<tr><th><a href="module-dict.html#SourceFile">SourceĀ File:</a></th><td>mod_dialup.c</td></tr></table>
<h3>Summary</h3>
-It is a module that sends static content at a bandwidth rate limit, defined by the various old modem standards. So, you can browse your site with a 56k V.92 modem, by adding something like this:
+<p>It is a module that sends static content at a bandwidth rate limit, defined
+by the various old modem standards. So, you can browse your site with a 56k
+V.92 modem, by adding something like this:</p>
<div class="example"><p><code>
<Location /mysite><br />
</Location>
</code></p></div>
-Previously to do bandwidth rate limiting modules would have to block an entire thread, for each client, and insert sleeps to slow the bandwidth down. Using the new suspend feature, a handler can get callback N milliseconds in the future, and it will be invoked by the Event MPM on a different thread, once the timer hits. From there the handler can continue to send data to the client.
+<p>Previously to do bandwidth rate limiting modules would have to block an entire
+thread, for each client, and insert sleeps to slow the bandwidth down.
+Using the new suspend feature, a handler can get callback N milliseconds in
+the future, and it will be invoked by the Event MPM on a different thread,
+once the timer hits. From there the handler can continue to send data to the client.</p>
</div>
<div id="quickview"><h3 class="directives">Directives</h3>
<ul id="toc">
<identifier>dialup_module</identifier>
<summary>
-It is a module that sends static content at a bandwidth rate limit, defined by the various old modem standards. So, you can browse your site with a 56k V.92 modem, by adding something like this:
+<p>It is a module that sends static content at a bandwidth rate limit, defined
+by the various old modem standards. So, you can browse your site with a 56k
+V.92 modem, by adding something like this:</p>
<example>
<Location /mysite><br />
</Location>
</example>
-Previously to do bandwidth rate limiting modules would have to block an entire thread, for each client, and insert sleeps to slow the bandwidth down. Using the new suspend feature, a handler can get callback N milliseconds in the future, and it will be invoked by the Event MPM on a different thread, once the timer hits. From there the handler can continue to send data to the client.
+<p>Previously to do bandwidth rate limiting modules would have to block an entire
+thread, for each client, and insert sleeps to slow the bandwidth down.
+Using the new suspend feature, a handler can get callback N milliseconds in
+the future, and it will be invoked by the Event MPM on a different thread,
+once the timer hits. From there the handler can continue to send data to the client.</p>
</summary>
<directivesynopsis>