Email onaips (at) - GitHub - appknox/droid-VNC-server: VNC server for Android devices. With regards to input Droid VNC server receives pointer and key events over the network, processes them and then sends them to the /dev/input devices which Android then handles as if they were local keyboard or mouse inputs. I am looking for someone that can continue my work. Think of a framebuffer just being like a frame in a video, a series of frames makes a video, as does a buffer of frames represent the actual dynamically changing contents of the screen. The framebuffer device is the layer between where Android writes its screen contents which is then in turn passed through the graphics pipeline to the hardware (graphics display chip -> screen). By read I mean it takes a series of "snapshots" of the screen and sends them to the VNC client as it requests screen updates. With regards to input Droid VNC server receives pointer and key events over the network, processes them and then sends them to the /dev/input devices which Android then handles as if they were local keyboard or mouse inputs. Basically what that does is directly read the framebuffer device (/dev/graphics/fb0 like on Linux). I've only tried it on Android x86 and only got the framebuffer mode working. It has 3 modes to try and read your screen:
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