Enum LogicalKey

#[repr(i32)]
pub enum LogicalKey {
    Unknown = 0,
    Number0 = 1,
    Number1 = 2,
    Number2 = 3,
    Number3 = 4,
    Number4 = 5,
    Number5 = 6,
    Number6 = 7,
    Number7 = 8,
    Number8 = 9,
    Number9 = 10,
    Comma = 11,
    Period = 12,
    Semicolon = 13,
    Pipe = 14,
    Quote = 15,
    DecimalSeparator = 16,
    ThousandsSeparator = 17,
    A = 18,
    B = 19,
    C = 20,
    D = 21,
    E = 22,
    F = 23,
    G = 24,
    H = 25,
    I = 26,
    J = 27,
    K = 28,
    L = 29,
    M = 30,
    N = 31,
    O = 32,
    P = 33,
    Q = 34,
    R = 35,
    S = 36,
    T = 37,
    U = 38,
    V = 39,
    W = 40,
    X = 41,
    Y = 42,
    Z = 43,
    Space = 44,
    Backspace = 45,
    Enter = 46,
    Tab = 47,
    BackTab = 48,
    Escape = 49,
    CapsLock = 50,
    NumLock = 51,
    PrintScreen = 52,
    ScrollLock = 53,
    Break = 54,
    Insert = 55,
    Delete = 56,
    Home = 57,
    End = 58,
    PageUp = 59,
    PageDown = 60,
    Plus = 61,
    Minus = 62,
    Multiply = 63,
    Divide = 64,
    ArrowUp = 65,
    ArrowDown = 66,
    ArrowLeft = 67,
    ArrowRight = 68,
    Numpad0 = 69,
    Numpad1 = 70,
    Numpad2 = 71,
    Numpad3 = 72,
    Numpad4 = 73,
    Numpad5 = 74,
    Numpad6 = 75,
    Numpad7 = 76,
    Numpad8 = 77,
    Numpad9 = 78,
    NumpadDivide = 79,
    NumpadMultiply = 80,
    NumpadPlus = 81,
    NumpadMinus = 82,
    NumpadComma = 83,
    NumpadEnter = 84,
    F1 = 85,
    F2 = 86,
    F3 = 87,
    F4 = 88,
    F5 = 89,
    F6 = 90,
    F7 = 91,
    F8 = 92,
    F9 = 93,
    F10 = 94,
    F11 = 95,
    F12 = 96,
    VolumeUp = 97,
    VolumeDown = 98,
    Softkey1 = 99,
    Softkey2 = 100,
    Softkey3 = 101,
    Softkey4 = 102,
    Shift = 103,
    Control = 104,
    Alt = 105,
    Super = 106,
    Menu = 107,
    LeftAlt = 108,
    LeftControl = 109,
    LeftShift = 110,
    LeftSuper = 111,
    RightAlt = 112,
    RightControl = 113,
    RightShift = 114,
    RightSuper = 115,
    ButtonA = 116,
    ButtonB = 117,
    ButtonC = 118,
    ButtonX = 119,
    ButtonY = 120,
    ButtonZ = 121,
    ButtonL1 = 122,
    ButtonL2 = 123,
    ButtonR1 = 124,
    ButtonR2 = 125,
    ButtonSelect = 126,
    ButtonStart = 127,
    ButtonThumbL = 128,
    ButtonThumbR = 129,
    ButtonMode = 130,
    Max = 131,
}

Platform independent key enumeration.

Variants

Unknown = 0

Unknown keys are used for unmapped keys.

Number0 = 1

Identifies the 0 key.

Number1 = 2

Identifies the 1 key.

Number2 = 3

Identifies the 2 key.

Number3 = 4

Identifies the 3 key.

Number4 = 5

Identifies the 4 key.

Number5 = 6

Identifies the 5 key.

Number6 = 7

Identifies the 6 key.

Number7 = 8

Identifies the 7 key.

Number8 = 9

Identifies the 8 key.

Number9 = 10

Identifies the 9 key.

Comma = 11

Identifies the comma key.

Period = 12

Identifies the period key.

Semicolon = 13

Identifies the semicolon key.

Pipe = 14

Identifies the pipe key.

Quote = 15

Identifies the quote key.

DecimalSeparator = 16

Allows for the key mapping of a locale specific decimal separator.

ThousandsSeparator = 17

Allows for the key mapping of a locale specific thousands separator.

A = 18

Identifies the A key.

B = 19

Identifies the B key.

C = 20

Identifies the C key.

D = 21

Identifies the D key.

E = 22

Identifies the E key.

F = 23

Identifies the F key.

G = 24

Identifies the G key.

H = 25

Identifies the H key.

I = 26

Identifies the I key.

J = 27

Identifies the J key.

K = 28

Identifies the K key.

L = 29

Identifies the L key.

M = 30

Identifies the M key.

N = 31

Identifies the N key.

O = 32

Identifies the O key.

P = 33

Identifies the P key.

Q = 34

Identifies the Q key.

R = 35

Identifies the R key.

S = 36

Identifies the S key.

T = 37

Identifies the T key.

U = 38

Identifies the U key.

V = 39

Identifies the V key.

W = 40

Identifies the W key.

X = 41

Identifies the X key.

Y = 42

Identifies the Y key.

Z = 43

Identifies the Z key.

Space = 44

Identifies the white-space key.

Backspace = 45

Identifies the backspace key.

Enter = 46

Identifies the Enter key.

Tab = 47

Identifies the Tab key.

BackTab = 48

Identifies the Back Tab key.

Escape = 49

Identifies the Escape key.

CapsLock = 50

Identifies the CapsLock key.

NumLock = 51

Identifies the NumLock key.

PrintScreen = 52

Identifies the PrintScreen key.

ScrollLock = 53

Identifies the ScrollLock key.

Break = 54

Identifies the Break key.

Insert = 55

Identifies the Insert key.

Delete = 56

Identifies the Delete key.

Home = 57

Identifies the Home key.

End = 58

Identifies the End key.

PageUp = 59

Identifies the PageUp key.

PageDown = 60

Identifies the PageDown key.

Plus = 61

Identifies the plus key.

Minus = 62

Identifies the minus key.

Multiply = 63

Identifies the asterisk key.

Divide = 64

Identifies the slash key.

ArrowUp = 65

Identifies the arrow up key.

ArrowDown = 66

Identifies the arrow down key.

ArrowLeft = 67

Identifies the arrow left key.

ArrowRight = 68

Identifies the arrow right key.

Numpad0 = 69

Identifies the 0 key from the numeric keypad.

Numpad1 = 70

Identifies the 1 key from the numeric keypad.

Numpad2 = 71

Identifies the 2 key from the numeric keypad.

Numpad3 = 72

Identifies the 3 key from the numeric keypad.

Numpad4 = 73

Identifies the 4 key from the numeric keypad.

Numpad5 = 74

Identifies the 5 key from the numeric keypad.

Numpad6 = 75

Identifies the 6 key from the numeric keypad.

Numpad7 = 76

Identifies the 7 key from the numeric keypad.

Numpad8 = 77

Identifies the 8 key from the numeric keypad.

Numpad9 = 78

Identifies the 9 key from the numeric keypad.

NumpadDivide = 79

Identifies the slash key from the numeric keypad.

NumpadMultiply = 80

Identifies the asterisk key from the numeric keypad.

NumpadPlus = 81

Identifies the plus key from the numeric keypad.

NumpadMinus = 82

Identifies the minus key from the numeric keypad.

NumpadComma = 83

Identifies the comma key from the numeric keypad.

NumpadEnter = 84

Identifies the Enter key from the numeric keypad.

F1 = 85

Identifies the F1 function key.

F2 = 86

Identifies the F2 function key.

F3 = 87

Identifies the F3 function key.

F4 = 88

Identifies the F4 function key.

F5 = 89

Identifies the F5 function key.

F6 = 90

Identifies the F6 function key.

F7 = 91

Identifies the F7 function key.

F8 = 92

Identifies the F8 function key.

F9 = 93

Identifies the F9 function key.

F10 = 94

Identifies the F10 function key.

F11 = 95

Identifies the F11 function key.

F12 = 96

Identifies the F12 function key.

VolumeUp = 97

Identifies the volume up key.

VolumeDown = 98

Identifies the volume down key.

Softkey1 = 99

Identifies the first softkey button, typically present on a phone layout.

Softkey2 = 100

Identifies the second softkey button, typically present on a phone layout.

Softkey3 = 101

Identifies the third softkey button, typically present on a phone layout.

Softkey4 = 102

Identifies the fourth softkey button, typically present on a phone layout.

Shift = 103

Identifies the Shift modifier key.

Control = 104

Identifies the Control modifier key.

Alt = 105

Identifies the Alt modifier key.

Super = 106

Identifies the Super key. You can map Windows key on Windows OS, or Command key on Mac OS to it.

Menu = 107

Identifies the menu key on keyboards where the key is available. The key is also known as “hamburger button” on Android key layouts.

LeftAlt = 108

Identifies the left Alt modifier key.

LeftControl = 109

Identifies the left Control modifier key.

LeftShift = 110

Identifies the left Shift modifier key.

LeftSuper = 111

Identifies the left Super key.

RightAlt = 112

Identifies the right Alt modifier key.

RightControl = 113

Identifies the right Control modifier key.

RightShift = 114

Identifies the right Shift modifier key.

RightSuper = 115

Identifies the right Super key.

ButtonA = 116

Identifies the A button on game controllers.

ButtonB = 117

Identifies the B button on game controllers.

ButtonC = 118

Identifies the C button on game controllers.

ButtonX = 119

Identifies the X button on game controllers.

ButtonY = 120

Identifies the Y button on game controllers.

ButtonZ = 121

Identifies the Z button on game controllers.

ButtonL1 = 122

Identifies the L1 button on game controllers.

ButtonL2 = 123

Identifies the L2 button on game controllers.

ButtonR1 = 124

Identifies the R1 button on game controllers.

ButtonR2 = 125

Identifies the R2 button on game controllers.

ButtonSelect = 126

Identifies the select button on game controllers.

ButtonStart = 127

Identifies the start button on game controllers.

ButtonThumbL = 128

Identifies the ThumbL button on game controllers.

ButtonThumbR = 129

Identifies the ThumbR button on game controllers.

ButtonMode = 130

Identifies the mode button on game controllers.

Max = 131

Specifies the number of logical key values. When extended, the enum value must be kept as last element of the enumeration.

Implementations

impl LogicalKey

pub fn as_str(self) -> &'static str

pub fn convert(num: i32) -> LogicalKey

Trait Implementations

impl Clone for LogicalKey

fn clone(&self) -> LogicalKey

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for LogicalKey

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

Formats the value using the given formatter.

impl Display for LogicalKey

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

Formats the value using the given formatter.

impl PartialEq for LogicalKey

fn eq(&self, other: &LogicalKey) -> 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 VariantConstraint for LogicalKey

type DataArg<'a> = LogicalKey

Specifies the type of an argument that provides a value to Variant. Generally, this type matches Self, except for KanziString, Resource, and ResourceId.

type RetArg = LogicalKey

Specifies the type of the return value received from Variant. Generally, this type matches Self, except for Resource.

fn as_arg(&self) -> <LogicalKey as VariantConstraint>::DataArg<'_>

Converts Self to a type accepted by Variant::create or Object::set_property.

impl Copy for LogicalKey

impl Eq for LogicalKey

impl PropertyTypeConstraint for LogicalKey

impl StructuralPartialEq for LogicalKey