gavindiaz/PolyWeather
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity
Files
90bc895000f130571ed9466c59133ba94de4fb2c
PolyWeather/docs/superpowers/plans/2026-05-15-amsc-awos-runway-observations.md
T

4.8 KiB
Raw Blame History

AMSC AWOS Runway Observation Implementation Plan

For agentic workers: REQUIRED SUB-SKILL: Use superpowers:subagent-driven-development (recommended) or superpowers:executing-plans to implement this plan task-by-task. Steps use checkbox (- [ ]) syntax for tracking.

Goal: Add a China-only AMSC AWOS runway observation source and expose it as a runway observation tab next to Market Monitor.

Architecture: Backend fetches and normalizes AMSC getWindPlate?cccc=... payloads into the existing amos/runway_obs shape so current dashboard consumers can reuse runway display logic. Frontend adds a dedicated runway scan terminal tab that fetches a domestic city whitelist and renders runway TDZ/MID/END air temperatures without changing settlement anchors.

Tech Stack: Python data collection + pytest, Next.js/React TypeScript, existing business-state test runner.

Task 1: Backend parser and source

Files:

  • Create: src/data_collection/amsc_awos_sources.py

  • Create: tests/test_amsc_awos_sources.py

  • Modify: src/data_collection/weather_sources.py

  • Modify: src/data_collection/country_networks.py

  • Step 1: Write failing parser tests

Add tests that import _amsc_parse_wind_plate_payload, _amsc_supported_city_codes, and AmscAwosSourceMixin, parse a ZBAA-style sample, assert runway point temperatures, UTC observation conversion, runway_temp_range, and unauthorized/no-data fallback.

  • Step 2: Run red test

Run: python -m pytest tests/test_amsc_awos_sources.py -q Expected: FAIL because src.data_collection.amsc_awos_sources does not exist.

  • Step 3: Implement minimal backend source

Create a source module with China whitelist: shanghai=ZSPD, beijing=ZBAA, guangzhou=ZGGG, shenzhen=ZGSZ, chengdu=ZUUU, chongqing=ZUCK, wuhan=ZHHH, qingdao=ZSQD. Fetch https://www.amsc.net.cn/gateway/api/saas/rest/amc/AwosController/getWindPlate?cccc=<ICAO>, optionally using POLYWEATHER_AMSC_COOKIE or POLYWEATHER_AMSC_SESSION_ID, and return existing-compatible amos payload with source="amsc_awos".

  • Step 4: Run green backend tests

Run: python -m pytest tests/test_amsc_awos_sources.py tests/test_amos_station_sources.py -q Expected: PASS.

Task 2: Backend integration

Files:

  • Modify: src/data_collection/weather_sources.py

  • Modify: src/data_collection/country_networks.py

  • Step 1: Attach AMSC after AMOS

Add AmscAwosSourceMixin to WeatherDataCollector, call _attach_china_amsc_awos_data in both Open-Meteo and fallback paths, and persist aggregate plus first runway rows to airport_obs_log like AMOS.

  • Step 2: Normalize airport primary source labels

Teach _airport_primary_from_raw that raw["amos"].source == "amsc_awos" should use source_code="amsc_awos", source_label="AMSC AWOS".

  • Step 3: Compile check

Run: python -m py_compile src/data_collection/amsc_awos_sources.py src/data_collection/weather_sources.py src/data_collection/country_networks.py Expected: exit 0.

Task 3: Frontend runway tab

Files:

  • Create: frontend/components/dashboard/scan-terminal/RunwayObservationsPanel.tsx

  • Create: frontend/components/dashboard/scan-terminal/__tests__/runwayObservationTab.test.ts

  • Modify: frontend/components/dashboard/scan-terminal/ScanTerminalShellParts.tsx

  • Modify: frontend/components/dashboard/ScanTerminalDashboard.tsx

  • Modify: frontend/lib/dashboard-types.ts

  • Modify: frontend/components/dashboard/monitoring/monitor-temperature.ts

  • Modify: frontend/components/dashboard/monitoring/MonitorPanel.tsx

  • Step 1: Write failing frontend business-state test

Add a source-scan test asserting ScanTerminalContentView includes runway, dashboard has a 跑道观测 tab, and the panel includes AMSC AWOS plus TDZ/MID/END labels.

  • Step 2: Run red frontend test

Run: cd frontend; npm run test:business Expected: FAIL because the runway tab/panel strings do not exist yet.

  • Step 3: Implement tab and panel

Add runway view next to Monitor. The panel fetches domestic whitelist details with ensureCityDetail(key, false, "panel"), displays city cards with runway rows and local-time labels, and uses a not-available message for cities without AMSC data.

  • Step 4: Run green frontend checks

Run: cd frontend; npm run test:business; npm run typecheck Expected: PASS.

Task 4: Final verification and publish

Files:

  • All changed files from Tasks 1-3.

  • Step 1: Full verification

Run backend tests, Python compile, frontend business tests, typecheck, and build.

  • Step 2: Completion audit

Map user requirement “国内几个城市的机场跑道温度，放在市场监控旁边 Tab” to changed backend source, frontend tab, tests, and build evidence.

  • Step 3: Commit/push/deploy

If verification passes, commit, push main, and rely on configured deployment.

Reference in New Issue View Git Blame Copy Permalink