* remove support for the non-component support from the Armada DRM driver,
switching it to component-only mode.
* create a "armada plane" to allow the primary and overlay planes to share
some code.
* increase efficiency by using inherently atomic operations, rather than
spinlocking to achieve atomicity. Eg, if we want to exchange a value,
using xchg().
* increase PM savings by stopping the external pixel clock when we're in
DPMS mode.
* 'drm-armada-devel' of git://ftp.arm.linux.org.uk/~rmk/linux-arm:
drm/armada: move frame wait wakeup into plane work
drm/armada: convert overlay plane vbl worker to a armada plane worker
drm/armada: move CRTC flip work to primary plane work
drm/armada: move frame wait into armada_frame
drm/armada: move the locking for armada_drm_vbl_event_remove()
drm/armada: move the update of dplane->ctrl0 out of spinlock
drm/armada: move write to dma_ctrl0 to armada_drm_crtc_plane_disable()
drm/armada: provide a common helper to disable a plane
drm/armada: allocate primary plane ourselves
drm/armada: add primary plane creation
drm/armada: introduce generic armada_plane struct
drm/armada: update armada overlay to use drm_universal_plane_init()
drm/armada: use xchg() to atomically update dplane->old_fb
drm/armada: factor out retirement of old fb
drm/armada: rename overlay identifiers
drm/armada: redo locking and atomics for armada_drm_crtc_complete_frame_work()
drm/armada: disable CRTC clock during DPMS
drm/armada: use drm_plane_force_disable() to disable the overlay plane
drm/armada: move vbl code into armada_crtc
drm/armada: remove non-component support