1: .TH thttpd 8 "29 February 2000"
2: .SH NAME
3: thttpd - tiny/turbo/throttling HTTP server
4: .SH SYNOPSIS
5: .B thttpd
6: .RB [ -C
7: .IR configfile ]
8: .RB [ -p
9: .IR port ]
10: .RB [ -d
11: .IR dir ]
12: .RB [ -dd
13: .IR data_dir ]
14: .RB [ -r | -nor ]
15: .RB [ -s | -nos ]
16: .RB [ -v | -nov ]
17: .RB [ -g | -nog ]
18: .RB [ -u
19: .IR user ]
20: .RB [ -c
21: .IR cgipat ]
22: .RB [ -t
23: .IR throttles ]
24: .RB [ -h
25: .IR host ]
26: .RB [ -l
27: .IR logfile ]
28: .RB [ -i
29: .IR pidfile ]
30: .RB [ -T
31: .IR charset ]
32: .RB [ -P
33: .IR P3P ]
34: .RB [ -M
35: .IR maxage ]
36: .RB [ -V ]
37: .RB [ -D ]
38: .SH DESCRIPTION
39: .PP
40: .I thttpd
41: is a simple, small, fast, and secure HTTP server.
42: It doesn't have a lot of special features, but it suffices for most uses of
43: the web, it's about as fast as the best full-featured servers (Apache, NCSA,
44: Netscape),
45: and it has one extremely useful feature (URL-traffic-based throttling)
46: that no other server currently has.
47: .SH OPTIONS
48: .TP
49: .B -C
50: Specifies a config-file to read.
51: All options can be set either by command-line flags or in the config file.
52: See below for details.
53: .TP
54: .B -p
55: Specifies an alternate port number to listen on.
56: The default is 80.
57: The config-file option name for this flag is "port",
58: and the config.h option is DEFAULT_PORT.
59: .TP
60: .B -d
61: Specifies a directory to chdir() to at startup.
62: This is merely a convenience - you could just as easily
63: do a cd in the shell script that invokes the program.
64: The config-file option name for this flag is "dir",
65: and the config.h options are WEBDIR, USE_USER_DIR.
66: .TP
67: .B -r
68: Do a chroot() at initialization time, restricting file access
69: to the program's current directory.
70: If -r is the compiled-in default, then -nor disables it.
71: See below for details.
72: The config-file option names for this flag are "chroot" and "nochroot",
73: and the config.h option is ALWAYS_CHROOT.
74: .TP
75: .B -dd
76: Specifies a directory to chdir() to after chrooting.
77: If you're not chrooting, you might as well do a single chdir() with
78: the -d flag.
79: If you are chrooting, this lets you put the web files in a subdirectory
80: of the chroot tree, instead of in the top level mixed in with the
81: chroot files.
82: The config-file option name for this flag is "data_dir".
83: .TP
84: .B -nos
85: Don't do explicit symbolic link checking.
86: Normally, thttpd explicitly expands any symbolic links in filenames,
87: to check that the resulting path stays within the original document tree.
88: If you want to turn off this check and save some CPU time, you can use
89: the -nos flag, however this is not recommended.
90: Note, though, that if you are using the chroot option, the symlink
91: checking is unnecessary and is turned off, so the safe way to save
92: those CPU cycles is to use chroot.
93: The config-file option names for this flag are "symlinkcheck" and "nosymlinkcheck".
94: .TP
95: .B -v
96: Do el-cheapo virtual hosting.
97: If -v is the compiled-in default, then -nov disables it.
98: See below for details.
99: The config-file option names for this flag are "vhost" and "novhost",
100: and the config.h option is ALWAYS_VHOST.
101: .TP
102: .B -g
103: Use a global passwd file.
104: This means that every file in the entire document tree is protected by
105: the single .htpasswd file at the top of the tree.
106: Otherwise the semantics of the .htpasswd file are the same.
107: If this option is set but there is no .htpasswd file in
108: the top-level directory, then thttpd proceeds as if the option was
109: not set - first looking for a local .htpasswd file, and if that doesn't
110: exist either then serving the file without any password.
111: If -g is the compiled-in default, then -nog disables it.
112: The config-file option names for this flag are "globalpasswd" and
113: "noglobalpasswd",
114: and the config.h option is ALWAYS_GLOBAL_PASSWD.
115: .TP
116: .B -u
117: Specifies what user to switch to after initialization when started as root.
118: The default is "nobody".
119: The config-file option name for this flag is "user",
120: and the config.h option is DEFAULT_USER.
121: .TP
122: .B -c
123: Specifies a wildcard pattern for CGI programs, for instance "**.cgi"
124: or "/cgi-bin/*".
125: See below for details.
126: The config-file option name for this flag is "cgipat",
127: and the config.h option is CGI_PATTERN.
128: .TP
129: .B -t
130: Specifies a file of throttle settings.
131: See below for details.
132: The config-file option name for this flag is "throttles".
133: .TP
134: .B -h
135: Specifies a hostname to bind to, for multihoming.
136: The default is to bind to all hostnames supported on the local machine.
137: See below for details.
138: The config-file option name for this flag is "host",
139: and the config.h option is SERVER_NAME.
140: .TP
141: .B -l
142: Specifies a file for logging.
143: If no -l argument is specified, thttpd logs via syslog().
144: If "-l /dev/null" is specified, thttpd doesn't log at all.
145: The config-file option name for this flag is "logfile".
146: .TP
147: .B -i
148: Specifies a file to write the process-id to.
149: If no file is specified, no process-id is written.
150: You can use this file to send signals to thttpd.
151: See below for details.
152: The config-file option name for this flag is "pidfile".
153: .TP
154: .B -T
155: Specifies the character set to use with text MIME types.
156: The default is iso-8859-1.
157: The config-file option name for this flag is "charset",
158: and the config.h option is DEFAULT_CHARSET.
159: .TP
160: .B -P
161: Specifies a P3P server privacy header to be returned with all responses.
162: See http://www.w3.org/P3P/ for details.
163: Thttpd doesn't do anything at all with the string except put it in the
164: P3P: response header.
165: The config-file option name for this flag is "p3p".
166: .TP
167: .B -M
168: Specifies the number of seconds to be used in a "Cache-Control: max-age"
169: header to be returned with all responses.
170: An equivalent "Expires" header is also generated.
171: The default is no Cache-Control or Expires headers,
172: which is just fine for most sites.
173: The config-file option name for this flag is "max_age".
174: .TP
175: .B -V
176: Shows the current version info.
177: .TP
178: .B -D
179: This was originally just a debugging flag, however it's worth mentioning
180: because one of the things it does is prevent thttpd from making itself
181: a background daemon.
182: Instead it runs in the foreground like a regular program.
183: This is necessary when you want to run thttpd wrapped in a little shell
184: script that restarts it if it exits.
185: .SH "CONFIG-FILE"
186: .PP
187: All the command-line options can also be set in a config file.
188: One advantage of using a config file is that the file can be changed,
189: and thttpd will pick up the changes with a restart.
190: .PP
191: The syntax of the config file is simple, a series of "option" or
192: "option=value" separated by whitespace.
193: The option names are listed above with their corresponding command-line flags.
194: .SH "CHROOT"
195: .PP
196: chroot() is a system call that restricts the program's view
197: of the filesystem to the current directory and directories
198: below it.
199: It becomes impossible for remote users to access any file
200: outside of the initial directory.
201: The restriction is inherited by child processes, so CGI programs get it too.
202: This is a very strong security measure, and is recommended.
203: The only downside is that only root can call chroot(), so this means
204: the program must be started as root.
205: However, the last thing it does during initialization is to
206: give up root access by becoming another user, so this is safe.
207: .PP
208: The program can also be compile-time configured to always
209: do a chroot(), without needing the -r flag.
210: .PP
211: Note that with some other web servers, such as NCSA httpd, setting
212: up a directory tree for use with chroot() is complicated, involving
213: creating a bunch of special directories and copying in various files.
214: With thttpd it's a lot easier, all you have to do is make sure
215: any shells, utilities, and config files used by your CGI programs and
216: scripts are available.
217: If you have CGI disabled, or if you make a policy that all CGI programs
218: must be written in a compiled language such as C and statically linked,
219: then you probably don't have to do any setup at all.
220: .PP
221: However, one thing you should do is tell syslogd about the chroot tree,
222: so that thttpd can still generate syslog messages.
223: Check your system's syslodg man page for how to do this.
224: In FreeBSD you would put something like this in /etc/rc.conf:
225: .nf
226: syslogd_flags="-l /usr/local/www/data/dev/log"
227: .fi
228: Substitute in your own chroot tree's pathname, of course.
229: Don't worry about creating the log socket, syslogd wants to do that itself.
230: (You may need to create the dev directory.)
231: In Linux the flag is -a instead of -l, and there may be other differences.
232: .PP
233: Relevant config.h option: ALWAYS_CHROOT.
234: .SH "CGI"
235: .PP
236: thttpd supports the CGI 1.1 spec.
237: .PP
238: In order for a CGI program to be run, its name must match the pattern
239: specified either at compile time or on the command line with the -c flag.
240: This is a simple shell-style filename pattern.
241: You can use * to match any string not including a slash,
242: or ** to match any string including slashes,
243: or ? to match any single character.
244: You can also use multiple such patterns separated by |.
245: The patterns get checked against the filename
246: part of the incoming URL.
247: Don't forget to quote any wildcard characters so that the shell doesn't
248: mess with them.
249: .PP
250: Restricting CGI programs to a single directory lets the site administrator
251: review them for security holes, and is strongly recommended.
252: If there are individual users that you trust, you can enable their
253: directories too.
254: .PP
255: If no CGI pattern is specified, neither here nor at compile time,
256: then CGI programs cannot be run at all.
257: If you want to disable CGI as a security measure, that's how you do it, just
258: comment out the patterns in the config file and don't run with the -c flag.
259: .PP
260: Note: the current working directory when a CGI program gets run is
261: the directory that the CGI program lives in.
262: This isn't in the CGI 1.1 spec, but it's what most other HTTP servers do.
263: .PP
264: Relevant config.h options: CGI_PATTERN, CGI_TIMELIMIT, CGI_NICE, CGI_PATH, CGI_LD_LIBRARY_PATH, CGIBINDIR.
265: .SH "BASIC AUTHENTICATION"
266: .PP
267: Basic Authentication is available as an option at compile time.
268: If enabled, it uses a password file in the directory to be protected,
269: called .htpasswd by default.
270: This file is formatted as the familiar colon-separated
271: username/encrypted-password pair, records delimited by newlines.
272: The protection does not carry over to subdirectories.
273: The utility program thttpdpasswd(1) is included to help create and
274: modify .htpasswd files.
275: .PP
276: Relevant config.h option: AUTH_FILE
277: .SH "THROTTLING"
278: .PP
279: The throttle file lets you set maximum byte rates on URLs or URL groups.
280: You can optionally set a minimum rate too.
281: The format of the throttle file is very simple.
282: A # starts a comment, and the rest of the line is ignored.
283: Blank lines are ignored.
284: The rest of the lines should consist of a pattern, whitespace, and a number.
285: The pattern is a simple shell-style filename pattern, using ?/**/*, or
286: multiple such patterns separated by |.
287: .PP
288: The numbers in the file are byte rates, specified in units of bytes per second.
289: For comparison, a v.90 modem gives about 5000 B/s depending on compression,
290: a double-B-channel ISDN line about 12800 B/s, and a T1 line is about
291: 150000 B/s.
292: If you want to set a minimum rate as well, use number-number.
293: .PP
294: Example:
295: .nf
296: # throttle file for www.acme.com
297:
298: ** 2000-100000 # limit total web usage to 2/3 of our T1,
299: # but never go below 2000 B/s
300: **.jpg|**.gif 50000 # limit images to 1/3 of our T1
301: **.mpg 20000 # and movies to even less
302: jef/** 20000 # jef's pages are too popular
303: .fi
304: .PP
305: Throttling is implemented by checking each incoming URL filename against all
306: of the patterns in the throttle file.
307: The server accumulates statistics on how much bandwidth each pattern
308: has accounted for recently (via a rolling average).
309: If a URL matches a pattern that has been exceeding its specified limit,
310: then the data returned is actually slowed down, with
311: pauses between each block.
312: If that's not possible (e.g. for CGI programs) or if the bandwidth has gotten
313: way larger than the limit, then the server returns a special code
314: saying 'try again later'.
315: .PP
316: The minimum rates are implemented similarly.
317: If too many people are trying to fetch something at the same time,
318: throttling may slow down each connection so much that it's not really
319: useable.
320: Furthermore, all those slow connections clog up the server, using
321: up file handles and connection slots.
322: Setting a minimum rate says that past a certain point you should not
323: even bother - the server returns the 'try again later" code and the
324: connection isn't even started.
325: .PP
326: There is no provision for setting a maximum connections/second throttle,
327: because throttling a request uses as much cpu as handling it, so
328: there would be no point.
329: There is also no provision for throttling the number of simultaneous
330: connections on a per-URL basis.
331: However you can control the overall number of connections for the whole
332: server very simply, by setting the operating system's per-process file
333: descriptor limit before starting thttpd.
334: Be sure to set the hard limit, not the soft limit.
335: .SH "MULTIHOMING"
336: .PP
337: Multihoming means using one machine to serve multiple hostnames.
338: For instance, if you're an internet provider and you want to let
339: all of your customers have customized web addresses, you might
340: have www.joe.acme.com, www.jane.acme.com, and your own www.acme.com,
341: all running on the same physical hardware.
342: This feature is also known as "virtual hosts".
343: There are three steps to setting this up.
344: .PP
345: One, make DNS entries for all of the hostnames.
346: The current way to do this, allowed by HTTP/1.1, is to use CNAME aliases,
347: like so:
348: .nf
349: www.acme.com IN A 192.100.66.1
350: www.joe.acme.com IN CNAME www.acme.com
351: www.jane.acme.com IN CNAME www.acme.com
352: .fi
353: However, this is incompatible with older HTTP/1.0 browsers.
354: If you want to stay compatible, there's a different way - use A records
355: instead, each with a different IP address, like so:
356: .nf
357: www.acme.com IN A 192.100.66.1
358: www.joe.acme.com IN A 192.100.66.200
359: www.jane.acme.com IN A 192.100.66.201
360: .fi
361: This is bad because it uses extra IP addresses, a somewhat scarce resource.
362: But if you want people with older browsers to be able to visit your
363: sites, you still have to do it this way.
364: .PP
365: Step two.
366: If you're using the modern CNAME method of multihoming, then you can
367: skip this step.
368: Otherwise, using the older multiple-IP-address method you
369: must set up IP aliases or multiple interfaces for the extra addresses.
370: You can use ifconfig(8)'s alias command to tell the machine to answer to
371: all of the different IP addresses.
372: Example:
373: .nf
374: ifconfig le0 www.acme.com
375: ifconfig le0 www.joe.acme.com alias
376: ifconfig le0 www.jane.acme.com alias
377: .fi
378: If your OS's version of ifconfig doesn't have an alias command, you're
379: probably out of luck (but see http://www.acme.com/software/thttpd/notes.html).
380: .PP
381: Third and last, you must set up thttpd to handle the multiple hosts.
382: The easiest way is with the -v flag, or the ALWAYS_VHOST config.h option.
383: This works with either CNAME multihosting or multiple-IP multihosting.
384: What it does is send each incoming request to a subdirectory based on the
385: hostname it's intended for.
386: All you have to do in order to set things up is to create those subdirectories
387: in the directory where thttpd will run.
388: With the example above, you'd do like so:
389: .nf
390: mkdir www.acme.com www.joe.acme.com www.jane.acme.com
391: .fi
392: If you're using old-style multiple-IP multihosting, you should also create
393: symbolic links from the numeric addresses to the names, like so:
394: .nf
395: ln -s www.acme.com 192.100.66.1
396: ln -s www.joe.acme.com 192.100.66.200
397: ln -s www.jane.acme.com 192.100.66.201
398: .fi
399: This lets the older HTTP/1.0 browsers find the right subdirectory.
400: .PP
401: There's an optional alternate step three if you're using multiple-IP
402: multihosting: run a separate thttpd process for each hostname, using
403: the -h flag to specify which one is which.
404: This gives you more flexibility, since you can run each of these processes
405: in separate directories, with different throttle files, etc.
406: Example:
407: .nf
408: thttpd -r -d /usr/www -h www.acme.com
409: thttpd -r -d /usr/www/joe -u joe -h www.joe.acme.com
410: thttpd -r -d /usr/www/jane -u jane -h www.jane.acme.com
411: .fi
412: But remember, this multiple-process method does not work with CNAME
413: multihosting - for that, you must use a single thttpd process with
414: the -v flag.
415: .SH "CUSTOM ERRORS"
416: .PP
417: thttpd lets you define your own custom error pages for the various
418: HTTP errors.
419: There's a separate file for each error number, all stored in one
420: special directory.
421: The directory name is "errors", at the top of the web directory tree.
422: The error files should be named "errNNN.html", where NNN is the error number.
423: So for example, to make a custom error page for the authentication failure
424: error, which is number 401, you would put your HTML into the file
425: "errors/err401.html".
426: If no custom error file is found for a given error number, then the
427: usual built-in error page is generated.
428: .PP
429: If you're using the virtual hosts option, you can also have different
430: custom error pages for each different virtual host.
431: In this case you put another "errors" directory in the top of that
432: virtual host's web tree.
433: thttpd will look first in the virtual host errors directory, and
434: then in the server-wide errors directory, and if neither of those
435: has an appropriate error file then it will generate the built-in error.
436: .SH "NON-LOCAL REFERERS"
437: .PP
438: Sometimes another site on the net will embed your image files in their
439: HTML files, which basically means they're stealing your bandwidth.
440: You can prevent them from doing this by using non-local referer filtering.
441: With this option, certain files can only be fetched via a local referer.
442: The files have to be referenced by a local web page.
443: If a web page on some other site references the files, that fetch will
444: be blocked.
445: There are three config-file variables for this feature:
446: .TP
447: .B urlpat
448: A wildcard pattern for the URLs that should require a local referer.
449: This is typically just image files, sound files, and so on.
450: For example:
451: .nf
452: urlpat=**.jpg|**.gif|**.au|**.wav
453: .fi
454: For most sites, that one setting is all you need to enable referer filtering.
455: .TP
456: .B noemptyreferers
457: By default, requests with no referer at all, or a null referer, or a
458: referer with no apparent hostname, are allowed.
459: With this variable set, such requests are disallowed.
460: .TP
461: .B localpat
462: A wildcard pattern that specifies the local host or hosts.
463: This is used to determine if the host in the referer is local or not.
464: If not specified it defaults to the actual local hostname.
465: .SH SYMLINKS
466: .PP
467: thttpd is very picky about symbolic links.
468: Before delivering any file, it first checks each element in the path
469: to see if it's a symbolic link, and expands them all out to get the final
470: actual filename.
471: Along the way it checks for things like links with ".." that go above
472: the server's directory, and absolute symlinks (ones that start with a /).
473: These are prohibited as security holes, so the server returns an
474: error page for them.
475: This means you can't set up your web directory with a bunch of symlinks
476: pointing to individual users' home web directories.
477: Instead you do it the other way around - the user web directories are
478: real subdirs of the main web directory, and in each user's home
479: dir there's a symlink pointing to their actual web dir.
480: .PP
481: The CGI pattern is also affected - it gets matched against the fully-expanded
482: filename. So, if you have a single CGI directory but then put a symbolic
483: link in it pointing somewhere else, that won't work. The CGI program will be
484: treated as a regular file and returned to the client, instead of getting run.
485: This could be confusing.
486: .SH PERMISSIONS
487: .PP
488: thttpd is also picky about file permissions.
489: It wants data files (HTML, images) to be world readable.
490: Readable by the group that the thttpd process runs as is not enough - thttpd
491: checks explicitly for the world-readable bit.
492: This is so that no one ever gets surprised by a file that's not set
493: world-readable and yet somehow is readable by the HTTP server and
494: therefore the *whole* world.
495: .PP
496: The same logic applies to directories.
497: As with the standard Unix "ls" program, thttpd will only let you
498: look at the contents of a directory if its read bit is on; but
499: as with data files, this must be the world-read bit, not just the
500: group-read bit.
501: .PP
502: thttpd also wants the execute bit to be *off* for data files.
503: A file that is marked executable but doesn't match the CGI pattern
504: might be a script or program that got accidentally left in the
505: wrong directory.
506: Allowing people to fetch the contents of the file might be a security breach,
507: so this is prohibited.
508: Of course if an executable file *does* match the CGI pattern, then it
509: just gets run as a CGI.
510: .PP
511: In summary, data files should be mode 644 (rw-r--r--),
512: directories should be 755 (rwxr-xr-x) if you want to allow indexing and
513: 711 (rwx--x--x) to disallow it, and CGI programs should be mode
514: 755 (rwxr-xr-x) or 711 (rwx--x--x).
515: .SH LOGS
516: .PP
517: thttpd does all of its logging via syslog(3).
518: The facility it uses is configurable.
519: Aside from error messages, there are only a few log entry types of interest,
520: all fairly similar to CERN Common Log Format:
521: .nf
522: Aug 6 15:40:34 acme thttpd[583]: 165.113.207.103 - - "GET /file" 200 357
523: Aug 6 15:40:43 acme thttpd[583]: 165.113.207.103 - - "HEAD /file" 200 0
524: Aug 6 15:41:16 acme thttpd[583]: referer http://www.acme.com/ -> /dir
525: Aug 6 15:41:16 acme thttpd[583]: user-agent Mozilla/1.1N
526: .fi
527: The package includes a script for translating these log entries info
528: CERN-compatible files.
529: Note that thttpd does not translate numeric IP addresses into domain names.
530: This is both to save time and as a minor security measure (the numeric
531: address is harder to spoof).
532: .PP
533: Relevant config.h option: LOG_FACILITY.
534: .PP
535: If you'd rather log directly to a file, you can use the -l command-line
536: flag. But note that error messages still go to syslog.
537: .SH SIGNALS
538: .PP
539: thttpd handles a couple of signals, which you can send via the
540: standard Unix kill(1) command:
541: .TP
542: .B INT,TERM
543: These signals tell thttpd to shut down immediately.
544: Any requests in progress get aborted.
545: .TP
546: .B USR1
547: This signal tells thttpd to shut down as soon as it's done servicing
548: all current requests.
549: In addition, the network socket it uses to accept new connections gets
550: closed immediately, which means a fresh thttpd can be started up
551: immediately.
552: .TP
553: .B USR2
554: This signal tells thttpd to generate the statistics syslog messages
555: immediately, instead of waiting for the regular hourly update.
556: .TP
557: .B HUP
558: This signal tells thttpd to close and re-open its (non-syslog) log file,
559: for instance if you rotated the logs and want it to start using the
560: new one.
561: This is a little tricky to set up correctly, for instance if you are using
562: chroot() then the log file must be within the chroot tree, but it's
563: definitely doable.
564: .SH "SEE ALSO"
565: redirect(8), ssi(8), makeweb(1), thttpdpasswd(1), syslogtocern(8), weblog_parse(1), http_get(1)
566: .SH THANKS
567: .PP
568: Many thanks to contributors, reviewers, testers:
569: John LoVerso, Jordan Hayes, Chris Torek, Jim Thompson, Barton Schaffer,
570: Geoff Adams, Dan Kegel, John Hascall, Bennett Todd, KIKUCHI Takahiro,
571: Catalin Ionescu.
572: Special thanks to Craig Leres for substantial debugging and development,
573: and for not complaining about my coding style very much.
574: .SH AUTHOR
575: Copyright © 1995,1998,1999,2000 by Jef Poskanzer <jef@mail.acme.com>.
576: All rights reserved.
577: .\" Redistribution and use in source and binary forms, with or without
578: .\" modification, are permitted provided that the following conditions
579: .\" are met:
580: .\" 1. Redistributions of source code must retain the above copyright
581: .\" notice, this list of conditions and the following disclaimer.
582: .\" 2. Redistributions in binary form must reproduce the above copyright
583: .\" notice, this list of conditions and the following disclaimer in the
584: .\" documentation and/or other materials provided with the distribution.
585: .\"
586: .\" THIS SOFTWARE IS PROVIDED BY THE AUTHOR AND CONTRIBUTORS ``AS IS'' AND
587: .\" ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
588: .\" IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
589: .\" ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE
590: .\" FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
591: .\" DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
592: .\" OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
593: .\" HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
594: .\" LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
595: .\" OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
596: .\" SUCH DAMAGE.
FreeBSD-CVSweb <freebsd-cvsweb@FreeBSD.org>
![[BACK]](/icons/cvsweb/back.gif){kind=icon}
Return to thttpd.8 CVS log ![[TXT]](/icons/cvsweb/text.gif){kind=icon}
![[DIR]](/icons/cvsweb/dir.gif){kind=icon}
Up to [ELWIX - Embedded LightWeight unIX -] / embedaddon / thttpd