Mike-Solar
cf459d7e4c
- New MulticamPanel: rows/cols angle grid with the current angle highlighted, click-to-switch, 1-9 switch-and-split and cmd-1-9 switch-only shortcuts (focused-panel routed), deferred switch queue during playback. - src/oakui/multicam.rs: clip->connected-sequence resolution, multicam state detection (selection then playhead fallbacks), per-angle frame requests rendered through the process backend into an LRU cache. - Timeline clip context menu Multi-Cam checkable item wired to oaktimeline::multicam enable/disable with undo. - Engine trait extended (real + mock); mock drives the real command path with synthesized angle frames.
71 lines
3.1 KiB
TOML
71 lines
3.1 KiB
TOML
[package]
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name = "oakengine"
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version = "0.1.0"
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edition = "2021"
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description = "Oak Video Editor plugin/external-C-ABI layer: the frozen oakengine_* C ABI as a pure cdylib over the module crates' direct Rust APIs"
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license = "GPL-3.0-or-later"
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# Pure cdylib (M14 R4): the only consumers are OFX plugins and external
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# C-ABI embedders. No Rust crate depends on this crate, so no rlib/staticlib
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# artifact is produced and it stays out of the workspace default-members.
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[lib]
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crate-type = ["cdylib"]
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[dependencies]
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# Error derive (Display + std::error::Error) for the crate error enum
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# (src/error.rs). Same major version the other modules use (oakotio, ...).
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thiserror = "2"
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# Worker/IPC wire protocol (src/worker.rs, src/ipc.rs): serde for the
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# NDJSON control-plane messages and serde_json for the wire encoding.
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serde = { version = "1", features = ["derive"] }
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serde_json = "1"
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# POSIX shm_open/ftruncate/mmap/munmap/shm_unlink for the shared-memory
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# frame-slot transport (src/ipc.rs).
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libc = "0.2"
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# Single-lib unification: every module call is a compile-time Rust call
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# into the module crate's direct API (no module C ABI). The engine keeps
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# the frozen oakengine_* C ABI upward; downward it rewires through
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# src/stubs.rs (direct Rust shims for oakcommon/oakcodec/oakrender/
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# oakaudio/oakplugin, and clearly marked STUBs for the handle-based
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# oaknode/oaktimeline paths).
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#
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# The `oakcore_audioparams_*` accessors the audio paths read through are
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# implemented inside the dylib too (src/stubs.rs, module `audio`, M12 P5):
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# they used to be C++ liboakcore host-provided symbols left as runtime
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# lookups, which blocked Windows DLL linking.
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#
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# src/linkage.rs anchors every crate (and oakcore-rs) so the linker pulls
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# their object files into the cdylib.
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oakcore-rs = { path = "../oakcore" }
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oakundo = { path = "../oakundo" }
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oakcommon = { path = "../oakcommon" }
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oaktimeline = { path = "../oaktimeline" }
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oakcodec = { path = "../oakcodec" }
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oakrender = { path = "../oakrender" }
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oaktask = { path = "../oaktask" }
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oaknode = { path = "../oaknode" }
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oakaudio = { path = "../oakaudio" }
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oakplugin = { path = "../oakplugin" }
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# Live write-through to the project library (plan M13 D2): the facade's
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# storage session manager (src/storage.rs) drives the oakstorage database
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# backend (DatabaseBackend::save/snapshot) straight from the undo path.
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oakstorage = { path = "../oakstorage" }
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[dev-dependencies]
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parking_lot = "0.12"
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# The facade is cdylib-only, so the former tests/*.rs integration tests
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# now run as unit tests inside the crate (src/test_support/, pulled in
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# from src/lib.rs); the module crates are reachable through the normal
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# [dependencies] above. oakcommon stays here for the direct dev-only
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# imports in the test support files.
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oakcommon = { path = "../oakcommon" }
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# The write-through tests (src/test_support/it_storage.rs) inspect the
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# journal/snapshot rows of the temp libraries directly; sea-orm + tokio
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# unify with oakstorage's own versions (same features), so the entities
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# and the current-thread runtime pattern match the oakstorage tests.
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sea-orm = { version = "2", features = ["sqlx-postgres", "sqlx-sqlite", "runtime-tokio"] }
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tokio = { version = "1", features = ["rt", "macros"] }
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