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authorMax Kellermann <max@musicpd.org>2019-05-31 16:04:17 +0200
committerMax Kellermann <max@musicpd.org>2019-05-31 16:26:52 +0200
commite9e0e02db3842ec45a6b52ae8dcea16676285373 (patch)
treec8b7d795277114ba085e2b05f09dff5ce9fa49c7 /doc
parent03507037e8b99021bf0e4157c0f0937e8c6bdfd1 (diff)
doc/user.rst: use ".. note:"
Diffstat (limited to 'doc')
-rw-r--r--doc/user.rst8
1 files changed, 5 insertions, 3 deletions
diff --git a/doc/user.rst b/doc/user.rst
index c92a3de55..dcd518680 100644
--- a/doc/user.rst
+++ b/doc/user.rst
@@ -802,10 +802,12 @@ You can verify whether the real-time scheduler is active with the ps command:
The CLS column shows the CPU scheduler; TS is the normal scheduler; FF and RR are real-time schedulers. In this example, two threads use the real-time scheduler: the output thread and the rtio (real-time I/O) thread; these two are the important ones. The database update thread uses the idle scheduler ("IDL in ps), which only gets CPU when no other process needs it.
-Note
-~~~~
+.. note::
-There is a rumor that real-time scheduling improves audio quality. That is not true. All it does is reduce the probability of skipping (audio buffer xruns) when the computer is under heavy load.
+ There is a rumor that real-time scheduling improves audio
+ quality. That is not true. All it does is reduce the probability of
+ skipping (audio buffer xruns) when the computer is under heavy
+ load.
Using MPD
*********