sub { $body .= shift; 1 };
		809
		810	$state{read_chunk} = sub {
		811	$_[1] =~ /^([0-9a-fA-F]+)/
		812	or $finish->(undef, $ae_error => "Garbled chunked transfer encoding");
		813
		814	my $len = hex $1;
		815
		816	if ($len) {
		817	$cl += $len;
		818
		819	$_[0]->push_read (chunk => $len, sub {
		820	$on_body->($_[1], \%hdr)
		821	or return $finish->(undef, 598 => "Request cancelled by on_body");
		822
		823	$_[0]->push_read (line => sub {
		824	length $_[1]
		825	and return $finish->(undef, $ae_error => "Garbled chunked transfer encoding");
		826	$_[0]->push_read (line => $state{read_chunk});
		827	});
		828	});
		829	} else {
		830	$hdr{"content-length"} \|\|= $cl;
		831
		832	$_[0]->push_read (line => $qr_nlnl, sub {
		833	if (length $_[1]) {
		834	for ("$_[1]") {
		835	y/\015//d; # weed out any \015, as they show up in the weirdest of places.
		836
		837	my $hdr = parse_hdr
		838	or return $finish->(undef, $ae_error => "Garbled response trailers");
		839
		840	%hdr = (%hdr, %$hdr);
		841	}
		842	}
		843
		844	$finish->($body, undef, undef, 1);
		845	});
		846	}
482	};	847	};
483		848
484	pop; # free memory, save a tree	849	$_[0]->push_read (line => $state{read_chunk});
485		850
		851	} elsif ($arg{on_body}) {
		852	if (defined $len) {
		853	$_[0]->on_read (sub {
		854	$len -= length $_[0]{rbuf};
		855
		856	$arg{on_body}(delete $_[0]{rbuf}, \%hdr)
		857	or return $finish->(undef, 598 => "Request cancelled by on_body");
		858
		859	$len > 0
		860	or $finish->("", undef, undef, 1);
		861	});
		862	} else {
		863	$_[0]->on_eof (sub {
		864	$finish->("");
		865	});
		866	$_[0]->on_read (sub {
		867	$arg{on_body}(delete $_[0]{rbuf}, \%hdr)
		868	or $finish->(undef, 598 => "Request cancelled by on_body");
		869	});
		870	}
		871	} else {
		872	$_[0]->on_eof (undef);
		873
		874	if (defined $len) {
		875	$_[0]->on_read (sub {
		876	$finish->((substr delete $_[0]{rbuf}, 0, $len, ""), undef, undef, 1)
		877	if $len <= length $_[0]{rbuf};
		878	});
		879	} else {
		880	$_[0]->on_error (sub {
		881	($! == Errno::EPIPE \|\| !$!)
		882	? $finish->(delete $_[0]{rbuf})
		883	: $finish->(undef, $ae_error => $_[2]);
		884	});
		885	$_[0]->on_read (sub { });
		886	}
		887	}
		888	};
		889
		890	$state{handle}->push_read (line => $qr_nlnl, $state{read_response});
		891	};
		892
		893	my $connect_cb = sub {
		894	$state{fh} = shift
		895	or do {
		896	my $err = "$!";
		897	%state = ();
		898	return $cb->(undef, { @pseudo, Status => $ae_error, Reason => $err });
		899	};
		900
486	return unless delete $state{connect_guard};	901	return unless delete $state{connect_guard};
487		902
488	# get handle	903	# get handle
489	$state{handle} = new AnyEvent::Handle	904	$state{handle} = new AnyEvent::Handle
490	fh => $state{fh},	905	fh => $state{fh},
491	peername => $rhost,	906	peername => $rhost,
492	tls_ctx => $arg{tls_ctx},	907	tls_ctx => $arg{tls_ctx},
493	# these need to be reconfigured on keepalive handles	908	# these need to be reconfigured on keepalive handles
494	timeout => $timeout,	909	timeout => $timeout,
495	on_error => sub {	910	on_error => sub {
496	%state = ();	911	%state = ();
497	$cb->(undef, { Status => 599, Reason => $_[2], @pseudo });	912	$cb->(undef, { @pseudo, Status => $ae_error, Reason => $_[2] });
498	},	913	},
499	on_eof => sub {	914	on_eof => sub {
500	%state = ();	915	%state = ();
501	$cb->(undef, { Status => 599, Reason => "Unexpected end-of-file", @pseudo });	916	$cb->(undef, { @pseudo, Status => $ae_error, Reason => "Unexpected end-of-file" });
502	},	917	},
503	;	918	;
504		919
505	# limit the number of persistent connections	920	# limit the number of persistent connections
506	# keepalive not yet supported	921	# keepalive not yet supported
507	# if ($KA_COUNT{$_[1]} < $MAX_PERSISTENT_PER_HOST) {	922	# if ($KA_COUNT{$_[1]} < $MAX_PERSISTENT_PER_HOST) {
508	# ++$KA_COUNT{$_[1]};	923	# ++$KA_COUNT{$_[1]};
509	# $state{handle}{ka_count_guard} = AnyEvent::Util::guard {	924	# $state{handle}{ka_count_guard} = AnyEvent::Util::guard {
510	# --$KA_COUNT{$_[1]}	925	# --$KA_COUNT{$_[1]}
511	# };	926	# };
512	# $hdr{connection} = "keep-alive";	927	# $hdr{connection} = "keep-alive";
513	# } else {
514	delete $hdr{connection};
515	# }	928	# }
516		929
517	$state{handle}->starttls ("connect") if $rscheme eq "https";	930	$state{handle}->starttls ("connect") if $rscheme eq "https";
518		931
519	# handle actual, non-tunneled, request
520	my $handle_actual_request = sub {
521	$state{handle}->starttls ("connect") if $uscheme eq "https" && !exists $state{handle}{tls};
522
523	# send request
524	$state{handle}->push_write (
525	"$method $rpath HTTP/1.0\015\012"
526	. (join "", map "\u$_: $hdr{$_}\015\012", grep defined $hdr{$_}, keys %hdr)
527	. "\015\012"
528	. (delete $arg{body})
529	);
530
531	# return if error occured during push_write()
532	return unless %state;
533
534	%hdr = (); # reduce memory usage, save a kitten, also make it possible to re-use
535
536	# status line and headers
537	$state{handle}->push_read (line => $qr_nlnl, sub {
538	for ("$_[1]") {
539	y/\015//d; # weed out any \015, as they show up in the weirdest of places.
540
541	/^HTTP\/([0-9\.]+) \s+ ([0-9]{3}) (?: \s+ ([^\015\012]*) )? \015?\012/igxc
542	or return (%state = (), $cb->(undef, { Status => 599, Reason => "Invalid server response", @pseudo }));
543
544	push @pseudo,
545	HTTPVersion => $1,
546	Status => $2,
547	Reason => $3,
548	;
549
550	# things seen, not parsed:
551	# p3pP="NON CUR OTPi OUR NOR UNI"
552
553	$hdr{lc $1} .= ",$2"
554	while /\G
555	([^:\000-\037]*):
556	[\011\040]*
557	((?: [^\012]+ \| \012[\011\040] )*)
558	\012
559	/gxc;
560
561	/\G$/
562	or return (%state = (), $cb->(undef, { Status => 599, Reason => "Garbled response headers", @pseudo }));
563	}
564
565	# remove the "," prefix we added to all headers above
566	substr $_, 0, 1, ""
567	for values %hdr;
568
569	# patch in all pseudo headers
570	%hdr = (%hdr, @pseudo);
571
572	# redirect handling
573	# microsoft and other shitheads don't give a shit for following standards,
574	# try to support some common forms of broken Location headers.
575	if ($hdr{location} !~ /^(?: $ \| [^:\/?\#]+ : )/x) {
576	$hdr{location} =~ s/^\.\/+//;
577
578	my $url = "$rscheme://$uhost:$uport";
579
580	unless ($hdr{location} =~ s/^\///) {
581	$url .= $upath;
582	$url =~ s/\/[^\/]*$//;
583	}
584
585	$hdr{location} = "$url/$hdr{location}";
586	}
587
588	my $redirect;
589
590	if ($recurse) {
591	my $status = $hdr{Status};
592
593	# industry standard is to redirect POST as GET for
594	# 301, 302 and 303, in contrast to http/1.0 and 1.1.
595	# also, the UA should ask the user for 301 and 307 and POST,
596	# industry standard seems to be to simply follow.
597	# we go with the industry standard.
598	if ($status == 301 or $status == 302 or $status == 303) {
599	# HTTP/1.1 is unclear on how to mutate the method
600	$method = "GET" unless $method eq "HEAD";
601	$redirect = 1;
602	} elsif ($status == 307) {
603	$redirect = 1;
604	}
605	}
606
607	my $finish = sub {
608	$state{handle}->destroy if $state{handle};
609	%state = ();
610
611	# set-cookie processing
612	if ($arg{cookie_jar}) {
613	for ($_[1]{"set-cookie"}) {
614	# parse NAME=VALUE
615	my @kv;
616
617	while (/\G\s* ([^=;,[:space:]]+) \s=\s (?: "((?:[^\\"]+\|\\.))" \| ([^=;,[:space:]]) )/gcxs) {
618	my $name = $1;
619	my $value = $3;
620
621	unless ($value) {
622	$value = $2;
623	$value =~ s/\\(.)/$1/gs;
624	}
625
626	push @kv, $name => $value;
627
628	last unless /\G\s*;/gc;
629	}
630
631	last unless @kv;
632
633	my $name = shift @kv;
634	my %kv = (value => shift @kv, @kv);
635
636	my $cdom;
637	my $cpath = (delete $kv{path}) \|\| "/";
638
639	if (exists $kv{domain}) {
640	$cdom = delete $kv{domain};
641
642	$cdom =~ s/^\.?/./; # make sure it starts with a "."
643
644	next if $cdom =~ /\.$/;
645
646	# this is not rfc-like and not netscape-like. go figure.
647	my $ndots = $cdom =~ y/.//;
648	next if $ndots < ($cdom =~ /\.[^.][^.]\.[^.][^.]$/ ? 3 : 2);
649	} else {
650	$cdom = $uhost;
651	}
652
653	# store it
654	$arg{cookie_jar}{version} = 1;
655	$arg{cookie_jar}{$cdom}{$cpath}{$name} = \%kv;
656
657	redo if /\G\s*,/gc;
658	}
659	}
660
661	if ($redirect && exists $hdr{location}) {
662	# we ignore any errors, as it is very common to receive
663	# Content-Length != 0 but no actual body
664	# we also access %hdr, as $_[1] might be an erro
665	http_request (
666	$method => $hdr{location},
667	%arg,
668	recurse => $recurse - 1,
669	Redirect => \@_,
670	$cb);
671	} else {
672	$cb->($_[0], $_[1]);
673	}
674	};
675
676	my $len = $hdr{"content-length"};
677
678	if (!$redirect && $arg{on_header} && !$arg{on_header}(\%hdr)) {
679	$finish->(undef, { Status => 598, Reason => "Request cancelled by on_header", @pseudo });
680	} elsif (
681	$hdr{Status} =~ /^(?:1..\|[23]04)$/
682	or $method eq "HEAD"
683	or (defined $len && !$len)
684	) {
685	# no body
686	$finish->("", \%hdr);
687	} else {
688	# body handling, four different code paths
689	# for want_body_handle, on_body (2x), normal (2x)
690	# we might read too much here, but it does not matter yet (no pers. connections)
691	if (!$redirect && $arg{want_body_handle}) {
692	$_[0]->on_eof (undef);
693	$_[0]->on_error (undef);
694	$_[0]->on_read (undef);
695
696	$finish->(delete $state{handle}, \%hdr);
697
698	} elsif ($arg{on_body}) {
699	$_[0]->on_error (sub { $finish->(undef, { Status => 599, Reason => $_[2], @pseudo }) });
700	if ($len) {
701	$_[0]->on_eof (undef);
702	$_[0]->on_read (sub {
703	$len -= length $_[0]{rbuf};
704
705	$arg{on_body}(delete $_[0]{rbuf}, \%hdr)
706	or $finish->(undef, { Status => 598, Reason => "Request cancelled by on_body", @pseudo });
707
708	$len > 0
709	or $finish->("", \%hdr);
710	});
711	} else {
712	$_[0]->on_eof (sub {
713	$finish->("", \%hdr);
714	});
715	$_[0]->on_read (sub {
716	$arg{on_body}(delete $_[0]{rbuf}, \%hdr)
717	or $finish->(undef, { Status => 598, Reason => "Request cancelled by on_body", @pseudo });
718	});
719	}
720	} else {
721	$_[0]->on_eof (undef);
722
723	if ($len) {
724	$_[0]->on_error (sub { $finish->(undef, { Status => 599, Reason => $_[2], @pseudo }) });
725	$_[0]->on_read (sub {
726	$finish->((substr delete $_[0]{rbuf}, 0, $len, ""), \%hdr)
727	if $len <= length $_[0]{rbuf};
728	});
729	} else {
730	$_[0]->on_error (sub {
731	($! == Errno::EPIPE \|\| !$!)
732	? $finish->(delete $_[0]{rbuf}, \%hdr)
733	: $finish->(undef, { Status => 599, Reason => $_[2], @pseudo });
734	});
735	$_[0]->on_read (sub { });
736	}
737	}
738	}
739	});
740	};
741
742	# now handle proxy-CONNECT method	932	# now handle proxy-CONNECT method
743	if ($proxy && $uscheme eq "https") {	933	if ($proxy && $uscheme eq "https") {
744	# oh dear, we have to wrap it into a connect request	934	# oh dear, we have to wrap it into a connect request
745		935
746	# maybe re-use $uauthority with patched port?	936	# maybe re-use $uauthority with patched port?
747	$state{handle}->push_write ("CONNECT $uhost:$uport HTTP/1.0\015\012Host: $uhost\015\012\015\012");	937	$state{handle}->push_write ("CONNECT $uhost:$uport HTTP/1.0\015\012Host: $uhost\015\012\015\012");
748	$state{handle}->push_read (line => $qr_nlnl, sub {	938	$state{handle}->push_read (line => $qr_nlnl, sub {
749	$_[1] =~ /^HTTP\/([0-9\.]+) \s+ ([0-9]{3}) (?: \s+ ([^\015\012]*) )?/ix	939	$_[1] =~ /^HTTP\/([0-9\.]+) \s+ ([0-9]{3}) (?: \s+ ([^\015\012]*) )?/ix
750	or return (%state = (), $cb->(undef, { Status => 599, Reason => "Invalid proxy connect response ($_[1])", @pseudo }));	940	or return (%state = (), $cb->(undef, { @pseudo, Status => 599, Reason => "Invalid proxy connect response ($_[1])" }));
751		941
752	if ($2 == 200) {	942	if ($2 == 200) {
753	$rpath = $upath;	943	$rpath = $upath;
754	&$handle_actual_request;	944	$handle_actual_request->();
755	} else {	945	} else {
756	%state = ();	946	%state = ();
757	$cb->(undef, { Status => $2, Reason => $3, @pseudo });	947	$cb->(undef, { @pseudo, Status => $2, Reason => $3 });
758	}
759	});	948	}
760	} else {
761	&$handle_actual_request;
762	}	949	});
763		950	} else {
		951	$handle_actual_request->();
764	},	952	}
765	$arg{on_prepare} \|\| sub { $timeout }
766	);	953	};
		954
		955	my $tcp_connect = $arg{tcp_connect}
		956	\|\| do { require AnyEvent::Socket; \&AnyEvent::Socket::tcp_connect };
		957
		958	$state{connect_guard} = $tcp_connect->($rhost, $rport, $connect_cb, $arg{on_prepare} \|\| sub { $timeout });
767	};	959	};
768		960
769	defined wantarray && AnyEvent::Util::guard { %state = () }	961	defined wantarray && AnyEvent::Util::guard { %state = () }
770	}	962	}
771		963
…		…
806	string of the form C<http://host:port> (optionally C<https:...>), croaks	998	string of the form C<http://host:port> (optionally C<https:...>), croaks
807	otherwise.	999	otherwise.
808		1000
809	To clear an already-set proxy, use C<undef>.	1001	To clear an already-set proxy, use C<undef>.
810		1002
		1003	=item AnyEvent::HTTP::cookie_jar_expire $jar[, $session_end]
		1004
		1005	Remove all cookies from the cookie jar that have been expired. If
		1006	C<$session_end> is given and true, then additionally remove all session
		1007	cookies.
		1008
		1009	You should call this function (with a true C<$session_end>) before you
		1010	save cookies to disk, and you should call this function after loading them
		1011	again. If you have a long-running program you can additonally call this
		1012	function from time to time.
		1013
		1014	A cookie jar is initially an empty hash-reference that is managed by this
		1015	module. It's format is subject to change, but currently it is like this:
		1016
		1017	The key C<version> has to contain C<1>, otherwise the hash gets
		1018	emptied. All other keys are hostnames or IP addresses pointing to
		1019	hash-references. The key for these inner hash references is the
		1020	server path for which this cookie is meant, and the values are again
		1021	hash-references. The keys of those hash-references is the cookie name, and
		1022	the value, you guessed it, is another hash-reference, this time with the
		1023	key-value pairs from the cookie, except for C<expires> and C<max-age>,
		1024	which have been replaced by a C<_expires> key that contains the cookie
		1025	expiry timestamp.
		1026
		1027	Here is an example of a cookie jar with a single cookie, so you have a
		1028	chance of understanding the above paragraph:
		1029
		1030	{
		1031	version => 1,
		1032	"10.0.0.1" => {
		1033	"/" => {
		1034	"mythweb_id" => {
		1035	_expires => 1293917923,
		1036	value => "ooRung9dThee3ooyXooM1Ohm",
		1037	},
		1038	},
		1039	},
		1040	}
		1041
		1042	=item $date = AnyEvent::HTTP::format_date $timestamp
		1043
		1044	Takes a POSIX timestamp (seconds since the epoch) and formats it as a HTTP
		1045	Date (RFC 2616).
		1046
		1047	=item $timestamp = AnyEvent::HTTP::parse_date $date
		1048
		1049	Takes a HTTP Date (RFC 2616) or a Cookie date (netscape cookie spec) or a
		1050	bunch of minor variations of those, and returns the corresponding POSIX
		1051	timestamp, or C<undef> if the date cannot be parsed.
		1052
811	=item $AnyEvent::HTTP::MAX_RECURSE	1053	=item $AnyEvent::HTTP::MAX_RECURSE
812		1054
813	The default value for the C<recurse> request parameter (default: C<10>).	1055	The default value for the C<recurse> request parameter (default: C<10>).
814		1056
815	=item $AnyEvent::HTTP::USERAGENT	1057	=item $AnyEvent::HTTP::USERAGENT
…		…
833	connections. This number of can be useful for load-leveling.	1075	connections. This number of can be useful for load-leveling.
834		1076
835	=back	1077	=back
836		1078
837	=cut	1079	=cut
		1080
		1081	our @month = qw(Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec);
		1082	our @weekday = qw(Sun Mon Tue Wed Thu Fri Sat);
		1083
		1084	sub format_date($) {
		1085	my ($time) = @_;
		1086
		1087	# RFC 822/1123 format
		1088	my ($S, $M, $H, $mday, $mon, $year, $wday, $yday, undef) = gmtime $time;
		1089
		1090	sprintf "%s, %02d %s %04d %02d:%02d:%02d GMT",
		1091	$weekday[$wday], $mday, $month[$mon], $year + 1900,
		1092	$H, $M, $S;
		1093	}
		1094
		1095	sub parse_date($) {
		1096	my ($date) = @_;
		1097
		1098	my ($d, $m, $y, $H, $M, $S);
		1099
		1100	if ($date =~ /^[A-Z][a-z][a-z]+, ([0-9][0-9]?)[\- ]([A-Z][a-z][a-z])[\- ]([0-9][0-9][0-9][0-9]) ([0-9][0-9]?):([0-9][0-9]?):([0-9][0-9]?) GMT$/) {
		1101	# RFC 822/1123, required by RFC 2616 (with " ")
		1102	# cookie dates (with "-")
		1103
		1104	($d, $m, $y, $H, $M, $S) = ($1, $2, $3, $4, $5, $6);
		1105
		1106	} elsif ($date =~ /^[A-Z][a-z][a-z]+, ([0-9][0-9]?)-([A-Z][a-z][a-z])-([0-9][0-9]) ([0-9][0-9]?):([0-9][0-9]?):([0-9][0-9]?) GMT$/) {
		1107	# RFC 850
		1108	($d, $m, $y, $H, $M, $S) = ($1, $2, $3 < 69 ? $3 + 2000 : $3 + 1900, $4, $5, $6);
		1109
		1110	} elsif ($date =~ /^[A-Z][a-z][a-z]+ ([A-Z][a-z][a-z]) ([0-9 ]?[0-9]) ([0-9][0-9]?):([0-9][0-9]?):([0-9][0-9]?) ([0-9][0-9][0-9][0-9])$/) {
		1111	# ISO C's asctime
		1112	($d, $m, $y, $H, $M, $S) = ($2, $1, $6, $3, $4, $5);
		1113	}
		1114	# other formats fail in the loop below
		1115
		1116	for (0..11) {
		1117	if ($m eq $month[$_]) {
		1118	require Time::Local;
		1119	return Time::Local::timegm ($S, $M, $H, $d, $_, $y);
		1120	}
		1121	}
		1122
		1123	undef
		1124	}
838		1125
839	sub set_proxy($) {	1126	sub set_proxy($) {
840	if (length $_[0]) {	1127	if (length $_[0]) {
841	$_[0] =~ m%^(https?):// ([^:/]+) (?: : (\d*) )?%ix	1128	$_[0] =~ m%^(https?):// ([^:/]+) (?: : (\d*) )?%ix
842	or Carp::croak "$_[0]: invalid proxy URL";	1129	or Carp::croak "$_[0]: invalid proxy URL";

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Comparing AnyEvent-HTTP/HTTP.pm (file contents): Revision 1.60 by root, Thu Dec 30 02:56:28 2010 UTC vs. Revision 1.85 by root, Sun Jan 2 05:31:56 2011 UTC

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Comparing AnyEvent-HTTP/HTTP.pm (file contents):
Revision 1.60 by root, Thu Dec 30 02:56:28 2010 UTC vs.
Revision 1.85 by root, Sun Jan 2 05:31:56 2011 UTC