[Ozone] Rename software implementation files to use Dri prefix

ui/gfx/ozone/impl/hardware_display_controller.h

 // Copyright 2013 The Chromium Authors. All rights reserved.
 // Use of this source code is governed by a BSD-style license that can be
 // found in the LICENSE file.
 
-#ifndef UI_GFX_OZONE_IMPL_HARDWARE_DISPLAY_CONTROLLER_OZONE_H_
-#define UI_GFX_OZONE_IMPL_HARDWARE_DISPLAY_CONTROLLER_OZONE_H_
+#ifndef UI_GFX_OZONE_IMPL_HARDWARE_DISPLAY_CONTROLLER_H_
+#define UI_GFX_OZONE_IMPL_HARDWARE_DISPLAY_CONTROLLER_H_
 
 #include <stddef.h>
 #include <stdint.h>
 #include <xf86drmMode.h>
 #include <vector>
 
 #include "base/basictypes.h"
 #include "base/memory/scoped_ptr.h"
-#include "ui/gfx/ozone/impl/drm_wrapper_ozone.h"
+#include "ui/gfx/ozone/impl/dri_wrapper.h"
 
 namespace gfx {
 
-class SoftwareSurfaceOzone;
+class DriSurface;
 
 // The HDCOz will handle modesettings and scannout operations for hardware
 // devices.
 //
 // In the DRM world there are 3 components that need to be paired up to be able
 // to display an image to the monitor: CRTC (cathode ray tube controller),
 // encoder and connector. The CRTC determines which framebuffer to read, when
 // to scanout and where to scanout. Encoders converts the stream from the CRTC
 // to the appropriate format for the connector. The connector is the physical
 // connection that monitors connect to.
@@ skipping 38 matching lines @@
 //      |        CRTC1       |
 //      ----------------------
 //
 // Note that it is possible to have more connectors than CRTCs which means that
 // only a subset of connectors can be active independently, showing different
 // framebuffers. Though, in this case, it would be possible to have all
 // connectors active if some use the same CRTC to mirror the display.
 //
 // TODO(dnicoara) Need to have a way to detect events (such as monitor
 // connected or disconnected).
-class HardwareDisplayControllerOzone {
+class HardwareDisplayController {
  public:
   // Controller states. The state transitions will happen from top to bottom.
   enum State {
     // When we allocate a HDCO as a stub. At this point there is no connector
     // and CRTC associated with this device.
     UNASSOCIATED,
 
     // When |SetControllerInfo| is called and the HDCO has the information of
     // the hardware it will control. At this point it knows everything it needs
     // to control the hardware but doesn't have a surface.
     UNINITIALIZED,
 
     // A surface is associated with the HDCO. This means that the controller can
     // potentially display the backing surface to the display. Though the
     // surface framebuffer still needs to be registered with the CRTC.
     SURFACE_INITIALIZED,
 
     // The CRTC now knows about the surface attributes.
     INITIALIZED,
 
     // Error state if any of the initialization steps fail.
     FAILED,
   };
 
-  HardwareDisplayControllerOzone();
+  HardwareDisplayController();
 
-  ~HardwareDisplayControllerOzone();
+  ~HardwareDisplayController();
 
   // Set the hardware configuration for this HDCO. Once this is set, the HDCO is
   // responsible for keeping track of the connector and CRTC and cleaning up
   // when it is destroyed.
-  void SetControllerInfo(DrmWrapperOzone* drm,
+  void SetControllerInfo(DriWrapper* drm,
                          uint32_t connector_id,
                          uint32_t crtc_id,
                          uint32_t dpms_property_id,
                          drmModeModeInfo mode);
 
   // Associate the HDCO with a surface implementation and initialize it.
-  bool BindSurfaceToController(scoped_ptr<SoftwareSurfaceOzone> surface);
+  bool BindSurfaceToController(scoped_ptr<DriSurface> surface);
 
   // Schedules the |surface_|'s framebuffer to be displayed on the next vsync
   // event. The event will be posted on the graphics card file descriptor |fd_|
   // and it can be read and processed by |drmHandleEvent|. That function can
   // define the callback for the page flip event. A generic data argument will
   // be presented to the callback. We use that argument to pass in the HDCO
   // object the event belongs to.
   //
   // Between this call and the callback, the framebuffer used in this call
   // should not be modified in any way as it would cause screen tearing if the
   // hardware performed the flip. Note that the frontbuffer should also not
   // be modified as it could still be displayed.
   //
   // Note that this function does not block. Also, this function should not be
   // called again before the page flip occurrs.
   //
   // Returns true if the page flip was successfully registered, false otherwise.
   bool SchedulePageFlip();
 
   State get_state() const { return state_; };
 
   int get_fd() const { return drm_->get_fd(); };
 
   const drmModeModeInfo& get_mode() const { return mode_; };
 
-  SoftwareSurfaceOzone* get_surface() const { return surface_.get(); };
+  DriSurface* get_surface() const { return surface_.get(); };
 
  private:
   // Object containing the connection to the graphics device and wraps the API
   // calls to control it.
-  DrmWrapperOzone* drm_;
+  DriWrapper* drm_;
 
   // TODO(dnicoara) Need to allow a CRTC to have multiple connectors.
   uint32_t connector_id_;
 
   uint32_t crtc_id_;
 
   uint32_t dpms_property_id_;
 
   // TODO(dnicoara) Need to store all the modes.
   drmModeModeInfo mode_;
 
   // Saved CRTC state from before we used it. Need it to restore state once we
   // are finished using this device.
   drmModeCrtc* saved_crtc_;
 
   State state_;
 
-  scoped_ptr<SoftwareSurfaceOzone> surface_;
+  scoped_ptr<DriSurface> surface_;
 
-  DISALLOW_COPY_AND_ASSIGN(HardwareDisplayControllerOzone);
+  DISALLOW_COPY_AND_ASSIGN(HardwareDisplayController);
 };
 
 }  // namespace gfx
 
-#endif  // UI_GFX_OZONE_IMPL_HARDWARE_DISPLAY_CONTROLLER_OZONE_H_
+#endif  // UI_GFX_OZONE_IMPL_HARDWARE_DISPLAY_CONTROLLER_H_