370 lines
23 KiB
Markdown
370 lines
23 KiB
Markdown
# Build And Platform Inventory
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Status: live
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Last updated: 2026-06-02
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This inventory records the known build surfaces during the CMake migration.
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Keep it updated as platform paths move to shared CMake targets.
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## Existing Build Entrypoints
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| Platform/Target | Current Entrypoint | Notes |
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| --- | --- | --- |
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| Windows desktop | Root `CMakeLists.txt`, preset `windows-msvc-default`; target preset `windows-vs2026-x64` retained for VS 2026 | Raw `.sln/.vcxproj` files removed on 2026-05-31; local machine currently uses Visual Studio 17 2022 |
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| Windows AppX | `PanoPainterPackage/Package.appxmanifest`, `.wapproj` referenced by solution | Distribution packaging |
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| macOS | `PanoPainter-OSX/` project files and `Info.plist` | Uses `NSOpenGLView` today |
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| iOS | `PanoPainter/Info.plist`, related Apple sources | Uses OpenGL ES today |
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| Android standard | `android/android/build.gradle`, `android/android/CMakeLists.txt` | Native library target `native-lib` |
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| Android Quest | `android/quest/build.gradle`, `android/quest/CMakeLists.txt` | OVR SDK imported libraries |
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| Android Focus/Wave | `android/focus/build.gradle`, `android/focus/CMakeLists.txt` | Wave SDK imported libraries |
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| Linux | `linux/CMakeLists.txt` | Old CMake 3.4, C++14 flag |
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| WebGL/Emscripten | `webgl/CMakeLists.txt` | Old CMake 3.4, WebGL2 flags |
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## Existing Version Generation
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- Script: `scripts/pre-build.py`
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- Output: `src/version.gen.h`
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- Current behavior: derives version from git branch, latest tag, short hash,
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commit count, and configuration argument.
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- Migration requirement: root CMake should call this script through a custom
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command and avoid unnecessary tracked-file churn where possible.
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## Existing Dependency Sources
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Hybrid policy: migrate reliable packages to vcpkg and retain SDK/patched
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dependencies until each platform triplet is proven.
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| Dependency | Current Source | Initial Policy |
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| --- | --- | --- |
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| fmt | `libs/fmt` | Move to vcpkg |
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| GLM | `libs/glm` | Move to vcpkg |
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| tinyxml2 | `libs/tinyxml2` | Move to vcpkg |
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| stb | `libs/stb` | Move to vcpkg or interface target if package friction |
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| CURL | `libs/curl-win`, `libs/curl-android-ios` | Move to vcpkg where triplets work |
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| SQLite | `libs/sqlite3` | Move to vcpkg |
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| GLAD | `libs/glad` | Move to vcpkg or generated backend target |
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| Catch2 | none yet | Add through vcpkg |
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| OpenVR | `libs/openvr` | Retain initially |
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| OVR Platform/Mobile | `libs/ovr_platform`, `libs/ovr_mobile` | Retain initially |
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| Wave SDK | `libs/wave_sdk` | Retain initially |
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| Wacom WinTab | `libs/wacom` | Retain initially |
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| AppCenter Apple | `libs/appcenter-apple` | Retain initially |
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| openh264/mp4v2/libyuv | `libs/openh264`, `libs/mp4v2`, `libs/libyuv` | Retain initially |
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| jpeg helpers | `libs/jpeg` | Evaluate after image tests exist |
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| poly2tri/nanort/base64/hash-library | `libs/*` | Evaluate after component split |
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## Current Validation Commands
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These commands are the current local baseline.
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```powershell
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cmake --preset windows-msvc-default
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cmake --build --preset windows-msvc-default --config Debug --target PanoPainter
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ctest --preset desktop-fast --build-config Debug
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ctest --preset fuzz --build-config Debug
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ctest --preset stress --build-config Debug
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powershell -ExecutionPolicy Bypass -File scripts\automation\test.ps1 -Preset desktop-fast -Configuration Debug
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powershell -ExecutionPolicy Bypass -File scripts\automation\build.ps1 -Preset windows-msvc-default -Configuration Debug -Target pano_cli
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cmake --build --preset windows-msvc-default --target panopainter_validate_shaders
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powershell -ExecutionPolicy Bypass -File scripts\automation\analyze.ps1 -Preset windows-msvc-default -NoApp
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$env:VCPKG_ROOT = "C:\Program Files\Microsoft Visual Studio\2022\Community\VC\vcpkg"
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cmake --preset windows-msvc-vcpkg-headless
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powershell -ExecutionPolicy Bypass -File scripts\automation\platform-build.ps1 -Presets windows-msvc-vcpkg-headless
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ctest --preset desktop-fast-vcpkg --build-config Debug
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cmake --preset android-arm64
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powershell -ExecutionPolicy Bypass -File scripts\automation\platform-build.ps1 -Presets android-arm64
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powershell -ExecutionPolicy Bypass -File scripts\automation\package-smoke.ps1 -Preset windows-msvc-default -Configuration Debug
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cmake --fresh --preset windows-clangcl-asan
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```
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Known local toolchain state:
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- CMake: 4.0.0-rc4
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- Local Visual Studio generator selected by CMake: Visual Studio 17 2022
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- Bundled vcpkg: `C:\Program Files\Microsoft Visual Studio\2022\Community\VC\vcpkg`
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(`vcpkg version` reports 2025-11-19)
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- Android SDK: `C:\Users\omara\AppData\Local\Android\Sdk`
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- Android NDK: `C:\Users\omara\AppData\Local\Android\Sdk\ndk\29.0.14206865`
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- clang-cl: `C:\Program Files\LLVM\bin\clang-cl.exe` reports 18.1.8, but the
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selected VS 2026-preview STL expects Clang 20 or newer; see DEBT-0014 before
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treating `windows-clangcl-asan` as a passing sanitizer gate.
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- Android arm64 headless configure/build passes through root CMake and the
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`platform-build` automation wrapper for `pp_foundation`, `pp_assets`,
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`pp_paint`, `pp_document`, `pp_renderer_api`, `pp_renderer_gl`,
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`pp_paint_renderer`,
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`pp_ui_core`, `pano_cli`, and their current headless test binaries,
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including foundation binary-stream/event/logging/task queue coverage, PNG metadata and
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decode, PPI header/layout/non-finite opacity and blend-mode rejection, settings document, document
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snapshot/per-layer-frame/move/duration/face-pixel/PPI export coverage,
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snapshot-embedded duplicate/invalid face-payload and selection-mask rejection, paint brush/final-blend/
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stroke-alpha-blend/stroke spacing/stroke stress/stroke-script coverage,
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renderer shader descriptor and OpenGL capability coverage, UI
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color parsing, and layout XML parse coverage.
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- Root CMake exposes named `fuzz` and `stress` CTest presets. `fuzz` currently
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runs deterministic parser/serializer edge tests for binary streams, image
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metadata, PPI, stroke scripts, and layout XML; `stress` currently runs the
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stroke sampler stress coverage.
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- `pano_cli inspect-image` reports PNG IHDR metadata as JSON and is covered by
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`pano_cli_inspect_png_metadata_smoke` with a tiny IHDR fixture.
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- `pp_assets_image_pixels_tests` decodes PNG payloads, encodes RGBA8 pixels to
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PNG, round-trips encoded pixels back through the decoder, and rejects corrupt
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or malformed image payloads.
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- `pano_cli import-image` accepts a PNG path, decodes RGBA8 pixels through
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`pp_assets`, attaches them to a pure `pp_document` face payload, and is
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covered for checked-in decodable PNG import by `pano_cli_import_image_smoke`
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and metadata-valid truncated PNG rejection by
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`pano_cli_import_image_rejects_truncated_png`.
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- `pano_cli export-image` writes a deterministic RGBA8 PNG through `pp_assets`
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and is covered by `pano_cli_export_image_roundtrip_smoke`, which imports the
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generated file back through `pano_cli import-image`.
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- `pano_cli inspect-project` reports validated PPI thumbnail/body byte layout,
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body summary fields, layer/frame descriptors, and dirty-face PNG payload
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metadata, and is covered by `pano_cli_inspect_project_layout_smoke` with a
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minimal PPI fixture.
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- `pp_document_ppi_import_tests` attaches decoded PPI dirty-face payloads to
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`pp_document` layer/frame storage and rejects payloads outside document
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layers.
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- `pp_document_ppi_export_tests` exports pure `pp_document` metadata,
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per-layer frame durations, and RGBA8 face payloads to PPI bytes through
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`pp_assets`, then decodes and reimports them for round-trip coverage.
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- `pano_cli simulate-document-export` exposes the same pure document-to-PPI
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export, asset-level decode, and document reimport path through JSON
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automation and is covered by `pano_cli_simulate_document_export_smoke`.
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- `pano_cli save-document-project` writes that pure document export to a PPI
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file and is covered by `pano_cli_save_document_project_roundtrip_smoke`,
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which inspects and loads the generated file.
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- `pano_cli load-project` creates a `pp_document` projection with per-layer
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frame counts, durations, and decoded face-pixel payloads when present; the
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metadata-only minimal fixture remains covered by
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`pano_cli_load_project_metadata_smoke`.
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- `pp_assets::create_ppi_project` writes generated multi-layer, multi-frame
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PPI files with explicit per-layer names, opacity, blend mode, alpha lock,
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visibility, per-layer frame durations, and targeted dirty-face layer/frame
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payloads. `pano_cli save-project` exposes that path for automation and is
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covered by `pano_cli_save_project_roundtrip_smoke` and
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`pano_cli_save_project_payload_roundtrip_smoke`, which reload generated
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metadata-only and targeted dirty-face-payload projects through
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`pano_cli load-project`, plus
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`pano_cli_save_project_rejects_non_finite_opacity`, which verifies rejected
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automation floats do not create output files.
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- `pano_cli create-document` supports `--frames` and `--frame-duration-ms` and
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is covered by `pano_cli_create_animation_document_smoke`.
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- `pano_cli simulate-document-edits` exercises pure document layer/frame edit
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operations, renderer-free face payloads, and renderer-free selection masks,
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and is covered by `pano_cli_simulate_document_edits_smoke`.
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- `pano_cli simulate-document-history` exercises pure document history
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apply/undo/redo behavior and is covered by
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`pano_cli_simulate_document_history_smoke`.
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- `pano_cli simulate-image-import` decodes an embedded tiny PNG through
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`pp_assets`, attaches it to `pp_document`, and is covered by
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`pano_cli_simulate_image_import_smoke`.
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- `pano_cli simulate-blend` exposes deterministic final RGBA and stroke-alpha
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blend reference vectors through JSON automation and is covered by
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`pano_cli_simulate_blend_smoke`.
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- `pano_cli simulate-stroke` exposes the pure stroke sampler for scripted
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automation and is covered by `pano_cli_simulate_stroke_smoke`.
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- `pano_cli simulate-stroke-script` loads a text stroke script fixture and is
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covered by `pano_cli_simulate_stroke_script_smoke`.
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- `pano_cli apply-stroke-script` parses a text stroke script fixture, samples
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every stroke through `pp_paint`, maps the samples into a bounded
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`pp_document` RGBA8 face payload, writes a PPI file, and is covered by
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`pano_cli_apply_stroke_script_roundtrip_smoke`, which inspects the dirty-face
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box and loads the generated file back as decoded document pixel data, plus
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`pano_cli_apply_stroke_script_rejects_tiny_canvas` for invalid dimension
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rejection.
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- `panopainter_validate_shaders` validates the current combined GLSL shader
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files for one vertex stage marker, one fragment stage marker, valid marker
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order, and existing relative includes.
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- `pp_renderer_api` owns the canonical PanoPainter shader catalog consumed by
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the legacy OpenGL app initialization path; `pp_renderer_api_tests` validates
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catalog size, key entries, duplicate rejection, and bad path rejection.
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- `pp_renderer_gl` owns headless OpenGL runtime capability detection consumed
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by the legacy app initialization path; `pp_renderer_gl_capabilities_tests`
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validates framebuffer fetch, map-buffer alignment, desktop GL float support,
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GLES float/half-float extensions, WebGL exclusion behavior, and the
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upload-type mapping used by legacy `Texture2D` and `RTT` creation, plus the
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RGBA pixel-format mapping used by `RTT` texture allocation. It also validates
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image channel-count to OpenGL texture format mapping, including
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invalid channel counts rejected by `Texture2D::create(Image)`, renderer API
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texture-format to OpenGL internal/pixel/component token mapping including
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depth-stencil formats, RGBA8/RGBA32F
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readback formats, checked byte-count math, and PBO pixel-buffer target/usage/access
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mapping used by `RTT` and `PBO` readbacks, and framebuffer status naming
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used by `RTT` and `Texture2D` diagnostics. It also owns the 2D texture target,
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framebuffer setup, readback format, mipmap target, and update component-type
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tokens used by `Texture2D`, plus cube-map binding and allocation face targets
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used by `TextureCube`. It also owns and
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validates framebuffer blit color mask and linear/nearest filters used by
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`RTT::resize` and `RTT::copy`, plus the default linear clamp-to-edge
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render-target texture parameters, texture/renderbuffer targets, depth format,
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framebuffer targets, binding queries, attachment points, and completion
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status used by `RTT::create` and framebuffer bind/restore paths, plus RTT
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clear color/depth masks and color-write-mask query tokens. `RTT` no longer
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spells GL enum names directly. It also
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validates Shape index-type, fill/stroke primitive-mode, buffer target, static
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upload usage, and vertex attribute component/normalization mapping used by
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the legacy mesh draw path, plus the PanoPainter cube-face to OpenGL
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texture-target mapping used by `TextureCube`.
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It also owns and validates sampler wrap S/T/R, min/mag filter, and desktop
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border-color parameter mapping used by legacy `Sampler`. The PanoPainter
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shader attribute binding catalog, shader stage tokens, compile/link status
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queries, active-uniform count query, and matrix-uniform transpose token used
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by legacy `Shader` creation also live here. `Shader` no longer spells GL enum
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names directly. It also owns the PanoPainter shader uniform catalog and legacy hash
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mapping used by `Shader` active-uniform discovery and the uniform uniqueness
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check. App OpenGL initialization debug severity, debug output, GL info string,
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default depth/program-point/line-smooth state, blend factor/equation, and UI
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render-target RGBA8 format tokens are cataloged and tested here too, including
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the legacy convert command and resize path. App clear color-buffer masks,
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default framebuffer binding, scissor state, and sampler filter/wrap tokens
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also consume the backend mapping. OpenGL extension enumeration query tokens
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used before runtime capability detection are cataloged here. Legacy font
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atlas texture formats, text mesh buffer targets, attribute component and
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normalization tokens, draw primitive/index type, upload usage, and active
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texture unit selection also consume the backend mapping. Canvas undo/redo
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dirty-region texture updates and readbacks also consume the backend-owned 2D
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texture target, RGBA pixel format, and unsigned-byte component mapping.
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`NodeViewport` preview rendering also consumes backend-owned viewport query,
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clear-color query, color-buffer clear mask, and blend-state tokens.
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`NodeImageTexture` preview drawing also consumes backend-owned fallback 2D
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texture bind and blend-state tokens.
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`NodeImage` drawing and remote-image texture creation also consume
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backend-owned mipmapped sampler filters, blend-state tokens, and RGBA8/RGBA
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texture format mapping.
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`NodeColorWheel` triangle-buffer setup and draw-state handling also consume
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backend-owned array-buffer, static-upload, vertex-attribute, primitive-mode,
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and blend-state tokens.
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Simple UI text, text-input, border, scroll, and animation timeline draw
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paths also consume backend-owned blend-state tokens.
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Canvas layer cube/equirect generation, clear, restore, and snapshot paths
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also consume backend-owned cube/2D texture targets, active texture units,
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blend/clear state, and RGBA8 read/write pixel mapping.
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`NodePanelGrid` heightmap preview and lightmap baking also consume
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backend-owned texture readback formats, sampler filters, depth/blend state,
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depth clears, viewport queries, color-mask booleans, active texture units,
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and float render-target formats.
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Legacy `util.cpp` OpenGL error naming and `gl_state` save/restore also
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consume backend-owned error codes, state queries, framebuffer targets,
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texture binding targets, and active texture units.
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`NodeStrokePreview` brush preview rendering also consumes backend-owned
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depth/scissor/blend state, viewport/clear-color queries, active texture
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units, 2D texture targets, copy targets, and sampler filters/wraps.
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Legacy `Texture2D`, `TextureManager`, `Sampler`, and `RTT` public headers no
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longer expose raw OpenGL enum defaults; default texture formats, sampler
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filters/wraps, and render-target formats resolve through backend-owned
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overloads.
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The Windows entrypoint also consumes backend-owned generic OpenGL
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error-code/info-string tokens and WGL core-context/pixel-format attribute
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catalogs.
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Desktop VR drawing also consumes backend-owned scissor/depth/blend state,
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depth clear masks, active texture units, and fallback 2D texture unbind
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targets while retaining the existing VR SDK/platform bridge shape.
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Canvas mode overlay, mask, and transform paths also consume backend-owned
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blend/depth state, active texture units, 2D texture copy targets, and RGBA8
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readback format tokens.
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`NodeCanvas` panorama UI rendering also consumes backend-owned sampler
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defaults, viewport/clear-state queries, blend/depth/scissor state, color
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clear masks, active texture units, fallback 2D texture unbind targets, copy
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targets, and RGBA8 render-target formats.
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Canvas resource setup also consumes backend-owned stroke-buffer
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RGBA8/RGBA16F/RGBA32F formats, flood-fill texture upload format/type,
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brush/stencil/mix sampler filters and wraps, and image channel-count texture
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formats for cube-strip imports. Clamp-to-border sampler wrap is now part of
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the backend capability catalog and test coverage.
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Early canvas draw helpers also consume backend-owned pick readback
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format/type, stroke mixer depth/scissor/blend state, saved viewport and
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clear-state queries, active texture units, fallback 2D texture unbind
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targets, and stroke background copy targets.
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Canvas stroke commit also consumes backend-owned saved viewport/clear/blend
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state, history readback format/type, active texture units, fallback 2D
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texture unbind targets, and layer compositing copy targets.
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Canvas layer merge rendering and explicit layer-merge compositing also consume
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backend-owned depth/blend state, active texture units, fallback 2D texture
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unbind targets, and merge framebuffer copy targets.
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Canvas equirectangular import drawing and depth export rendering also consume
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backend-owned depth/blend state and active texture units.
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Canvas thumbnail generation and object-drawing helpers also consume
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backend-owned saved viewport/clear/blend state, active texture units,
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readback format/type, framebuffer copy targets, and renderbuffer/depth
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attachment parameters; `src/canvas.cpp` no longer contains raw `GL_*`
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constants.
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Windows desktop OpenGL context creation now consumes a tested
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`windows_wgl_core_context_3_3_config()` catalog from `pp_renderer_gl` instead
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of owning active WGL context/pixel-format attribute literals in `main.cpp`.
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- `windows-msvc-vcpkg-headless` validates manifest install/configure/build/test
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for the current headless component matrix; see DEBT-0007 for remaining app
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and platform triplet migration.
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- `scripts/automation/analyze.*` runs shader validation plus a
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renderer-boundary guard that reports JSON and fails if active non-backend
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source code reintroduces raw `GL_*`/`WGL_*` constants outside the allowed
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legacy OpenGL implementation files.
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- `pp_renderer_api` exposes a headless `RecordingRenderDevice` that reports
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renderer feature flags and validates backend-owned resource creation,
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explicit texture usage flags, command order,
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render-pass color/depth/stencil clear intent, scissor state, depth state,
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blend state, texture-slot binding, sampler-state binding, texture-upload byte
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counts, texture mip-level counts, texture/mesh/shader resource debug labels, mipmap-generation commands,
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texture-state transitions, shader-uniform writes, explicit draw descriptor ranges, texture-copy regions,
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readback/frame-capture/blit descriptor validation, readback bounds, destination buffer sizes, and
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render-target blit regions, records
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render-pass-clear/scissor/depth/blend/shader-uniform/texture-bind/
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sampler-bind/draw/upload/mipmap-generation/texture-transition/texture-copy/readback/
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frame-capture/blit commands, draw mesh inputs, explicit draw ranges, and
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records trace markers and scopes without a window or GL context. Recorder
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`clear()` also resets active render-pass and trace-scope state so automation
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can reuse the same recording device after an interrupted frame.
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- `pano_cli record-render` exposes the recording renderer through JSON
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automation, including backend feature flags, render-pass/depth-clear counts, scissor/depth/blend/
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shader-uniform/texture-bind/sampler-bind/upload/mipmap-generation/texture-transition/texture-copy/readback/
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frame-capture/blit command and byte totals, trace marker/scope counts,
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labeled descriptor counts, backend resource creation counts, plus draw
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descriptor vertex/index totals. Its `--exercise-clear` mode verifies
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interrupted-frame recorder clear/reuse behavior and reports the result in
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JSON, and is covered by `pano_cli_record_render_smoke`,
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`pano_cli_record_render_exercises_clear_reset`, plus
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`pano_cli_record_render_rejects_oversized_target`.
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- `pano_cli simulate-document-history` exposes `pp_document::DocumentHistory`
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apply/undo/redo state through JSON automation and is covered by
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`pano_cli_simulate_document_history_smoke`.
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- `pano_cli simulate-document-edits` exposes `pp_document` layer metadata,
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frame order, active-index, tiny face-payload state, and selection-mask state
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through JSON automation and is covered by
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`pano_cli_simulate_document_edits_smoke`.
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- `pano_cli simulate-image-import` exposes embedded PNG decode and document
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face-payload attachment through JSON automation and is covered by
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`pano_cli_simulate_image_import_smoke`.
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- `pano_cli import-image` exposes file-driven PNG decode and document
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face-payload attachment through JSON automation and is covered by
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`pano_cli_import_image_smoke` and
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`pano_cli_import_image_rejects_truncated_png`.
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- `pano_cli export-image` exposes deterministic RGBA8 PNG writing through JSON
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automation and is covered by `pano_cli_export_image_roundtrip_smoke`; full
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legacy canvas export remains a future CLI task.
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- `pano_cli save-project` exposes generated multi-layer, multi-frame PPI
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writing with layer metadata and targeted dirty-face layer/frame payloads
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through JSON automation and is covered by metadata-only and
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dirty-face-payload round-trip smoke tests; full legacy canvas save parity
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remains tracked by DEBT-0013.
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- `pp_document::export_ppi_project_document` exposes pure document-to-PPI byte
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export through CTest coverage; legacy Canvas save integration remains a
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future DEBT-0010/DEBT-0013 task.
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- `pano_cli simulate-document-export` exposes document export round-trip state
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through JSON automation for agent-driven checks.
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- `pano_cli save-document-project` exposes file-writing document export
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automation for inspect/load round trips.
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- `pano_cli apply-stroke-script` exposes file-driven stroke-script application
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to a pure document face payload and writes a PPI artifact for inspect/load
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round-trip automation.
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- `pp_ui_core` consumes vcpkg tinyxml2 only when `PP_USE_VCPKG_TINYXML2=ON`
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through the vcpkg preset; default and Android validation still use the
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retained vendored fallback tracked by DEBT-0012.
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Known warnings after the current CMake app build:
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- Legacy code/vendor warnings under `/W4`.
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- Visual Studio vcpkg manifest warning because manifest mode is not enabled.
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- `LNK4099` missing `yuv.pdb` for retained libyuv binaries.
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- `LNK4098` runtime library conflict from retained vendor binaries.
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Platform-specific commands should be added here when verified locally.
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