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Comparing cvsroot/Coro/myhttpd/httpd.pl (file contents):
Revision 1.2 by root, Thu Aug 9 19:11:13 2001 UTC vs.
Revision 1.45 by root, Sun Nov 11 03:32:19 2001 UTC

1use Coro; 1use Coro;
2use Coro::Semaphore; 2use Coro::Semaphore;
3use Coro::Event; 3use Coro::Event;
4use Coro::Socket; 4use Coro::Socket;
5use Coro::Signal;
6
7use HTTP::Date;
5 8
6no utf8; 9no utf8;
7use bytes; 10use bytes;
8 11
9# at least on my machine, this thingy serves files 12# at least on my machine, this thingy serves files
10# quite a bit faster than apache, ;) 13# quite a bit faster than apache, ;)
11# and quite a bit slower than thttpd :( 14# and quite a bit slower than thttpd :(
12 15
13my $port = new Coro::Socket
14 LocalAddr => $SERVER_HOST,
15 LocalPort => $SERVER_PORT,
16 ReuseAddr => 1,
17 Listen => 1,
18 or die "unable to start server";
19
20$SIG{PIPE} = 'IGNORE'; 16$SIG{PIPE} = 'IGNORE';
21 17
18our $accesslog;
19
20if ($ACCESS_LOG) {
21 use IO::Handle;
22 open $accesslog, ">>$ACCESS_LOG"
23 or die "$ACCESS_LOG: $!";
24 $accesslog->autoflush(1);
25}
26
22sub slog { 27sub slog {
23 my $level = shift; 28 my $level = shift;
24 my $format = shift; 29 my $format = shift;
25 printf "---: $format\n", @_; 30 printf "---: $format\n", @_;
26} 31}
27 32
28my $connections = new Coro::Semaphore $MAX_CONNECTS; 33our $connections = new Coro::Semaphore $MAX_CONNECTS || 250;
34our $httpevent = new Coro::Signal;
29 35
30my @fh; 36our $wait_factor = 0.95;
37
38our @transfers = (
39 [(new Coro::Semaphore $MAX_TRANSFERS_SMALL || 50), 1],
40 [(new Coro::Semaphore $MAX_TRANSFERS_LARGE || 50), 1],
41);
42
43my @newcons;
31my @pool; 44my @pool;
32 45
33# one "execution thread" 46# one "execution thread"
34sub handler { 47sub handler {
35 while () { 48 while () {
36 my $fh = pop @fh; 49 if (@newcons) {
37 if ($fh) {
38 eval { 50 eval {
39 conn->new($fh)->handle; 51 conn->new(@{pop @newcons})->handle;
40 }; 52 };
41 close $fh;
42 slog 1, "$@" if $@ && !ref $@; 53 slog 1, "$@" if $@ && !ref $@;
43 $connections->up; 54 $connections->up;
44 } else { 55 } else {
45 last if @pool >= $MAX_POOL; 56 last if @pool >= $MAX_POOL;
46 push @pool, $Coro::current; 57 push @pool, $Coro::current;
47 schedule; 58 schedule;
48 } 59 }
49 } 60 }
50} 61}
51 62
63sub listen_on {
64 my $listen = $_[0];
65
66 push @listen_sockets, $listen;
67
52# the "main thread" 68 # the "main thread"
53async { 69 async {
54 slog 1, "accepting connections"; 70 slog 1, "accepting connections";
55 while () { 71 while () {
56 $connections->down; 72 $connections->down;
57 push @fh, $port->accept; 73 push @newcons, [$listen->accept];
58 #slog 3, "accepted @$connections ".scalar(@pool); 74 #slog 3, "accepted @$connections ".scalar(@pool);
59 if (@pool) { 75 if (@pool) {
60 (pop @pool)->ready; 76 (pop @pool)->ready;
61 } else { 77 } else {
62 async \&handler; 78 async \&handler;
63 } 79 }
64 80
81 }
65 } 82 };
66}; 83}
67 84
68loop; 85my $http_port = new Coro::Socket
69print "ende\n";#d# 86 LocalAddr => $SERVER_HOST,
87 LocalPort => $SERVER_PORT,
88 ReuseAddr => 1,
89 Listen => 50,
90 or die "unable to start server";
91
92listen_on $http_port;
93
94if ($SERVER_PORT2) {
95 my $http_port = new Coro::Socket
96 LocalAddr => $SERVER_HOST,
97 LocalPort => $SERVER_PORT2,
98 ReuseAddr => 1,
99 Listen => 50,
100 or die "unable to start server";
101
102 listen_on $http_port;
103}
104
105our $NOW;
106our $HTTP_NOW;
107
108Event->timer(interval => 1, hard => 1, cb => sub {
109 $NOW = time;
110 $HTTP_NOW = time2str $NOW;
111})->now;
70 112
71package conn; 113package conn;
72 114
73use Socket; 115use Socket;
74use HTTP::Date; 116use HTTP::Date;
75use Convert::Scalar 'weaken'; 117use Convert::Scalar 'weaken';
118use Linux::AIO;
76 119
120Linux::AIO::min_parallel $::AIO_PARALLEL;
121
122Event->io(fd => Linux::AIO::poll_fileno,
123 poll => 'r', async => 1,
124 cb => \&Linux::AIO::poll_cb);
125
77my %conn; # $conn{ip}{fh} => connobj 126our %conn; # $conn{ip}{self} => connobj
127our %uri; # $uri{ip}{uri}{self}
128our %blocked;
129our %mimetype;
130
131sub read_mimetypes {
132 local *M;
133 if (open M, "<mime_types") {
134 while (<M>) {
135 if (/^([^#]\S+)\t+(\S+)$/) {
136 $mimetype{lc $1} = $2;
137 }
138 }
139 } else {
140 print "cannot open mime_types\n";
141 }
142}
143
144read_mimetypes;
78 145
79sub new { 146sub new {
80 my $class = shift; 147 my $class = shift;
81 my $fh = shift; 148 my $fh = shift;
149 my $peername = shift;
82 my $self = bless { fh => $fh }, $class; 150 my $self = bless { fh => $fh }, $class;
83 my (undef, $iaddr) = unpack_sockaddr_in $fh->getpeername 151 my (undef, $iaddr) = unpack_sockaddr_in $peername
84 or $self->err(500, "unable to get peername"); 152 or $self->err(500, "unable to decode peername");
153
85 $self->{remote_address} = inet_ntoa $iaddr; 154 $self->{remote_addr} = inet_ntoa $iaddr;
155 $self->{time} = $::NOW;
86 156
87 # enter ourselves into various lists 157 $::conns++;
88 weaken ($conn{$self->{remote_address}}{$self*1} = $self); 158
89 print $self->{remote_address}.": ".($self*1)." > ".%{$conn{$self->{remote_address}}},"\n";
90 $self; 159 $self;
91} 160}
92 161
93sub DESTROY { 162sub DESTROY {
94 my $self = shift; 163 my $self = shift;
164 $::conns--;
165 $self->eoconn;
166}
167
168# end of connection
169sub eoconn {
170 my $self = shift;
171
172 # clean up hints
95 delete $conn{$self->{remote_address}}{$self*1}; 173 delete $conn{$self->{remote_id}}{$self*1};
174 delete $uri{$self->{remote_id}}{$self->{uri}}{$self*1};
175
176 $httpevent->broadcast;
96} 177}
97 178
98sub slog { 179sub slog {
99 main::slog(@_); 180 my $self = shift;
181 main::slog($_[0], ($self->{remote_id} || $self->{remote_addr}) ."> $_[1]");
100} 182}
101 183
102sub print_response { 184sub response {
103 my ($self, $code, $msg, $hdr, $content) = @_; 185 my ($self, $code, $msg, $hdr, $content) = @_;
104 my $res = "HTTP/1.0 $code $msg\015\012"; 186 my $res = "HTTP/1.1 $code $msg\015\012";
105 187
106 $hdr->{Date} = time2str time; # slow? nah. 188 $self->{h}{connection} = "close"
189 if exists $hdr->{Connection} # to avoid "empty" header lines due to vivification
190 and $hdr->{Connection} =~ /close/;
191
192 $res .= "Date: $HTTP_NOW\015\012";
107 193
108 while (my ($h, $v) = each %$hdr) { 194 while (my ($h, $v) = each %$hdr) {
109 $res .= "$h: $v\015\012" 195 $res .= "$h: $v\015\012"
110 } 196 }
111 $res .= "\015\012$content" if defined $content; 197 $res .= "\015\012";
112 198
199 $res .= $content if defined $content and $self->{method} ne "HEAD";
200
113 print STDERR "$self->{remote_address} \"$self->{uri}\" $code ".$hdr->{"Content-Length"}." \"$self->{h}{referer}\"\n";#d# 201 my $log = "$self->{remote_addr} \"$self->{uri}\" $code ".$hdr->{"Content-Length"}." \"$self->{h}{referer}\"\n";
114 202
203 print $accesslog $log if $accesslog;
204 print STDERR $log;
205
206 $self->{written} +=
115 print {$self->{fh}} $res; 207 print {$self->{fh}} $res;
116} 208}
117 209
118sub err { 210sub err {
119 my $self = shift; 211 my $self = shift;
120 my ($code, $msg, $hdr, $content) = @_; 212 my ($code, $msg, $hdr, $content) = @_;
121 213
122 unless (defined $content) { 214 unless (defined $content) {
123 $content = "$code $msg"; 215 $content = "$code $msg\n";
124 $hdr->{"Content-Type"} = "text/plain"; 216 $hdr->{"Content-Type"} = "text/plain";
125 $hdr->{"Content-Length"} = length $content; 217 $hdr->{"Content-Length"} = length $content;
126 } 218 }
219 $hdr->{"Connection"} = "close";
127 220
128 $self->slog($msg) if $code;
129
130 $self->print_response($code, $msg, $hdr, $content); 221 $self->response($code, $msg, $hdr, $content);
131 222
132 die bless {}, err::; 223 die bless {}, err::;
133} 224}
134 225
135sub handle { 226sub handle {
136 my $self = shift; 227 my $self = shift;
137 my $fh = $self->{fh}; 228 my $fh = $self->{fh};
138 229
230 my $host;
231
232 $fh->timeout($::REQ_TIMEOUT);
139 #while() { 233 while() {
234 $self->{reqs}++;
235
236 # read request and parse first line
237 my $req = $fh->readline("\015\012\015\012");
238
239 unless (defined $req) {
240 if (exists $self->{version}) {
241 last;
242 } else {
243 $self->err(408, "request timeout");
244 }
245 }
246
140 $self->{h} = {}; 247 $self->{h} = {};
141 248
142 # read request and parse first line
143 $fh->timeout($::REQ_TIMEOUT);
144 my $req = $fh->readline("\015\012\015\012");
145 $fh->timeout($::RES_TIMEOUT); 249 $fh->timeout($::RES_TIMEOUT);
146
147 defined $req or
148 $self->err(408, "request timeout");
149 250
150 $req =~ /^(?:\015\012)? 251 $req =~ /^(?:\015\012)?
151 (GET|HEAD) \040+ 252 (GET|HEAD) \040+
152 ([^\040]+) \040+ 253 ([^\040]+) \040+
153 HTTP\/([0-9]+\.[0-9]+) 254 HTTP\/([0-9]+\.[0-9]+)
154 \015\012/gx 255 \015\012/gx
155 or $self->err(403, "method not allowed", { Allow => "GET,HEAD" }); 256 or $self->err(405, "method not allowed", { Allow => "GET,HEAD" });
156
157 $2 ne "1.0"
158 or $self->err(506, "http protocol version not supported");
159 257
160 $self->{method} = $1; 258 $self->{method} = $1;
161 $self->{uri} = $2; 259 $self->{uri} = $2;
260 $self->{version} = $3;
261
262 $3 =~ /^1\./
263 or $self->err(506, "http protocol version $3 not supported");
162 264
163 # parse headers 265 # parse headers
164 { 266 {
165 my (%hdr, $h, $v); 267 my (%hdr, $h, $v);
166 268
… …
177 279
178 $self->{h}{$h} = substr $v, 1 280 $self->{h}{$h} = substr $v, 1
179 while ($h, $v) = each %hdr; 281 while ($h, $v) = each %hdr;
180 } 282 }
181 283
284 # remote id should be unique per user
285 my $id = $self->{remote_addr};
286
287 if (exists $self->{h}{"client-ip"}) {
288 $id .= "[".$self->{h}{"client-ip"}."]";
289 } elsif (exists $self->{h}{"x-forwarded-for"}) {
290 $id .= "[".$self->{h}{"x-forwarded-for"}."]";
291 }
292
293 $self->{remote_id} = $id;
294
295 if ($blocked{$id}) {
296 $self->err_blocked($blocked{$id})
297 if $blocked{$id} > $::NOW;
298
299 delete $blocked{$id};
300 }
301
302 if (%{$conn{$id}} >= $::MAX_CONN_IP) {
303 my $delay = $::PER_TIMEOUT + $::NOW + 15;
304 while (%{$conn{$id}} >= $::MAX_CONN_IP) {
305 if ($delay < $::NOW) {
306 $self->slog(2, "blocked ip $id");
307 $self->err_blocked;
308 } else {
309 $httpevent->wait;
310 }
311 }
312 }
313
314 # find out server name and port
315 if ($self->{uri} =~ s/^http:\/\/([^\/?#]*)//i) {
316 $host = $1;
317 } else {
318 $host = $self->{h}{host};
319 }
320
321 if (defined $host) {
182 $self->{server_port} = $self->{h}{host} =~ s/:([0-9]+)$// ? $1 : 80; 322 $self->{server_port} = $host =~ s/:([0-9]+)$// ? $1 : 80;
323 } else {
324 ($self->{server_port}, $host)
325 = unpack_sockaddr_in $self->{fh}->sockname
326 or $self->err(500, "unable to get socket name");
327 $host = inet_ntoa $host;
328 }
183 329
330 $self->{server_name} = $host;
331
332 # enter ourselves into various lists
333 weaken ($conn{$id}{$self*1} = $self);
334 weaken ($uri{$id}{$self->{uri}}{$self*1} = $self);
335
336 eval {
184 $self->map_uri; 337 $self->map_uri;
185
186 Coro::Event::do_timer(after => 5);
187
188 $self->respond; 338 $self->respond;
339 };
340
341 $self->eoconn;
342
343 die if $@ && !ref $@;
344
345 last if $self->{h}{connection} =~ /close/ || $self->{version} < 1.1;
346
347 $httpevent->broadcast;
348
349 $fh->timeout($::PER_TIMEOUT);
189 #} 350 }
190} 351}
191 352
192# uri => path mapping 353# uri => path mapping
193sub map_uri { 354sub map_uri {
194 my $self = shift; 355 my $self = shift;
195 my $host = $self->{h}{host} || "default"; 356 my $host = $self->{server_name};
196 my $uri = $self->{uri}; 357 my $uri = $self->{uri};
197 358
198 # some massaging, also makes it more secure 359 # some massaging, also makes it more secure
199 $uri =~ s/%([0-9a-fA-F][0-9a-fA-F])/chr hex $1/ge; 360 $uri =~ s/%([0-9a-fA-F][0-9a-fA-F])/chr hex $1/ge;
200 $uri =~ s%//+%/%g; 361 $uri =~ s%//+%/%g;
… …
206 367
207 $self->{name} = $uri; 368 $self->{name} = $uri;
208 369
209 # now do the path mapping 370 # now do the path mapping
210 $self->{path} = "$::DOCROOT/$host$uri"; 371 $self->{path} = "$::DOCROOT/$host$uri";
211}
212 372
213sub server_address { 373 $self->access_check;
214 my $self = shift;
215 my ($port, $iaddr) = unpack_sockaddr_in $self->{fh}->getsockname
216 or $self->err(500, "unable to get socket name");
217 ((inet_ntoa $iaddr), $port);
218}
219
220sub server_host {
221 my $self = shift;
222 if (exists $self->{h}{host}) {
223 return $self->{h}{host};
224 } else {
225 return (($self->server_address)[0]);
226 }
227}
228
229sub server_hostport {
230 my $self = shift;
231 my ($host, $port);
232 if (exists $self->{h}{host}) {
233 ($host, $port) = ($self->{h}{host}, $self->{server_port});
234 } else {
235 ($host, $port) = $self->server_address;
236 }
237 $port = $port == 80 ? "" : ":$port";
238 $host.$port;
239} 374}
240 375
241sub _cgi { 376sub _cgi {
242 my $self = shift; 377 my $self = shift;
243 my $path = shift; 378 my $path = shift;
… …
246 # no two-way xxx supported 381 # no two-way xxx supported
247 if (0 == fork) { 382 if (0 == fork) {
248 open STDOUT, ">&".fileno($self->{fh}); 383 open STDOUT, ">&".fileno($self->{fh});
249 if (chdir $::DOCROOT) { 384 if (chdir $::DOCROOT) {
250 $ENV{SERVER_SOFTWARE} = "thttpd-myhttpd"; # we are thttpd-alike 385 $ENV{SERVER_SOFTWARE} = "thttpd-myhttpd"; # we are thttpd-alike
251 $ENV{HTTP_HOST} = $self->server_host; 386 $ENV{HTTP_HOST} = $self->{server_name};
252 $ENV{HTTP_PORT} = $self->{server_host}; 387 $ENV{HTTP_PORT} = $self->{server_port};
253 $ENV{SCRIPT_NAME} = $self->{name}; 388 $ENV{SCRIPT_NAME} = $self->{name};
254 exec $::INDEXPROG; 389 exec $path;
255 } 390 }
256 Coro::State::_exit(0); 391 Coro::State::_exit(0);
257 } else { 392 } else {
393 die;
258 } 394 }
395}
396
397sub server_hostport {
398 $_[0]{server_port} == 80
399 ? $_[0]{server_name}
400 : "$_[0]{server_name}:$_[0]{server_port}";
259} 401}
260 402
261sub respond { 403sub respond {
262 my $self = shift; 404 my $self = shift;
263 my $path = $self->{path}; 405 my $path = $self->{path};
264 406
265 stat $path 407 stat $path
266 or $self->err(404, "not found"); 408 or $self->err(404, "not found");
409
410 $self->{stat} = [stat _];
267 411
268 # idiotic netscape sends idiotic headers AGAIN 412 # idiotic netscape sends idiotic headers AGAIN
269 my $ims = $self->{h}{"if-modified-since"} =~ /^([^;]+)/ 413 my $ims = $self->{h}{"if-modified-since"} =~ /^([^;]+)/
270 ? str2time $1 : 0; 414 ? str2time $1 : 0;
271 415
272 if (-d _ && -r _) { 416 if (-d _ && -r _) {
273 # directory 417 # directory
274 if ($path !~ /\/$/) { 418 if ($path !~ /\/$/) {
275 # create a redirect to get the trailing "/" 419 # create a redirect to get the trailing "/"
276 my $host = $self->server_hostport; 420 # we don't try to avoid the :80
277 $self->err(301, "moved permanently", { Location => "http://$host$self->{uri}/" }); 421 $self->err(301, "moved permanently", { Location => "http://".$self->server_hostport."$self->{uri}/" });
278 } else { 422 } else {
279 $ims < (stat _)[9] 423 $ims < $self->{stat}[9]
280 or $self->err(304, "not modified"); 424 or $self->err(304, "not modified");
281 425
282 if ($self->{method} eq "GET") {
283 if (-r "$path/index.html") { 426 if (-r "$path/index.html") {
284 $self->{path} .= "/index.html"; 427 # replace directory "size" by index.html filesize
428 $self->{stat}[7] = (stat ($self->{path} .= "/index.html"))[7];
285 $self->handle_file; 429 $self->handle_file;
286 } else { 430 } else {
287 $self->handle_dir; 431 $self->handle_dir;
288 }
289 } 432 }
290 } 433 }
291 } elsif (-f _ && -r _) { 434 } elsif (-f _ && -r _) {
292 -x _ and $self->err(403, "forbidden"); 435 -x _ and $self->err(403, "forbidden");
293 $self->handle_file; 436 $self->handle_file;
… …
296 } 439 }
297} 440}
298 441
299sub handle_dir { 442sub handle_dir {
300 my $self = shift; 443 my $self = shift;
301 $self->_cgi($::INDEXPROG); 444 my $idx = $self->diridx;
445
446 $self->response(200, "ok",
447 {
448 "Content-Type" => "text/html",
449 "Content-Length" => length $idx,
450 },
451 $idx);
302} 452}
303 453
304sub handle_file { 454sub handle_file {
305 my $self = shift; 455 my $self = shift;
306 my $length = -s _; 456 my $length = $self->{stat}[7];
457 my $queue = $::transfers[$length >= $::TRANSFER_SMALL];
307 my $hdr = { 458 my $hdr = {
308 "Last-Modified" => time2str ((stat _)[9]), 459 "Last-Modified" => time2str ((stat _)[9]),
309 }; 460 };
310 461
311 my @code = (200, "ok"); 462 my @code = (200, "ok");
… …
319 ($l, $h) = ($1, ($2 ne "" || $2 >= $length) ? $2 : $length - 1); 470 ($l, $h) = ($1, ($2 ne "" || $2 >= $length) ? $2 : $length - 1);
320 } else { 471 } else {
321 ($l, $h) = (0, $length - 1); 472 ($l, $h) = (0, $length - 1);
322 goto ignore; 473 goto ignore;
323 } 474 }
324 goto satisfiable if $l >= 0 && $l < $length && $h >= 0 && $h > $l; 475 goto satisfiable if $l >= 0 && $l < $length && $h >= 0 && $h >= $l;
325 } 476 }
326 $hdr->{"Content-Range"} = "bytes */$length"; 477 $hdr->{"Content-Range"} = "bytes */$length";
478 $hdr->{"Content-Length"} = $length;
327 $self->err(416, "not satisfiable", $hdr); 479 $self->err(416, "not satisfiable", $hdr, "");
328 480
329satisfiable: 481satisfiable:
482 # check for segmented downloads
483 if ($l && $::NO_SEGMENTED) {
484 my $delay = $::NOW + $::PER_TIMEOUT + 15;
485 while (%{$uri{$self->{remote_id}}{$self->{uri}}} > 1) {
486 if ($delay <= $::NOW) {
487 $self->err_segmented_download;
488 } else {
489 $httpevent->broadcast;
490 }
491 }
492 }
493
330 $hdr->{"Content-Range"} = "bytes $l-$h/$length"; 494 $hdr->{"Content-Range"} = "bytes $l-$h/$length";
331 @code = (206, "partial content"); 495 @code = (206, "partial content");
332 $length = $h - $l + 1; 496 $length = $h - $l + 1;
333 497
334ignore: 498ignore:
335 } else { 499 } else {
336 ($l, $h) = (0, $length - 1); 500 ($l, $h) = (0, $length - 1);
337 } 501 }
338 502
339 if ($self->{path} =~ /\.html$/) { 503 $self->{path} =~ /\.([^.]+)$/;
340 $hdr->{"Content-Type"} = "text/html";
341 } else {
342 $hdr->{"Content-Type"} = "application/octet-stream"; 504 $hdr->{"Content-Type"} = $mimetype{lc $1} || "application/octet-stream";
343 }
344
345 $hdr->{"Content-Length"} = $length; 505 $hdr->{"Content-Length"} = $length;
346 506
347 $self->print_response(@code, $hdr, ""); 507 $self->response(@code, $hdr, "");
348 508
349 if ($self->{method} eq "GET") { 509 if ($self->{method} eq "GET") {
510 $self->{time} = $::NOW;
511
512 my $fudge = $queue->[0]->waiters;
513 $fudge = $fudge ? ($fudge+1)/$fudge : 1;
514
515 $queue->[1] *= $fudge;
516 my $transfer = $queue->[0]->guard;
517
518 if ($fudge != 1) {
519 $queue->[1] /= $fudge;
520 $queue->[1] = $queue->[1] * $::wait_factor
521 + ($::NOW - $self->{time}) * (1 - $::wait_factor);
522 }
523 $self->{time} = $::NOW;
524
525 $self->{fh}->writable or return;
526
350 my ($fh, $buf); 527 my ($fh, $buf, $r);
528 my $current = $Coro::current;
351 open $fh, "<", $self->{path} 529 open $fh, "<", $self->{path}
352 or die "$self->{path}: late open failure ($!)"; 530 or die "$self->{path}: late open failure ($!)";
353 531
354 if ($l) {
355 sysseek $fh, $l, 0
356 or die "$self->{path}: cannot seek to $l ($!)";
357 }
358
359 $h -= $l - 1; 532 $h -= $l - 1;
360 533
534 if (0) {
535 if ($l) {
536 sysseek $fh, $l, 0;
537 }
538 }
539
361 while ($h > 0) { 540 while ($h > 0) {
362 $h -= sysread $fh, $buf, $h > 4096 ? 4096 : $h; 541 if (0) {
363 print {$self->{fh}} $buf 542 sysread $fh, $buf, $h > $::BUFSIZE ? $::BUFSIZE : $h
543 or last;
544 } else {
545 aio_read($fh, $l, ($h > $::BUFSIZE ? $::BUFSIZE : $h),
546 $buf, 0, sub {
547 $r = $_[0];
548 Coro::ready($current);
549 });
550 &Coro::schedule;
551 last unless $r;
552 }
553 my $w = syswrite $self->{fh}, $buf
364 or last; 554 or last;
555 $::written += $w;
556 $self->{written} += $w;
557 $l += $r;
365 } 558 }
366 }
367 559
368 close $fh; 560 close $fh;
561 }
369} 562}
370 563
3711; 5641;

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