Wayland capture doesn't support NvFBC, so instead accesses the framebuffer via KMS/DRM.
A separate child process is spawned, which exports the framebuffer dma-buf over a unix domain socket to the parent process. The dma-buf is loaded into GPU texture memory and copied into the libav H/W context using CUDA. Exporting the dma-buf objects requires the calling process to have cap_sys_admin capabilities, so delegating this operation to a separate binary feels more appropriate.
This PR adds support for Wayland.
Wayland capture doesn't support NvFBC, so instead accesses the framebuffer via KMS/DRM.
A separate child process is spawned, which exports the framebuffer dma-buf over a unix domain socket to the parent process. The dma-buf is loaded into GPU texture memory and copied into the libav H/W context using CUDA. Exporting the dma-buf objects requires the calling process to have
cap_sys_admincapabilities, so delegating this operation to a separate binary feels more appropriate.