Enum RegisterARM

#[repr(C)]
pub enum RegisterARM {
    INVALID = 0,
    APSR = 1,
    APSR_NZCV = 2,
    CPSR = 3,
    FPEXC = 4,
    FPINST = 5,
    FPSCR = 6,
    FPSCR_NZCV = 7,
    FPSID = 8,
    ITSTATE = 9,
    LR = 10,
    PC = 11,
    SP = 12,
    SPSR = 13,
    D0 = 14,
    D1 = 15,
    D2 = 16,
    D3 = 17,
    D4 = 18,
    D5 = 19,
    D6 = 20,
    D7 = 21,
    D8 = 22,
    D9 = 23,
    D10 = 24,
    D11 = 25,
    D12 = 26,
    D13 = 27,
    D14 = 28,
    D15 = 29,
    D16 = 30,
    D17 = 31,
    D18 = 32,
    D19 = 33,
    D20 = 34,
    D21 = 35,
    D22 = 36,
    D23 = 37,
    D24 = 38,
    D25 = 39,
    D26 = 40,
    D27 = 41,
    D28 = 42,
    D29 = 43,
    D30 = 44,
    D31 = 45,
    FPINST2 = 46,
    MVFR0 = 47,
    MVFR1 = 48,
    MVFR2 = 49,
    Q0 = 50,
    Q1 = 51,
    Q2 = 52,
    Q3 = 53,
    Q4 = 54,
    Q5 = 55,
    Q6 = 56,
    Q7 = 57,
    Q8 = 58,
    Q9 = 59,
    Q10 = 60,
    Q11 = 61,
    Q12 = 62,
    Q13 = 63,
    Q14 = 64,
    Q15 = 65,
    R0 = 66,
    R1 = 67,
    R2 = 68,
    R3 = 69,
    R4 = 70,
    R5 = 71,
    R6 = 72,
    R7 = 73,
    R8 = 74,
    SB = 75,
    SL = 76,
    FP = 77,
    IP = 78,
    S0 = 79,
    S1 = 80,
    S2 = 81,
    S3 = 82,
    S4 = 83,
    S5 = 84,
    S6 = 85,
    S7 = 86,
    S8 = 87,
    S9 = 88,
    S10 = 89,
    S11 = 90,
    S12 = 91,
    S13 = 92,
    S14 = 93,
    S15 = 94,
    S16 = 95,
    S17 = 96,
    S18 = 97,
    S19 = 98,
    S20 = 99,
    S21 = 100,
    S22 = 101,
    S23 = 102,
    S24 = 103,
    S25 = 104,
    S26 = 105,
    S27 = 106,
    S28 = 107,
    S29 = 108,
    S30 = 109,
    S31 = 110,
}

Variants

INVALID = 0

APSR = 1

APSR_NZCV = 2

CPSR = 3

FPEXC = 4

FPINST = 5

FPSCR = 6

FPSCR_NZCV = 7

FPSID = 8

ITSTATE = 9

LR = 10

PC = 11

SP = 12

SPSR = 13

D0 = 14

D1 = 15

D2 = 16

D3 = 17

D4 = 18

D5 = 19

D6 = 20

D7 = 21

D8 = 22

D9 = 23

D10 = 24

D11 = 25

D12 = 26

D13 = 27

D14 = 28

D15 = 29

D16 = 30

D17 = 31

D18 = 32

D19 = 33

D20 = 34

D21 = 35

D22 = 36

D23 = 37

D24 = 38

D25 = 39

D26 = 40

D27 = 41

D28 = 42

D29 = 43

D30 = 44

D31 = 45

FPINST2 = 46

MVFR0 = 47

MVFR1 = 48

MVFR2 = 49

Q0 = 50

Q1 = 51

Q2 = 52

Q3 = 53

Q4 = 54

Q5 = 55

Q6 = 56

Q7 = 57

Q8 = 58

Q9 = 59

Q10 = 60

Q11 = 61

Q12 = 62

Q13 = 63

Q14 = 64

Q15 = 65

R0 = 66

R1 = 67

R2 = 68

R3 = 69

R4 = 70

R5 = 71

R6 = 72

R7 = 73

R8 = 74

SB = 75

SL = 76

FP = 77

IP = 78

S0 = 79

S1 = 80

S2 = 81

S3 = 82

S4 = 83

S5 = 84

S6 = 85

S7 = 86

S8 = 87

S9 = 88

S10 = 89

S11 = 90

S12 = 91

S13 = 92

S14 = 93

S15 = 94

S16 = 95

S17 = 96

S18 = 97

S19 = 98

S20 = 99

S21 = 100

S22 = 101

S23 = 102

S24 = 103

S25 = 104

S26 = 105

S27 = 106

S28 = 107

S29 = 108

S30 = 109

S31 = 110

Trait Implementations

impl Clone for RegisterARM

fn clone(&self) -> RegisterARM

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Debug for RegisterARM

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

Formats the value using the given formatter.

impl PartialEq for RegisterARM

fn eq(&self, other: &RegisterARM) -> 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 Register for RegisterARM

fn to_i32(&self) -> i32

impl Copy for RegisterARM

impl StructuralPartialEq for RegisterARM