| ! { dg-do run } |
| ! Tests the fix for PR33499 in which the ENTRY cx_radc was not |
| ! getting its TYPE. |
| ! |
| ! Contributed by Michael Richmond <michael.a.richmond@nasa.gov> |
| ! |
| MODULE complex |
| IMPLICIT NONE |
| PRIVATE |
| PUBLIC :: cx, OPERATOR(+), OPERATOR(.eq.) |
| TYPE cx |
| integer :: re |
| integer :: im |
| END TYPE cx |
| INTERFACE OPERATOR (+) |
| MODULE PROCEDURE cx_cadr, cx_radc |
| END INTERFACE |
| INTERFACE OPERATOR (.eq.) |
| MODULE PROCEDURE cx_eq |
| END INTERFACE |
| CONTAINS |
| FUNCTION cx_cadr(z, r) |
| ENTRY cx_radc(r, z) |
| TYPE (cx) :: cx_cadr, cx_radc |
| TYPE (cx), INTENT(IN) :: z |
| integer, INTENT(IN) :: r |
| cx_cadr%re = z%re + r |
| cx_cadr%im = z%im |
| END FUNCTION cx_cadr |
| FUNCTION cx_eq(u, v) |
| TYPE (cx), INTENT(IN) :: u, v |
| logical :: cx_eq |
| cx_eq = (u%re .eq. v%re) .and. (u%im .eq. v%im) |
| END FUNCTION cx_eq |
| END MODULE complex |
| |
| use complex |
| type(cx) :: a = cx (1, 2), c, d |
| logical :: f |
| integer :: b = 3 |
| if (.not.((a + b) .eq. (b + a))) STOP 1 |
| if (.not.((a + b) .eq. cx (4, 2))) STOP 2 |
| end |
