Enum BatterySystem 

#[non_exhaustive]
#[repr(u16)]
pub enum BatterySystem {
    SmartBatteryBatteryMode = 1,
    SmartBatteryBatteryStatus = 2,
    SmartBatteryAlarmWarning = 3,
    SmartBatteryChargerMode = 4,
    SmartBatteryChargerStatus = 5,
    SmartBatteryChargerSpecInfo = 6,
    SmartBatterySelectorState = 7,
    SmartBatterySelectorPresets = 8,
    SmartBatterySelectorInfo = 9,
    OptionalMfgFunction1 = 16,
    OptionalMfgFunction2 = 17,
    OptionalMfgFunction3 = 18,
    OptionalMfgFunction4 = 19,
    OptionalMfgFunction5 = 20,
    ConnectionToSMBus = 21,
    OutputConnection = 22,
    ChargerConnection = 23,
    BatteryInsertion = 24,
    UseNext = 25,
    OKToUse = 26,
    BatterySupported = 27,
    SelectorRevision = 28,
    ChargingIndicator = 29,
    ManufacturerAccess = 40,
    RemainingCapacityLimit = 41,
    RemainingTimeLimit = 42,
    AtRate = 43,
    CapacityMode = 44,
    BroadcastToCharger = 45,
    PrimaryBattery = 46,
    ChargeController = 47,
    TerminateCharge = 64,
    TerminateDischarge = 65,
    BelowRemainingCapacityLimit = 66,
    RemainingTimeLimitExpired = 67,
    Charging = 68,
    Discharging = 69,
    FullyCharged = 70,
    FullyDischarged = 71,
    ConditioningFlag = 72,
    AtRateOK = 73,
    SmartBatteryErrorCode = 74,
    NeedReplacement = 75,
    AtRateTimeToFull = 96,
    AtRateTimeToEmpty = 97,
    AverageCurrent = 98,
    MaxError = 99,
    RelativeStateOfCharge = 100,
    AbsoluteStateOfCharge = 101,
    RemainingCapacity = 102,
    FullChargeCapacity = 103,
    RunTimeToEmpty = 104,
    AverageTimeToEmpty = 105,
    AverageTimeToFull = 106,
    CycleCount = 107,
    BatteryPackModelLevel = 128,
    InternalChargeController = 129,
    PrimaryBatterySupport = 130,
    DesignCapacity = 131,
    SpecificationInfo = 132,
    ManufactureDate = 133,
    SerialNumber = 134,
    iManufacturerName = 135,
    iDeviceName = 136,
    iDeviceChemistry = 137,
    ManufacturerData = 138,
    Rechargable = 139,
    WarningCapacityLimit = 140,
    CapacityGranularity1 = 141,
    CapacityGranularity2 = 142,
    iOEMInformation = 143,
    InhibitCharge = 192,
    EnablePolling = 193,
    ResetToZero = 194,
    ACPresent = 208,
    BatteryPresent = 209,
    PowerFail = 210,
    AlarmInhibited = 211,
    ThermistorUnderRange = 212,
    ThermistorHot = 213,
    ThermistorCold = 214,
    ThermistorOverRange = 215,
    VoltageOutOfRange = 216,
    CurrentOutOfRange = 217,
    CurrentNotRegulated = 218,
    VoltageNotRegulated = 219,
    MasterMode = 220,
    ChargerSelectorSupport = 240,
    ChargerSpec = 241,
    Level2 = 242,
    Level3 = 243,
}

Usage Page 0x85: “Battery System”

This enum is autogenerated from the HID Usage Tables.

let u1 = Usage::BatterySystem(BatterySystem::SmartBatteryBatteryStatus);
let u2 = Usage::new_from_page_and_id(0x85, 0x2).unwrap();
let u3 = Usage::from(BatterySystem::SmartBatteryBatteryStatus);
let u4: Usage = BatterySystem::SmartBatteryBatteryStatus.into();
assert_eq!(u1, u2);
assert_eq!(u1, u3);
assert_eq!(u1, u4);

assert!(matches!(u1.usage_page(), UsagePage::BatterySystem));
assert_eq!(0x85, u1.usage_page_value());
assert_eq!(0x2, u1.usage_id_value());
assert_eq!((0x85 << 16) | 0x2, u1.usage_value());
assert_eq!("Smart Battery Battery Status", u1.name());

Variants (Non-exhaustive)

Non-exhaustive enums could have additional variants added in future. Therefore, when matching against variants of non-exhaustive enums, an extra wildcard arm must be added to account for any future variants.

SmartBatteryBatteryMode = 1

Usage ID 0x1: “Smart Battery Battery Mode”

SmartBatteryBatteryStatus = 2

Usage ID 0x2: “Smart Battery Battery Status”

SmartBatteryAlarmWarning = 3

Usage ID 0x3: “Smart Battery Alarm Warning”

SmartBatteryChargerMode = 4

Usage ID 0x4: “Smart Battery Charger Mode”

SmartBatteryChargerStatus = 5

Usage ID 0x5: “Smart Battery Charger Status”

SmartBatteryChargerSpecInfo = 6

Usage ID 0x6: “Smart Battery Charger Spec Info”

SmartBatterySelectorState = 7

Usage ID 0x7: “Smart Battery Selector State”

SmartBatterySelectorPresets = 8

Usage ID 0x8: “Smart Battery Selector Presets”

SmartBatterySelectorInfo = 9

Usage ID 0x9: “Smart Battery Selector Info”

OptionalMfgFunction1 = 16

Usage ID 0x10: “Optional Mfg Function 1”

OptionalMfgFunction2 = 17

Usage ID 0x11: “Optional Mfg Function 2”

OptionalMfgFunction3 = 18

Usage ID 0x12: “Optional Mfg Function 3”

OptionalMfgFunction4 = 19

Usage ID 0x13: “Optional Mfg Function 4”

OptionalMfgFunction5 = 20

Usage ID 0x14: “Optional Mfg Function 5”

ConnectionToSMBus = 21

Usage ID 0x15: “Connection To SM Bus”

OutputConnection = 22

Usage ID 0x16: “Output Connection”

ChargerConnection = 23

Usage ID 0x17: “Charger Connection”

BatteryInsertion = 24

Usage ID 0x18: “Battery Insertion”

UseNext = 25

Usage ID 0x19: “Use Next”

OKToUse = 26

Usage ID 0x1A: “OK To Use”

BatterySupported = 27

Usage ID 0x1B: “Battery Supported”

SelectorRevision = 28

Usage ID 0x1C: “Selector Revision”

ChargingIndicator = 29

Usage ID 0x1D: “Charging Indicator”

ManufacturerAccess = 40

Usage ID 0x28: “Manufacturer Access”

RemainingCapacityLimit = 41

Usage ID 0x29: “Remaining Capacity Limit”

RemainingTimeLimit = 42

Usage ID 0x2A: “Remaining Time Limit”

AtRate = 43

Usage ID 0x2B: “At Rate”

CapacityMode = 44

Usage ID 0x2C: “Capacity Mode”

BroadcastToCharger = 45

Usage ID 0x2D: “Broadcast To Charger”

PrimaryBattery = 46

Usage ID 0x2E: “Primary Battery”

ChargeController = 47

Usage ID 0x2F: “Charge Controller”

TerminateCharge = 64

Usage ID 0x40: “Terminate Charge”

TerminateDischarge = 65

Usage ID 0x41: “Terminate Discharge”

BelowRemainingCapacityLimit = 66

Usage ID 0x42: “Below Remaining Capacity Limit”

RemainingTimeLimitExpired = 67

Usage ID 0x43: “Remaining Time Limit Expired”

Charging = 68

Usage ID 0x44: “Charging”

Discharging = 69

Usage ID 0x45: “Discharging”

FullyCharged = 70

Usage ID 0x46: “Fully Charged”

FullyDischarged = 71

Usage ID 0x47: “Fully Discharged”

ConditioningFlag = 72

Usage ID 0x48: “Conditioning Flag”

AtRateOK = 73

Usage ID 0x49: “At Rate OK”

SmartBatteryErrorCode = 74

Usage ID 0x4A: “Smart Battery Error Code”

NeedReplacement = 75

Usage ID 0x4B: “Need Replacement”

AtRateTimeToFull = 96

Usage ID 0x60: “At Rate Time To Full”

AtRateTimeToEmpty = 97

Usage ID 0x61: “At Rate Time To Empty”

AverageCurrent = 98

Usage ID 0x62: “Average Current”

MaxError = 99

Usage ID 0x63: “Max Error”

RelativeStateOfCharge = 100

Usage ID 0x64: “Relative State Of Charge”

AbsoluteStateOfCharge = 101

Usage ID 0x65: “Absolute State Of Charge”

RemainingCapacity = 102

Usage ID 0x66: “Remaining Capacity”

FullChargeCapacity = 103

Usage ID 0x67: “Full Charge Capacity”

RunTimeToEmpty = 104

Usage ID 0x68: “Run Time To Empty”

AverageTimeToEmpty = 105

Usage ID 0x69: “Average Time To Empty”

AverageTimeToFull = 106

Usage ID 0x6A: “Average Time To Full”

CycleCount = 107

Usage ID 0x6B: “Cycle Count”

BatteryPackModelLevel = 128

Usage ID 0x80: “Battery Pack Model Level”

InternalChargeController = 129

Usage ID 0x81: “Internal Charge Controller”

PrimaryBatterySupport = 130

Usage ID 0x82: “Primary Battery Support”

DesignCapacity = 131

Usage ID 0x83: “Design Capacity”

SpecificationInfo = 132

Usage ID 0x84: “Specification Info”

ManufactureDate = 133

Usage ID 0x85: “Manufacture Date”

SerialNumber = 134

Usage ID 0x86: “Serial Number”

iManufacturerName = 135

Usage ID 0x87: “iManufacturer Name”

iDeviceName = 136

Usage ID 0x88: “iDevice Name”

iDeviceChemistry = 137

Usage ID 0x89: “iDevice Chemistry”

ManufacturerData = 138

Usage ID 0x8A: “Manufacturer Data”

Rechargable = 139

Usage ID 0x8B: “Rechargable”

WarningCapacityLimit = 140

Usage ID 0x8C: “Warning Capacity Limit”

CapacityGranularity1 = 141

Usage ID 0x8D: “Capacity Granularity 1”

CapacityGranularity2 = 142

Usage ID 0x8E: “Capacity Granularity 2”

iOEMInformation = 143

Usage ID 0x8F: “iOEM Information”

InhibitCharge = 192

Usage ID 0xC0: “Inhibit Charge”

EnablePolling = 193

Usage ID 0xC1: “Enable Polling”

ResetToZero = 194

Usage ID 0xC2: “Reset To Zero”

ACPresent = 208

Usage ID 0xD0: “AC Present”

BatteryPresent = 209

Usage ID 0xD1: “Battery Present”

PowerFail = 210

Usage ID 0xD2: “Power Fail”

AlarmInhibited = 211

Usage ID 0xD3: “Alarm Inhibited”

ThermistorUnderRange = 212

Usage ID 0xD4: “Thermistor Under Range”

ThermistorHot = 213

Usage ID 0xD5: “Thermistor Hot”

ThermistorCold = 214

Usage ID 0xD6: “Thermistor Cold”

ThermistorOverRange = 215

Usage ID 0xD7: “Thermistor Over Range”

VoltageOutOfRange = 216

Usage ID 0xD8: “Voltage Out Of Range”

CurrentOutOfRange = 217

Usage ID 0xD9: “Current Out Of Range”

CurrentNotRegulated = 218

Usage ID 0xDA: “Current Not Regulated”

VoltageNotRegulated = 219

Usage ID 0xDB: “Voltage Not Regulated”

MasterMode = 220

Usage ID 0xDC: “Master Mode”

ChargerSelectorSupport = 240

Usage ID 0xF0: “Charger Selector Support”

ChargerSpec = 241

Usage ID 0xF1: “Charger Spec”

Level2 = 242

Usage ID 0xF2: “Level 2”

Level3 = 243

Usage ID 0xF3: “Level 3”

Implementations

impl BatterySystem

pub fn name(&self) -> String

Trait Implementations

impl AsUsage for BatterySystem

fn usage_value(&self) -> u32

Returns the 32 bit Usage value of this Usage

fn usage_id_value(&self) -> u16

Returns the 16 bit Usage ID value of this Usage

fn usage(&self) -> Usage

Returns this usage as Usage::BatterySystem(self) This is a convenience function to avoid having to implement From for every used type in the caller.

let gd_x = GenericDesktop::X;
let usage = Usage::from(GenericDesktop::X);
assert!(matches!(gd_x.usage(), usage));

impl AsUsagePage for BatterySystem

fn usage_page_value(&self) -> u16

Returns the 16 bit value of this UsagePage

This value is 0x85 for BatterySystem

fn usage_page(&self) -> UsagePage

Returns UsagePage::BatterySystem]

impl BitOr<u16> for BatterySystem

fn bitor(self, usage: u16) -> Usage

A convenience function to combine a Usage Page with a value.

This function panics if the Usage ID value results in an unknown Usage. Where error checking is required, use UsagePage::to_usage_from_value.

type Output = Usage

The resulting type after applying the | operator.

impl Clone for BatterySystem

fn clone(&self) -> BatterySystem

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for BatterySystem

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Display for BatterySystem

Available on crate feature std only.

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl From<&BatterySystem> for Usage

fn from(batterysystem: &BatterySystem) -> Usage

Converts to this type from the input type.

impl From<&BatterySystem> for UsagePage

fn from(_: &BatterySystem) -> UsagePage

Always returns UsagePage::BatterySystem and is identical to BatterySystem::usage_page().

impl From<&BatterySystem> for u16

fn from(batterysystem: &BatterySystem) -> u16

Converts to this type from the input type.

impl From<&BatterySystem> for u32

fn from(batterysystem: &BatterySystem) -> u32

Returns the 32 bit value of this usage. This is identical to BatterySystem::usage_value().

impl From<BatterySystem> for Usage

fn from(batterysystem: BatterySystem) -> Usage

Converts to this type from the input type.

impl From<BatterySystem> for UsagePage

fn from(_: BatterySystem) -> UsagePage

Always returns UsagePage::BatterySystem and is identical to BatterySystem::usage_page().

impl From<BatterySystem> for u16

fn from(batterysystem: BatterySystem) -> u16

Returns the 16bit value of this usage. This is identical to BatterySystem::usage_page_value().

impl Hash for BatterySystem

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given Hasher.

fn hash_slice<H>(data: &[Self], state: &mut H)

where H: Hasher, Self: Sized,

Feeds a slice of this type into the given Hasher.

impl PartialEq for BatterySystem

fn eq(&self, other: &BatterySystem) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl TryFrom<u16> for BatterySystem

type Error = HutError

The type returned in the event of a conversion error.

fn try_from(usage_id: u16) -> Result<BatterySystem, HutError>

Performs the conversion.

impl Copy for BatterySystem

impl Eq for BatterySystem

impl StructuralPartialEq for BatterySystem