egutierrez
625569485f
Adds `fn doctor` read-only diagnostic command with subcommands artefacts, services, sync, uses-functions, unused, and --json flag for agents. Each subcommand wraps a registry function in functions/infra/. New functions: - artefact_doctor, services_status, pc_locations_drift, audit_uses_functions, find_unused_functions (Go diagnostics) - backup_sqlite_db, rotate_backups, wait_for_http, wait_for_port, port_kill, tail_journal, pre_commit_hook_install (bash utilities) - notify_telegram (Go HTTP) - backup_all pipeline (tag launcher) Plus prior session leftovers (scan_secrets_in_dirty, append_diary_entry, git utilities, http_session_cookie_middleware, compile/full-git pipelines). Fixes pc_locations_drift filepath.Join bug with absolute dir_path. Documents fn doctor in CLAUDE.md, .claude/rules/fn_doctor.md (rule 23), docs/architecture.md, CHANGELOG.md (2026-05-07), and diary entry. First fn doctor uses-functions run found drift in 7/12 apps (deuda para sincronizar app.md con imports reales). Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
38 lines
2.1 KiB
Markdown
38 lines
2.1 KiB
Markdown
# /compile — Compila app C++ y la copia al escritorio de Windows
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Wrapper sobre el pipeline `compile_cpp_app_bash_pipelines`. Toda la lógica vive en el registry (resolver app desde CWD/arg, cross-compile MinGW, copiar exe + DLLs + assets/ + enrichers/ + runtime/ a `/mnt/c/Users/lucas/Desktop/apps/<app>/`, taskkill previo, preservar `local_files/`).
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```bash
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cd /home/lucas/fn_registry
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./fn run compile_cpp_app "$ARGUMENTS"
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```
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## Argumento
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`$ARGUMENTS` — opcional. Nombre de app (ej: `chart_demo`).
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- Sin argumento: deduce desde `pwd` si estás dentro de `cpp/apps/<X>/` o `projects/*/apps/<X>/`.
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- Si no se puede deducir y no se pasa argumento, el pipeline lista las apps disponibles en stderr y aborta.
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## Qué hace el pipeline
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1. `resolve_cpp_app_dir_bash_infra` — resuelve `<app_name>` y `<dir absoluto>` desde arg o CWD.
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2. Verifica `CMakeLists.txt` en el dir resuelto.
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3. `build_cpp_windows_bash_infra <app>` — cross-compila el target específico con `cpp/build/windows/` (configura toolchain `mingw-w64.cmake` la primera vez).
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4. `deploy_cpp_exe_to_windows_bash_infra <app> <dir>`:
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- `taskkill.exe /IM <app>.exe /F` (pre-autorizado).
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- Copia `<app>.exe` + DLLs al top-level de `Desktop/apps/<app>/`.
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- rsync `cpp/build/windows/apps/<app>/assets/` → `Desktop/apps/<app>/assets/`.
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- rsync `<app_dir>/enrichers/` → `assets/enrichers/` si existe.
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- Si `app.md` declara `python_runtime: true`, regenera `runtime/` con `tools/freeze_python_runtime.sh` y rsync a `assets/runtime/`.
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- Copia `gx-cli`/`gx-cli.exe` si existen.
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- **NUNCA** toca `local_files/` (estado del usuario).
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5. Imprime `ls -lh` del `.exe` final.
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## Notas
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- Solo target Windows hoy. Android / Linux quedan fuera (Linux ya lo da `cpp/build/`).
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- Variables override-ables: `BUILD_WIN`, `WIN_DESKTOP_APPS`, `FN_REGISTRY_ROOT`.
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- Si la app no está registrada en `cpp/CMakeLists.txt`, `cmake --build --target <app>` falla. Registrar siguiendo `.claude/rules/cpp_apps.md` §5.
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- Para tocar la lógica: editar `bash/functions/{infra,pipelines}/{resolve_cpp_app_dir,deploy_cpp_exe_to_windows,compile_cpp_app}.sh`, no este wrapper.
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