wag: github.com/tsavola/wag/internal/isa/arm/in Index | Files

package in

import "github.com/tsavola/wag/internal/isa/arm/in"

Index

Package Files

alias.go assume.go encode.go insn.go

Constants

❖
const (
    EQ  = Cond(0x0) // equal to
    NE  = Cond(0x1) // not equal to
    CS  = Cond(0x2) // carry set
    CC  = Cond(0x3) // carry clear
    MI  = Cond(0x4) // minus, negative
    PL  = Cond(0x5) // positive or zero
    VS  = Cond(0x6) // signed overflow
    VC  = Cond(0x7) // no signed overflow
    HI  = Cond(0x8) // greater than (unsigned)
    LS  = Cond(0x9) // less than or equal to (unsigned)
    GE  = Cond(0xa) // greater than or equal to (signed)
    LT  = Cond(0xb) // less than (signed)
    GT  = Cond(0xc) // greater than (signed)
    LE  = Cond(0xd) // less than or equal to (signed)

    HS  = CS // greater than or equal to (unsigned)
    LO  = CC // less than (unsigned)
)
❖
const (
    Unscaled = S(0 << 12)
    Scaled   = S(1 << 12)
)
❖
const (
    LSL = Shift(0 << 22)
    LSR = Shift(1 << 22)
    ASR = Shift(2 << 22)
)
❖
const (
    UXTB = Ext(0 << 13)
    UXTH = Ext(1 << 13)
    UXTW = Ext(2 << 13)
    UXTX = Ext(3 << 13)
    SXTB = Ext(4 << 13)
    SXTH = Ext(5 << 13)
    SXTW = Ext(6 << 13)
    SXTX = Ext(7 << 13)
)
❖
const (
    // Compare & branch (immediate)
    CBZ  = RegImm19Size(0x1a<<25 | 0<<24)
    CBNZ = RegImm19Size(0x1a<<25 | 1<<24)

    // Conditional branch (immediate)
    Bc  = CondImm19(0x2a<<25 | 0<<24 | 0<<4)

    // Exception generation
    BRK = Imm16(0xd4<<24 | 1<<21 | 0<<2 | 0<<0)

    // Test & branch (immediate)
    TBZ  = RegImm14Bit(0x1b<<25 | 0<<24)
    TBNZ = RegImm14Bit(0x1b<<25 | 1<<24)

    // Unconditional branch (immediate)
    B   = Imm26(0<<31 | 5<<26)
    BL  = Imm26(1<<31 | 5<<26)

    // Unconditional branch (register)
    BR  = Reg(0x6b<<25 | 0<<21 | 0x1f<<16 | 0<<10 | 0<<0)
    BLR = Reg(0x6b<<25 | 1<<21 | 0x1f<<16 | 0<<10 | 0<<0)
    RET = Reg(0x6b<<25 | 2<<21 | 0x1f<<16 | 0<<10 | 0<<0)

    // Load/store register (immediate post-indexed)
    LDRpost = RegRegImm9Size(1<<31 | 7<<27 | 0<<24 | 1<<22 | 0<<21 | 1<<10)

    // Load/store register (immediate pre-indexed)
    STRpre = RegRegImm9Size(1<<31 | 7<<27 | 0<<24 | 0<<22 | 0<<21 | 3<<10)

    // Load/store register (register offset)
    LDRr = RegRegSOptionRegSize(1<<31 | 7<<27 | 0<<24 | 1<<22 | 1<<21 | 2<<10)

    // Load/store register (unscaled immediate)
    STUR = RegRegImm9Size(1<<31 | 7<<27 | 0<<24 | 0<<22 | 0<<21 | 0<<10)
    LDUR = RegRegImm9Size(1<<31 | 7<<27 | 0<<24 | 1<<22 | 0<<21 | 0<<10)

    // Load/store register (unsigned immediate)
    STR = RegRegImm12Size(1<<31 | 7<<27 | 1<<24 | 0<<22)
    LDR = RegRegImm12Size(1<<31 | 7<<27 | 1<<24 | 1<<22)

    // Add/subtract (immediate)
    ADDi  = RegRegImm12ShiftSf(0<<30 | 0<<29 | 0x11<<24)
    ADDSi = RegRegImm12ShiftSf(0<<30 | 1<<29 | 0x11<<24)
    SUBi  = RegRegImm12ShiftSf(1<<30 | 0<<29 | 0x11<<24)
    SUBSi = RegRegImm12ShiftSf(1<<30 | 1<<29 | 0x11<<24)

    // Bitfield
    UBFM = RegRegImm6Imm6NSf(2<<29 | 0x26<<23 | 0<<22)

    // Move wide (immediate)
    MOVN = RegImm16HwSf(0<<29 | 0x25<<23)
    MOVZ = RegImm16HwSf(2<<29 | 0x25<<23)
    MOVK = RegImm16HwSf(3<<29 | 0x25<<23)

    // Address generation
    ADR = RegImm19Imm2(0<<31 | 0x10<<24)

    // Add/subtract (extended register)
    ADDe  = RegRegImm3ExtRegSf(0<<30 | 0<<29 | 0x0b<<24 | 0<<22 | 1<<21)
    SUBSe = RegRegImm3ExtRegSf(1<<30 | 1<<29 | 0x0b<<24 | 0<<22 | 1<<21)

    // Add/subtract (shifted register)
    ADDs  = RegRegImm6RegShiftSf(0<<30 | 0<<29 | 0x0b<<24 | 0<<21)
    SUBs  = RegRegImm6RegShiftSf(1<<30 | 0<<29 | 0x0b<<24 | 0<<21)
    SUBSs = RegRegImm6RegShiftSf(1<<30 | 1<<29 | 0x0b<<24 | 0<<21)

    // Conditional select
    CSEL  = RegRegCondRegSf(0<<30 | 0<<29 | 0xd4<<21 | 0<<10)
    CSINC = RegRegCondRegSf(0<<30 | 0<<29 | 0xd4<<21 | 1<<10)

    // Logical (shifted register)
    ANDs  = RegRegImm6RegShiftSf(0<<29 | 0x0a<<24 | 0<<21)
    ORRs  = RegRegImm6RegShiftSf(1<<29 | 0x0a<<24 | 0<<21)
    ANDSs = RegRegImm6RegShiftSf(3<<29 | 0x0a<<24 | 0<<21)

    // Variable shift
    RORV = RegRegRegSf(0<<30 | 0<<29 | 0xd6<<21 | 0x0b<<10)

    // Bit operations
    RBIT = RegRegSf(1<<30 | 0<<29 | 0xd6<<21 | 0<<16 | 0<<10)
    CLZ  = RegRegSf(1<<30 | 0<<29 | 0xd6<<21 | 0<<16 | 4<<10)

    // Multiply
    MADD = RegRegRegRegSf(0<<29 | 0x1b<<24 | 0<<21 | 0<<15)
    MSUB = RegRegRegRegSf(0<<29 | 0x1b<<24 | 0<<21 | 1<<15)

    // Divide
    UDIV = RegRegRegSf(0<<30 | 0<<29 | 0xd6<<21 | 0x02<<10)
    SDIV = RegRegRegSf(0<<30 | 0<<29 | 0xd6<<21 | 0x03<<10)

    // Floating-point move (register)
    FMOV = RegRegType(0<<31 | 0<<30 | 0<<29 | 0x1e<<24 | 1<<21 | 0<<17 | 0<<15 | 0x10<<10)

    // Floating-point move (general) - size arguments must be identical
    FMOVtog   = RegRegTypeSf(0<<30 | 0<<29 | 0x1e<<24 | 1<<21 | 0<<19 | 6<<16 | 0<<10)
    FMOVfromg = RegRegTypeSf(0<<30 | 0<<29 | 0x1e<<24 | 1<<21 | 0<<19 | 7<<16 | 0<<10)

    // Floating-point arithmetic (1 source)
    FNEG = RegRegType(0<<31 | 0<<30 | 0<<29 | 0x1e<<24 | 1<<21 | 0<<17 | 2<<15 | 0x10<<10)

    // Floating-point comparison
    FCMP = DiscardRegRegType(0<<31 | 0<<30 | 0<<29 | 0x1e<<24 | 1<<21 | 0<<14 | 8<<10 | 0<<3 | 0<<0)

    // Floating-point conditional select
    FCSEL = RegRegCondRegType(0<<31 | 0<<30 | 0<<29 | 0x1e<<24 | 1<<21 | 3<<10)

    // System register
    MSR_FPSR = SystemReg(0x354<<22 | 0<<21 | 1<<20 | 0xda21<<5)
    MRS_FPSR = SystemReg(0x354<<22 | 1<<21 | 1<<20 | 0xda21<<5)
)
❖
const (
    AddsubAdd = Addsub(0)
    AddsubSub = Addsub(1)
)
❖
const (
    LogicAnd = Logic(0)
    LogicOrr = Logic(1)
    LogicEor = Logic(2)
)
❖
const (
    ExtendS = Bitfield(0)
    ExtendU = Bitfield(2)
)
❖
const (
    DivisionUnsigned = DataProcessing2(0x2)
    DivisionSigned   = DataProcessing2(0x3)

    VariableShiftL  = DataProcessing2(0x8)
    VariableShiftLR = DataProcessing2(0x9)
    VariableShiftAR = DataProcessing2(0xa)
    VariableShiftRR = DataProcessing2(0xb)
)
❖
const (
    //                            17     15
    UnaryFloatAbs     = UnaryFloat(0<<2 | 1<<0)
    UnaryFloatNeg     = UnaryFloat(0<<2 | 2<<0)
    UnaryFloatSqrt    = UnaryFloat(0<<2 | 3<<0)
    UnaryFloatCvtTo32 = UnaryFloat(1<<2 | 0<<0)
    UnaryFloatCvtTo64 = UnaryFloat(1<<2 | 1<<0)

    //                             18     15
    UnaryFloatRIntN = UnaryFloat(1<<3 | 0<<0)
    UnaryFloatRIntP = UnaryFloat(1<<3 | 1<<0)
    UnaryFloatRIntM = UnaryFloat(1<<3 | 2<<0)
    UnaryFloatRIntZ = UnaryFloat(1<<3 | 3<<0)
)
❖
const (
    //                             13     12     10
    BinaryFloatAdd = BinaryFloat(1<<3 | 0<<2 | 2<<0)
    BinaryFloatSub = BinaryFloat(1<<3 | 1<<2 | 2<<0)

    //                             15     12     10
    BinaryFloatMul = BinaryFloat(0<<5 | 0<<2 | 2<<0)
    BinaryFloatDiv = BinaryFloat(1<<2 | 2<<0)

    //                             14     12     10
    BinaryFloatMax = BinaryFloat(1<<4 | 0<<2 | 2<<0)
    BinaryFloatMin = BinaryFloat(1<<4 | 1<<2 | 2<<0)
)
❖
const (
    //                                   19     16
    ConvertIntS      = ConvertCategory(0<<3 | 2<<0) // SCVTF
    ConvertIntU      = ConvertCategory(0<<3 | 3<<0) // UCVTF
    ReinterpretFloat = ConvertCategory(0<<3 | 6<<0) // FMOV
    ReinterpretInt   = ConvertCategory(0<<3 | 7<<0) // FMOV
    TruncFloatS      = ConvertCategory(3<<3 | 0<<0) // FCVTZS
    TruncFloatU      = ConvertCategory(3<<3 | 1<<0) // FCVTZU
)
❖
const (
    //                   30      27      26     22
    StoreB   = Memory(0<<14 | 7<<11 | 0<<10 | 0<<6)
    LoadB    = Memory(0<<14 | 7<<11 | 0<<10 | 1<<6)
    LoadSB64 = Memory(0<<14 | 7<<11 | 0<<10 | 2<<6)
    LoadSB32 = Memory(0<<14 | 7<<11 | 0<<10 | 3<<6)
    StoreH   = Memory(1<<14 | 7<<11 | 0<<10 | 0<<6)
    LoadH    = Memory(1<<14 | 7<<11 | 0<<10 | 1<<6)
    LoadSH64 = Memory(1<<14 | 7<<11 | 0<<10 | 2<<6)
    LoadSH32 = Memory(1<<14 | 7<<11 | 0<<10 | 3<<6)
    StoreW   = Memory(2<<14 | 7<<11 | 0<<10 | 0<<6)
    LoadW    = Memory(2<<14 | 7<<11 | 0<<10 | 1<<6)
    LoadSW64 = Memory(2<<14 | 7<<11 | 0<<10 | 2<<6)
    StoreF32 = Memory(2<<14 | 7<<11 | 1<<10 | 0<<6)
    LoadF32  = Memory(2<<14 | 7<<11 | 1<<10 | 1<<6)
    StoreD   = Memory(3<<14 | 7<<11 | 0<<10 | 0<<6)
    LoadD    = Memory(3<<14 | 7<<11 | 0<<10 | 1<<6)
    StoreF64 = Memory(3<<14 | 7<<11 | 1<<10 | 0<<6)
    LoadF64  = Memory(3<<14 | 7<<11 | 1<<10 | 1<<6)
)
❖
const (
    RegFakeSP = reg.R(29)
)

func Int14 Uses

❖
func Int14(i int32) uint32

func Int19 Uses

❖
func Int19(i int32) uint32

func Int26 Uses

❖
func Int26(i int32) uint32

func Int9 Uses

❖
func Int9(i int32) uint32

func LogicalShiftLeft Uses

❖
func LogicalShiftLeft(rd, rn reg.R, uimm uint32, t wa.Size) uint32

func PopReg Uses

❖
func PopReg(r reg.R, t wa.Type) uint32

func PushReg Uses

❖
func PushReg(r reg.R, t wa.Type) uint32

func Uint12 Uses

❖
func Uint12(i uint64) uint32

func Uint16 Uses

❖
func Uint16(i uint64) uint32

type Addsub Uses

❖
type Addsub uint8

Add/subtract instruction's "op" field

func (Addsub) OpcodeImm Uses

❖
func (op Addsub) OpcodeImm() RegRegImm12ShiftSf

func (Addsub) OpcodeRegExt Uses

❖
func (op Addsub) OpcodeRegExt() RegRegImm3ExtRegSf

type BinaryFloat Uses

❖
type BinaryFloat uint8

Floating-point (2 source) instruction's bits 10-15

func (BinaryFloat) OpcodeReg Uses

❖
func (op BinaryFloat) OpcodeReg() RegRegRegType

type Bitfield Uses

❖
type Bitfield uint8

Bitfield instruction’s "opc" field

func (Bitfield) Opcode Uses

❖
func (op Bitfield) Opcode() RegRegImm6Imm6NSf

type Cond Uses

❖
type Cond uint32

type CondImm19 Uses

❖
type CondImm19 uint32

func (CondImm19) CondI19 Uses

❖
func (op CondImm19) CondI19(cond Cond, imm uint32) uint32

type ConvertCategory Uses

❖
type ConvertCategory uint8

Floating-point/integer instruction's "rmode" and "opcode" fields

func (ConvertCategory) Opcode Uses

❖
func (op ConvertCategory) Opcode() RegRegTypeSf

type DataProcessing2 Uses

❖
type DataProcessing2 uint8

Data-processing (2 source) instruction's "opcode" field

func (DataProcessing2) OpcodeReg Uses

❖
func (op DataProcessing2) OpcodeReg() RegRegRegSf

type DiscardRegRegType Uses

❖
type DiscardRegRegType uint32

func (DiscardRegRegType) RnRm Uses

❖
func (op DiscardRegRegType) RnRm(rn, rm reg.R, t wa.Size) uint32

type Ext Uses

❖
type Ext uint32

func SizeSignExt Uses

❖
func SizeSignExt(t wa.Size) Ext

func SizeZeroExt Uses

❖
func SizeZeroExt(t wa.Size) Ext

type Imm16 Uses

❖
type Imm16 uint32

func (Imm16) I16 Uses

❖
func (op Imm16) I16(imm uint32) uint32

type Imm26 Uses

❖
type Imm26 uint32

func (Imm26) I26 Uses

❖
func (op Imm26) I26(imm uint32) uint32

type Logic Uses

❖
type Logic uint8

Logical instruction's "opc" field

func (Logic) OpcodeImm Uses

❖
func (op Logic) OpcodeImm() RegRegImm6Imm6NSf

func (Logic) OpcodeReg Uses

❖
func (op Logic) OpcodeReg() RegRegImm6RegShiftSf

type Memory Uses

❖
type Memory uint16

Load/store instruction's most significant half-word excluding bit 24 (and 21)

func (Memory) OpcodeReg Uses

❖
func (op Memory) OpcodeReg() RegRegSOptionReg

func (Memory) OpcodeUnscaled Uses

❖
func (op Memory) OpcodeUnscaled() RegRegImm9

type Reg Uses

❖
type Reg uint32

func (Reg) Rn Uses

❖
func (op Reg) Rn(rn reg.R) uint32

type RegImm14Bit Uses

❖
type RegImm14Bit uint32

func (RegImm14Bit) RtI14Bit Uses

❖
func (op RegImm14Bit) RtI14Bit(rt reg.R, imm, bit uint32) uint32

type RegImm16HwSf Uses

❖
type RegImm16HwSf uint32

func (RegImm16HwSf) RdI16Hw Uses

❖
func (op RegImm16HwSf) RdI16Hw(rd reg.R, imm, hw uint32, t wa.Size) uint32

type RegImm19Imm2 Uses

❖
type RegImm19Imm2 uint32

func (RegImm19Imm2) RdI19hiI2lo Uses

❖
func (op RegImm19Imm2) RdI19hiI2lo(r reg.R, hi, lo uint32) uint32

type RegImm19Size Uses

❖
type RegImm19Size uint32

func (RegImm19Size) RtI19 Uses

❖
func (op RegImm19Size) RtI19(r reg.R, imm uint32, t wa.Size) uint32

type RegRegCondRegSf Uses

❖
type RegRegCondRegSf uint32

func (RegRegCondRegSf) RdRnCondRm Uses

❖
func (op RegRegCondRegSf) RdRnCondRm(rd, rn reg.R, cond Cond, rm reg.R, t wa.Size) uint32

type RegRegCondRegType Uses

❖
type RegRegCondRegType uint32

func (RegRegCondRegType) RdRnCondRm Uses

❖
func (op RegRegCondRegType) RdRnCondRm(rd, rn reg.R, cond Cond, rm reg.R, t wa.Size) uint32

type RegRegImm12ShiftSf Uses

❖
type RegRegImm12ShiftSf uint32

func (RegRegImm12ShiftSf) RdRnI12S2 Uses

❖
func (op RegRegImm12ShiftSf) RdRnI12S2(rd, rn reg.R, imm, shift uint32, t wa.Size) uint32

type RegRegImm12Size Uses

❖
type RegRegImm12Size uint32

func (RegRegImm12Size) RdRnI12 Uses

❖
func (op RegRegImm12Size) RdRnI12(rt, rn reg.R, imm uint32, t wa.Type) uint32

type RegRegImm3ExtRegSf Uses

❖
type RegRegImm3ExtRegSf uint32

func (RegRegImm3ExtRegSf) RdRnI3ExtRm Uses

❖
func (op RegRegImm3ExtRegSf) RdRnI3ExtRm(rd, rn reg.R, imm uint32, option Ext, rm reg.R, t wa.Size) uint32

type RegRegImm6Imm6NSf Uses

❖
type RegRegImm6Imm6NSf uint32

func (RegRegImm6Imm6NSf) RdRnI6sI6r Uses

❖
func (op RegRegImm6Imm6NSf) RdRnI6sI6r(rd, rn reg.R, imms, immr uint32, t wa.Size) uint32

type RegRegImm6RegShiftSf Uses

❖
type RegRegImm6RegShiftSf uint32

func (RegRegImm6RegShiftSf) RdRnI6RmS2 Uses

❖
func (op RegRegImm6RegShiftSf) RdRnI6RmS2(rd, rn reg.R, imm uint32, rm reg.R, shift Shift, t wa.Size) uint32

type RegRegImm9 Uses

❖
type RegRegImm9 uint32

func (RegRegImm9) RtRnI9 Uses

❖
func (op RegRegImm9) RtRnI9(rt, rn reg.R, imm uint32) uint32

type RegRegImm9Size Uses

❖
type RegRegImm9Size uint32

func (RegRegImm9Size) RtRnI9 Uses

❖
func (op RegRegImm9Size) RtRnI9(rt, rn reg.R, imm uint32, t wa.Type) uint32

type RegRegRegRegSf Uses

❖
type RegRegRegRegSf uint32

func (RegRegRegRegSf) RdRnRaRm Uses

❖
func (op RegRegRegRegSf) RdRnRaRm(rd, rn, ra, rm reg.R, t wa.Size) uint32

type RegRegRegSf Uses

❖
type RegRegRegSf uint32

func (RegRegRegSf) RdRnRm Uses

❖
func (op RegRegRegSf) RdRnRm(rd, rn, rm reg.R, t wa.Size) uint32

type RegRegRegType Uses

❖
type RegRegRegType uint32

func (RegRegRegType) RdRnRm Uses

❖
func (op RegRegRegType) RdRnRm(rd, rn, rm reg.R, t wa.Size) uint32

type RegRegSOptionReg Uses

❖
type RegRegSOptionReg uint32

func (RegRegSOptionReg) RtRnSOptionRm Uses

❖
func (op RegRegSOptionReg) RtRnSOptionRm(rt, rn reg.R, s S, option Ext, rm reg.R) uint32

type RegRegSOptionRegSize Uses

❖
type RegRegSOptionRegSize uint32

func (RegRegSOptionRegSize) RtRnSOptionRm Uses

❖
func (op RegRegSOptionRegSize) RtRnSOptionRm(rt, rn reg.R, s S, option Ext, rm reg.R, t wa.Type) uint32

type RegRegSf Uses

❖
type RegRegSf uint32

func (RegRegSf) RdRn Uses

❖
func (op RegRegSf) RdRn(rd, rn reg.R, t wa.Size) uint32

type RegRegType Uses

❖
type RegRegType uint32

func (RegRegType) RdRn Uses

❖
func (op RegRegType) RdRn(rd, rn reg.R, t wa.Size) uint32

type RegRegTypeSf Uses

❖
type RegRegTypeSf uint32

func (RegRegTypeSf) RdRn Uses

❖
func (op RegRegTypeSf) RdRn(rd, rn reg.R, floatType, intType wa.Size) uint32

type S Uses

❖
type S uint32

type Shift Uses

❖
type Shift uint32

type SystemReg Uses

❖
type SystemReg uint32

func (SystemReg) Rt Uses

❖
func (op SystemReg) Rt(rt reg.R) uint32

type UnaryFloat Uses

❖
type UnaryFloat uint8

Floating-point (1 source) instruction's bits 15-20

func (UnaryFloat) Opcode Uses

❖
func (op UnaryFloat) Opcode() RegRegType

Package in imports 3 packages (graph) and is imported by 1 packages. Updated 2020-09-02. Refresh now. Tools for package owners.