Remove libpulse-browse and pabrowse

[pulseaudio] / man / pulse-daemon.conf.5.xml.in

diff --git a/man/pulse-daemon.conf.5.xml.in b/man/pulse-daemon.conf.5.xml.in
index 0575f560b08be735ff759cb8516805795cd8ad82..ded3cb48dd1509578980094c8ad44ef0b4185447 100644 (file)
--- a/man/pulse-daemon.conf.5.xml.in
+++ b/man/pulse-daemon.conf.5.xml.in
@@ -89,20 +89,21 @@ USA.
       <opt>src-zero-order-hold</opt>, <opt>src-linear</opt>,
       <opt>trivial</opt>, <opt>speex-float-N</opt>,
       <opt>speex-fixed-N</opt>, <opt>ffmpeg</opt>. See the
-      documentation of libsamplerate for an explanation for the
-      different src- methods. The method <opt>trivial</opt> is the most basic
-      algorithm implemented. If you're tight on CPU consider using
-      this. On the other hand it has the worst quality of them
-      all. The Speex resamplers take an integer quality setting in the
-      range 0..9 (bad...good). They exist in two flavours: <opt>fixed</opt> and
-      <opt>float</opt>. The former uses fixed point numbers, the latter relies on
-      floating point numbers. On most desktop CPUs the float point
-      resmampler is a lot faster, and it also offers slightly better
-      quality. See the output of <opt>dump-resample-methods</opt> for
-      a complete list of all available resamplers. Defaults to
-      <opt>speex-float-3</opt>. The <opt>--resample-method</opt>
-      command line option takes precedence. Note that some modules
-      overwrite or allow overwriting of the resampler to use.</p>
+      documentation of libsamplerate and speex for explanations of the
+      different src- and speex- methods, respectively. The method
+      <opt>trivial</opt> is the most basic algorithm implemented. If
+      you're tight on CPU consider using this. On the other hand it has
+      the worst quality of them all. The Speex resamplers take an
+      integer quality setting in the range 0..10 (bad...good). They
+      exist in two flavours: <opt>fixed</opt> and <opt>float</opt>. The former uses fixed point
+      numbers, the latter relies on floating point numbers. On most
+      desktop CPUs the float point resampler is a lot faster, and it
+      also offers slightly better quality. See the output of
+      <opt>dump-resample-methods</opt> for a complete list of all
+      available resamplers. Defaults to <opt>speex-float-3</opt>. The
+      <opt>--resample-method</opt> command line option takes precedence.
+      Note that some modules overwrite or allow overwriting of the
+      resampler to use.</p>
     </option>
 
     <option>
@@ -122,13 +123,13 @@ USA.
     </option>
 
     <option>
-      <p><opt>use-pid-file=</opt> Create a PID file in
-      <file>/tmp/pulse-$USER/pid</file>. Of this is enabled you may
+      <p><opt>use-pid-file=</opt> Create a PID file in the runtime directory
+      (<file>$HOME/.pulse/*-runtime/pid</file>). If this is enabled you may
       use commands like <opt>--kill</opt> or <opt>--check</opt>. If
       you are planning to start more than one PulseAudio process per
       user, you better disable this option since it effectively
       disables multiple instances. Takes a boolean argument, defaults
-      to <opt>yes</opt>. The <opt>--no-cpu-limit</opt> command line
+      to <opt>yes</opt>. The <opt>--use-pid-file</opt> command line
       option takes precedence.</p>
     </option>
 
@@ -447,8 +448,8 @@ USA.
     cause the resulting output sound to be momentarily too loud or too soft.
     So to ensure SW and HW volumes are applied concurrently without any
     glitches, their application needs to be synchronized. The sink
-    implementation needs to support synchornised volumes can use the following
-    parameters to refine the process.</p>
+    implementation needs to support synchronized volumes. The following
+    parameters can be used to refine the process.</p>
 
     <option>
       <p><opt>enable-sync-volume=</opt> Enable sync volume for the sinks that