ec78be0bda
센서1·3(누수 노드)에 PMS7003 를 온습도와 동일 sensor_id 로 통합하고 metric_type='pms7003'
로 구분해 수집한다. LED 는 스위칭 없이 상시 점등 방식으로 확정.
- raspberry_pi4_pms7003/: PMS7003 노드 풀세트(드라이버·센서·install·systemd·vendor·배선·연결테스트·프레임 단위테스트)
- 서버: evaluate_metric_thresholds() 에 pm25/pm10 선택 인자 추가(온습도 전용 호출 후방호환),
sensor_data.php 수집 경로에 pms7003 metric 반영, config.php/예시에 PM 임계 추가
- SQL: migration_pms7003.sql · schema_sht30.sql 정합, tools/migration_leak_add_{pms7003,sht30} 마이그레이터
- tests/pm_threshold_test.php + run_tests.sh 러너 등록
- .gitignore: 노드별 config_local.py 커밋 차단
42 lines
2.2 KiB
Python
42 lines
2.2 KiB
Python
# =============================================================================
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# config_local.example.py - Operational / secret-value template (Pi 4 PMS7003 particulate-matter module)
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#
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# Usage: cp config_local.example.py config_local.py
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# -> Fill in the real values and save. Never commit config_local.py
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# (it is excluded via .gitignore).
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#
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# WARNING: Server compatibility
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# This module reports PMS7003 particulate-matter (PM1.0/PM2.5/PM10, ug/m3) readings to the
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# cafe24 server php/api/sensor_data.php. The server requires a raw-body signature:
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# X-Signature = lowercase_hex(HMAC-SHA256(key=API_KEY, msg=request body bytes))
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# -> API_KEY must be "exactly identical" to API_KEY in the server config.local.php.
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# Threshold decisions (high PM2.5 / PM10), SMS, and the dashboard are all done by the server.
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# =============================================================================
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# -----------------------------------------------
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# Server API endpoint (receiving server = cafe24 php/)
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# Web root per INSTALL_PI_SERVER.md: public_html/raspi_leck_detecter/
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# -----------------------------------------------
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API_URL = "https://YOUR_SERVER/raspi_leck_detecter/api/sensor_data.php"
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# -----------------------------------------------
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# Shared secret key - must be exactly identical to API_KEY in the server config.local.php. Never commit.
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# -----------------------------------------------
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API_KEY = "CHANGE_ME"
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# -----------------------------------------------
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# Device identification. The PMS7003 co-locates on an EXISTING leak node and reports under the
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# SAME sensor_id as that node's leak sensor (distinguished by metric_type="pms7003").
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# - Pi-C leak node: keep the config.py default (SENSOR_ID=3) - leave SENSOR_ID commented out.
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# - id=1 leak node: uncomment and set SENSOR_ID=1 (and an appropriate SENSOR_NAME).
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# -----------------------------------------------
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DEVICE_ID = "rpi4-pms7003-01"
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DEVICE_LOCATION = "Server Room"
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# -----------------------------------------------
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# Per-device overrides (optional). Uncomment on the id=1 node.
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# -----------------------------------------------
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# SENSOR_ID = 1
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# SENSOR_NAME = "Sensor 1 (PMS7003)"
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# REPORT_INTERVAL = 600
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# UART_PORT = "/dev/serial0"
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