import time

# Modbus configuration
MODBUS_HOSTS = [
    {"ip": "10.84.60.31",  "location": "Warehouse-B", "type": "temperature_humidity"},
    {"ip": "10.84.60.32",  "location": "Warehouse-C", "type": "temperature_humidity"},
    {"ip": "10.84.60.33",  "location": "Dyeing-Kitchen", "type": "temperature_humidity"},
    {"ip": "10.84.60.34",  "location": "Second-Floor", "type": "temperature_humidity"},
    {"ip": "10.84.60.35",  "location": "Warehouse-A", "type": "temperature_humidity"},
    {"ip": "10.84.60.36",  "location": "Lab-Room", "type": "temperature_humidity"},
    {"ip": "10.84.60.37",  "location": "Office", "type": "cwt_co2"},
]
MODBUS_PORT = 505
UNIT_ID = 1

# MQTT configuration
MQTT_BROKER = "mqtt.service.mesh"
MQTT_PORT = 1883
# Legacy topic - now using dynamic topic structure: {location}/{sensor_type}/data
MQTT_TOPIC = "Temperature_Humidity"  # Keep for backward compatibility
MQTT_CLIENT_ID = f"modbus-mqtt-client-{int(time.time())}"
MQTT_USERNAME = "relay"
MQTT_PASSWORD = "Sey@K9c&Q4^"

# Read and publish cycle configuration (seconds)
PUBLISH_INTERVAL = 10

# Health check and alerting configuration
HEALTH_CHECK_PORT = 8080
HEALTH_CHECK_ENABLED = True

# Alerting configuration
ALERTING_ENABLED = True
SENSOR_TIMEOUT_THRESHOLD = 3  # Number of consecutive failures before alert
RECOVERY_CONFIRMATION_COUNT = 2  # Number of consecutive successes to confirm recovery