25 Commits

Include renames

Author	SHA1	Message	Date
grabowski	f4d42c90f4	fix: ntfy listens on the Tailscale address; monitor publishes to it directly ... The reverse proxy is a separate VPS on the tailnet, so a loopback-only ntfy was unreachable from it. install_ntfy.sh now binds the host's Tailscale IP (NTFY_LISTEN overrides). New NTFY_PUBLISH_URL: where the monitor POSTs, separate from the public NTFY_SERVER subscribers see, so an alert never waits on DNS or the proxy (first cycle logged 502s from Cloudflare while the domain was not yet proxied).	2026-09-12 00:28:29 +02:00
grabowski	777b230baf	feat: public flood notifications over self-hosted ntfy ... Anyone can now get push alerts on their phone without an account: the monitor publishes to an ntfy server (one Go binary, ~30 MB RSS) and subscribers pick topics in the free iOS/Android/web app. Semantics are transitions, never state. One message when a gauge crosses its warning or danger threshold, one all-clear when it drops back (0.10 m hysteresis), nothing while it sits above. A three-day flood is two messages; a quiet season is zero. Topics: ping-warning / ping-danger (basin digest), ping-<station>-warning / -danger, ping-p1-outlook (opt-in: model P(warning within 24 h) at P.1 rises through 50 %, clears below 25 %, message says it is experimental), ping-status (feed stale >= 3 h / recovered). Priority 5 on danger so it rings through Do Not Disturb. src/notify.py runs once per collection cycle in the API process (leader only, after the forecast precompute, same data the dashboard shows). Last-sent state lives in a notification_state table so a restart never re-sends; a failed publish leaves state untouched so the crossing is retried next cycle instead of lost. Off unless NTFY_SERVER is set. Dashboard: a "Get alerts" button (only when configured) opens a panel with the server, per-topic cards, ntfy:// deep links and web links, app store links and a disclaimer. EN + TH. GET /api/notifications feeds it. scripts/install_ntfy.sh: .deb install, server.yml (loopback listen, anonymous read, token-only write scoped to ping-*, 72 h cache, signup/ login/metrics off, tight visitor limits), systemd, user + token, .env. Verified against ntfy 2.28.0: anon publish 403, token publish 200, token on foreign topic 403, anon read 200, and a seeded crossing through the real _notify_transitions path arrived in the topic with priority, tags, click and action button. docs/NOTIFICATIONS.md has the deployment and reverse-proxy notes. Tests: 10 for the state machine (159 total).	2026-09-12 00:18:38 +02:00
grabowski	7b31d4d0dd	feat: "Is the model getting better?" - live verification per model version ... src/ml/skill.py joins forecast_history (what each deployed version predicted for the 24 h peak, hourly) to water_measurements (what the river did) and reports per version: verified hours, peak MAE, bias, the persistence baseline (peak = current level), skill = 1 - MAE/persistence, and the same MAE restricted to observed peaks >= 2 m. Only forecasts whose window has elapsed with >= 75 % of hours observed count; a version needs 24 verified hours before it is compared. GET /api/forecast/skill?station_code=P.1&horizon=24 returns it (SWR cached, 15 min). The dashboard's forecast card gains a panel with a one-line verdict (current vs previous version), the per-version table, and a caveat that quiet weeks measure quiet-river accuracy only: the model is judged on flood-onset lead, which the backtests cover. EN + TH. On today's production data: hgb-v3+28b62e5 (369 h, Aug 13 - Sep 1) MAE 15.2 cm, skill -0.05; hgb-v2+f6570ac (224 h, Sep 1 - 11) MAE 12.3 cm, skill 0.36 - the "worse" v2 model scores better on a quieter fortnight, which is exactly why the panel shows the >= 2 m column and the caveat. Tests: 3, sqlite, synthetic. scripts/dev_proxy.py: DEV_PROXY_LOCAL lets a not-yet-deployed endpoint be answered from a local JSON file while everything else goes to prod.	2026-09-11 23:44:44 +02:00
grabowski	6f4a86edbb	fix(dashboard): timestamps are Asia/Bangkok everywhere; stale feed says so ... The API emits naive ICT timestamps ("2026-09-12T02:00:00"). The page fed them to new Date(), which applies the BROWSER's zone: a viewer in Europe parsed a 02:00 ICT reading as 02:00 CEST, five hours in the future, so "Last updated" clamped to "0 min ago" forever; a viewer in the Americas saw thousands of minutes. parseTs() now pins +07:00 on naive strings and every display formats with timeZone: Asia/Bangkok, so the site shows river time regardless of where it is opened. Daily/hourly chart buckets key on the Bangkok calendar day instead of UTC getters. The tile also gets a real stale state: past 3 h (RID is hourly) it turns red, reads "Feed stale · last reading <day>, N h ago", and the header pill switches from LIVE DATA to STALE FEED. Age shows hours past 2 h. scripts/dev_proxy.py serves the working-copy dashboard with API calls proxied to water.buildfor.life so browser-side changes can be checked against live data (and any browser timezone) before deploying.	2026-09-11 23:00:39 +02:00
grabowski	d621aa9ce7	eval: quantile heads and fc48 on top of hgb-v3 (rejected/deferred); HII gauge-rain aggregate ... Rolling-origin harness gains rise_rain_quantile, rise_rain_quantile_uw, rise_rain_qsigma (L2 point + quantile sigma) and rise_rain_fc48, all opt-in, plus --from-cache for reproducible offline reruns. Results in models/eval_2026-09-12*.json, write-up in docs/FLOOD_FORECASTING.md: - quantile point prediction: better MAE, worse first-alert lead at 5 of 11 events (P.103 2022-08-14 +6h -> +1h) -> rejected - quantile sigma only: Brier within noise (0.0031 -> 0.0029) -> not worth 3x heads - rain_fc48: neutral everywhere except 2024-10-03 P.1 (+21h -> +72h), n=1 -> deferred to after the 2026 season src/ml/hii_rain.py: catchment-mean hourly rain from the ~130 HII gauges in the upper-Ping box and a 24h-sum comparison against Open-Meteo. Not a training feature (table exists only since 2026-08-11, no archive); exposed at GET /api/hii/rainfall/catchment so the two sources' agreement is on record by the time a fold can test it. data._read_cache now skips non-station files in models/cache/ (the shared dir also holds rain_openmeteo / dam_* caches, which crashed the reader). scripts/summarize_eval.py prints per-variant lead/peak-error tables.	2026-09-11 21:55:37 +02:00
grabowski	764764e07e	feat: refuse silent v3->v2 downgrade; monthly retrain timer with staged promote ... train_all() now raises RainUnavailableError when use_rain=True and the Open-Meteo history cannot be loaded, instead of logging a warning and writing gauge-only (v2) bundles over the deployed v3 set -- which is what the 2026-09-01 server retrain did unnoticed. --no-rain remains the explicit way to get v2. CLI exits 2 with a one-line error. Three tests cover the guard, the opt-out, and the v3 happy path. scripts/retrain.sh trains into models/.staging, refuses to promote unless metrics.json shows hgb-v3+ and >=14 trained stations, then renames bundles into place (previous generation kept in models/.previous). No API restart: predict.py reloads by mtime on the hourly precompute. water-monitor-retrain.{service,timer}: 1st of each month 03:30, Persistent, OMP_NUM_THREADS=4, Nice=15, same sandbox as the API unit. install.sh now does `uv sync` into .venv (one env rule; removes a stale venv/) and enables the timer. water-monitor.service in the repo matched neither the deployed unit nor the uv env; it now does (run.py --web-api, .venv, EnvironmentFile).	2026-09-11 21:37:11 +02:00
grabowski	f6570ac10f	chore: declutter the repo ... Removes 26 tracked files that no longer describe or serve the running system, verified one by one against the whole repo (source, tests, docs, README, Makefile, Dockerfile, .gitea workflows, pyproject, packaging spec) plus dynamic-reference paths, before deletion. Root (11): one-off launch/setup write-ups from the project's first weeks that document events which never happened the way they describe — a github.com publication (the remote is self-hosted Gitea) and a 15-minute scheduler (the service runs hourly). Also .gitlab-ci.yml (unused, CI is .gitea/), .env.postgres and setup.py.backup (a placeholder env file and a backup in version control), and the PyInstaller packaging trio build_executable.py / build_simple.py / ping-river-monitor.spec, which bundled docs that no longer exist and is not how this deploys. docs (9): stale guides superseded by DATABASE_DEPLOYMENT_GUIDE, GITEA_WORKFLOWS, FLOOD_FORECASTING and DATA_SOURCES, plus two snapshots (PROJECT_STATUS, PROJECT_STRUCTURE) describing a 4-file src/ that is now 39. scripts (5): one-shot bootstrap tools already run — init_git.sh/.bat, generate_badges.py, migrate_geolocation.py, encode_password.py. Every inbound reference was fixed rather than left dangling: README doc index and migration section, three Makefile targets, the docs.yml summary step, and the GITEA_WORKFLOWS resource list. src/ is deliberately untouched. The audit proposed removing several live modules; verification showed those proposals were mis-scoped and would have broken production. .gitignore now covers the agent tooling dirs, model eval output and editor/shell leftovers — the working tree had collected 56 zero-byte files named after fragments of shell commands. 136 tests pass; production modules import clean.	2026-08-14 13:45:03 +07:00
grabowski	382daa7d86	perf: backfill one dam per request via the api/dam range endpoint ... GET app.rid.go.th/reservoir/api/dam?dam_id&date_start&date_end returns a single dam's whole date range in one response — Mae Ngat's 2009-today archive is ~4 chunked requests instead of the ~2,900 one-day POSTs the all-dams path needs. Field names differ from api/dams and are mapped in parse_dam_range_records, verified equal on spot-checked dates; the range endpoint also carries DMD_ULevel, the reservoir level in m MSL that api/dams stopped publishing after ~2013. scripts/backfill_rid_reservoir.py defaults to the fast per-dam path (--all-dams keeps the full-fleet crawl, --refresh rewrites stored days). Already-stored dates are still skipped, junk values are still bounded, and the consecutive-failure abort still applies.	2026-08-13 23:10:36 +07:00
grabowski	28b62e5a36	feat: Mae Ngat dam features — built, evaluated, defaulted OFF ... src/ml/dam.py loads rid_reservoir_daily into a leakage-safe hourly frame (daily row visible from 07:00 its own date, ffill capped at 48 h) and is plumbed through features/train/predict/evaluate exactly like rain, gated to the six mainstem stations below the Mae Ngat confluence. The experiment concludes as a documented NEGATIVE result: on the 2024 record-flood backtest every dam-feature subset costs 1-3 h of first-alert lead (13h -> 10-12h) for <=3 cm of peak-error gain, because the daily RID report lags up to 31 h and describes yesterday's benign absorbing reservoir during fast onset. Features therefore default OFF (--dam opt-in on the training and backtest CLIs; rise_rain_dam/rise_dam harness variants, excluded from the default variant set). The ablation also isolated the HII gap-fill as lead-neutral: the acceptance gate holds at 13 h with fill enabled, and docs/img charts are regenerated with the shipping configuration. Full table in docs/FLOOD_FORECASTING.md §5. Review-swarm fixes: evaluate.py skips variants whose feature family is absent instead of crashing the run; --dam forwards --db-url and warns loudly when no dam history loads; an empty DB result can no longer wipe a good dam cache; run-level metrics version claims v4 only when a dam station is actually in the set.	2026-08-13 20:42:21 +07:00
grabowski	6eafb353b1	feat: RID large-dam daily collector — Mae Ngat storage/inflow/outflow ... POST app.rid.go.th/reservoir/api/dams (open, archive >=2009) collected hourly into rid_dams + rid_reservoir_daily; backfill script fetches only missing days so reruns repair holes and are safe alongside the live collector. /api/stats counts the new table via an engine fallback that works when HII collection is disabled. Mae Ngat (DAM_ID 200103) hit 113% usable capacity with ~19 MCM/day inflow in the Oct 2024 flood — candidate features for the next retrain.	2026-08-13 10:29:34 +07:00
grabowski	160617e87b	feat: openmeteo_rain 2021+ backfill entry point ... rain.backfill_db pushes the full cached Open-Meteo archive into the openmeteo_rain table in 5k-row idempotent upsert chunks; scripts/backfill_rain_db.py is the thin CLI (DB from Config/.env or --db-url). Safe to re-run and safe alongside the hourly live writer.	2026-08-12 17:28:44 +07:00
grabowski	df0ae8cda3	feat: hgb-v3 — Open-Meteo rain features clear the 12h warning gate ... The rolling-origin harness (models/eval_rain.json) showed catchment rain halving flood-year Brier scores, cutting flood-regime MAE 20-40%, and extending the hard 2024 leads (+6h -> +11h at P.1, +10h -> +19h at P.103). Ported: train_all loads the catchment-mean series (use_rain / --no-rain to opt out; without it bundles train as v2), predict fetches live rain hourly and passes an empty series on failure so rain-trained bundles serve with NaN features instead of tripping the feature guard, and the leader worker persists hourly per-point + catchment-mean rows to a new openmeteo_rain table. Regenerated backtest: the 2024 record flood now gets a 13-HOUR WARNING (alert 04:00 vs 17:00 crossing, river at 2.9m at alert time) — the >=12h acceptance gate PASSES for the first time. Journey on that crossing: v1 -18h, v2 +6h, v3 +13h. The marginal 2025 double-crest trades its artifact +46h latch for a calibrated +2h with zero false alarms. P.1 MAE 4.9/7.2/8.7 cm at 6/12/24h. Docs updated throughout.	2026-08-12 17:05:01 +07:00
grabowski	21e9d2e114	feat: hgb-v2 — regression heads predict rise, recovering flood warning lead ... Rolling-origin evaluation (5 monsoon folds x 4 variants, P.1 + P.103; results in models/eval_variants.json) showed the absolute-level target alerting AT the crossing on essentially every event, while the rise target (future max - current level, level added back at serving) gives +6h on the hard 2024 crossings, +45h in 2025, fewer false alarms than weighted/quantile variants, and ~11% better MAE. Weighted and quantile variants rejected: more false alarms, no Brier-score calibration gain. Ported to production: train.py fits rise in both eval and refit passes (sigma/metrics computed in absolute space), bundles stamped hgb-v2 with regression_target='rise', predict.py adds the level back for v2 and stays compatible with v1 bundles, backtest_render.py mirrors the same math. Regenerated backtest charts: 2024 first alert 11:00 24 Sep (6h BEFORE the 17:00 crossing, was 18h after), 2025 alert 45h ahead, and the record-peak underprediction is gone (rise models can exceed the training max). The >=12h acceptance gate still fails honestly at +6h — closing that needs rainfall inputs. New P.1 MAE 5.0/7.2/9.4 cm at 6/12/24h; docs updated throughout.	2026-08-12 15:43:29 +07:00
grabowski	a0086086a2	feat: rolling-origin event-aware evaluation harness for model variants ... One fold per monsoon season (train <= 30 Apr, test Jun-Nov, 2021-2025) replaces the single fixed holdout that contained only ~4 warning events. Metrics are what matters operationally: sustained first-alert lead vs each observed 3.70m crossing (two consecutive alerting samples required; lookback floored at the previous event's end so multi-peak floods can't launder lead credit), peak error from the prediction actually issued 24h before the peak (3h match tolerance, null on outages), false-alarm episodes (12h gap tolerance), MAE / flood-regime MAE, and a Brier score on warning exceedance — included because sigma cancels algebraically in any p>=0.5 alert metric, so lead times compare predictors while Brier compares uncertainty models. Variants: baseline_abs (current), rise (target = future max - current level), rise_weighted (flood-regime sample weights 1x->5x), and rise_quantile (q50/q90 heads, spread-implied sigma). Harness verified by a 3-agent adversarial review (features bit-identical across fold cutoffs; three metric flaws found and fixed before first use). Also: features.build_labels/build_matrix gain stats_end so the rescue quantile is computed from pre-cutoff data only, closing the label- construction leak flagged in the earlier ML review.	2026-08-12 15:19:26 +07:00
grabowski	1ec5cfb4df	perf: gzip responses; multi-worker serving with single collection leader ... GZipMiddleware (min 500 bytes) compresses the dashboard HTML ~4x and station JSON up to ~100x, end-to-end through the Caddy TLS terminator — production load testing showed the deployment is bandwidth-bound once the response caches hit, so compression is the capacity lever. WEB_WORKERS (default 2) runs uvicorn multi-process via the app import string. Every worker executes the lifespan, so a localhost lock port (COLLECTION_LEADER_PORT, default 8901) elects exactly one background-collection leader per machine — RID/HII polling stays once-per-cycle instead of once-per-worker; the lock releases with the process. Locust clients now send Accept-Encoding so future runs measure compressed transfer, as browsers do.	2026-08-12 11:34:12 +07:00
grabowski	0005f7dce1	feat: codified backtests, honest docs, belt-and-braces serving, perf fixes ... Retrained on the gap-filled DB (592k -> 976k rows) and re-examined the flood backtests, now reproducible via scripts/backtest_render.py (renders the three docs/img charts and gates on a >=12h 2024 first-alert lead — currently failing by design and documented as such). Findings, all documented in FLOOD_FORECASTING.md: the true 2024 crossing was 24 Sep 17:00 (8h earlier than recorded; confirmed against the independent HII sensor), the historical 24h-warning claim was partly a missing-data artifact, and retrained warn classifiers collapse on the filled grid (P.1 24h PR-AUC 0.900 -> 0.288) while regression MAE improves (11.3 -> 10.5 cm). Serving therefore becomes max(classifier, sigmoid(regression)) so alerting is never worse than the regression path; metrics table, head-gating tiers, honest-limits and runbook expectations all updated to the current model (hgb-v1+d2d0e65). Perf, from Locust load testing (scripts/locustfile.py + load_test.py): single-flight lock around /forecast inference (concurrent cache misses previously each ran ~18s inference and starved the shared thread pool; 200-user run after: 105 rps, 0.01% errors), and /measurements/latest + /health moved off the event loop (synchronous DB/network calls in async handlers were stalling every request under load).	2026-08-12 10:46:00 +07:00
grabowski	d72496f404	feat: backfill hii_waterlevel from the HII waterlevel_graph archive ... scripts/backfill_hii_waterlevel.py walks the api-v3 waterlevel_graph endpoint (hourly wl_msl + discharge, archive back to ~2019) in full-year windows per station and upserts into hii_waterlevel. Defaults to the RID-mirror and key stations; --stations/--all/--start/--end/--chunk-days override. History upserts touch only wl_msl and discharge so colliding live-snapshot rows keep storage_percent/situation_level. Idempotent and safe to re-run.	2026-08-11 15:11:08 +07:00
grabowski	4358d52d55	feat: ML flood-event forecasting from 8 years of gauge history ... Add src/ml/ package predicting, per station and per 6/12/24 h horizon, the probability of exceeding warning (3.0 m) and danger (4.5 m) levels plus expected peak level, trained on the 592k-row PostgreSQL history: - features.py: hourly grid with coverage gating and no future leakage; upstream stations enter at empirically measured travel-time lags (P.20 +17h ... P.103 +1h vs P.1); hour-of-day deliberately excluded (it encodes the scrape schedule, not hydrology) - train.py: HistGradientBoosting regression + warn/danger classifier heads per station x horizon, >=30-positives gate with calibrated sigmoid-on-regression fallback, strict temporal splits, per-event lead-time evaluation; guards against sklearn 1.9.0 crash on degenerate feature columns - predict.py: bundle loading with feature-name checks, heuristic fallback tier, get_latest_forecasts() for the API; raises when no models are trained so the endpoint 503s instead of serving persistence output as forecasts - data.py: Postgres-first loader (FLOOD_ML_DB_URL override), HTTP API fallback (flagged: that path backfills synthetic discharge), csv.gz cache - /forecast endpoint (15-min TTL cache) + dashboard flood-risk panel (hidden until models exist) - docs/FLOOD_FORECASTING.md: full system doc with measured deployment numbers (~335 MB RSS, CPU negligible, ~6 min full retrain) and retraining policy Validation: out-of-sample backtest of the record 2024 flood season (train <= Aug 2024) alerted 24-48 h ahead of the Oct 5 peak; 2025-26 test split: P.1 6h PR-AUC 0.974, recall 98.3% at 1% false-alarm rate. Also: fix P.81 station coordinates (was Ban Pong/Ratchaburi, 493 km out of basin; now 18.6936 N 99.0819 E per RID station page), pin scikit-learn==1.9.0 and numpy<2, gitignore model artifacts (~100 MB, train on the server via scripts/train_flood_model.py).	2026-08-10 12:49:47 +07:00
grabowski	ce31a5254e	Harden install.sh per security review ... - .env now chmod 0600 and APP_DIR chmod 0750 after chown, so the Matrix token and DB credentials are not world-readable. - uv auto-install (curl | sh as root) is now opt-in via AUTO_INSTALL_UV=1 and pins a specific uv version; otherwise the script requires uv to be pre-installed and fails with instructions, avoiding unattended remote code execution as root.	2026-07-22 14:00:44 +07:00
grabowski	ab8a10dd75	Add install.sh and fix service unit placeholder ... - scripts/install.sh: one-command hardened deploy (creates the water-monitor system user, deploys to /opt, builds a uv-managed venv, installs and enables the systemd unit). Idempotent; excludes .env/*.db/stations.json from sync so runtime state is preserved. - Fix placeholder Documentation= URL in water-monitor.service. - README: document the script as the primary systemd install path, with manual steps kept as a fallback.	2026-07-22 12:55:17 +07:00
grabowskiandClaude	6c7c128b4d	Major refactor: Migrate to uv, add PostgreSQL support, and comprehensive tooling ... - **Migration to uv package manager**: Replace pip/requirements with modern pyproject.toml - Add pyproject.toml with complete dependency management - Update all scripts and Makefile to use uv commands - Maintain backward compatibility with existing workflows - **PostgreSQL integration and migration tools**: - Enhanced config.py with automatic password URL encoding - Complete PostgreSQL setup scripts and documentation - High-performance SQLite to PostgreSQL migration tool (91x speed improvement) - Support for both connection strings and individual components - **Executable distribution system**: - PyInstaller integration for standalone .exe creation - Automated build scripts with batch file generation - Complete packaging system for end-user distribution - **Enhanced data management**: - Fix --fill-gaps command with proper method implementation - Add gap detection and historical data backfill capabilities - Implement data update functionality for existing records - Add comprehensive database adapter methods - **Developer experience improvements**: - Password encoding tools for special characters - Interactive setup wizards for PostgreSQL configuration - Comprehensive documentation and migration guides - Automated testing and validation tools 🤖 Generated with [Claude Code](https://claude.ai/code) Co-Authored-By: Claude <noreply@anthropic.com>	2025-09-26 15:10:10 +07:00
grabowski	17a716fcd0	Version bump: 3.1.2 3.1.3 (Force new build) ... Version Updates: - Core application: src/__init__.py, src/main.py, src/web_api.py - Package configuration: setup.py - Documentation: README.md, docs/GITEA_WORKFLOWS.md - Workflows: .gitea/workflows/docs.yml, .gitea/workflows/release.yml - Scripts: generate_badges.py, init_git scripts - Tests: test_integration.py - Deployment docs: GITEA_SETUP_SUMMARY.md, DEPLOYMENT_CHECKLIST.md Purpose: - Force new build process after workflow fixes - Test updated security.yml without YAML errors - Verify setup.py robustness improvements - Trigger clean CI/CD pipeline execution All version references synchronized at v3.1.3 Ready for new build and deployment testing	2025-08-12 17:47:26 +07:00
grabowski	40aef686af	Fix: Replace GitHub checkout with Gitea checkout + Version bump ... Checkout Action Migration: - Replace all 'actions/checkout@v4' with 'https://gitea.com/actions/checkout' - Fixes 'Bad credentials' errors when workflows try to access GitHub API - Native Gitea checkout action eliminates authentication issues - Applied across all 4 workflow files (CI, Security, Release, Docs) Version Increment: 3.1.1 3.1.2 - Core application version updates - Web API version synchronization - Documentation version alignment - Badge and release example updates Problem Solved: - Workflows no longer attempt GitHub API calls - Gitea-native checkout action handles repository access properly - Eliminates 'Retrieving the default branch name' failures - Cleaner workflow execution without authentication errors Files Updated: - 4 workflow files: checkout action replacement - 13 files: version number updates - Consistent v3.1.2 across all components Benefits: - Workflows will now run successfully in Gitea - No more GitHub API authentication failures - Native Gitea action compatibility - Ready for successful CI/CD pipeline execution	2025-08-12 17:06:20 +07:00
grabowski	19e182c53b	Version bump: 3.1.0 3.1.1 ... Version Updates: - Core application version (src/__init__.py) - Web API version (src/web_api.py) - Main application logging (src/main.py) - Package setup version (setup.py) - Documentation generation (docs workflow) - Release workflow example version - Badge generation script - Integration test version display - README.md badge version - Setup and deployment documentation - Git initialization scripts Patch Release (3.1.1): - Workflow token migration fixes (GITHUB_TOKEN GH_TOKEN) - Pip installation warning elimination - Improved workflow reliability and logging - Better Gitea compatibility - Enhanced error handling and validation Files Updated: - 13 files with version references updated - Consistent versioning across all components - Ready for release tagging and deployment	2025-08-12 16:52:39 +07:00
grabowski	af62cfef0b	Initial commit: Northern Thailand Ping River Monitor v3.1.0 ... Features: - Real-time water level monitoring for Ping River Basin (16 stations) - Coverage from Chiang Dao to Nakhon Sawan in Northern Thailand - FastAPI web interface with interactive dashboard and station management - Multi-database support (SQLite, MySQL, PostgreSQL, InfluxDB, VictoriaMetrics) - Comprehensive monitoring with health checks and metrics collection - Docker deployment with Grafana integration - Production-ready architecture with enterprise-grade observability CI/CD & Automation: - Complete Gitea Actions workflows for CI/CD, security, and releases - Multi-Python version testing (3.9-3.12) - Multi-architecture Docker builds (amd64, arm64) - Daily security scanning and dependency monitoring - Automated documentation generation - Performance testing and validation Production Ready: - Type safety with Pydantic models and comprehensive type hints - Data validation layer with range checking and error handling - Rate limiting and request tracking for API protection - Enhanced logging with rotation, colors, and performance metrics - Station management API for dynamic CRUD operations - Comprehensive documentation and deployment guides Technical Stack: - Python 3.9+ with FastAPI and Pydantic - Multi-database architecture with adapter pattern - Docker containerization with multi-stage builds - Grafana dashboards for visualization - Gitea Actions for CI/CD automation - Enterprise monitoring and alerting Ready for deployment to B4L infrastructure!	2025-08-12 15:40:24 +07:00