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  • Committer: Package Import Robot
  • Author(s): Sebastian Dröge
  • Date: 2011-12-11 18:52:12 UTC
  • mfrom: (32.1.14 experimental)
  • Revision ID: package-import@ubuntu.com-20111211185212-3k215ps4qtyz2qa5
Tags: 0.10.35.2-1
* New upstream pre-release:
  + debian/control.in:
    - Build-depend on GLib >= 2.24.
  + debian/patches/99_ltmain_as-needed.patch:
    - Refreshed to apply cleanly again.
  + debian/libgstreamer.symbols:
    - Update symbols file with new API.
* debian/rules:
  + Remove all dependency_libs from the .la files (Closes: #633319).
* debian/control.in:
  + Put GI package into section introspection.
* debian/compat,
  debian/control.in,
  debian/gir1.2-gstreamer.install,
  debian/libgstreamer-dev.install,
  debian/libgstreamer.install,
  debian/patches/79_multiarch-backwards-compat.patch,
  debian/patches/80_ia32-hack.patch,
  debian/rules:
  + Transition package to multi-arch (Closes: #647481).
    Patch taken from the Ubuntu package.

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Similarly in (4), activating D will cause the activation of all of the
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rest of the pads, in this order: C d c b a B A. Then when the state
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change gets to the other elements they are already active, and in fact
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data flow is already occuring.
 
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data flow is already occurring.
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So, from these scenarios, we can distill how ghost pad activation
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functions should work: