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UPS check and runtime monitoring

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saqriphnix 2024-08-17 00:00:16 +03:00
parent fd2624040c
commit 3a02adde56
3 changed files with 64 additions and 2 deletions
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54
misc/checks.py
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@ -1,5 +1,8 @@
from datetime import timedelta
from alerting import alerts
from misc import sensors, vuln
from misc.enums import UPSStatus
IS_TESTING = False
@ -92,3 +95,54 @@ async def vuln_check() -> list[alerts.Alert]:
)
alert_list.append(alert)
return alert_list
async def ups_check() -> list[alerts.Alert]:
sensor = sensors.Sensors.get_ups()
alert_list = []
if IS_TESTING or sensor.battery_charge_percentage < sensor.battery_critical_percentage:
alert_list.append(alerts.Alert(
alert_type=alerts.AlertType.UPS,
message=f"Battery is under {sensor.battery_critical_percentage}%\n{sensor.battery_charge_percentage}% ({timedelta(seconds=sensor.battery_runtime)} remaining.",
severity=alerts.Severity.CRITICAL
))
elif IS_TESTING or sensor.battery_charge_percentage < sensor.battery_warning_percentage:
alert_list.append(alerts.Alert(
alert_type=alerts.AlertType.UPS,
message=f"Battery is under {sensor.battery_warning_percentage}%\n{sensor.battery_charge_percentage}% ({timedelta(seconds=sensor.battery_runtime)} remaining.",
severity=alerts.Severity.WARNING
))
elif IS_TESTING or sensor.ups_status == UPSStatus.ON_BATTERY:
alert_list.append(alerts.Alert(
alert_type=alerts.AlertType.UPS,
message=f"UPS is on battery.\n{sensor.battery_charge_percentage}% ({timedelta(seconds=sensor.battery_runtime)}) remaining.",
severity=alerts.Severity.INFO
))
elif IS_TESTING or sensor.ups_status == UPSStatus.BATTERY_REPLACE:
alert_list.append(alerts.Alert(
alert_type=alerts.AlertType.UPS,
message=f"UPS battery needs to be replaced ASAP!",
severity=alerts.Severity.CRITICAL
))
elif IS_TESTING or sensor.ups_status == UPSStatus.UPS_OVERLOAD:
alert_list.append(alerts.Alert(
alert_type=alerts.AlertType.UPS,
message=f"UPS is overloaded!",
severity=alerts.Severity.CRITICAL
))
elif IS_TESTING or sensor.ups_status == UPSStatus.UPS_BYPASS:
alert_list.append(alerts.Alert(
alert_type=alerts.AlertType.UPS,
message=f"BYPASS MODE: Battery and connected devices are not protected from power outage!",
severity=alerts.Severity.WARNING
))
elif IS_TESTING or sensor.ups_status == UPSStatus.UPS_CALIBRATION:
alert_list.append(alerts.Alert(
alert_type=alerts.AlertType.UPS,
message=f"UPS is currently performing runtime calibration.",
severity=alerts.Severity.INFO
))
return alert_list

11
misc/sensors.py
View file

@ -36,6 +36,7 @@ class UPSSensor:
battery_charge_percentage: int = None
battery_warning_percentage: int = 20
battery_critical_percentage: int = 10
battery_runtime: int = 1000
class Sensors:
@ -121,9 +122,15 @@ class Sensors:
case "battery.charge":
sensor_data.battery_charge_percentage = int(value)
case "battery.charge.low":
sensor_data.battery_critical_percentage = int(value)
# ? in case we need to evaluate critical% from sensor
# sensor_data.battery_critical_percentage = int(value)
sensor_data.battery_critical_percentage = 25
case "battery.charge.warning":
sensor_data.battery_warning_percentage = int(value)
# ? in case we need to evaluate warning% from sensor
# sensor_data.battery_warning_percentage = int(value)
sensor_data.battery_warning_percentage = 50
case "battery.runtime":
sensor_data.battery_runtime = int(value)
case "ups.status":
sensor_data.ups_status = UPSStatus(value)
case _:

1
service.py
View file

@ -47,6 +47,7 @@ async def main():
checkers = (
checker(checks.temp_check, 5 * MINUTE, client),
checker(checks.cpu_check, 5 * MINUTE, client),
checker(checks.ups_check, 5 * MINUTE, client),
checker(checks.ram_check, 1 * MINUTE, client),
checker(checks.vuln_check, 1 * DAY, client),
)