minor changes to make po4a happy (caf41fb09) - tor-webwml.git

docs/en/faq.wml

@@ -125,17 +125,51 @@
     <a id="Torisdifferent"></a>
     <h3><a class="anchor" href="#Torisdifferent">How is Tor different from other proxies?</a></h3>
     <p>
-    A typical proxy provider sets up a server somewhere on the Internet and allows you to use it to relay your traffic.  This creates a simple, easy to maintain architecture.  The users all enter and leave through the same server.  The provider may charge for use of the proxy, or fund their costs through advertisements on the server.  In the simplest configuration, you don't have to install anything.  You just have to point your browser at their proxy server.  Simple proxy providers are fine solutions if you do not want protections for your privacy and anonymity online and you trust the provider from doing bad things.  Some simple proxy providers use SSL to secure your connection to them.  This may protect you against local eavesdroppers, such as those at a cafe with free wifi Internet.
-    </p>
-    <p>
-    Simple proxy providers also create a single point of failure.  The provider knows who you are and where you browse on the Internet.  They can see your traffic as it passes through their server.  In some cases, they can see your encrypted traffic as they relay it to your banking site or to ecommerce stores.  You have to trust the provider isn't doing any number of things, such as watching your traffic, injecting their own advertisements into your traffic stream, and isn't recording your personal details.
-    </p>
-    <p>
-    Tor passes your traffic through at least 3 different servers before sending it on to the destination.  Tor does not modify, or even know, what you are sending into it.  It merely relays your traffic, completely encrypted through the Tor network and has it pop out somewhere else in the world, completely intact.  The Tor client is required because we assume you trust your local computer.  The Tor client manages the encryption and the path chosen through the network.  The relays located all over the world merely pass encrypted packets between themselves.</p>
+    A typical proxy provider sets up a server somewhere on the Internet and
+allows you to use it to relay your traffic.  This creates a simple, easy to
+maintain architecture.  The users all enter and leave through the same server.
+The provider may charge for use of the proxy, or fund their costs through
+advertisements on the server.  In the simplest configuration, you don't have to
+install anything.  You just have to point your browser at their proxy server.
+Simple proxy providers are fine solutions if you do not want protections for
+your privacy and anonymity online and you trust the provider from doing bad
+things.  Some simple proxy providers use SSL to secure your connection to them.
+This may protect you against local eavesdroppers, such as those at a cafe with
+free wifi Internet.
+    </p>
+    <p>
+    Simple proxy providers also create a single point of failure.  The provider
+knows who you are and where you browse on the Internet.  They can see your
+traffic as it passes through their server.  In some cases, they can see your
+encrypted traffic as they relay it to your banking site or to ecommerce stores.
+You have to trust the provider isn't doing any number of things, such as
+watching your traffic, injecting their own advertisements into your traffic
+stream, and isn't recording your personal details.
+    </p>
+    <p>
+    Tor passes your traffic through at least 3 different servers before sending
+it on to the destination.  Tor does not modify, or even know, what you are
+sending into it.  It merely relays your traffic, completely encrypted through
+the Tor network and has it pop out somewhere else in the world, completely
+intact.  The Tor client is required because we assume you trust your local
+computer.  The Tor client manages the encryption and the path chosen through
+the network.  The relays located all over the world merely pass encrypted
+packets between themselves.</p>
     <p>
     <dl>
-    <dt>Doesn't the first server see who I am?</dt><dd>Possibly. A bad first of three servers can see encrypted Tor traffic coming from your computer.  It still doesn't know who you are and what you are doing over Tor.  It merely sees "This IP address is using Tor".  Tor is not illegal anywhere in the world, so using Tor by itself is fine.  You are still protected from this node figuring out who you are and where you are going on the Internet.</dd>
-    <dt>Can't the third server see my traffic?</dt><dd>Possibly.  A bad third of three servers can see the traffic you sent into Tor.  It won't know who sent this traffic.  If you're using encryption, such as visiting a bank or e-commerce website, or encrypted mail connections, etc, it will only know the destination.  It won't be able to see the data inside the traffic stream.  You are still protected from this node figuring out who you are and if using encryption, what data you're sending to the destination.</dd>
+    <dt>Doesn't the first server see who I am?</dt><dd>Possibly. A bad first of
+three servers can see encrypted Tor traffic coming from your computer.  It
+still doesn't know who you are and what you are doing over Tor.  It merely sees
+"This IP address is using Tor".  Tor is not illegal anywhere in the world, so
+using Tor by itself is fine.  You are still protected from this node figuring
+out who you are and where you are going on the Internet.</dd>
+    <dt>Can't the third server see my traffic?</dt><dd>Possibly.  A bad third
+of three servers can see the traffic you sent into Tor.  It won't know who sent
+this traffic.  If you're using encryption, such as visiting a bank or
+e-commerce website, or encrypted mail connections, etc, it will only know the
+destination.  It won't be able to see the data inside the traffic stream.  You
+are still protected from this node figuring out who you are and if using
+encryption, what data you're sending to the destination.</dd>
     </dl>
     </p>
     
@@ -305,7 +339,7 @@
     <h3><a class="anchor" href="#SupportMail">How can I get an answer to my
     Tor support mail?</a></h3>
 
-    <p>There is no official support for Tor. Your best bet is to try the following:
+    <p>There is no official support for Tor. Your best bet is to try the following:</p>
     <ol>
     <li>Read through this <a href="<page docs/faq>">FAQ</a>.</li>
     <li>Read through the <a href="<page docs/documentation>">documentation</a>.</li>
@@ -758,7 +792,7 @@ traffic through Tor. Try the <a href="https://check.torproject.org/">Tor
 Check</a> site and see whether it thinks you are using Tor. See <a
 href="<wikifaq>#HowcanItellifTorisworkingandthatmyconnectionsreallyareanonymizedArethereexternalserversthatwilltestmyconnection">the
 Tor Check FAQ entry</a> for details.
-<p>
+</p>
 
 <p>
 If it thinks you're not using Tor, here are some hints:


...	...	@@ -125,17 +125,51 @@
125	125	<a id="Torisdifferent"></a>
126	126	<h3><a class="anchor" href="#Torisdifferent">How is Tor different from other proxies?</a></h3>
127	127	<p>
128		- A typical proxy provider sets up a server somewhere on the Internet and allows you to use it to relay your traffic. This creates a simple, easy to maintain architecture. The users all enter and leave through the same server. The provider may charge for use of the proxy, or fund their costs through advertisements on the server. In the simplest configuration, you don't have to install anything. You just have to point your browser at their proxy server. Simple proxy providers are fine solutions if you do not want protections for your privacy and anonymity online and you trust the provider from doing bad things. Some simple proxy providers use SSL to secure your connection to them. This may protect you against local eavesdroppers, such as those at a cafe with free wifi Internet.
129		- </p>
130		- <p>
131		- Simple proxy providers also create a single point of failure. The provider knows who you are and where you browse on the Internet. They can see your traffic as it passes through their server. In some cases, they can see your encrypted traffic as they relay it to your banking site or to ecommerce stores. You have to trust the provider isn't doing any number of things, such as watching your traffic, injecting their own advertisements into your traffic stream, and isn't recording your personal details.
132		- </p>
133		- <p>
134		- Tor passes your traffic through at least 3 different servers before sending it on to the destination. Tor does not modify, or even know, what you are sending into it. It merely relays your traffic, completely encrypted through the Tor network and has it pop out somewhere else in the world, completely intact. The Tor client is required because we assume you trust your local computer. The Tor client manages the encryption and the path chosen through the network. The relays located all over the world merely pass encrypted packets between themselves.</p>
	128	+ A typical proxy provider sets up a server somewhere on the Internet and
	129	+allows you to use it to relay your traffic. This creates a simple, easy to
	130	+maintain architecture. The users all enter and leave through the same server.
	131	+The provider may charge for use of the proxy, or fund their costs through
	132	+advertisements on the server. In the simplest configuration, you don't have to
	133	+install anything. You just have to point your browser at their proxy server.
	134	+Simple proxy providers are fine solutions if you do not want protections for
	135	+your privacy and anonymity online and you trust the provider from doing bad
	136	+things. Some simple proxy providers use SSL to secure your connection to them.
	137	+This may protect you against local eavesdroppers, such as those at a cafe with
	138	+free wifi Internet.
	139	+ </p>
	140	+ <p>
	141	+ Simple proxy providers also create a single point of failure. The provider
	142	+knows who you are and where you browse on the Internet. They can see your
	143	+traffic as it passes through their server. In some cases, they can see your
	144	+encrypted traffic as they relay it to your banking site or to ecommerce stores.
	145	+You have to trust the provider isn't doing any number of things, such as
	146	+watching your traffic, injecting their own advertisements into your traffic
	147	+stream, and isn't recording your personal details.
	148	+ </p>
	149	+ <p>
	150	+ Tor passes your traffic through at least 3 different servers before sending
	151	+it on to the destination. Tor does not modify, or even know, what you are
	152	+sending into it. It merely relays your traffic, completely encrypted through
	153	+the Tor network and has it pop out somewhere else in the world, completely
	154	+intact. The Tor client is required because we assume you trust your local
	155	+computer. The Tor client manages the encryption and the path chosen through
	156	+the network. The relays located all over the world merely pass encrypted
	157	+packets between themselves.</p>
135	158	<p>
136	159	<dl>
137		- <dt>Doesn't the first server see who I am?</dt><dd>Possibly. A bad first of three servers can see encrypted Tor traffic coming from your computer. It still doesn't know who you are and what you are doing over Tor. It merely sees "This IP address is using Tor". Tor is not illegal anywhere in the world, so using Tor by itself is fine. You are still protected from this node figuring out who you are and where you are going on the Internet.</dd>
138		- <dt>Can't the third server see my traffic?</dt><dd>Possibly. A bad third of three servers can see the traffic you sent into Tor. It won't know who sent this traffic. If you're using encryption, such as visiting a bank or e-commerce website, or encrypted mail connections, etc, it will only know the destination. It won't be able to see the data inside the traffic stream. You are still protected from this node figuring out who you are and if using encryption, what data you're sending to the destination.</dd>
	160	+ <dt>Doesn't the first server see who I am?</dt><dd>Possibly. A bad first of
	161	+three servers can see encrypted Tor traffic coming from your computer. It
	162	+still doesn't know who you are and what you are doing over Tor. It merely sees
	163	+"This IP address is using Tor". Tor is not illegal anywhere in the world, so
	164	+using Tor by itself is fine. You are still protected from this node figuring
	165	+out who you are and where you are going on the Internet.</dd>
	166	+ <dt>Can't the third server see my traffic?</dt><dd>Possibly. A bad third
	167	+of three servers can see the traffic you sent into Tor. It won't know who sent
	168	+this traffic. If you're using encryption, such as visiting a bank or
	169	+e-commerce website, or encrypted mail connections, etc, it will only know the
	170	+destination. It won't be able to see the data inside the traffic stream. You
	171	+are still protected from this node figuring out who you are and if using
	172	+encryption, what data you're sending to the destination.</dd>
139	173	</dl>
140	174	</p>
141	175
...	...	@@ -305,7 +339,7 @@
305	339	<h3><a class="anchor" href="#SupportMail">How can I get an answer to my
306	340	Tor support mail?</a></h3>
307	341
308		- <p>There is no official support for Tor. Your best bet is to try the following:
	342	+ <p>There is no official support for Tor. Your best bet is to try the following:</p>
309	343	<ol>
310	344	<li>Read through this <a href="<page docs/faq>">FAQ</a>.</li>
311	345	<li>Read through the <a href="<page docs/documentation>">documentation</a>.</li>
...	...	@@ -758,7 +792,7 @@ traffic through Tor. Try the <a href="https://check.torproject.org/">Tor
758	792	Check</a> site and see whether it thinks you are using Tor. See <a
759	793	href="<wikifaq>#HowcanItellifTorisworkingandthatmyconnectionsreallyareanonymizedArethereexternalserversthatwilltestmyconnection">the
760	794	Tor Check FAQ entry</a> for details.
761		-<p>
	795	+</p>
762	796
763	797	<p>
764	798	If it thinks you're not using Tor, here are some hints:
765	799