Break circular dependency between FIR dialect and utilities
[llvm-project.git] / flang / test / Semantics / data05.f90
blob7d7693ba3d21f16f99075a6a57faebbefba027be
1 !RUN: %flang_fc1 -fdebug-dump-symbols %s | FileCheck %s
2 module m
3 interface
4 integer function ifunc(n)
5 integer, intent(in) :: n
6 end function
7 real function rfunc(x)
8 real, intent(in) :: x
9 end function
10 end interface
11 external extrfunc
12 real extrfunc
13 type :: t1(kind,len)
14 integer(kind=1), kind :: kind = 4
15 integer(kind=2), len :: len = 1
16 integer(kind=kind) :: j
17 real(kind=kind) :: x(2,2)
18 complex(kind=kind) :: z
19 logical(kind=kind) :: t
20 character(kind=5-kind) :: c(2)
21 real(kind=kind), pointer :: xp(:,:)
22 procedure(ifunc), pointer, nopass :: ifptr
23 procedure(rfunc), pointer, nopass :: rp
24 procedure(real), pointer, nopass :: xrp
25 end type
26 contains
27 subroutine s1
28 procedure(ifunc), pointer :: ifptr ! CHECK: ifptr, EXTERNAL, POINTER (Function, InDataStmt) size=24 offset=0: ProcEntity ifunc => ifunc
29 data ifptr/ifunc/
30 end subroutine
31 subroutine s2
32 integer(kind=1) :: j1 ! CHECK: j1 (InDataStmt) size=1 offset=0: ObjectEntity type: INTEGER(1) init:66_1
33 data j1/66/
34 end subroutine
35 subroutine s3
36 integer :: jd ! CHECK: jd (InDataStmt) size=4 offset=0: ObjectEntity type: INTEGER(4) init:666_4
37 data jd/666/
38 end subroutine
39 subroutine s4
40 logical :: lv(2) ! CHECK: lv (InDataStmt) size=8 offset=0: ObjectEntity type: LOGICAL(4) shape: 1_8:2_8 init:[LOGICAL(4)::.false._4,.true._4]
41 data lv(1)/.false./
42 data lv(2)/.true./
43 end subroutine
44 subroutine s5
45 real :: rm(2,2) ! CHECK: rm (InDataStmt) size=16 offset=0: ObjectEntity type: REAL(4) shape: 1_8:2_8,1_8:2_8 init:reshape([REAL(4)::1._4,2._4,3._4,4._4],shape=[2,2])
46 data rm/1,2,3,4/
47 end subroutine
48 subroutine s6
49 character(len=8) :: ssd ! CHECK: ssd (InDataStmt) size=8 offset=0: ObjectEntity type: CHARACTER(8_4,1) init:"abcdefgh"
50 data ssd(1:4)/'abcd'/,ssd(5:8)/'efgh'/
51 end subroutine
52 subroutine s7
53 complex(kind=16) :: zv(-1:1) ! CHECK: zv (InDataStmt) size=96 offset=0: ObjectEntity type: COMPLEX(16) shape: -1_8:1_8 init:[COMPLEX(16)::(1._16,2._16),(3._16,4._16),(5._16,6._16)]
54 data (zv(j), j=1,0,-1)/(5,6),(3,4)/
55 data (zv(j)%im, zv(j)%re, j=-1,-1,-9)/2,1/
56 end subroutine
57 real function rfunc2(x)
58 real, intent(in) :: x
59 rfunc2 = x + 1.
60 end function
61 subroutine s8
62 procedure(rfunc), pointer :: rfptr ! CHECK: rfptr, EXTERNAL, POINTER (Function, InDataStmt) size=24 offset=0: ProcEntity rfunc => rfunc2
63 data rfptr/rfunc2/
64 end subroutine
65 subroutine s10
66 real, target, save :: arr(3,4) ! CHECK: arr, SAVE, TARGET size=48 offset=0: ObjectEntity type: REAL(4) shape: 1_8:3_8,1_8:4_8
67 real, pointer :: xpp(:,:) ! CHECK: xpp, POINTER (InDataStmt) size=72 offset=48: ObjectEntity type: REAL(4) shape: :,: init:arr
68 data xpp/arr/
69 end subroutine
70 integer function ifunc2(n)
71 integer, intent(in) :: n
72 ifunc2 = n + 1
73 end function
74 subroutine s11
75 real, target, save :: arr(3,4) ! CHECK: arr, SAVE, TARGET size=48 offset=0: ObjectEntity type: REAL(4) shape: 1_8:3_8,1_8:4_8
76 type(t1) :: d1 = t1(1,reshape([1,2,3,4],[2,2]),(6.,7.),.false.,'ab',arr,ifunc2,rfunc,extrfunc) ! CHECK: d1 size=168 offset=48: ObjectEntity type: TYPE(t1(kind=4_1,len=1_2)) init:t1(kind=4_1,len=1_2)(j=1_4,x=reshape([REAL(4)::1._4,2._4,3._4,4._4],shape=[2,2]),z=(6._4,7._4),t=.false._4,c=[CHARACTER(KIND=1,LEN=1)::"a","a"],xp=arr,ifptr=ifunc2,rp=rfunc,xrp=extrfunc)
77 type(t1(4,len=1)) :: d2 = t1(4)(xrp=extrfunc,rp=rfunc,ifptr=ifunc2,xp=arr,c='a&
78 &b',t=.false.,z=(6.,7.),x=reshape([1,2,3,4],[2,2]),j=1) ! CHECK: d2 size=168 offset=216: ObjectEntity type: TYPE(t1(kind=4_1,len=1_2)) init:t1(kind=4_1,len=1_2)(j=1_4,x=reshape([REAL(4)::1._4,2._4,3._4,4._4],shape=[2,2]),z=(6._4,7._4),t=.false._4,c=[CHARACTER(KIND=1,LEN=1)::"a","a"],xp=arr,ifptr=ifunc2,rp=rfunc,xrp=extrfunc)
79 type(t1(2+2)) :: d3 ! CHECK: d3 (InDataStmt) size=168 offset=384: ObjectEntity type: TYPE(t1(kind=4_1,len=1_2)) init:t1(kind=4_1,len=1_2)(j=1_4,x=reshape([REAL(4)::1._4,2._4,3._4,4._4],shape=[2,2]),z=(6._4,7._4),t=.false._4,c=[CHARACTER(KIND=1,LEN=1)::"a","a"],xp=arr,ifptr=ifunc2,rp=rfunc,xrp=extrfunc)
80 data d3/t1(1,reshape([1,2,3,4],[2,2]),(6.,7.),.false.,'ab',arr,ifunc2,rfunc,extrfunc)/
81 type(t1) :: d4 ! CHECK: d4 (InDataStmt) size=168 offset=552: ObjectEntity type: TYPE(t1(kind=4_1,len=1_2)) init:t1(kind=4_1,len=1_2)(j=1_4,x=reshape([REAL(4)::1._4,2._4,3._4,4._4],shape=[2,2]),z=(6._4,7._4),t=.false._4,c=[CHARACTER(KIND=1,LEN=1)::"a","a"],xp=arr,ifptr=ifunc2,rp=rfunc,xrp=extrfunc)
82 data d4/t1(4)(xrp=extrfunc,rp=rfunc,ifptr=ifunc2,xp=arr,c='ab',t=.false.,z=(6&
83 &.,7.),x=reshape([1,2,3,4],[2,2]),j=1)/
84 type(t1) :: d5 ! CHECK: d5 (InDataStmt) size=168 offset=720: ObjectEntity type: TYPE(t1(kind=4_1,len=1_2)) init:t1(kind=4_1,len=1_2)(j=1_4,x=reshape([REAL(4)::1._4,2._4,3._4,4._4],shape=[2,2]),z=(6._4,7._4),t=.false._4,c=[CHARACTER(KIND=1,LEN=1)::"a","b"],xp=arr,ifptr=ifunc2,rp=rfunc,xrp=extrfunc)
85 data d5%j/1/,d5%x/1,2,3,4/,d5%z%re/6./,d5%z%im/7./,d5%t/.false./,d5%c(1:1)/'a'/,d5%c(2:&
86 &2)/'b'/,d5%xp/arr/,d5%ifptr/ifunc2/,d5%rp/rfunc/,d5%xrp/extrfunc/
87 end subroutine
88 subroutine s12
89 procedure(rfunc), pointer :: pp ! CHECK: pp, EXTERNAL, POINTER (Function, InDataStmt) size=24 offset=0: ProcEntity rfunc => rfunc2
90 data pp/rfunc2/
91 end subroutine
92 end module