     }
 
     print("-- Power --")
-    print("AC Present:       \(colorBoolOutput(information.isACPresent))")
-    print("Battery Powered:  \(colorBoolOutput(information.isBatteryPowered))")
-    print("Charging:         \(colorBoolOutput(information.isCharging))")
-    print("Battery Ok:       \(colorBoolOutput(information.isBatteryOk))")
+    print("AC Present:       \(colorBoolOutput(value: information.isACPresent))")
+    print("Battery Powered:  \(colorBoolOutput(value: information.isBatteryPowered))")
+    print("Charging:         \(colorBoolOutput(value: information.isCharging))")
+    print("Battery Ok:       \(colorBoolOutput(value: information.isBatteryOk))")
     print("Battery Count:    \(information.batteryCount)")
 }
 



    for sensor in sensors {
        let padding = String(count: longestSensorNameCount -
                                    sensor.name.characters.count,
                             repeatedValue: Character(" "))

        let smcKey  = CLIDisplayKeysOption.wasSet ? "(\(sensor.code.toString()))" : ""
        print("\(sensor.name + padding)   \(smcKey)  ", terminator: "")



if let fanId = CLIFanIdOption.value, let fanSpeed = CLIFanSpeedOption.value {
    setMinFanSpeed(fanId: fanId, fanSpeed: fanSpeed)
}
else if CLIFanIdOption.wasSet != CLIFanSpeedOption.wasSet {
    print("Usage: Must set fan number (-n) AND fan speed (-s)")
}


if let key = CLICheckKeyOption.value { checkKey(key: key) }

if CLITemperatureOption.wasSet        { printTemperatureInformation() }
if CLIUnknownTemperatureOption.wasSet { printTemperatureInformation(known: false) }
if CLIFanOption.wasSet                { printFanInformation()         }
if CLIPowerOption.wasSet              { printPowerInformation()       }
if CLIMiscOption.wasSet               { printMiscInformation()        }
