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authorThibault Saunier <tsaunier@gnome.org>2016-06-17 18:41:07 -0400
committerThibault Saunier <tsaunier@gnome.org>2016-06-17 18:42:07 -0400
commit1c926934ab2873ddf909dfa0ae894c34666ea114 (patch)
treeaba4eaea37301e9fec7b88c6ccaaaa8992ea5bfd /pwg-scheduling.md
parent208c456f816bb2782cc5c47c5024e88479287c0c (diff)
Avoid having several 'h1' title per page
Each page has one title and it looks better like that
Diffstat (limited to 'pwg-scheduling.md')
-rw-r--r--pwg-scheduling.md6
1 files changed, 3 insertions, 3 deletions
diff --git a/pwg-scheduling.md b/pwg-scheduling.md
index ba7b9a2..9ac7299 100644
--- a/pwg-scheduling.md
+++ b/pwg-scheduling.md
@@ -23,7 +23,7 @@ called in turn.
Before we explain pull-mode scheduling, let's first understand how the
different scheduling modes are selected and activated on a pad.
-# The pad activation stage
+## The pad activation stage
During the element state change of READY-\>PAUSED, the pads of an
element will be activated. This happens first on the source pads and
@@ -88,7 +88,7 @@ In the next two sections, we will go closer into pull-mode scheduling
(elements/pads driving the pipeline, and elements/pads providing random
access), and some specific use cases will be given.
-# Pads driving the pipeline
+## Pads driving the pipeline
Sinkpads operating in pull-mode, with the sourcepads operating in
push-mode (or it has no sourcepads when it is a sink), can start a task
@@ -264,7 +264,7 @@ far.
}
```
-# Providing random access
+## Providing random access
In the previous section, we have talked about how elements (or pads)
that are activated to drive the pipeline using their own task, must use