Two user-mandated amendments: - Decode must be GPU wherever possible and share the render GPU's memory: hardware surfaces (NV12/P010) are imported as GPU textures via the platform interop paths (DMA-BUF / DXGI / IOSurface / CUDA-Vulkan), av_hwframe_transfer_data is never executed on the hw path, and CPU decode + staging upload demotes to fallback only. FFmpeg hwaccel first (the hwdecode.rs device model already builds the device contexts; upstream Olive has no hw decode at all, so the reference for this part is FFmpeg + the existing crate), hand-written GPU decode strictly second. YUV->RGB becomes a built-in GPU pass replacing CPU swscale. Milestone M5 becomes the GPU-decode zero-copy track with HW_TRANSFERS zero as its acceptance counter. - The Job graph becomes a real adjacency structure (no linear table, no 2D array, possibly not fully connected) with a fixed pair of virtual GraphInput/GraphOutput nodes per graph: connected by default, undeletable, un-duplicable, shown in the node editor. resolve is a Kahn-style BFS from the input node — multi-input joins wait for every input, multi-output fans out, the order is deterministic and graph-explicit, cycles error out, unreachable nodes never run — until every branch converges at the output node. M0 splits into M0a (Job enum + single-loop match) and M0b (virtual endpoints + BFS + node-editor display).
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About Oak
Oak Video Editor is a renamed fork of Olive, focused on delivering a polished, creator-friendly editing experience. This site hosts build notes, project file references, and test plans for contributors.
Quick Start
- Build from source on Windows, macOS, or Linux using the Build guide.
- Learn how project data is stored in the Project File Reference.
- Understand the database write-through persistence in the Project Storage Architecture.
- Keep releases solid by following the Test Plan.