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|
(*
* WARNING: This file was automatically generated by MDLGen (v3.1)
* from the machine description file "x86/x86.mdl".
* DO NOT EDIT this file directly
*)
signature X86INSTR =
sig
structure C : X86CELLS
structure CB : CELLS_BASIS (* = CellsBasis *)
where type CellSet.cellset = CellsBasis.CellSet.cellset
and type 'a ColorTable.hash_table = 'a CellsBasis.ColorTable.hash_table
and type 'a HashTable.hash_table = 'a CellsBasis.HashTable.hash_table
and type SortedCells.sorted_cells = CellsBasis.SortedCells.sorted_cells
and type cell = CellsBasis.cell
and type cellColor = CellsBasis.cellColor
and type cellkind = CellsBasis.cellkind
and type cellkindDesc = CellsBasis.cellkindDesc
and type cellkindInfo = CellsBasis.cellkindInfo
structure T : MLTREE
structure Constant: CONSTANT
structure Region : REGION
sharing Constant = T.Constant
sharing Region = T.Region
datatype operand =
Immed of Int32.int
| ImmedLabel of T.labexp
| Relative of int
| LabelEA of T.labexp
| Direct of CellsBasis.cell
| FDirect of CellsBasis.cell
| FPR of CellsBasis.cell
| ST of CellsBasis.cell
| MemReg of CellsBasis.cell
| Displace of {base:CellsBasis.cell, disp:operand, mem:Region.region}
| Indexed of {base:(CellsBasis.cell) option, index:CellsBasis.cell, scale:int,
disp:operand, mem:Region.region}
type addressing_mode = operand
type ea = operand
datatype cond =
EQ
| NE
| LT
| LE
| GT
| GE
| B
| BE
| A
| AE
| C
| NC
| P
| NP
| O
| NO
datatype binaryOp =
ADDL
| SUBL
| ANDL
| ORL
| XORL
| SHLL
| SARL
| SHRL
| IMULL
| ADCL
| SBBL
| ADDW
| SUBW
| ANDW
| ORW
| XORW
| SHLW
| SARW
| SHRW
| IMULW
| ADDB
| SUBB
| ANDB
| ORB
| XORB
| SHLB
| SARB
| SHRB
| IMULB
| BTSW
| BTCW
| BTRW
| BTSL
| BTCL
| BTRL
| ROLW
| RORW
| ROLL
| RORL
| XCHGB
| XCHGW
| XCHGL
| LOCK_ADCW
| LOCK_ADCL
| LOCK_ADDW
| LOCK_ADDL
| LOCK_ANDW
| LOCK_ANDL
| LOCK_BTSW
| LOCK_BTSL
| LOCK_BTRW
| LOCK_BTRL
| LOCK_BTCW
| LOCK_BTCL
| LOCK_ORW
| LOCK_ORL
| LOCK_SBBW
| LOCK_SBBL
| LOCK_SUBW
| LOCK_SUBL
| LOCK_XORW
| LOCK_XORL
| LOCK_XADDB
| LOCK_XADDW
| LOCK_XADDL
datatype multDivOp =
IMULL1
| MULL1
| IDIVL1
| DIVL1
datatype unaryOp =
DECL
| INCL
| NEGL
| NOTL
| DECW
| INCW
| NEGW
| NOTW
| DECB
| INCB
| NEGB
| NOTB
| LOCK_DECL
| LOCK_INCL
| LOCK_NEGL
| LOCK_NOTL
datatype shiftOp =
SHLDL
| SHRDL
datatype bitOp =
BTW
| BTL
| LOCK_BTW
| LOCK_BTL
datatype move =
MOVL
| MOVB
| MOVW
| MOVSWL
| MOVZWL
| MOVSBL
| MOVZBL
datatype fbinOp =
FADDP
| FADDS
| FMULP
| FMULS
| FCOMS
| FCOMPS
| FSUBP
| FSUBS
| FSUBRP
| FSUBRS
| FDIVP
| FDIVS
| FDIVRP
| FDIVRS
| FADDL
| FMULL
| FCOML
| FCOMPL
| FSUBL
| FSUBRL
| FDIVL
| FDIVRL
datatype fibinOp =
FIADDS
| FIMULS
| FICOMS
| FICOMPS
| FISUBS
| FISUBRS
| FIDIVS
| FIDIVRS
| FIADDL
| FIMULL
| FICOML
| FICOMPL
| FISUBL
| FISUBRL
| FIDIVL
| FIDIVRL
datatype funOp =
FCHS
| FABS
| FTST
| FXAM
| FPTAN
| FPATAN
| FXTRACT
| FPREM1
| FDECSTP
| FINCSTP
| FPREM
| FYL2XP1
| FSQRT
| FSINCOS
| FRNDINT
| FSCALE
| FSIN
| FCOS
datatype fenvOp =
FLDENV
| FNLDENV
| FSTENV
| FNSTENV
datatype fsize =
FP32
| FP64
| FP80
datatype isize =
I8
| I16
| I32
| I64
datatype instr =
NOP
| JMP of operand * Label.label list
| JCC of {cond:cond, opnd:operand}
| CALL of {opnd:operand, defs:C.cellset, uses:C.cellset, return:C.cellset,
cutsTo:Label.label list, mem:Region.region, pops:Int32.int}
| ENTER of {src1:operand, src2:operand}
| LEAVE
| RET of operand option
| MOVE of {mvOp:move, src:operand, dst:operand}
| LEA of {r32:CellsBasis.cell, addr:operand}
| CMPL of {lsrc:operand, rsrc:operand}
| CMPW of {lsrc:operand, rsrc:operand}
| CMPB of {lsrc:operand, rsrc:operand}
| TESTL of {lsrc:operand, rsrc:operand}
| TESTW of {lsrc:operand, rsrc:operand}
| TESTB of {lsrc:operand, rsrc:operand}
| BITOP of {bitOp:bitOp, lsrc:operand, rsrc:operand}
| BINARY of {binOp:binaryOp, src:operand, dst:operand}
| SHIFT of {shiftOp:shiftOp, src:operand, dst:operand, count:operand}
| CMPXCHG of {lock:bool, sz:isize, src:operand, dst:operand}
| MULTDIV of {multDivOp:multDivOp, src:operand}
| MUL3 of {dst:CellsBasis.cell, src2:Int32.int, src1:operand}
| UNARY of {unOp:unaryOp, opnd:operand}
| SET of {cond:cond, opnd:operand}
| CMOV of {cond:cond, src:operand, dst:CellsBasis.cell}
| PUSHL of operand
| PUSHW of operand
| PUSHB of operand
| PUSHFD
| POPFD
| POP of operand
| CDQ
| INTO
| FBINARY of {binOp:fbinOp, src:operand, dst:operand}
| FIBINARY of {binOp:fibinOp, src:operand}
| FUNARY of funOp
| FUCOM of operand
| FUCOMP of operand
| FUCOMPP
| FCOMPP
| FCOMI of operand
| FCOMIP of operand
| FUCOMI of operand
| FUCOMIP of operand
| FXCH of {opnd:CellsBasis.cell}
| FSTPL of operand
| FSTPS of operand
| FSTPT of operand
| FSTL of operand
| FSTS of operand
| FLD1
| FLDL2E
| FLDL2T
| FLDLG2
| FLDLN2
| FLDPI
| FLDZ
| FLDL of operand
| FLDS of operand
| FLDT of operand
| FILD of operand
| FILDL of operand
| FILDLL of operand
| FNSTSW
| FENV of {fenvOp:fenvOp, opnd:operand}
| FMOVE of {fsize:fsize, src:operand, dst:operand}
| FILOAD of {isize:isize, ea:operand, dst:operand}
| FBINOP of {fsize:fsize, binOp:fbinOp, lsrc:operand, rsrc:operand, dst:operand}
| FIBINOP of {isize:isize, binOp:fibinOp, lsrc:operand, rsrc:operand, dst:operand}
| FUNOP of {fsize:fsize, unOp:funOp, src:operand, dst:operand}
| FCMP of {i:bool, fsize:fsize, lsrc:operand, rsrc:operand}
| SAHF
| LFENCE
| MFENCE
| SFENCE
| PAUSE
| LAHF
| SOURCE of {}
| SINK of {}
| PHI of {}
and instruction =
LIVE of {regs: C.cellset, spilled: C.cellset}
| KILL of {regs: C.cellset, spilled: C.cellset}
| COPY of {k: CellsBasis.cellkind,
sz: int, (* in bits *)
dst: CellsBasis.cell list,
src: CellsBasis.cell list,
tmp: ea option (* NONE if |dst| = {src| = 1 *)}
| ANNOTATION of {i:instruction, a:Annotations.annotation}
| INSTR of instr
val nop : instruction
val jmp : operand * Label.label list -> instruction
val jcc : {cond:cond, opnd:operand} -> instruction
val call : {opnd:operand, defs:C.cellset, uses:C.cellset, return:C.cellset,
cutsTo:Label.label list, mem:Region.region, pops:Int32.int} -> instruction
val enter : {src1:operand, src2:operand} -> instruction
val leave : instruction
val ret : operand option -> instruction
val move : {mvOp:move, src:operand, dst:operand} -> instruction
val lea : {r32:CellsBasis.cell, addr:operand} -> instruction
val cmpl : {lsrc:operand, rsrc:operand} -> instruction
val cmpw : {lsrc:operand, rsrc:operand} -> instruction
val cmpb : {lsrc:operand, rsrc:operand} -> instruction
val testl : {lsrc:operand, rsrc:operand} -> instruction
val testw : {lsrc:operand, rsrc:operand} -> instruction
val testb : {lsrc:operand, rsrc:operand} -> instruction
val bitop : {bitOp:bitOp, lsrc:operand, rsrc:operand} -> instruction
val binary : {binOp:binaryOp, src:operand, dst:operand} -> instruction
val shift : {shiftOp:shiftOp, src:operand, dst:operand, count:operand} -> instruction
val cmpxchg : {lock:bool, sz:isize, src:operand, dst:operand} -> instruction
val multdiv : {multDivOp:multDivOp, src:operand} -> instruction
val mul3 : {dst:CellsBasis.cell, src2:Int32.int, src1:operand} -> instruction
val unary : {unOp:unaryOp, opnd:operand} -> instruction
val set : {cond:cond, opnd:operand} -> instruction
val cmov : {cond:cond, src:operand, dst:CellsBasis.cell} -> instruction
val pushl : operand -> instruction
val pushw : operand -> instruction
val pushb : operand -> instruction
val pushfd : instruction
val popfd : instruction
val pop : operand -> instruction
val cdq : instruction
val into : instruction
val fbinary : {binOp:fbinOp, src:operand, dst:operand} -> instruction
val fibinary : {binOp:fibinOp, src:operand} -> instruction
val funary : funOp -> instruction
val fucom : operand -> instruction
val fucomp : operand -> instruction
val fucompp : instruction
val fcompp : instruction
val fcomi : operand -> instruction
val fcomip : operand -> instruction
val fucomi : operand -> instruction
val fucomip : operand -> instruction
val fxch : {opnd:CellsBasis.cell} -> instruction
val fstpl : operand -> instruction
val fstps : operand -> instruction
val fstpt : operand -> instruction
val fstl : operand -> instruction
val fsts : operand -> instruction
val fld1 : instruction
val fldl2e : instruction
val fldl2t : instruction
val fldlg2 : instruction
val fldln2 : instruction
val fldpi : instruction
val fldz : instruction
val fldl : operand -> instruction
val flds : operand -> instruction
val fldt : operand -> instruction
val fild : operand -> instruction
val fildl : operand -> instruction
val fildll : operand -> instruction
val fnstsw : instruction
val fenv : {fenvOp:fenvOp, opnd:operand} -> instruction
val fmove : {fsize:fsize, src:operand, dst:operand} -> instruction
val fiload : {isize:isize, ea:operand, dst:operand} -> instruction
val fbinop : {fsize:fsize, binOp:fbinOp, lsrc:operand, rsrc:operand, dst:operand} -> instruction
val fibinop : {isize:isize, binOp:fibinOp, lsrc:operand, rsrc:operand, dst:operand} -> instruction
val funop : {fsize:fsize, unOp:funOp, src:operand, dst:operand} -> instruction
val fcmp : {i:bool, fsize:fsize, lsrc:operand, rsrc:operand} -> instruction
val sahf : instruction
val lfence : instruction
val mfence : instruction
val sfence : instruction
val pause : instruction
val lahf : instruction
val source : {} -> instruction
val sink : {} -> instruction
val phi : {} -> instruction
end
functor X86Instr(T: MLTREE
) : X86INSTR =
struct
structure C = X86Cells
structure CB = CellsBasis
structure T = T
structure Region = T.Region
structure Constant = T.Constant
datatype operand =
Immed of Int32.int
| ImmedLabel of T.labexp
| Relative of int
| LabelEA of T.labexp
| Direct of CellsBasis.cell
| FDirect of CellsBasis.cell
| FPR of CellsBasis.cell
| ST of CellsBasis.cell
| MemReg of CellsBasis.cell
| Displace of {base:CellsBasis.cell, disp:operand, mem:Region.region}
| Indexed of {base:(CellsBasis.cell) option, index:CellsBasis.cell, scale:int,
disp:operand, mem:Region.region}
type addressing_mode = operand
type ea = operand
datatype cond =
EQ
| NE
| LT
| LE
| GT
| GE
| B
| BE
| A
| AE
| C
| NC
| P
| NP
| O
| NO
datatype binaryOp =
ADDL
| SUBL
| ANDL
| ORL
| XORL
| SHLL
| SARL
| SHRL
| IMULL
| ADCL
| SBBL
| ADDW
| SUBW
| ANDW
| ORW
| XORW
| SHLW
| SARW
| SHRW
| IMULW
| ADDB
| SUBB
| ANDB
| ORB
| XORB
| SHLB
| SARB
| SHRB
| IMULB
| BTSW
| BTCW
| BTRW
| BTSL
| BTCL
| BTRL
| ROLW
| RORW
| ROLL
| RORL
| XCHGB
| XCHGW
| XCHGL
| LOCK_ADCW
| LOCK_ADCL
| LOCK_ADDW
| LOCK_ADDL
| LOCK_ANDW
| LOCK_ANDL
| LOCK_BTSW
| LOCK_BTSL
| LOCK_BTRW
| LOCK_BTRL
| LOCK_BTCW
| LOCK_BTCL
| LOCK_ORW
| LOCK_ORL
| LOCK_SBBW
| LOCK_SBBL
| LOCK_SUBW
| LOCK_SUBL
| LOCK_XORW
| LOCK_XORL
| LOCK_XADDB
| LOCK_XADDW
| LOCK_XADDL
datatype multDivOp =
IMULL1
| MULL1
| IDIVL1
| DIVL1
datatype unaryOp =
DECL
| INCL
| NEGL
| NOTL
| DECW
| INCW
| NEGW
| NOTW
| DECB
| INCB
| NEGB
| NOTB
| LOCK_DECL
| LOCK_INCL
| LOCK_NEGL
| LOCK_NOTL
datatype shiftOp =
SHLDL
| SHRDL
datatype bitOp =
BTW
| BTL
| LOCK_BTW
| LOCK_BTL
datatype move =
MOVL
| MOVB
| MOVW
| MOVSWL
| MOVZWL
| MOVSBL
| MOVZBL
datatype fbinOp =
FADDP
| FADDS
| FMULP
| FMULS
| FCOMS
| FCOMPS
| FSUBP
| FSUBS
| FSUBRP
| FSUBRS
| FDIVP
| FDIVS
| FDIVRP
| FDIVRS
| FADDL
| FMULL
| FCOML
| FCOMPL
| FSUBL
| FSUBRL
| FDIVL
| FDIVRL
datatype fibinOp =
FIADDS
| FIMULS
| FICOMS
| FICOMPS
| FISUBS
| FISUBRS
| FIDIVS
| FIDIVRS
| FIADDL
| FIMULL
| FICOML
| FICOMPL
| FISUBL
| FISUBRL
| FIDIVL
| FIDIVRL
datatype funOp =
FCHS
| FABS
| FTST
| FXAM
| FPTAN
| FPATAN
| FXTRACT
| FPREM1
| FDECSTP
| FINCSTP
| FPREM
| FYL2XP1
| FSQRT
| FSINCOS
| FRNDINT
| FSCALE
| FSIN
| FCOS
datatype fenvOp =
FLDENV
| FNLDENV
| FSTENV
| FNSTENV
datatype fsize =
FP32
| FP64
| FP80
datatype isize =
I8
| I16
| I32
| I64
datatype instr =
NOP
| JMP of operand * Label.label list
| JCC of {cond:cond, opnd:operand}
| CALL of {opnd:operand, defs:C.cellset, uses:C.cellset, return:C.cellset,
cutsTo:Label.label list, mem:Region.region, pops:Int32.int}
| ENTER of {src1:operand, src2:operand}
| LEAVE
| RET of operand option
| MOVE of {mvOp:move, src:operand, dst:operand}
| LEA of {r32:CellsBasis.cell, addr:operand}
| CMPL of {lsrc:operand, rsrc:operand}
| CMPW of {lsrc:operand, rsrc:operand}
| CMPB of {lsrc:operand, rsrc:operand}
| TESTL of {lsrc:operand, rsrc:operand}
| TESTW of {lsrc:operand, rsrc:operand}
| TESTB of {lsrc:operand, rsrc:operand}
| BITOP of {bitOp:bitOp, lsrc:operand, rsrc:operand}
| BINARY of {binOp:binaryOp, src:operand, dst:operand}
| SHIFT of {shiftOp:shiftOp, src:operand, dst:operand, count:operand}
| CMPXCHG of {lock:bool, sz:isize, src:operand, dst:operand}
| MULTDIV of {multDivOp:multDivOp, src:operand}
| MUL3 of {dst:CellsBasis.cell, src2:Int32.int, src1:operand}
| UNARY of {unOp:unaryOp, opnd:operand}
| SET of {cond:cond, opnd:operand}
| CMOV of {cond:cond, src:operand, dst:CellsBasis.cell}
| PUSHL of operand
| PUSHW of operand
| PUSHB of operand
| PUSHFD
| POPFD
| POP of operand
| CDQ
| INTO
| FBINARY of {binOp:fbinOp, src:operand, dst:operand}
| FIBINARY of {binOp:fibinOp, src:operand}
| FUNARY of funOp
| FUCOM of operand
| FUCOMP of operand
| FUCOMPP
| FCOMPP
| FCOMI of operand
| FCOMIP of operand
| FUCOMI of operand
| FUCOMIP of operand
| FXCH of {opnd:CellsBasis.cell}
| FSTPL of operand
| FSTPS of operand
| FSTPT of operand
| FSTL of operand
| FSTS of operand
| FLD1
| FLDL2E
| FLDL2T
| FLDLG2
| FLDLN2
| FLDPI
| FLDZ
| FLDL of operand
| FLDS of operand
| FLDT of operand
| FILD of operand
| FILDL of operand
| FILDLL of operand
| FNSTSW
| FENV of {fenvOp:fenvOp, opnd:operand}
| FMOVE of {fsize:fsize, src:operand, dst:operand}
| FILOAD of {isize:isize, ea:operand, dst:operand}
| FBINOP of {fsize:fsize, binOp:fbinOp, lsrc:operand, rsrc:operand, dst:operand}
| FIBINOP of {isize:isize, binOp:fibinOp, lsrc:operand, rsrc:operand, dst:operand}
| FUNOP of {fsize:fsize, unOp:funOp, src:operand, dst:operand}
| FCMP of {i:bool, fsize:fsize, lsrc:operand, rsrc:operand}
| SAHF
| LFENCE
| MFENCE
| SFENCE
| PAUSE
| LAHF
| SOURCE of {}
| SINK of {}
| PHI of {}
and instruction =
LIVE of {regs: C.cellset, spilled: C.cellset}
| KILL of {regs: C.cellset, spilled: C.cellset}
| COPY of {k: CellsBasis.cellkind,
sz: int, (* in bits *)
dst: CellsBasis.cell list,
src: CellsBasis.cell list,
tmp: ea option (* NONE if |dst| = {src| = 1 *)}
| ANNOTATION of {i:instruction, a:Annotations.annotation}
| INSTR of instr
val nop = INSTR NOP
and jmp = INSTR o JMP
and jcc = INSTR o JCC
and call = INSTR o CALL
and enter = INSTR o ENTER
and leave = INSTR LEAVE
and ret = INSTR o RET
and move = INSTR o MOVE
and lea = INSTR o LEA
and cmpl = INSTR o CMPL
and cmpw = INSTR o CMPW
and cmpb = INSTR o CMPB
and testl = INSTR o TESTL
and testw = INSTR o TESTW
and testb = INSTR o TESTB
and bitop = INSTR o BITOP
and binary = INSTR o BINARY
and shift = INSTR o SHIFT
and cmpxchg = INSTR o CMPXCHG
and multdiv = INSTR o MULTDIV
and mul3 = INSTR o MUL3
and unary = INSTR o UNARY
and set = INSTR o SET
and cmov = INSTR o CMOV
and pushl = INSTR o PUSHL
and pushw = INSTR o PUSHW
and pushb = INSTR o PUSHB
and pushfd = INSTR PUSHFD
and popfd = INSTR POPFD
and pop = INSTR o POP
and cdq = INSTR CDQ
and into = INSTR INTO
and fbinary = INSTR o FBINARY
and fibinary = INSTR o FIBINARY
and funary = INSTR o FUNARY
and fucom = INSTR o FUCOM
and fucomp = INSTR o FUCOMP
and fucompp = INSTR FUCOMPP
and fcompp = INSTR FCOMPP
and fcomi = INSTR o FCOMI
and fcomip = INSTR o FCOMIP
and fucomi = INSTR o FUCOMI
and fucomip = INSTR o FUCOMIP
and fxch = INSTR o FXCH
and fstpl = INSTR o FSTPL
and fstps = INSTR o FSTPS
and fstpt = INSTR o FSTPT
and fstl = INSTR o FSTL
and fsts = INSTR o FSTS
and fld1 = INSTR FLD1
and fldl2e = INSTR FLDL2E
and fldl2t = INSTR FLDL2T
and fldlg2 = INSTR FLDLG2
and fldln2 = INSTR FLDLN2
and fldpi = INSTR FLDPI
and fldz = INSTR FLDZ
and fldl = INSTR o FLDL
and flds = INSTR o FLDS
and fldt = INSTR o FLDT
and fild = INSTR o FILD
and fildl = INSTR o FILDL
and fildll = INSTR o FILDLL
and fnstsw = INSTR FNSTSW
and fenv = INSTR o FENV
and fmove = INSTR o FMOVE
and fiload = INSTR o FILOAD
and fbinop = INSTR o FBINOP
and fibinop = INSTR o FIBINOP
and funop = INSTR o FUNOP
and fcmp = INSTR o FCMP
and sahf = INSTR SAHF
and lfence = INSTR LFENCE
and mfence = INSTR MFENCE
and sfence = INSTR SFENCE
and pause = INSTR PAUSE
and lahf = INSTR LAHF
and source = INSTR o SOURCE
and sink = INSTR o SINK
and phi = INSTR o PHI
end
|
