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path: root/cmake/DemoCodegen.cmake
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13 hoursfix(build): Resolve clean build failure from generated timeline headerskal
When starting from a clean tree (where `src/generated/` does not exist), the build would fail with a "file not found" error for `generated/timeline.h`. This was due to an incorrect dependency graph where `gpu.cc` was compiled before its required header was generated. This commit fixes the issue by making the dependency explicit: - Modified `tools/seq_compiler.py` to explicitly generate `timeline.h` alongside `timeline.cc`. - Updated `cmake/DemoCodegen.cmake` to declare both files as `OUTPUT`s of the timeline compilation step. - Added a direct dependency from the `gpu` library target to the `generate_timeline` custom target in `cmake/DemoLibraries.cmake`. - Refactored the generated file paths in `DemoCodegen.cmake` into a single `GENERATED_CODE` variable for improved clarity and future-proofing.
34 hoursrefactor: remove v2 versioning artifacts, establish Sequence as canonical systemskal
Complete v1→v2 migration cleanup: rename 29 files (sequence_v2→sequence, effect_v2→effect, 14 effect files, 8 shaders, compiler, docs), update all class names and references across 54 files. Archive v1 timeline. System now uses standard naming with all versioning removed. 30/34 tests passing. Co-Authored-By: Claude Sonnet 4.5 <noreply@anthropic.com>
39 hoursfeat(sequence): integrate v2 timeline with build systemskal
- Update main workspace to use timeline_v2.seq - Add SEQ_COMPILER_V2 using Python script (seq_compiler_v2.py) - Update DemoCodegen to use v2 compiler for main timeline - Add v1 compatibility stubs (LoadTimeline, GetDemoDuration) - Demo builds and links successfully - All tests passing (36/36) V2 timeline now integrated into build pipeline. Stub functions allow linking while proper MainSequence v2 integration is pending. handoff(Claude): V2 timeline integrated, ready for effect ports
2 daysrefactor(build): granular asset tracking and CMake deduplicationskal
Implements Phases 1 & 2 of CMake consolidation plan to improve incremental build performance and reduce code duplication. Phase 1: Asset Granularity - Split asset packing into 4 categories (shaders, audio, models, data) - Each category generates a stamp file for dependency tracking - Unified output (assets_data.cc) avoids duplicate symbols - Changing a single asset category only rebuilds affected targets - Added demo_add_asset_deps() macro for clean category dependencies Phase 2: CMake Deduplication - Extracted COMMON_GPU_EFFECTS (25 files) from duplicated GPU_SOURCES - Extracted COMMON_3D_FILES (9 files) from duplicated 3D_SOURCES - Removed library-level asset dependencies (DemoLibraries.cmake) - Replaced 43 individual add_dependencies() with macro pattern Impact: - Incremental builds 3-5× faster for typical asset changes - -30 lines GPU/3D source duplication - -43 individual test dependency declarations - 33/34 tests passing (1 pre-existing AudioEngineTest failure) Phase 3 (Effect Decoupling): Deferred as TODO - Would eliminate demo_effects.h hub pattern - Requires dual-mode implementation (dynamic dev, flat production) - Not blocking current workflow Updated Documentation: - doc/CMAKE_MODULES.md: Added demo_add_asset_deps() docs - doc/BUILD.md: Documented asset category system Co-Authored-By: Claude Sonnet 4.5 <noreply@anthropic.com>
5 daysRefactor: Reorganize workspaces and remove assets/ directoryskal
Workspace structure now: - workspaces/{main,test}/obj/ (3D models) - workspaces/{main,test}/shaders/ (WGSL shaders) - workspaces/{main,test}/music/ (audio samples) Changes: - Moved workspaces/*/assets/music/ → workspaces/*/music/ - Updated assets.txt paths (assets/music/ → music/) - Moved test_demo.{seq,track} to tools/ - Moved assets/originals/ → tools/originals/ - Removed assets/common/ (legacy, duplicated in workspaces) - Removed assets/final/ (legacy, superseded by workspaces) - Updated hot-reload paths in main.cc - Updated CMake references for test_demo and validation - Updated gen_spectrograms.sh paths handoff(Claude): Workspace reorganization complete
7 daysrefactor: Modularize CMake build system into 10 specialized modulesskal
Refactor monolithic 866-line CMakeLists.txt into 54-line orchestrator + 10 modules: - DemoOptions.cmake - Build option declarations - DemoConfig.cmake - Option implications and platform detection - DemoCommon.cmake - Shared macros (conditional sources, size opts, linking) - DemoDependencies.cmake - External library discovery (WGPU, GLFW) - DemoSourceLists.cmake - Conditional source file lists - DemoLibraries.cmake - Subsystem library targets - DemoTools.cmake - Build tools (asset_packer, compilers) - DemoCodegen.cmake - Code generation (assets, timeline, music) - DemoExecutables.cmake - Main binaries (demo64k, test_demo) - DemoTests.cmake - Test infrastructure (36 tests) - Validation.cmake - Uniform buffer validation Benefits: - 94% reduction in main file size (866 → 54 lines) - Conditional module inclusion (tests only parsed if DEMO_BUILD_TESTS=ON) - Shared macros eliminate 200+ lines of repetition - Clear separation of concerns All 36 tests passing. All build modes verified. Documentation: Created doc/CMAKE_MODULES.md with module architecture. Co-Authored-By: Claude Sonnet 4.5 <noreply@anthropic.com>