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docs: document locked setup deployment and ML provenance

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2026-07-26 23:07:36 +00:00
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@@ -145,49 +145,93 @@ Data is collected from free/public sources and cached locally under `data/`.
│ ├── ml_weights.json # Learned ML metric weights │ ├── ml_weights.json # Learned ML metric weights
│ └── llm_settings.json # Optional AI commentary provider config │ └── llm_settings.json # Optional AI commentary provider config
├── screenshots/ # README screenshots ├── screenshots/ # README screenshots
├── scripts/run.sh # Locked local launcher with Playwright path
├── .gitea/workflows/ci.yml # Gitea Actions test/compile gates
├── Dockerfile # Non-root Chromium-enabled image
├── docker-compose.yml # Port, healthcheck, restart, persistent volumes
├── pyproject.toml # Runtime, ML, and development dependency groups
├── uv.lock # Exact reproducible dependency resolution
├── ARCHITECTURE.md ├── ARCHITECTURE.md
└── README.md └── README.md
``` ```
## Running ## Reproducible Setup
### Local / ad-hoc with uv Install [uv](https://docs.astral.sh/uv/) and use Python 3.11-3.13. Dependencies are declared in explicit `runtime`, `ml`, and `dev` groups in `pyproject.toml`; exact cross-platform resolutions are committed in `uv.lock`.
```bash ```bash
cd /opt/data/btc-accumulation-monitor git clone <repository-url>
PYTHONPATH=. uv run \ cd btc-accumulation-monitor
--with fastapi \ uv sync --locked --group runtime --group ml --group dev
--with uvicorn \ ```
--with requests \
--with pandas \ Install the Chromium binary once for full on-chain refreshes. Keep its path explicit so installation and runtime use the same browser cache:
--with numpy \
--with scikit-learn \ ```bash
export PLAYWRIGHT_BROWSERS_PATH="$PWD/.playwright"
uv run --frozen playwright install chromium
```
`requirements_vps.txt` is a lock-derived, hash-pinned compatibility export for pip-based hosts. `pyproject.toml` and `uv.lock` remain authoritative; regenerate the compatibility file after dependency changes with:
```bash
uv export --frozen --no-dev --group runtime --group ml \
--no-emit-project --no-header --output-file requirements_vps.txt
```
## Running
The executable launcher fixes `PYTHONPATH`, preserves an explicitly supplied `PLAYWRIGHT_BROWSERS_PATH`, and starts port 3088 from the locked environment:
```bash
./scripts/run.sh
```
Equivalent exact command:
```bash
PLAYWRIGHT_BROWSERS_PATH="$PWD/.playwright" PYTHONPATH=. \
uv run --frozen --no-dev --group runtime --group ml \
python -m uvicorn dashboard.server:app --host 0.0.0.0 --port 3088 python -m uvicorn dashboard.server:app --host 0.0.0.0 --port 3088
``` ```
### VPS-style install Then visit `http://localhost:3088`.
## Container Deployment
The image uses a multi-architecture Python base, installs Playwright Chromium and its OS libraries during the build, and runs the application as non-root UID `10001`. Compose publishes port 3088, restarts unless stopped, and persists `/app/data` and `/app/config` in named volumes.
```bash ```bash
cd /opt/apps/btc-ml-optimizer docker compose build
python3 -m venv .venv docker compose up -d
. .venv/bin/activate
pip install -r requirements_vps.txt pandas numpy scikit-learn
python -m uvicorn dashboard.server:app --host 0.0.0.0 --port 3088
``` ```
### pm2 The Docker and Compose healthchecks probe `GET /health/live`. The deployment must include the reliability revision that supplies that endpoint; without it, Docker correctly reports the container unhealthy even if the older application server is accepting requests.
Named volumes are initialized from the image on first use. Back up both before replacing or deleting them:
```bash ```bash
pm2 start "python3 -m uvicorn dashboard.server:app --host 0.0.0.0 --port 3088" --name btc-ml-optimizer docker volume inspect btc-accumulation-monitor_btc-monitor-data
docker volume inspect btc-accumulation-monitor_btc-monitor-config
``` ```
## First Run For bind-mounted deployments, ensure the host directories are writable by UID `10001` and do not replace `config/` with an empty directory.
1. Visit `http://localhost:3088` for the live dashboard. ## First Run and Data Freshness
2. Use **Quick Refresh** for fast price/Fear & Greed updates.
3. Use **Full Refresh** to re-scrape on-chain metrics. 1. Visit `http://localhost:3088` for the dashboard.
4. Visit `http://localhost:3088/backtest` to view historical score performance. 2. Use **Quick Refresh** for price and Fear & Greed updates while retaining cached slow-moving on-chain metrics.
5. If historical data is missing, use the backtest page's collection flow to populate `data/history.json`. 3. Use **Full Refresh** when on-chain source data must be re-scraped; this requires the installed Playwright Chromium browser and external source availability.
4. Visit `http://localhost:3088/backtest` for historical analysis.
5. If historical data is missing, populate `data/history.json` through the existing collection flow.
Freshness is metric-specific. Price and sentiment APIs can update frequently, while public on-chain chart sources commonly update daily and may be reused from cache. A successful refresh is not proof that every upstream metric has a new observation. Check source timestamps/status exposed by the running revision, and treat missing, stale, or scrape-failed metrics as unavailable rather than silently current. `data/` is operational state and should be persisted and backed up.
## ML and Backtest Caveats
ML weights and backtest output are research artifacts, not investment advice or evidence of future performance. Any reported ML result must retain its provenance: source-data snapshot/range, feature and label definitions, training window, purge/embargo policy, code revision, dependency lock, random seed (when applicable), and generated weight/config artifact.
Model selection and threshold tuning must use training/validation data only. Report final performance on a genuinely untouched out-of-sample (OOS) period; do not describe in-sample fit, cross-validation used for selection, or the best result from repeated experiments as OOS. Forward-return labels require purging overlapping label horizons, but purged cross-validation alone does not create an untouched final test set. Results without reproducible provenance and a reserved OOS evaluation should be labeled exploratory.
## Useful API Endpoints ## Useful API Endpoints
@@ -203,16 +247,19 @@ pm2 start "python3 -m uvicorn dashboard.server:app --host 0.0.0.0 --port 3088" -
| `GET /api/metric-context?metric=mvrv_zscore&mode=ml` | Similar historical levels and forward returns for one metric | | `GET /api/metric-context?metric=mvrv_zscore&mode=ml` | Similar historical levels and forward returns for one metric |
| `GET /api/settings` | Safe LLM settings payload | | `GET /api/settings` | Safe LLM settings payload |
## Testing ## Testing and CI
Focused tests can be run with uv: Run the committed test suite and the same static compilation gate used by Gitea Actions:
```bash ```bash
cd /opt/data/btc-accumulation-monitor uv sync --locked --group runtime --group ml --group dev
PYTHONPATH=. uv run --with pytest --with numpy --with scikit-learn --with pandas \ uv run --frozen python -m compileall -q \
pytest -q tests/test_ml_optimizer_validation.py tests/test_scoring_engine_ml.py dashboard scrapers scoring backtesting ml ml_engine llm_client scripts orchestrator.py
uv run --frozen pytest
``` ```
`.gitea/workflows/ci.yml` runs lock validation/install, static compilation, and tests for pull requests and pushes to `main`.
## Architecture ## Architecture
See [ARCHITECTURE.md](ARCHITECTURE.md) for deeper implementation details on scoring, data collection, and backtesting. See [ARCHITECTURE.md](ARCHITECTURE.md) for deeper implementation details on scoring, data collection, and backtesting.