1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
|
functor MLTreeSize
(structure T : MLTREE
val intTy : T.ty (* size of integer word *)
) : MLTREE_SIZE =
struct
structure T = T
val intTy = intTy
fun size(T.REG(ty,_)) = ty
| size(T.LI _) = intTy
| size(T.LABEL _) = intTy
| size(T.CONST _) = intTy
| size(T.LABEXP e) = size e
| size(T.NEG(ty,_)) = ty
| size(T.ADD(ty,_,_)) = ty
| size(T.SUB(ty,_,_)) = ty
| size(T.MULS(ty,_,_)) = ty
| size(T.DIVS(_,ty,_,_)) = ty
| size(T.REMS(_,ty,_,_)) = ty
| size(T.MULU(ty,_,_)) = ty
| size(T.DIVU(ty,_,_)) = ty
| size(T.REMU(ty,_,_)) = ty
| size(T.NEGT(ty,_)) = ty
| size(T.ADDT(ty,_,_)) = ty
| size(T.SUBT(ty,_,_)) = ty
| size(T.MULT(ty,_,_)) = ty
| size(T.DIVT(_,ty,_,_)) = ty
| size(T.ANDB(ty,_,_)) = ty
| size(T.ORB(ty,_,_)) = ty
| size(T.XORB(ty,_,_)) = ty
| size(T.EQVB(ty,_,_)) = ty
| size(T.NOTB(ty,_)) = ty
| size(T.SRA(ty,_,_)) = ty
| size(T.SRL(ty,_,_)) = ty
| size(T.SLL(ty,_,_)) = ty
| size(T.SX(ty,_,_)) = ty
| size(T.ZX(ty,_,_)) = ty
| size(T.CVTF2I(ty,_,_,_)) = ty
| size(T.COND(ty,_,_,_)) = ty
| size(T.LOAD(ty,_,_)) = ty
| size(T.PRED(e,_)) = size e
| size(T.LET(_,e)) = size e
| size(T.REXT(ty,_)) = ty
| size(T.MARK(e,_)) = size e
| size(T.OP(ty,_,_)) = ty
| size(T.ARG(ty,_,_)) = ty
| size(T.$(ty,_,_)) = ty
| size(T.PARAM _) = intTy
| size(T.BITSLICE(ty,_,_)) = ty
| size(T.???) = intTy
fun fsize(T.FREG(ty,_)) = ty
| fsize(T.FLOAD(ty,_,_)) = ty
| fsize(T.FADD(ty,_,_)) = ty
| fsize(T.FSUB(ty,_,_)) = ty
| fsize(T.FMUL(ty,_,_)) = ty
| fsize(T.FDIV(ty,_,_)) = ty
| fsize(T.FABS(ty,_)) = ty
| fsize(T.FNEG(ty,_)) = ty
| fsize(T.FSQRT(ty,_)) = ty
| fsize(T.FCOND(ty,_,_,_)) = ty
| fsize(T.CVTI2F(ty,_,_)) = ty
| fsize(T.CVTF2F(ty,_,_)) = ty
| fsize(T.FCOPYSIGN(ty,_,_)) = ty
| fsize(T.FPRED(e,_)) = fsize e
| fsize(T.FEXT(ty,_)) = ty
| fsize(T.FMARK(e,_)) = fsize e
end
|
