Files
oak-editor/docs/zh/plans
Mike-Solar 29204d1f63 node: virtual graph endpoints and the Kahn-order BFS sweep (M0b core)
Per docs/zh/plans/render-pipeline-threads.md §3.8:

- oak-node/nodes/graphendpoints.rs: the GraphInput/GraphOutput
  virtual node pair — factory-registered but hidden from every create
  menu, duplicate refused, real value() semantics (the input forwards
  its feed_in row, the output publishes its tex_in as the frame).
  The input endpoint also declares a connectable feed_in port
  (documented deviation: footage/generator sources have no connectable
  inputs, so the walk needs a feeder anchor).
- graph.rs: ensure_endpoints/endpoints/is_endpoint — idempotent,
  identified by type id, default input->output edge only while the
  output's tex_in is free; remove_node refuses endpoints.
- project.rs + serializer.rs: every project graph carries the pair;
  a legacy file without endpoints migrates on load (roundtrip and
  legacy-migration tests, re-save is idempotent).
- traverser.rs: eval_graph_bfs — the endpoint-to-endpoint Kahn
  sweep. Live set = (input's forward cone U its feeder cone) INTERSECT
  (output's backward cone); multi-input nodes dequeue at zero
  in-degree over the live subgraph; deterministic ascending-id ready
  order (Graph::edges is a BTreeSet, so insertion order is
  unrecoverable — documented); time-shifted upstreams pull through
  the shared DFS memo (walk_dfs, factored out of evaluate);
  un-orderable remainder reports a named cycle; missing endpoints /
  unreachable output are errors. Eight BFS tests cover the plan's
  acceptance bullets.
- oak-render: bfs_endpoint_sweep_renders_footage_through_position —
  real clip through a real Position node via the sweep, shifted
  pixels asserted against a reference decode.
- Endpoint names localized in all eight i18n packs; storage/structure
  tests updated for the two extra nodes.
2026-09-11 15:13:53 +08:00
..

长期计划(plans)

本目录收纳 Oak 的中长期规划文档与并行执行计划。已完成的战役 文档归档在 completed/;进行中的计划在下方目录。

目录

文档 内容 启动前提
ai-agent-design.md AI Agent 插件设计(已按 OPP/1 重写):多模态 LLM 作为外部插件经策展工具面自动剪辑,render.* 取帧回喂形成"编辑→看图→再编辑"视觉闭环;事务化编辑、双层确认、声明式 AI 面板、Mock LLM/回放夹具测试、A1–A5 里程碑 external-plugin-system P1–P3 完成(面板需 P4)
external-plugin-system.md 外部功能插件系统:插件=独立进程(非库加载),JSON-RPC over stdio 控制面 + shm 数据面(泛化 M15 render-worker 传输);策展宿主 API(事务化可撤销编辑、取帧回喂 AI)、声明式/像素面双 UI 路径、能力位与确认模式;含与 ai-agent-design.md 的关系与 P1–P6 里程碑 已解锁(RIIR + M15 完成),随时启动
external-plugin-protocol.md 插件协议规范 OPP/1:NDJSON 分帧 + JSON-RPC 2.0 双向信封、握手/心跳/关闭、全量方法/事件/错误码、编辑事务协议、shm 数据面(无头部无锁)、声明式与像素面 UI 协议、限流配额、版本演进规则、AI 粗剪报文示例 随 external-plugin-system 启动
render-pipeline-threads.md 渲染管线改造:单解码线程 + 单渲染线程 + 主进程上屏(GPU 单队列,多进程无意义);解码硬解优先且零拷贝(FFmpeg hwaccel 经 DMA-BUF/DXGI/IOSurface/CUDA 导入,CPU 解码上传仅 fallback,手写 GPU 解码为次选);OpenFX 收编进唯一隔离进程;decode→render→present 三队列流水线;内置效果全 GPU 零拷贝;resolve 重写为 match+Job 单循环并升级为 Job 图(GraphInput/GraphOutput 虚拟端点可见、禁删,从输入节点 Kahn 形态 BFS 至全部分支汇聚输出节点);M0a–M5 里程碑 已解锁,随时启动(M0a 独立先行)

其他参考

  • 构建:docs/zh/build.md、docs/zh/build_macos-zh.md
  • 工程文件:docs/zh/project-file-reference.md
  • 代码风格与 Google Test 要求:CONTRIBUTING.md(仓库根)