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|
(*
* WARNING: This file was automatically generated by MDLGen (v3.1)
* from the machine description file "hppa/hppa.mdl".
* DO NOT EDIT this file directly
*)
signature HPPAINSTR =
sig
structure C : HPPACELLS
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 fmt =
SGL
| DBL
| QUAD
datatype loadi =
LDW
| LDH
| LDB
datatype store =
STW
| STH
| STB
datatype load =
LDWX
| LDWX_S
| LDWX_M
| LDWX_SM
| LDHX
| LDHX_S
| LDHX_M
| LDHX_SM
| LDBX
| LDBX_M
datatype cmp =
COMBT
| COMBF
datatype cmpi =
COMIBT
| COMIBF
datatype arith =
ADD
| ADDL
| ADDO
| SH1ADD
| SH1ADDL
| SH1ADDO
| SH2ADD
| SH2ADDL
| SH2ADDO
| SH3ADD
| SH3ADDL
| SH3ADDO
| SUB
| SUBO
| OR
| XOR
| AND
| ANDCM
datatype arithi =
ADDI
| ADDIO
| ADDIL
| SUBI
| SUBIO
datatype shiftv =
VEXTRU
| VEXTRS
| ZVDEP
datatype shift =
EXTRU
| EXTRS
| ZDEP
datatype farith =
FADD_S
| FADD_D
| FADD_Q
| FSUB_S
| FSUB_D
| FSUB_Q
| FMPY_S
| FMPY_D
| FMPY_Q
| FDIV_S
| FDIV_D
| FDIV_Q
| XMPYU
datatype funary =
FCPY_S
| FCPY_D
| FCPY_Q
| FABS_S
| FABS_D
| FABS_Q
| FSQRT_S
| FSQRT_D
| FSQRT_Q
| FRND_S
| FRND_D
| FRND_Q
datatype fcnv =
FCNVFF_SD
| FCNVFF_SQ
| FCNVFF_DS
| FCNVFF_DQ
| FCNVFF_QS
| FCNVFF_QD
| FCNVXF_S
| FCNVXF_D
| FCNVXF_Q
| FCNVFX_S
| FCNVFX_D
| FCNVFX_Q
| FCNVFXT_S
| FCNVFXT_D
| FCNVFXT_Q
datatype fstore =
FSTDS
| FSTWS
datatype fstorex =
FSTDX
| FSTDX_S
| FSTDX_M
| FSTDX_SM
| FSTWX
| FSTWX_S
| FSTWX_M
| FSTWX_SM
datatype floadx =
FLDDX
| FLDDX_S
| FLDDX_M
| FLDDX_SM
| FLDWX
| FLDWX_S
| FLDWX_M
| FLDWX_SM
datatype fload =
FLDDS
| FLDWS
datatype bcond =
EQ
| LT
| LE
| LTU
| LEU
| NE
| GE
| GT
| GTU
| GEU
datatype bitcond =
BSET
| BCLR
datatype fcond =
False_
| False
| ?
| !<=>
| ==
| EQT
| ?=
| !<>
| !?>=
| <
| ?<
| !>=
| !?>
| <=
| ?<=
| !>
| !?<=
| >
| ?>
| !<=
| !?<
| >=
| ?>=
| !<
| !?=
| <>
| !=
| NET
| !?
| <=>
| True_
| True
datatype scond =
ALL_ZERO
| LEFTMOST_ONE
| LEFTMOST_ZERO
| RIGHTMOST_ONE
| RIGHTMOST_ZERO
datatype field_selector =
F
| S
| D
| R
| T
| P
datatype ea =
Direct of CellsBasis.cell
| FDirect of CellsBasis.cell
| Displace of {base:CellsBasis.cell, disp:T.labexp, mem:Region.region}
datatype operand =
REG of CellsBasis.cell
| IMMED of int
| LabExp of T.labexp * field_selector
| HILabExp of T.labexp * field_selector
| LOLabExp of T.labexp * field_selector
datatype addressing_mode =
DISPea of CellsBasis.cell * operand
| INDXea of CellsBasis.cell * CellsBasis.cell
| INDXSCALEDea of CellsBasis.cell * CellsBasis.cell
datatype instr =
LOADI of {li:loadi, r:CellsBasis.cell, i:operand, t:CellsBasis.cell, mem:Region.region}
| LOAD of {l:load, r1:CellsBasis.cell, r2:CellsBasis.cell, t:CellsBasis.cell,
mem:Region.region}
| STORE of {st:store, b:CellsBasis.cell, d:operand, r:CellsBasis.cell, mem:Region.region}
| ARITH of {a:arith, r1:CellsBasis.cell, r2:CellsBasis.cell, t:CellsBasis.cell}
| ARITHI of {ai:arithi, i:operand, r:CellsBasis.cell, t:CellsBasis.cell}
| COMCLR_LDO of {cc:bcond, r1:CellsBasis.cell, r2:CellsBasis.cell, t1:CellsBasis.cell,
i:int, b:CellsBasis.cell, t2:CellsBasis.cell}
| COMICLR_LDO of {cc:bcond, i1:operand, r2:CellsBasis.cell, t1:CellsBasis.cell,
i2:int, b:CellsBasis.cell, t2:CellsBasis.cell}
| SHIFTV of {sv:shiftv, r:CellsBasis.cell, len:int, t:CellsBasis.cell}
| SHIFT of {s:shift, r:CellsBasis.cell, p:int, len:int, t:CellsBasis.cell}
| BCOND of {cmp:cmp, bc:bcond, r1:CellsBasis.cell, r2:CellsBasis.cell, n:bool,
nop:bool, t:Label.label, f:Label.label}
| BCONDI of {cmpi:cmpi, bc:bcond, i:int, r2:CellsBasis.cell, n:bool, nop:bool,
t:Label.label, f:Label.label}
| BB of {bc:bitcond, r:CellsBasis.cell, p:int, n:bool, nop:bool, t:Label.label,
f:Label.label}
| B of {lab:Label.label, n:bool}
| LONGJUMP of {lab:Label.label, n:bool, tmp:CellsBasis.cell, tmpLab:Label.label}
| BE of {b:CellsBasis.cell, d:operand, sr:int, n:bool, labs:Label.label list}
| BV of {x:CellsBasis.cell, b:CellsBasis.cell, labs:Label.label list, n:bool}
| BLR of {x:CellsBasis.cell, t:CellsBasis.cell, labs:Label.label list, n:bool}
| BL of {lab:Label.label, t:CellsBasis.cell, defs:C.cellset, uses:C.cellset,
cutsTo:Label.label list, mem:Region.region, n:bool}
| BLE of {d:operand, b:CellsBasis.cell, sr:int, t:CellsBasis.cell, defs:C.cellset,
uses:C.cellset, cutsTo:Label.label list, mem:Region.region}
| LDIL of {i:operand, t:CellsBasis.cell}
| LDO of {i:operand, b:CellsBasis.cell, t:CellsBasis.cell}
| MTCTL of {r:CellsBasis.cell, t:CellsBasis.cell}
| FSTORE of {fst:fstore, b:CellsBasis.cell, d:int, r:CellsBasis.cell, mem:Region.region}
| FSTOREX of {fstx:fstorex, b:CellsBasis.cell, x:CellsBasis.cell, r:CellsBasis.cell,
mem:Region.region}
| FLOAD of {fl:fload, b:CellsBasis.cell, d:int, t:CellsBasis.cell, mem:Region.region}
| FLOADX of {flx:floadx, b:CellsBasis.cell, x:CellsBasis.cell, t:CellsBasis.cell,
mem:Region.region}
| FARITH of {fa:farith, r1:CellsBasis.cell, r2:CellsBasis.cell, t:CellsBasis.cell}
| FUNARY of {fu:funary, f:CellsBasis.cell, t:CellsBasis.cell}
| FCNV of {fcnv:fcnv, f:CellsBasis.cell, t:CellsBasis.cell}
| FBRANCH of {cc:fcond, fmt:fmt, f1:CellsBasis.cell, f2:CellsBasis.cell,
t:Label.label, f:Label.label, n:bool, long:bool}
| BREAK of {code1:int, code2:int}
| NOP
| 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 loadi : {li:loadi, r:CellsBasis.cell, i:operand, t:CellsBasis.cell,
mem:Region.region} -> instruction
val load : {l:load, r1:CellsBasis.cell, r2:CellsBasis.cell, t:CellsBasis.cell,
mem:Region.region} -> instruction
val store : {st:store, b:CellsBasis.cell, d:operand, r:CellsBasis.cell,
mem:Region.region} -> instruction
val arith : {a:arith, r1:CellsBasis.cell, r2:CellsBasis.cell, t:CellsBasis.cell} -> instruction
val arithi : {ai:arithi, i:operand, r:CellsBasis.cell, t:CellsBasis.cell} -> instruction
val comclr_ldo : {cc:bcond, r1:CellsBasis.cell, r2:CellsBasis.cell, t1:CellsBasis.cell,
i:int, b:CellsBasis.cell, t2:CellsBasis.cell} -> instruction
val comiclr_ldo : {cc:bcond, i1:operand, r2:CellsBasis.cell, t1:CellsBasis.cell,
i2:int, b:CellsBasis.cell, t2:CellsBasis.cell} -> instruction
val shiftv : {sv:shiftv, r:CellsBasis.cell, len:int, t:CellsBasis.cell} -> instruction
val shift : {s:shift, r:CellsBasis.cell, p:int, len:int, t:CellsBasis.cell} -> instruction
val bcond : {cmp:cmp, bc:bcond, r1:CellsBasis.cell, r2:CellsBasis.cell,
n:bool, nop:bool, t:Label.label, f:Label.label} -> instruction
val bcondi : {cmpi:cmpi, bc:bcond, i:int, r2:CellsBasis.cell, n:bool, nop:bool,
t:Label.label, f:Label.label} -> instruction
val bb : {bc:bitcond, r:CellsBasis.cell, p:int, n:bool, nop:bool, t:Label.label,
f:Label.label} -> instruction
val b : {lab:Label.label, n:bool} -> instruction
val longjump : {lab:Label.label, n:bool, tmp:CellsBasis.cell, tmpLab:Label.label} -> instruction
val be : {b:CellsBasis.cell, d:operand, sr:int, n:bool, labs:Label.label list} -> instruction
val bv : {x:CellsBasis.cell, b:CellsBasis.cell, labs:Label.label list, n:bool} -> instruction
val blr : {x:CellsBasis.cell, t:CellsBasis.cell, labs:Label.label list,
n:bool} -> instruction
val bl : {lab:Label.label, t:CellsBasis.cell, defs:C.cellset, uses:C.cellset,
cutsTo:Label.label list, mem:Region.region, n:bool} -> instruction
val ble : {d:operand, b:CellsBasis.cell, sr:int, t:CellsBasis.cell, defs:C.cellset,
uses:C.cellset, cutsTo:Label.label list, mem:Region.region} -> instruction
val ldil : {i:operand, t:CellsBasis.cell} -> instruction
val ldo : {i:operand, b:CellsBasis.cell, t:CellsBasis.cell} -> instruction
val mtctl : {r:CellsBasis.cell, t:CellsBasis.cell} -> instruction
val fstore : {fst:fstore, b:CellsBasis.cell, d:int, r:CellsBasis.cell, mem:Region.region} -> instruction
val fstorex : {fstx:fstorex, b:CellsBasis.cell, x:CellsBasis.cell, r:CellsBasis.cell,
mem:Region.region} -> instruction
val fload : {fl:fload, b:CellsBasis.cell, d:int, t:CellsBasis.cell, mem:Region.region} -> instruction
val floadx : {flx:floadx, b:CellsBasis.cell, x:CellsBasis.cell, t:CellsBasis.cell,
mem:Region.region} -> instruction
val farith : {fa:farith, r1:CellsBasis.cell, r2:CellsBasis.cell, t:CellsBasis.cell} -> instruction
val funary : {fu:funary, f:CellsBasis.cell, t:CellsBasis.cell} -> instruction
val fcnv : {fcnv:fcnv, f:CellsBasis.cell, t:CellsBasis.cell} -> instruction
val fbranch : {cc:fcond, fmt:fmt, f1:CellsBasis.cell, f2:CellsBasis.cell,
t:Label.label, f:Label.label, n:bool, long:bool} -> instruction
val break : {code1:int, code2:int} -> instruction
val nop : instruction
val source : {} -> instruction
val sink : {} -> instruction
val phi : {} -> instruction
end
functor HppaInstr(T: MLTREE
) : HPPAINSTR =
struct
structure C = HppaCells
structure CB = CellsBasis
structure T = T
structure Region = T.Region
structure Constant = T.Constant
datatype fmt =
SGL
| DBL
| QUAD
datatype loadi =
LDW
| LDH
| LDB
datatype store =
STW
| STH
| STB
datatype load =
LDWX
| LDWX_S
| LDWX_M
| LDWX_SM
| LDHX
| LDHX_S
| LDHX_M
| LDHX_SM
| LDBX
| LDBX_M
datatype cmp =
COMBT
| COMBF
datatype cmpi =
COMIBT
| COMIBF
datatype arith =
ADD
| ADDL
| ADDO
| SH1ADD
| SH1ADDL
| SH1ADDO
| SH2ADD
| SH2ADDL
| SH2ADDO
| SH3ADD
| SH3ADDL
| SH3ADDO
| SUB
| SUBO
| OR
| XOR
| AND
| ANDCM
datatype arithi =
ADDI
| ADDIO
| ADDIL
| SUBI
| SUBIO
datatype shiftv =
VEXTRU
| VEXTRS
| ZVDEP
datatype shift =
EXTRU
| EXTRS
| ZDEP
datatype farith =
FADD_S
| FADD_D
| FADD_Q
| FSUB_S
| FSUB_D
| FSUB_Q
| FMPY_S
| FMPY_D
| FMPY_Q
| FDIV_S
| FDIV_D
| FDIV_Q
| XMPYU
datatype funary =
FCPY_S
| FCPY_D
| FCPY_Q
| FABS_S
| FABS_D
| FABS_Q
| FSQRT_S
| FSQRT_D
| FSQRT_Q
| FRND_S
| FRND_D
| FRND_Q
datatype fcnv =
FCNVFF_SD
| FCNVFF_SQ
| FCNVFF_DS
| FCNVFF_DQ
| FCNVFF_QS
| FCNVFF_QD
| FCNVXF_S
| FCNVXF_D
| FCNVXF_Q
| FCNVFX_S
| FCNVFX_D
| FCNVFX_Q
| FCNVFXT_S
| FCNVFXT_D
| FCNVFXT_Q
datatype fstore =
FSTDS
| FSTWS
datatype fstorex =
FSTDX
| FSTDX_S
| FSTDX_M
| FSTDX_SM
| FSTWX
| FSTWX_S
| FSTWX_M
| FSTWX_SM
datatype floadx =
FLDDX
| FLDDX_S
| FLDDX_M
| FLDDX_SM
| FLDWX
| FLDWX_S
| FLDWX_M
| FLDWX_SM
datatype fload =
FLDDS
| FLDWS
datatype bcond =
EQ
| LT
| LE
| LTU
| LEU
| NE
| GE
| GT
| GTU
| GEU
datatype bitcond =
BSET
| BCLR
datatype fcond =
False_
| False
| ?
| !<=>
| ==
| EQT
| ?=
| !<>
| !?>=
| <
| ?<
| !>=
| !?>
| <=
| ?<=
| !>
| !?<=
| >
| ?>
| !<=
| !?<
| >=
| ?>=
| !<
| !?=
| <>
| !=
| NET
| !?
| <=>
| True_
| True
datatype scond =
ALL_ZERO
| LEFTMOST_ONE
| LEFTMOST_ZERO
| RIGHTMOST_ONE
| RIGHTMOST_ZERO
datatype field_selector =
F
| S
| D
| R
| T
| P
datatype ea =
Direct of CellsBasis.cell
| FDirect of CellsBasis.cell
| Displace of {base:CellsBasis.cell, disp:T.labexp, mem:Region.region}
datatype operand =
REG of CellsBasis.cell
| IMMED of int
| LabExp of T.labexp * field_selector
| HILabExp of T.labexp * field_selector
| LOLabExp of T.labexp * field_selector
datatype addressing_mode =
DISPea of CellsBasis.cell * operand
| INDXea of CellsBasis.cell * CellsBasis.cell
| INDXSCALEDea of CellsBasis.cell * CellsBasis.cell
datatype instr =
LOADI of {li:loadi, r:CellsBasis.cell, i:operand, t:CellsBasis.cell, mem:Region.region}
| LOAD of {l:load, r1:CellsBasis.cell, r2:CellsBasis.cell, t:CellsBasis.cell,
mem:Region.region}
| STORE of {st:store, b:CellsBasis.cell, d:operand, r:CellsBasis.cell, mem:Region.region}
| ARITH of {a:arith, r1:CellsBasis.cell, r2:CellsBasis.cell, t:CellsBasis.cell}
| ARITHI of {ai:arithi, i:operand, r:CellsBasis.cell, t:CellsBasis.cell}
| COMCLR_LDO of {cc:bcond, r1:CellsBasis.cell, r2:CellsBasis.cell, t1:CellsBasis.cell,
i:int, b:CellsBasis.cell, t2:CellsBasis.cell}
| COMICLR_LDO of {cc:bcond, i1:operand, r2:CellsBasis.cell, t1:CellsBasis.cell,
i2:int, b:CellsBasis.cell, t2:CellsBasis.cell}
| SHIFTV of {sv:shiftv, r:CellsBasis.cell, len:int, t:CellsBasis.cell}
| SHIFT of {s:shift, r:CellsBasis.cell, p:int, len:int, t:CellsBasis.cell}
| BCOND of {cmp:cmp, bc:bcond, r1:CellsBasis.cell, r2:CellsBasis.cell, n:bool,
nop:bool, t:Label.label, f:Label.label}
| BCONDI of {cmpi:cmpi, bc:bcond, i:int, r2:CellsBasis.cell, n:bool, nop:bool,
t:Label.label, f:Label.label}
| BB of {bc:bitcond, r:CellsBasis.cell, p:int, n:bool, nop:bool, t:Label.label,
f:Label.label}
| B of {lab:Label.label, n:bool}
| LONGJUMP of {lab:Label.label, n:bool, tmp:CellsBasis.cell, tmpLab:Label.label}
| BE of {b:CellsBasis.cell, d:operand, sr:int, n:bool, labs:Label.label list}
| BV of {x:CellsBasis.cell, b:CellsBasis.cell, labs:Label.label list, n:bool}
| BLR of {x:CellsBasis.cell, t:CellsBasis.cell, labs:Label.label list, n:bool}
| BL of {lab:Label.label, t:CellsBasis.cell, defs:C.cellset, uses:C.cellset,
cutsTo:Label.label list, mem:Region.region, n:bool}
| BLE of {d:operand, b:CellsBasis.cell, sr:int, t:CellsBasis.cell, defs:C.cellset,
uses:C.cellset, cutsTo:Label.label list, mem:Region.region}
| LDIL of {i:operand, t:CellsBasis.cell}
| LDO of {i:operand, b:CellsBasis.cell, t:CellsBasis.cell}
| MTCTL of {r:CellsBasis.cell, t:CellsBasis.cell}
| FSTORE of {fst:fstore, b:CellsBasis.cell, d:int, r:CellsBasis.cell, mem:Region.region}
| FSTOREX of {fstx:fstorex, b:CellsBasis.cell, x:CellsBasis.cell, r:CellsBasis.cell,
mem:Region.region}
| FLOAD of {fl:fload, b:CellsBasis.cell, d:int, t:CellsBasis.cell, mem:Region.region}
| FLOADX of {flx:floadx, b:CellsBasis.cell, x:CellsBasis.cell, t:CellsBasis.cell,
mem:Region.region}
| FARITH of {fa:farith, r1:CellsBasis.cell, r2:CellsBasis.cell, t:CellsBasis.cell}
| FUNARY of {fu:funary, f:CellsBasis.cell, t:CellsBasis.cell}
| FCNV of {fcnv:fcnv, f:CellsBasis.cell, t:CellsBasis.cell}
| FBRANCH of {cc:fcond, fmt:fmt, f1:CellsBasis.cell, f2:CellsBasis.cell,
t:Label.label, f:Label.label, n:bool, long:bool}
| BREAK of {code1:int, code2:int}
| NOP
| 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 loadi = INSTR o LOADI
and load = INSTR o LOAD
and store = INSTR o STORE
and arith = INSTR o ARITH
and arithi = INSTR o ARITHI
and comclr_ldo = INSTR o COMCLR_LDO
and comiclr_ldo = INSTR o COMICLR_LDO
and shiftv = INSTR o SHIFTV
and shift = INSTR o SHIFT
and bcond = INSTR o BCOND
and bcondi = INSTR o BCONDI
and bb = INSTR o BB
and b = INSTR o B
and longjump = INSTR o LONGJUMP
and be = INSTR o BE
and bv = INSTR o BV
and blr = INSTR o BLR
and bl = INSTR o BL
and ble = INSTR o BLE
and ldil = INSTR o LDIL
and ldo = INSTR o LDO
and mtctl = INSTR o MTCTL
and fstore = INSTR o FSTORE
and fstorex = INSTR o FSTOREX
and fload = INSTR o FLOAD
and floadx = INSTR o FLOADX
and farith = INSTR o FARITH
and funary = INSTR o FUNARY
and fcnv = INSTR o FCNV
and fbranch = INSTR o FBRANCH
and break = INSTR o BREAK
and nop = INSTR NOP
and source = INSTR o SOURCE
and sink = INSTR o SINK
and phi = INSTR o PHI
end
|
