Enum Arcade 

#[non_exhaustive]
pub enum Arcade {
    GeneralPurposeIOCard,
    CoinDoor,
    WatchdogTimer,
    GeneralPurposeAnalogInputState,
    GeneralPurposeDigitalInputState,
    GeneralPurposeOpticalInputState,
    GeneralPurposeDigitalOutputState,
    NumberofCoinDoors,
    CoinDrawerDropCount,
    CoinDrawerStart,
    CoinDrawerService,
    CoinDrawerTilt,
    CoinDoorTest,
    CoinDoorLockout,
    WatchdogTimeout,
    WatchdogAction,
    WatchdogReboot,
    WatchdogRestart,
    AlarmInput,
    CoinDoorCounter,
    IODirectionMapping,
    SetIODirectionMapping,
    ExtendedOpticalInputState,
    PinPadInputState,
    PinPadStatus,
    PinPadOutput,
    PinPadCommand,
}

Usage Page 0x91: “Arcade”

This enum is autogenerated from the HID Usage Tables.

let u1 = Usage::Arcade(Arcade::CoinDoor);
let u2 = Usage::new_from_page_and_id(0x91, 0x2).unwrap();
let u3 = Usage::from(Arcade::CoinDoor);
let u4: Usage = Arcade::CoinDoor.into();
assert_eq!(u1, u2);
assert_eq!(u1, u3);
assert_eq!(u1, u4);

assert!(matches!(u1.usage_page(), UsagePage::Arcade));
assert_eq!(0x91, u1.usage_page_value());
assert_eq!(0x2, u1.usage_id_value());
assert_eq!((0x91 << 16) | 0x2, u1.usage_value());
assert_eq!("Coin Door", 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.

GeneralPurposeIOCard

Usage ID 0x1: “General Purpose IO Card”

CoinDoor

Usage ID 0x2: “Coin Door”

WatchdogTimer

Usage ID 0x3: “Watchdog Timer”

GeneralPurposeAnalogInputState

Usage ID 0x30: “General Purpose Analog Input State”

GeneralPurposeDigitalInputState

Usage ID 0x31: “General Purpose Digital Input State”

GeneralPurposeOpticalInputState

Usage ID 0x32: “General Purpose Optical Input State”

GeneralPurposeDigitalOutputState

Usage ID 0x33: “General Purpose Digital Output State”

NumberofCoinDoors

Usage ID 0x34: “Number of Coin Doors”

CoinDrawerDropCount

Usage ID 0x35: “Coin Drawer Drop Count”

CoinDrawerStart

Usage ID 0x36: “Coin Drawer Start”

CoinDrawerService

Usage ID 0x37: “Coin Drawer Service”

CoinDrawerTilt

Usage ID 0x38: “Coin Drawer Tilt”

CoinDoorTest

Usage ID 0x39: “Coin Door Test”

CoinDoorLockout

Usage ID 0x40: “Coin Door Lockout”

WatchdogTimeout

Usage ID 0x41: “Watchdog Timeout”

WatchdogAction

Usage ID 0x42: “Watchdog Action”

WatchdogReboot

Usage ID 0x43: “Watchdog Reboot”

WatchdogRestart

Usage ID 0x44: “Watchdog Restart”

AlarmInput

Usage ID 0x45: “Alarm Input”

CoinDoorCounter

Usage ID 0x46: “Coin Door Counter”

IODirectionMapping

Usage ID 0x47: “I/O Direction Mapping”

SetIODirectionMapping

Usage ID 0x48: “Set I/O Direction Mapping”

ExtendedOpticalInputState

Usage ID 0x49: “Extended Optical Input State”

PinPadInputState

Usage ID 0x4A: “Pin Pad Input State”

PinPadStatus

Usage ID 0x4B: “Pin Pad Status”

PinPadOutput

Usage ID 0x4C: “Pin Pad Output”

PinPadCommand

Usage ID 0x4D: “Pin Pad Command”

Implementations

impl Arcade

pub fn name(&self) -> String

Trait Implementations

impl AsUsage for Arcade

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::Arcade(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 Arcade

fn usage_page_value(&self) -> u16

Returns the 16 bit value of this UsagePage

This value is 0x91 for Arcade

fn usage_page(&self) -> UsagePage

Returns UsagePage::Arcade]

impl BitOr<u16> for Arcade

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 Debug for Arcade

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

Formats the value using the given formatter.

impl Display for Arcade

Available on crate feature std only.

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

Formats the value using the given formatter.

impl From<&Arcade> for Usage

fn from(arcade: &Arcade) -> Usage

Converts to this type from the input type.

impl From<&Arcade> for UsagePage

fn from(_: &Arcade) -> UsagePage

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

impl From<&Arcade> for u16

fn from(arcade: &Arcade) -> u16

Converts to this type from the input type.

impl From<&Arcade> for u32

fn from(arcade: &Arcade) -> u32

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

impl From<Arcade> for Usage

fn from(arcade: Arcade) -> Usage

Converts to this type from the input type.

impl From<Arcade> for UsagePage

fn from(_: Arcade) -> UsagePage

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

impl From<Arcade> for u16

fn from(arcade: Arcade) -> u16

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

impl TryFrom<u16> for Arcade

type Error = HutError

The type returned in the event of a conversion error.

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

Performs the conversion.