By Reid J.
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Extra info for The New Features of Fortran 2003
Example text
A must be of type character and specifies the kind of the result. 12 Input and output of IEEE exceptional values Input and output of IEEE infinities and NaNs, now done in a variety of ways as extensions of Fortran 95, is specified. All the edit descriptors for reals treat these values in the same way and only the field width w is taken into account. The output forms are (i) -Inf or -Infinity for minus infinity (ii) Inf, +Inf, Infinity, or +Infinity for plus infinity (iii) NaN, optionally followed by non-blank characters in parentheses (to hold additional information).
Case (ii) of C_LOC allows the C program to receive a pointer to a Fortran scalar that is not interoperable. It is not intended that any use of it be made within C except to pass it back to Fortran, where C_F_POINTER is available to reconstruct the Fortran pointer. 4 Interoperability of derived types For a derived type to be interoperable, it must be given the BIND attribute explicitly: TYPE, BIND(C) :: MYTYPE : END TYPE MYTYPE Each component must have interoperable type and type parameters, must not be a pointer, and must not be allocatable.
REAL (C_FLOAT), TARGET :: SEND(100) INTEGER (C_INT) :: SENDCOUNT INTEGER (C_INT), ALLOCATABLE, TARGET :: RECVCOUNTS(:) ... ALLOCATE( RECVCOUNTS(100) ) ... CALL C_LIBRARY_FUNCTION(C_LOC(SEND), SENDCOUNT, & C_LOC(RECVCOUNTS)) ... 9 Example of C calling Fortran Fortran Code: SUBROUTINE SIMULATION(ALPHA, BETA, GAMMA, DELTA, ARRAYS), BIND(C) USE ISO_C_BINDING IMPLICIT NONE INTEGER (C_LONG), VALUE :: ALPHA REAL (C_DOUBLE), INTENT(INOUT) :: BETA INTEGER (C_LONG), INTENT(OUT) :: GAMMA REAL (C_DOUBLE),DIMENSION(*),INTENT(IN) :: DELTA TYPE, BIND(C) :: PASS INTEGER (C_INT) :: LENC, LENF TYPE (C_PTR) :: C, F END TYPE PASS TYPE (PASS), INTENT(INOUT) :: ARRAYS REAL (C_FLOAT), ALLOCATABLE, TARGET, SAVE :: ETA(:) REAL (C_FLOAT), POINTER :: C_ARRAY(:) ...