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<title>tipidee: the /etc/tipidee.conf configuration file</title>
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<a href="index.html">tipidee</a><br />
<a href="//skarnet.org/software/">Software</a><br />
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</p>
<h1> The <tt>/etc/tipidee.conf</tt> configuration file </h1>
<h2> Goal and usage </h2>
<p>
<tt>/etc/tipidee.conf</tt> is a text file written by the web administrator
to configure the <a href="tipideed.html">tipideed</a> server. After writing
or modifying this file, the administrator is expected to run the
<a href="tipidee-config.html">tipidee-config</a> program, that will read
<tt>/etc/tipidee.conf</tt> and output a <tt>/etc/tipidee.conf.cdb</tt> file
that will be suitable for <a href="tipideed.html">tipideed</a> to use.
</p>
<p>
<a href="tipidee-config.html">tipidee-config</a> provides sane defaults,
so an empty <tt>/etc/tipidee.conf</tt> file is perfectly usable
for purely static installations. But an empty file still needs to be
created, unless <a href="tipidee-config.html">tipidee-config</a> is run
with the <tt>-i /dev/null</tt> option.
</p>
<h2> Description </h2>
<p>
The <tt>/etc/tipidee.conf</tt> file contains a series of lines; every line is an
instruction. Lines do not wrap around and there is no quoting, so a newline is
always the end of an instruction. Empty lines, or lines containing only
whitespace, or lines beginning with <tt>#</tt> (comments), are ignored.
If a line contains a <tt>#</tt> that is not in the middle or end of a word, the
rest of the line is also considered a comment, and ignored.
</p>
<p>
Words on a line are separated by whitespace (spaces or tabs).
Instructions are one <em>directive</em>, the first word in the line, followed by
one or more <em>arguments</em>. Most directives take a fixed number of
arguments; some of them take a variable number. There are several types
of directives.
</p>
<div id="preprocess">
<h3> Preprocessing directives </h3>
</div>
<p>
These are meta-directives: they do not control <a href="tipideed.html">tipideed</a>'s
behaviour directly, but tell <a href="tipidee-config.html">tipidee-config</a> to
include other files. They allow administrators and packagers to write modular, pluggable
configuration files. Preprocessing directives always start with a <tt>!</tt>
(exclamation point, or <em>bang</em>) character.
</p>
<p>
You will probably never see preprocessing directives in simple configuration files.
They are meant for bigger or more generic configurations.
</p>
<div id="!include">
<h4> The <tt>!include</tt> directive </h4>
</div>
<p>
<code> !include <em>file</em> </code>
</p>
<ul>
<li> This directive will replace itself with the contents of <em>file</em>. </li>
<li> <em>file</em> can be a relative or absolute path. If relative, then
it is relative to the directory of the file being currently processed, i.e.
the file containing the <tt>!include</tt> directive. In other words, things
will work as you intuitively expect. </li>
</ul>
<div id="!includedir">
<h4> The <tt>!includedir</tt> directive </h4>
</div>
<p>
<code> !includedir <em>dir</em> </code>
</p>
<ul>
<li> This directive will include every file in directory <em>dir</em>. </li>
<li> File names starting with a <tt>.</tt> (dot) will be ignored (i.e. not included). </li>
<li> The inclusion order is deterministic: file names are sorted according to the C locale. </li>
<li> <em>dir</em> can be a relative or absolute path. If relative, then
it is relative to the directory of the file being currently processed, i.e.
the file containing the <tt>!includedir</tt> directive. In other words, things
will work as you intuitively expect. </li>
</ul>
<div id="!included:">
<h4> The <tt>!included:</tt> directive </h4>
</div>
<p>
<code> !included: unique </code> <br>
<code> !included: multiple </code>
</p>
<ul>
<li> This directive is usually written at the beginning of a file. Only one
such directive per file is allowed. </li>
<li> <tt>!included:</tt> governs what happens when a file is included
<em>more than once</em>.
<ul>
<li> If a file contains an <tt>!included: unique</tt> line, then all
inclusions of this file after the first one will be ignored: the contents
of the file will appear only once. </li>
<li> If a file contains an <tt>!included: multiple</tt> line, then the
file will be expanded into its contents <em>every time</em> the file is
included. </li>
<li> If a file does not contain an <tt>!included:</tt> directive, then
including it twice is an error, and
<a href="tipidee-config-preprocess.html">tipidee-config-preprocess</a>,
the program in charge of the preprocessing directives, will complain and
exit. </li>
</ul> </li>
<li> Don't forget the <tt>:</tt> (colon) at the end of the <tt>!included:</tt>
directive! </li>
</ul>
<div id="global">
<h3> Global directives </h3>
</div>
<p>
Global directives control global aspects of <a href="tipideed.html">tipideed</a>
— values that apply to the server itself, no matter what domain it is
serving. The directive name is <tt>global</tt>, and it takes two arguments: the
name and the value of a setting.
</p>
<div id="verbosity">
<h4> <tt>verbosity</tt> </h4>
</div>
<p>
<code> global verbosity <em>v</em> </code>
</p>
<ul>
<li> <em>v</em> is a non-negative integer, describing the level of verbosity that
<a href="tipideed.html">tipideed</a> will write to its stderr with. </li>
<li> 0 means only error messages will be printed. </li>
<li> 1 is the default; it means error messages and warnings will be printed. </li>
<li> 2 is more verbose, also printing a summary of every HTTP request. </li>
<li> 3 is like 2 but also prints personally identifiable client information,
such as its IP address. </li>
<li> 4 prints a lot of details for every request. </li>
<li> 5 or more is debugging output. </li>
<li> The configuration file setting can be overwritten by a <tt>-v</tt>
option on the <a href="tipideed.html">tipideed</a> command line. </li>
</ul>
<div id="read_timeout">
<h4> <tt>read_timeout</tt> </h4>
</div>
<p>
<code> global read_timeout <em>t</em> </code>
</p>
<ul>
<li> <em>t</em> is a non-negative integer, in milliseconds. It represents
the maximum duration that a client is allowed to be idle. </li>
<li> If <em>t</em> milliseconds elapse without the client sending a request,
<a href="tipideed.html">tipideed</a> will assume it is done, close the
connection and exit. Also, if <em>t</em> milliseconds elapse while the client
is sending a request, and the request is still not complete,
<a href="tipideed.html">tipideed</a> will also close the connection. </li>
<li> The default is 0, meaning infinite: <a href="tipideed.html">tipideed</a>
will never slam the door into a client's face, even if the client is
excessively slow or fails to close a connection it's not using anymore. </li>
<li> A good setting is <tt>global read_timeout 60000</tt>, closing connections
after one minute of inactivity. </li>
</ul>
<div id="write_timeout">
<h4> <tt>write_timeout</tt> </h4>
</div>
<p>
<code> global write_timeout <em>t</em> </code>
</p>
<ul>
<li> <em>t</em> is a non-negative integer, in milliseconds. It represents
the maximum duration that <a href="tipideed.html">tipideed</a> will accept
to wait when sending data to the client. </li>
<li> If <em>t</em> milliseconds elapse while <a href="tipideed.html">tipideed</a>
is sending data to the client, <a href="tipideed.html">tipideed</a> will
give up and exit with an error message. </li>
<li> This typically happens when the network is congested, and the kernel's
socket send buffers are full. It could also mean that a client is failing to
read the data it has requested; or that the data is <em>very large</em> and
taking time to transfer. </li>
<li> The default is 0, meaning infinite: <a href="tipideed.html">tipideed</a>
will wait forever until the network uncongests and its client starts to behave. </li>
<li> An example setting is <tt>global write_timeout 600000</tt>, closing connections
if a transfer takes more than 10 minutes; but servers serving large files to
clients on slow connections will want a larger value. </li>
</ul>
<div id="cgi_timeout">
<h4> <tt>cgi_timeout</tt> </h4>
</div>
<p>
<code> global cgi_timeout <em>t</em> </code>
</p>
<ul>
<li> <em>t</em> is a non-negative integer, in milliseconds. It represents
the maximum duration that a CGI script spawned by
<a href="tipideed.html">tipideed</a> is allowed to run. </li>
<li> If <em>t</em> milliseconds elapse while a CGI script is running, and
<a href="tipideed.html">tipideed</a> hasn't gotten a full response yet,
the script will be killed, and <a href="tipideed.html">tipideed</a> will
send a 504 (Gateway Timeout) response to the client. </li>
<li> The default is 0, meaning infinite: <a href="tipideed.html">tipideed</a>
will wait forever until the network uncongests and its client starts to behave. </li>
<li> An example setting is <tt>global write_timeout 10000</tt>, giving any
CGI scripts 10 seconds to complete — most users aren't willing to wait
more than a few seconds for a page to render anyway. </li>
</ul>
<div id="max_request_body_length">
<h4> <tt>max_request_body_length</tt> </h4>
</div>
<p>
<code> global max_request_body_length <em>n</em> </code>
</p>
<ul>
<li> <em>n</em> is a non-negative integer, in bytes. It represents the
maximum size that <a href="tipideed.html">tipideed</a> will accept for
the body of an HTTP request. </li>
<li> If the client sends a request with a body larger than <em>n</em> bytes,
<a href="tipideed.html">tipideed</a> will send a 413 (Content Too Large)
response and close the connection. </li>
<li> The default is 8192, which is large enough for most. </li>
<li> An example setting is <tt>global max_request_body_length 500</tt>,
when the administrator knows that no script on the site needs an input of
more than 500 bytes and anything larger is malicious. </li>
</ul>
<div id="max_cgi_body_length">
<h4> <tt>max_cgi_body_length</tt> </h4>
</div>
<p>
<code> global max_cgi_body_length <em>n</em> </code>
</p>
<ul>
<li> <em>n</em> is a non-negative integer, in bytes. It represents the
maximum size that <a href="tipideed.html">tipideed</a> will accept for
a CGI script's answer that it needs to process. </li>
<li> If a CGI script writes more than <em>n</em> bytes to its stdout,
<a href="tipideed.html">tipideed</a> will send a 502 (Bad Gateway)
response to the client and die with an error message. </li>
<li> This limit does not apply to NPH scripts, which send their stdout
directly to the client without any processing by <a href="tipideed.html">tipideed</a>. </li>
<li> The default is 4194304 (4 mebibytes). </li>
<li> An example setting is <tt>global max_cgi_body_length 100000000</tt>,
when the administrator knows that CGI scripts can write up to 100 megabytes.
Note that the CGI specification forces web servers to read the whole CGI
output in memory, so the larger the value, the more RAM
<a href="tipideed.html">tipideed</a> may consume in order to hold CGI
output data. And this is "private dirty" memory, i.e. memory that
<em>really</em> counts towards resource use on your server, so be careful with
that setting — and with the CGI scripts you choose to run. </li>
</ul>
<div id="index_file">
<h4> <tt>index_file</tt> </h4>
</div>
<p>
<code> global index_file <em>file1</em> <em>file2</em> ... </code>
</p>
<ul>
<li> The <tt>global index_file</tt> directive has a variable number of
arguments. <em>file1</em>, <em>file2</em>, and so on are the names of the
files that should be used to try and complete the URI when a client request
resolves to a directory. </li>
<li> For instance: <tt>global index_file index.cgi index.html index.htm</tt>
means that when <a href="tipideed.html">tipideed</a> is asked to serve
<tt>http://example.com</tt>, it will first try to serve as if the request
had been <tt>http://example.com/index.cgi</tt>, then
<tt>http://example.com/index.html</tt>, then <tt>http://example.com/index.htm</tt>.
The first resource found is the one that is served; if none of the
resources exist, <a href="tipideed.html">tipideed</a> responds 404 (Not Found). </li>
<li> This is valid for any subdirectory: <tt>http://example.com/foo</tt>, if the
<tt>/foo</tt> resource resolves to a directory, is expanded to
<tt>http://example.com/foo/index.cgi</tt>, then (if not found)
<tt>http://example.com/foo/index.html</tt>, then (if not found)
<tt>http://example.com/foo/index.htm</tt>. </li>
<li> The default is <tt>global index_file index.html</tt>, meaning that
only the <tt>index.html</tt> file will be looked up when a resource resolves
to a directory. </li>
</ul>
<div id="content-type">
<h3> The <tt>content-type</tt> directive </h3>
</div>
<p>
<tt>content-type</tt> is also a global directive, but is introduced by the
keyword <tt>content-type</tt>, without prepending <tt>global</tt>. It allows
the user to define mappings from a document's extension to a standard Content-Type.
</p>
<p>
<code> content-type <em>type</em> <em>extension1</em> <em>extension2</em> ... </code>
</p>
<ul>
<li> Files ending with <em>extension1</em>, <em>extension2</em>, and so on, will be served
to clients with the <tt>Content-Type: <em>type</em></tt> header.
<li> Extensions must be listed <em>with</em> their initial dot. </li>
<li> Example: <tt>content-type text/html .html .htm</tt> means that files
ending in <tt>.html</tt> or <tt>.htm</tt> should be served as <tt>text/html</tt>.
<li> tipidee already comes with a
<a href="https://git.skarnet.org/cgi-bin/cgit.cgi/tipidee/tree/src/config/defaults.c#n26">large
list</a> of default Content-Type mappings; this directive should only be necessary if you're
serving files with uncommon extensions or have specific needs. </li>
</ul>
<div id="local">
<h3> Local directives </h3>
</div>
<p>
All the other directives are <em>local</em>: they only apply to the current <em>domain</em>.
Except for <tt>domain</tt>, they can only be used after a <tt>domain</tt> directive.
</p>
<div id="domain">
<h4> <tt>domain</tt> </h4>
</div>
<p>
<code> domain <em>domain</em> </code>
</p>
<ul>
<tt>domain</tt> is a special directive in that it is stateful. Instead of
having a direct effect on the configuration, it merely defines the domain that
the next local directives will apply to. <tt>domain example.com</tt> means
that a subsequent <tt>cgi /cgi-bin/</tt> line will declare that a resource
under <tt>//example.com/cgi-bin/</tt> is a CGI script. </li>
<li> The current domain remains defined and active until the next
<tt>domain</tt> directive. </li>
<li> Global directives are unaffected by the current domain. It is good
practice to declare global directives <em>before</em> the first <tt>domain</tt>
line, but it is not mandatory. </li>
<li> If your resources are accessible via several URIs, the declared <tt>domain</tt>
should be the <em>canonical</em> one, i.e. the name of the <strong>real</strong>
directory hosting them, and not the symlinks. E.g. if you are serving files in
the real directory <tt>/home/www/docs/example.com</tt>, with <tt>example.com:80</tt>
and <tt>example.com:443</tt> being symlinks to <tt>example.com</tt>, then
<tt>domain example.com</tt> is the correct declaration for settings that will apply
to these files. And if you are hosting a different set of documents in the real
directory <tt>/home/www/docs/example.com:81</tt>, and <tt>example.com:444</tt> is
a symlink to <tt>example.com:81</tt>, then these will be affected by the settings
declared under <tt>domain example.com:81</tt>. </li>
<li> The point of all this is to make virtual hosting as flexible as possible,
allowing you to have different configurations for different virtual hosts —
including serving different sets of documents for the same host on different ports!)
— without needing to duplicate the configuration when you are serving the same
sets of documents over several ports, e.g. when you're serving both HTTP and HTTPS. </li>
<li> Complex configurations can benefit from the <tt>!include</tt> or
<tt>!includedir</tt> primitives, by putting the configuration related to one domain
in a dedicated file, and having the main <tt>/etc/tipidee.conf</tt> only declare
global configuration and include all the domain-specific files. </li>
</ul>
<div id="cgi">
<h4> <tt>cgi</tt> </h4>
</div>
<p>
<code> cgi <em>directory</em> </code> <br>
<code> cgi <em>file</em> </code>
</p>
<ul>
<li> The <tt>cgi <em>directory</em></tt> directive tells
<a href="tipideed.html">tipideed</a> that under the current domain,
all the files under <em>directory</em> (and its whole sub-hierarchy)
are CGI scripts. <em>directory</em> is absolute (it must start with
a slash, referring to the document root for the current domain), and
must end with a slash as well. </li>
<li> The <tt>cgi <em>file</em></tt> directive tells
<a href="tipideed.html">tipideed</a> that under the current domain,
<em>file</em> is a CGI script, regardless of its location.
<em>file</em> is absolute (it must start with
a slash, referring to the document root for the current domain), but
must not end with a slash. </li>
<li> A common use is: <tt>cgi /cgi-bin/</tt> </li>
<li> By default, no CGI directories or files are defined, so an
empty tipidee configuration will only serve static files. </li>
</ul>
<div id="noncgi">
<h4> <tt>noncgi</tt> </h4>
</div>
<p>
<code> noncgi <em>directory</em> </code> <br>
<code> noncgi <em>file</em> </code>
</p>
<ul>
<li> The <tt>noncgi <em>directory</em></tt> directive tells
<a href="tipideed.html">tipideed</a> that under the current domain,
all the files under <em>directory</em> (and its whole sub-hierarchy)
are <em>not</em> CGI scripts.
<li> The <tt>noncgi <em>file</em></tt> directive tells
<a href="tipideed.html">tipideed</a> that under the current domain,
<em>file</em> is <em>not</em> a CGI script, regardless of its location.
<li> This is a rare directive, only useful if for some reason you have
a static document under <tt>/cgi-bin</tt> or equivalent. </li>
</ul>
<div id="nph-prefix">
<h4> nph-prefix </h4>
</div>
<p>
<code> nph-prefix <em>prefix</em> </code>
</p>
<ul>
<li> This directive tells <a href="tipideed.html">tipideed</a> that
CGI scripts (recognized as such by a <tt>cgi</tt> directive) whose name
starts with <em>prefix</em> are
<a href="https://datatracker.ietf.org/doc/html/rfc3875#section-5">non-parsed header</a>
scripts. </li>
<li> Common usage is <tt>nph-prefix nph-</tt> — paired with <tt>cgi /cgi-bin/</tt>,
this means that under the current domain, scripts of the form
<tt>/cgi-bin/nph-foobar</tt> are NPH. </li>
</ul>
<div id="nph">
<h4> <tt>nph</tt> </h4>
</div>
<p>
<code> nph <em>directory</em> </code> <br>
<code> nph <em>file</em> </code>
</p>
<ul>
<li> This is an alternative way of specifying which scripts are
<a href="https://datatracker.ietf.org/doc/html/rfc3875#section-5">NPH</a>.
This directive says that CGI scripts under <em>directory</em> are NPH
(provided they're also recognized as CGI), and that <em>file</em> is NPH
(provided it's also recognized as CGI). </li>
<li> For instance, having both <tt>cgi /cgi-bin/</tt> and <tt>nph /cgi-bin/</tt>
means that <em>all</em> the CGI scripts under <tt>/cgi-bin</tt> are considered NPH. </li>
</ul>
<div id="nonnph">
<h4> <tt>nonnph</tt> </h4>
</div>
<p>
<code> nonnph <em>directory</em> </code> <br>
<code> nonnph <em>file</em> </code>
</p>
<ul>
<li> This is the opposite, saying that CGI scripts under <em>directory</em>,
or CGI script <em>file</em>, are <em>not</em> NPH. </li>
<li> This is a rare directive, only useful if the vast majority of your
scripts, but not all of them, are NPH. </li>
</ul>
<div id="basic-auth">
<h4> <tt>basic-auth</tt> </h4>
</div>
<p>
<code> basic-auth <em>directory</em> </code> <br>
<code> basic-auth <em>file</em> </code>
</p>
<ul>
<li> This directive tells <a href="tipideed.html">tipideed</a> that
file <em>file</em>, or all files under <em>directory</em>, are protected
by <a href="https://datatracker.ietf.org/doc/html/rfc7617">Basic HTTP
authentication</a>. </li>
<li> This feature is currently unimplemented, so
<a href="tipidee-config.html">tipidee-config</a> will print a warning if
it finds such a directive in your configuration file. </li>
<li> Implementation of this feature has been delayed because it needs an
additional database to store the <tt>resource:user:password</tt> tuples,
with more restricted permissions than <tt>/etc/tipidee.conf.cdb</tt>, since
passwords are confidential information. This is planned in a future version
of tipidee. And yes, existing web servers that make the administrator store
cleartext passwords in the generic configuration file are terrible. </li>
</ul>
<div id="no-auth">
<h4> <tt>no-auth</tt> </h4>
</div>
<p>
<code> no-auth <em>directory</em> </code> <br>
<code> no-auth <em>file</em> </code>
</p>
<ul>
<li> This is the opposite, saying that files under <em>directory</em>,
or specific file <em>file</em>, do <em>not</em> require authentication. </li>
<li> This is a rare directive, only useful if you have a whole directory
under <tt>basic-auth</tt> but want to carve exceptions. </li>
</ul>
<div id="file-type">
<h4> <tt>file-type</tt> </h4>
</div>
<p>
<code> file-type <em>directory</em> <em>type</em> </code> <br>
<code> file-type <em>file</em> </code> <em>type</em>
</p>
<ul>
<li> <tt>file-type</tt> is similar to <a href="#content-type"><tt>content-type</tt></a>,
but local. For files under <em>directory</em>, or for specific file <em>file</em>, it
overrides the default Content-Type associated with their extension, and gives them the
Content-Type <em>type</em> instead. </li>
<li> <tt>file-type /source/ text/plain</tt> will serve all files under the current
domain under the <tt>/source</tt> directory as <tt>text/plain</tt>. </li>
<li> <tt>file-type /source/file.html text/html</tt> will serve <tt>/source/file.html</tt>
under the current domain as <tt>text/html</tt>, even with the previous more generic
rule applying to <tt>/source</tt>. </li>
</ul>
<div id="redirect">
<h4> <tt>redirect</tt> </h4>
</div>
<p>
<code> redirect <em>resource</em> <em>rtype</em> <em>target</em> </code>
</p>
<ul>
<li> <em>resource</em> is the URI to redirect, relative to the current domain.
For instance, if the current domain is <tt>example.com</tt> and <em>resource</em>
is <tt>foobar.html</tt>, then a request for <tt>http://example.com/foobar.html</tt>
will be redirected to <em>target</em>. </li>
<li> <em>rtype</em> is the type of redirection. It is one of the following four numbers:
<ul>
<li> <a href="https://datatracker.ietf.org/doc/html/rfc9110#section-15.4.9"><tt>308</tt></a>: permanent redirection </li>
<li> <a href="https://datatracker.ietf.org/doc/html/rfc9110#section-15.4.8"><tt>307</tt></a>: temporary redirection </li>
<li> <a href="https://datatracker.ietf.org/doc/html/rfc9110#section-15.4.2"><tt>301</tt></a>: permanent redirection
while allowing the client to change the request method. You generally should not need this. </li>
<li> <a href="https://datatracker.ietf.org/doc/html/rfc9110#section-15.4.3"><tt>302</tt></a>: temporary redirection
while allowing the client to change the request method. You generally should not need this. </li>
</ul> </li>
<li> <em>target</em> is the target of the redirection. It should be a full URL starting
with <tt>http://</tt> or <tt>https://</tt>; it can also be a simple path, indicating a
local redirection, in which case <a href="tipideed.html">tipideed</a> will process it
under the requested host. </li>
<li> Unlike files or directories given as arguments in other local directives,
<em>resource</em> does not need to exist in the filesystem.
<a href="tipideed.html">tipideed</a> processes redirections <em>before</em> looking
up resources in the filesystem. This is more efficient, but comes with a caveat:
a file will only be served if there is no redirection directive for that resource,
so make sure to keep your configuration file up-to-date. </li>
<li> This also means that the "real directory" rule does not apply to redirections.
Instead, you can declare a redirection under the <tt>example.com:80</tt> domain, whether
or not <tt>/home/www/docs/example.com:80</tt> is a real directory; the redirection
will <em>only</em> apply to requests received on port 80 (and not, for instance, to
requests received on port 443). But if you declare a redirection under the
<tt>example.com</tt> domain, it will apply to requests received on <em>any</em> port. </li>
</ul>
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