/usr/include/kuip/kfor.h is in libpacklib1-dev 20061220+dfsg3-2.
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| /*
* $Id: kfor.h,v 1.5 2006/09/15 09:35:30 mclareni Exp $
*
* $Log: kfor.h,v $
* Revision 1.5 2006/09/15 09:35:30 mclareni
* Submitted mods for gcc4/gfortran and MacOSX, corrected to work also on slc4 with gcc3.4 and 4.1
*
* Revision 1.4 1998/12/17 14:20:22 couet
* - new routine kxdsig to delete the temporary vectors created
* by $SIGMA. On NT a direct call to kuvdel didn't work
*
* Revision 1.3 1997/09/02 14:49:59 mclareni
* WINNT corrections
*
* Revision 1.2 1997/03/14 17:16:37 mclareni
* WNT mods
*
* Revision 1.1.1.1.2.1 1997/01/21 11:33:02 mclareni
* All mods for Winnt 96a on winnt branch
*
* Revision 1.1.1.1 1996/03/08 15:33:00 mclareni
* Kuip
*
*/
/* kfor.h: Fortran-C interface */
/*
* Fortran data types
*/
typedef int INTEGER;
typedef int LOGICAL;
typedef float REAL;
typedef double DBLPREC;
typedef struct { REAL re; REAL im; } COMPLEX;
typedef INTEGER INT_FUNCTION();
typedef INT_FUNCTION *INT_FUNCPTR;
#if defined(CERNLIB_WINNT) || defined(WIN32)
# ifdef CERNLIB_MSSTDCALL
# ifndef F77_EXTERN_UPPERCASE
# define F77_EXTERN_UPPERCASE
# endif
# define type_of_call _stdcall
# endif
#endif
#ifndef type_of_call
#define type_of_call
#endif
typedef void (*SUBRPTR)();
typedef void type_of_call SUBROUTINE();
#ifdef IBM370
#pragma linkage(SUBROUTINE,FORTRAN)
#pragma linkage(INT_FUNCTION,FORTRAN)
#pragma map(__CTOF,"@@CTOF")
extern INTEGER __CTOF( INT_FUNCPTR, ... );
#endif
typedef union _EQUIV_INT_REAL {
INTEGER i;
LOGICAL l;
REAL r;
} EQUIV_INT_REAL;
/*
* Mapping of C-routine name for Fortran CALL SUB
*
* #define F77_EXTERN_LOWERCASE ==> void sub()
* #define F77_EXTERN_UPPERCASE ==> void SUB()
* otherwise ==> void sub_()
*/
#ifdef F77_EXTERN_UPPERCASE
# define F77_NAME(name,NAME) NAME
#else
# ifdef F77_EXTERN_LOWERCASE
# define F77_NAME(name,NAME) name
# else
# define F77_NAME(name,NAME) ConCat(name,_)
# endif
#endif
#ifndef F77_BLOCK
# define F77_BLOCK(name,NAME) F77_NAME(name,NAME)
#endif
#ifndef F77_COMMON
# define F77_COMMON(name) name
#endif
/*
* Routine address in CALL SUB(FUN) ; EXTERNAL FUN
*
* #define F77_EXTERN_INDIRECT ==> void (**fun)();
* otherwise ==> void (*fun)();
*/
#ifdef F77_EXTERN_INDIRECT
# define F77_EXTERN_ARG(e) ConCat(e,_ptr)
# define F77_EXTERN_DCL(e) SUBROUTINE **ConCat(e,_ptr);
# define F77_EXTERN_DEF(e) SUBROUTINE *e = *ConCat(e,_ptr);
#else
# define F77_EXTERN_ARG(e) e
# define F77_EXTERN_DCL(e) SUBROUTINE *e;
# define F77_EXTERN_DEF(e)
#endif
#define F77_EXTERN2ARG(e1,e2) F77_EXTERN_ARG(e1),F77_EXTERN_ARG(e2)
#define F77_EXTERN2DCL(e1,e2) F77_EXTERN_DCL(e1) F77_EXTERN_DCL(e2)
#define F77_EXTERN2DEF(e1,e2) F77_EXTERN_DEF(e1) F77_EXTERN_DEF(e2)
#define F77_EXTERN3ARG(e1,e2,e3) F77_EXTERN_ARG(e1),F77_EXTERN2ARG(e2,e3)
#define F77_EXTERN3DCL(e1,e2,e3) F77_EXTERN_DCL(e1) F77_EXTERN2DCL(e2,e3)
#define F77_EXTERN3DEF(e1,e2,e3) F77_EXTERN_DEF(e1) F77_EXTERN2DEF(e2,e3)
#define F77_EXTERN4ARG(e1,e2,e3,e4) F77_EXTERN_ARG(e1),F77_EXTERN3ARG(e2,e3,e4)
#define F77_EXTERN4DCL(e1,e2,e3,e4) F77_EXTERN_DCL(e1) F77_EXTERN3DCL(e2,e3,e4)
#define F77_EXTERN4DEF(e1,e2,e3,e4) F77_EXTERN_DEF(e1) F77_EXTERN3DEF(e2,e3,e4)
#ifdef F77_ARG_CONSTANT
/*
* If the Fortran compiler (e.g. VSFORTRAN and Convex fc without -sa option)
* uses constant argument blocks we have to make a private copy in case the
* routine uses the arguments as local variables.
*/
# define F77_XXXX_ARG_PTR(t,x) ConCat(x,_ptr)
# define F77_XXXX_ARG_DCL(t,x) t *ConCat(x,_ptr);
# define F77_XXXX_ARG_DEF(t,x) t *x = ConCat(x,_ptr);
#else
# define F77_XXXX_ARG_PTR(t,x) x
# define F77_XXXX_ARG_DCL(t,x) t *x;
# define F77_XXXX_ARG_DEF(t,x)
#endif
#define F77_REAL_ARG_PTR(r) F77_XXXX_ARG_PTR(REAL,r)
#define F77_REAL_ARG_DCL(r) F77_XXXX_ARG_DCL(REAL,r)
#define F77_REAL_ARG_DEF(r) F77_XXXX_ARG_DEF(REAL,r)
#define F77_INTG_ARG_PTR(i) F77_XXXX_ARG_PTR(INTEGER,i)
#define F77_INTG_ARG_DCL(i) F77_XXXX_ARG_DCL(INTEGER,i)
#define F77_INTG_ARG_DEF(i) F77_XXXX_ARG_DEF(INTEGER,i)
#define F77_INTG_ARG2PTR(i1,i2) F77_INTG_ARG_PTR(i1),F77_INTG_ARG_PTR(i2)
#define F77_INTG_ARG2DCL(i1,i2) F77_INTG_ARG_DCL(i1) F77_INTG_ARG_DCL(i2)
#define F77_INTG_ARG2DEF(i1,i2) F77_INTG_ARG_DEF(i1) F77_INTG_ARG_DEF(i2)
#define F77_INTG_ARG3PTR(i1,i2,i3) F77_INTG_ARG_PTR(i1),F77_INTG_ARG2PTR(i2,i3)
#define F77_INTG_ARG3DCL(i1,i2,i3) F77_INTG_ARG_DCL(i1) F77_INTG_ARG2DCL(i2,i3)
#define F77_INTG_ARG3DEF(i1,i2,i3) F77_INTG_ARG_DEF(i1) F77_INTG_ARG2DEF(i2,i3)
#define F77_INTG_ARG4PTR(i1,i2,i3,i4) F77_INTG_ARG_PTR(i1), \
F77_INTG_ARG3PTR(i2,i3,i4)
#define F77_INTG_ARG4DCL(i1,i2,i3,i4) F77_INTG_ARG_DCL(i1) \
F77_INTG_ARG3DCL(i2,i3,i4)
#define F77_INTG_ARG4DEF(i1,i2,i3,i4) F77_INTG_ARG_DEF(i1) \
F77_INTG_ARG3DEF(i2,i3,i4)
/*
* Access to Fortran CHARACTER arguments
*/
#ifdef vms /* VMS string descriptors */
# define F77_CHAR_ARG_PTR(s) ConCat(s,_ptr)
# define F77_CHAR_ARG_LEN(s)
# define F77_CHAR_ARG_DCL(s) struct dsc$descriptor_s *ConCat(s,_ptr);
# define F77_CHAR_ARG_DEF(s) char *s = ConCat(s,_ptr)->dsc$a_pointer; \
int ConCat(len_,s) = ConCat(s,_ptr)->dsc$w_length;
# define F77_CHAR_DEF_DSC(s,p,l) struct dsc$descriptor_s ConCat(s,_dsc);
# define F77_CHAR_ASS_DSC(s,p,l) ConCat(s,_dsc).dsc$w_length = l; \
ConCat(s,_dsc).dsc$b_dtype = DSC$K_DTYPE_T;\
ConCat(s,_dsc).dsc$b_class = DSC$K_CLASS_S;\
ConCat(s,_dsc).dsc$a_pointer = (char*)p;
# define F77_CHAR_USE_PTR(s,p,l) &ConCat(s,_dsc)
# define F77_CHAR_USE_LEN(s,p,l)
#else
#ifdef CRAY /* Cray string descriptors */
# define F77_CHAR_ARG_PTR(s) ConCat(s,_ptr)
# define F77_CHAR_ARG_LEN(s)
# define F77_CHAR_ARG_DCL(s) _fcd ConCat(s,_ptr);
# define F77_CHAR_ARG_DEF(s) char *s = _fcdtocp(ConCat(s,_ptr)); \
int ConCat(len_,s) = _fcdlen(ConCat(s,_ptr));
# define F77_CHAR_DEF_DSC(s,p,l)
# define F77_CHAR_ASS_DSC(s,p,l)
# define F77_CHAR_USE_PTR(s,p,l) _cptofcd(p,l)
# define F77_CHAR_USE_LEN(s,p,l)
#else /* length passed as additional argument */
# ifdef F77_CHAR_LEN_IND /* length passed by reference */
# define F77_CHAR_LEN_STAR(len) *len
# else
# define F77_CHAR_LEN_STAR(len) len
# endif
# ifndef F77_CHAR_LEN_TYPE
# define F77_CHAR_LEN_TYPE int
# endif
# ifdef F77_ARG_CONSTANT
# define F77_CHAR_ARG_PTR(s) ConCat(s,_ptr)
# define F77_CHAR_ARG_LEN(s) , ConCat(s,_len)
# define F77_CHAR_ARG_DCL(s) char *ConCat(s,_ptr); \
F77_CHAR_LEN_TYPE F77_CHAR_LEN_STAR(ConCat(s,_len));
# define F77_CHAR_ARG_DEF(s) char *s = ConCat(s,_ptr); \
int ConCat(len_,s) = F77_CHAR_LEN_STAR(ConCat(s,_len));
# else
# ifdef F77_CHAR_LEN_IND
# define F77_CHAR_ARG_PTR(s) s
# define F77_CHAR_ARG_LEN(s) , ConCat(s,_len)
# define F77_CHAR_ARG_DCL(s) char *s; \
F77_CHAR_LEN_TYPE F77_CHAR_LEN_STAR(ConCat(s,_len));
# define F77_CHAR_ARG_DEF(s) \
int ConCat(len_,s) = F77_CHAR_LEN_STAR(ConCat(s,_len));
# else
# ifdef CERNLIB_MSSTDCALL
# define F77_CHAR_ARG_PTR(s) s, ConCat(len_,s)
# define F77_CHAR_ARG_LEN(s)
# else
# define F77_CHAR_ARG_PTR(s) s
# define F77_CHAR_ARG_LEN(s) , ConCat(len_,s)
# endif
# define F77_CHAR_ARG_DCL(s) char *s; int ConCat(len_,s);
# define F77_CHAR_ARG_DEF(s)
# endif
# endif
# if defined(F77_CHAR_LEN_IND)
# define F77_CHAR_DEF_DSC(s,p,l) F77_CHAR_LEN_TYPE ConCat(s,_dsc) = l;
# define F77_CHAR_ASS_DSC(s,p,l)
# define F77_CHAR_USE_PTR(s,p,l) p
# define F77_CHAR_USE_LEN(s,p,l) , &ConCat(s,_dsc)
# else
# define F77_CHAR_DEF_DSC(s,p,l)
# define F77_CHAR_ASS_DSC(s,p,l)
# ifndef CERNLIB_MSSTDCALL
# define F77_CHAR_USE_PTR(s,p,l) p
# define F77_CHAR_USE_LEN(s,p,l) , l
# else
# define F77_CHAR_USE_PTR(s,p,l) p, l
# define F77_CHAR_USE_LEN(s,p,l)
# endif
# endif
#endif
#endif
#ifndef F77_XXXX_ARG_LEN /* length argument of non-CHARACTER arguments */
# define F77_XXXX_ARG_LEN(x) /* nil */
# define F77_XXXX_USE_LEN(x) /* nil */
#endif
#define F77_CHAR_ARG2PTR(c1,c2) \
F77_CHAR_ARG_PTR(c1),F77_CHAR_ARG_PTR(c2)
#define F77_CHAR_ARG2LEN(c1,c2) \
F77_CHAR_ARG_LEN(c1) F77_CHAR_ARG_LEN(c2)
#define F77_XXXX_ARG2LEN(c1,c2) \
F77_XXXX_ARG_LEN(c1) F77_XXXX_ARG_LEN(c2)
#define F77_CHAR_ARG2DCL(c1,c2) \
F77_CHAR_ARG_DCL(c1) F77_CHAR_ARG_DCL(c2)
#define F77_CHAR_ARG2DEF(c1,c2) \
F77_CHAR_ARG_DEF(c1) F77_CHAR_ARG_DEF(c2)
#define F77_CHAR_ARG3PTR(c1,c2,c3) \
F77_CHAR_ARG2PTR(c1,c2),F77_CHAR_ARG_PTR(c3)
#define F77_CHAR_ARG3LEN(c1,c2,c3) \
F77_CHAR_ARG2LEN(c1,c2) F77_CHAR_ARG_LEN(c3)
#define F77_XXXX_ARG3LEN(c1,c2,c3) \
F77_XXXX_ARG2LEN(c1,c2) F77_XXXX_ARG_LEN(c3)
#define F77_CHAR_ARG3DCL(c1,c2,c3) \
F77_CHAR_ARG2DCL(c1,c2) F77_CHAR_ARG_DCL(c3)
#define F77_CHAR_ARG3DEF(c1,c2,c3) \
F77_CHAR_ARG2DEF(c1,c2) F77_CHAR_ARG_DEF(c3)
#define F77_CHAR_ARG4PTR(c1,c2,c3,c4) \
F77_CHAR_ARG3PTR(c1,c2,c3),F77_CHAR_ARG_PTR(c4)
#define F77_CHAR_ARG4LEN(c1,c2,c3,c4) \
F77_CHAR_ARG3LEN(c1,c2,c3) F77_CHAR_ARG_LEN(c4)
#define F77_XXXX_ARG4LEN(c1,c2,c3,c4) \
F77_XXXX_ARG3LEN(c1,c2,c3) F77_XXXX_ARG_LEN(c4)
#define F77_CHAR_ARG4DCL(c1,c2,c3,c4) \
F77_CHAR_ARG3DCL(c1,c2,c3) F77_CHAR_ARG_DCL(c4)
#define F77_CHAR_ARG4DEF(c1,c2,c3,c4) \
F77_CHAR_ARG3DEF(c1,c2,c3) F77_CHAR_ARG_DEF(c4)
#define F77_CHAR_ARG5PTR(c1,c2,c3,c4,c5) \
F77_CHAR_ARG4PTR(c1,c2,c3,c4),F77_CHAR_ARG_PTR(c5)
#define F77_CHAR_ARG5LEN(c1,c2,c3,c4,c5) \
F77_CHAR_ARG4LEN(c1,c2,c3,c4) F77_CHAR_ARG_LEN(c5)
#define F77_CHAR_ARG5DCL(c1,c2,c3,c4,c5) \
F77_CHAR_ARG4DCL(c1,c2,c3,c4) F77_CHAR_ARG_DCL(c5)
#define F77_CHAR_ARG5DEF(c1,c2,c3,c4,c5) \
F77_CHAR_ARG4DEF(c1,c2,c3,c4) F77_CHAR_ARG_DEF(c5)
/*
* Fortran-calls-C interface
*
* To define a C function called by Fortran CALL SUB(A,B,C):
*
* #define Sub F77_NAME(sub,SUB)
* #pragma linkage(SUB,FORTRAN) // for IBM C/370 compiler
*
* F77_ENTRY_xyz(Sub,a,b,c) // opening { contained in macro
* // body ...
* }
*
* Each character in xyz declares the type of the corresponding parameter:
*
* C = CHARACTER
* E = EXTERNAL
* I = INTEGER
* R = REAL
*
* If a parameter PAR is declared as CHARACTER the macro defines:
*
* char *PAR; // pointer to string (not terminated by \0 !!!)
* int len_PAR; // length of string as defined by Fortran's LEN(PAR)
*
* The names PAR_dsc and PAR_ptr are reserved for internal use.
*
* Note: The function body follows the F77_ENTRY_... macro call directly.
* The opening { is generated by the macro.
*/
#define F77_ENTRY(name) \
type_of_call \
name() {
#define F77_ENTRY_C(name,c1) \
type_of_call \
name( F77_CHAR_ARG_PTR(c1) F77_CHAR_ARG_LEN(c1) ) \
F77_CHAR_ARG_DCL(c1) \
{ F77_CHAR_ARG_DEF(c1)
#define F77_ENTRY_CC(name,c1,c2) \
type_of_call \
name( F77_CHAR_ARG2PTR(c1,c2) F77_CHAR_ARG2LEN(c1,c2) ) \
F77_CHAR_ARG2DCL(c1,c2) \
{ F77_CHAR_ARG2DEF(c1,c2)
#define F77_ENTRY_C3(name,c1,c2,c3) \
type_of_call \
name( F77_CHAR_ARG3PTR(c1,c2,c3) \
F77_CHAR_ARG3LEN(c1,c2,c3) ) \
F77_CHAR_ARG3DCL(c1,c2,c3) \
{ F77_CHAR_ARG3DEF(c1,c2,c3)
#define F77_ENTRY_C5(name,c1,c2,c3,c4,c5) \
type_of_call \
name( F77_CHAR_ARG5PTR(c1,c2,c3,c4,c5) \
F77_CHAR_ARG5LEN(c1,c2,c3,c4,c5) ) \
F77_CHAR_ARG5DCL(c1,c2,c3,c4,c5) \
{ F77_CHAR_ARG5DEF(c1,c2,c3,c4,c5)
#define F77_ENTRY_C4E(name,c1,c2,c3,c4,e5) \
type_of_call \
name( F77_CHAR_ARG4PTR(c1,c2,c3,c4),F77_EXTERN_ARG(e5) \
F77_CHAR_ARG4LEN(c1,c2,c3,c4) ) \
F77_CHAR_ARG4DCL(c1,c2,c3,c4) F77_EXTERN_DCL(e5) \
{ F77_CHAR_ARG4DEF(c1,c2,c3,c4) F77_EXTERN_DEF(e5)
#define F77_ENTRY_C4I(name,c1,c2,c3,c4,i5) \
type_of_call \
name( F77_CHAR_ARG4PTR(c1,c2,c3,c4),F77_INTG_ARG_PTR(i5) \
F77_CHAR_ARG4LEN(c1,c2,c3,c4) ) \
F77_CHAR_ARG4DCL(c1,c2,c3,c4) F77_INTG_ARG_DCL(i5) \
{ F77_CHAR_ARG4DEF(c1,c2,c3,c4) F77_INTG_ARG_DEF(i5)
#define F77_ENTRY_C5E(name,c1,c2,c3,c4,c5,e6) \
type_of_call \
name( F77_CHAR_ARG5PTR(c1,c2,c3,c4,c5),F77_EXTERN_ARG(e6) \
F77_CHAR_ARG5LEN(c1,c2,c3,c4,c5) ) \
F77_CHAR_ARG5DCL(c1,c2,c3,c4,c5) F77_EXTERN_DCL(e6) \
{ F77_CHAR_ARG5DEF(c1,c2,c3,c4,c5) F77_EXTERN_DEF(e6)
#define F77_ENTRY_CCE(name,c1,c2,e3) \
type_of_call \
name( F77_CHAR_ARG2PTR(c1,c2),F77_EXTERN_ARG(e3) \
F77_CHAR_ARG2LEN(c1,c2) ) \
F77_CHAR_ARG2DCL(c1,c2) F77_EXTERN_DCL(e3) \
{ F77_CHAR_ARG2DEF(c1,c2) F77_EXTERN_DEF(e3)
#define F77_ENTRY_CCEE(name,c1,c2,e3,e4) \
type_of_call \
name( F77_CHAR_ARG2PTR(c1,c2),F77_EXTERN2ARG(e3,e4) \
F77_CHAR_ARG2LEN(c1,c2) ) \
F77_CHAR_ARG2DCL(c1,c2) F77_EXTERN2DCL(e3,e4) \
{ F77_CHAR_ARG2DEF(c1,c2) F77_EXTERN2DEF(e3,e4)
#define F77_ENTRY_CCI(name,c1,c2,i3) \
type_of_call \
name( F77_CHAR_ARG2PTR(c1,c2),F77_INTG_ARG_PTR(i3) \
F77_CHAR_ARG2LEN(c1,c2) ) \
F77_CHAR_ARG2DCL(c1,c2) F77_INTG_ARG_DCL(i3) \
{ F77_CHAR_ARG2DEF(c1,c2) F77_INTG_ARG_DEF(i3)
#define F77_ENTRY_CCIC(name,c1,c2,i3,c4) \
type_of_call \
name( F77_CHAR_ARG2PTR(c1,c2),F77_INTG_ARG_PTR(i3),F77_CHAR_ARG_PTR(c4) \
F77_CHAR_ARG2LEN(c1,c2) F77_XXXX_ARG_LEN(i3) F77_CHAR_ARG_LEN(c4) ) \
F77_CHAR_ARG3DCL(c1,c2,c4) F77_INTG_ARG_DCL(i3) \
{ F77_CHAR_ARG3DEF(c1,c2,c4) F77_INTG_ARG_DEF(i3)
#define F77_ENTRY_CCI3(name,c1,c2,i3,i4,i5) \
type_of_call \
name( F77_CHAR_ARG2PTR(c1,c2),F77_INTG_ARG3PTR(i3,i4,i5) \
F77_CHAR_ARG2LEN(c1,c2) ) \
F77_CHAR_ARG2DCL(c1,c2) F77_INTG_ARG3DCL(i3,i4,i5) \
{ F77_CHAR_ARG2DEF(c1,c2) F77_INTG_ARG3DEF(i3,i4,i5)
#define F77_ENTRY_CCIRCC(name,c1,c2,i3,r4,c5,c6) \
type_of_call \
name( F77_CHAR_ARG2PTR(c1,c2), \
F77_INTG_ARG_PTR(i3),F77_REAL_ARG_PTR(r4),F77_CHAR_ARG2PTR(c5,c6) \
F77_CHAR_ARG2LEN(c1,c2) \
F77_XXXX_ARG2LEN(i3,r4) F77_CHAR_ARG2LEN(c5,c6) ) \
F77_CHAR_ARG4DCL(c1,c2,c5,c6) \
F77_INTG_ARG_DCL(i3) F77_REAL_ARG_DCL(r4) \
{ F77_CHAR_ARG4DEF(c1,c2,c5,c6) \
F77_INTG_ARG_DEF(i3) F77_REAL_ARG_DEF(r4) \
#define F77_ENTRY_CE(name,c1,e2) \
type_of_call \
name( F77_CHAR_ARG_PTR(c1),F77_EXTERN_ARG(e2) \
F77_CHAR_ARG_LEN(c1) ) \
F77_CHAR_ARG_DCL(c1) F77_EXTERN_DCL(e2) \
{ F77_CHAR_ARG_DEF(c1) F77_EXTERN_DEF(e2)
#define F77_ENTRY_CI(name,c1,i2) \
type_of_call \
name( F77_CHAR_ARG_PTR(c1),F77_INTG_ARG_PTR(i2) \
F77_CHAR_ARG_LEN(c1) ) \
F77_CHAR_ARG_DCL(c1) F77_INTG_ARG_DCL(i2) \
{ F77_CHAR_ARG_DEF(c1) F77_INTG_ARG_DEF(i2)
#define F77_ENTRY_CICI(name,c1,i2,c3,i4) \
type_of_call \
name( F77_CHAR_ARG_PTR(c1),F77_INTG_ARG_PTR(i2), \
F77_CHAR_ARG_PTR(c3),F77_INTG_ARG_PTR(i4) \
F77_CHAR_ARG_LEN(c1) F77_XXXX_ARG_LEN(i2) \
F77_CHAR_ARG_LEN(c3) ) \
F77_CHAR_ARG2DCL(c1,c3) F77_INTG_ARG2DCL(i2,i4) \
{ F77_CHAR_ARG2DEF(c1,c3) F77_INTG_ARG2DEF(i2,i4)
#define F77_ENTRY_CII(name,c1,i2,i3) \
type_of_call \
name( F77_CHAR_ARG_PTR(c1),F77_INTG_ARG2PTR(i2,i3) \
F77_CHAR_ARG_LEN(c1) ) \
F77_CHAR_ARG_DCL(c1) F77_INTG_ARG2DCL(i2,i3) \
{ F77_CHAR_ARG_DEF(c1) F77_INTG_ARG2DEF(i2,i3)
#define F77_ENTRY_CIIC(name,c1,i2,i3,c4) \
type_of_call \
name( F77_CHAR_ARG_PTR(c1),F77_INTG_ARG2PTR(i2,i3),F77_CHAR_ARG_PTR(c4) \
F77_CHAR_ARG_LEN(c1) F77_XXXX_ARG2LEN(i2,i3) F77_CHAR_ARG_LEN(c4) ) \
F77_CHAR_ARG2DCL(c1,c4) F77_INTG_ARG2DCL(i2,i3) \
{ F77_CHAR_ARG2DEF(c1,c4) F77_INTG_ARG2DEF(i2,i3)
#define F77_ENTRY_CR(name,c1,r2) \
type_of_call \
name( F77_CHAR_ARG_PTR(c1),F77_REAL_ARG_PTR(r2) \
F77_CHAR_ARG_LEN(c1) ) \
F77_CHAR_ARG_DCL(c1) F77_REAL_ARG_DCL(r2) \
{ F77_CHAR_ARG_DEF(c1) F77_REAL_ARG_DEF(r2)
#define F77_ENTRY_R(name,r1) \
type_of_call \
name( F77_REAL_ARG_PTR(r1) ) \
F77_REAL_ARG_DCL(r1) \
{ F77_REAL_ARG_DEF(r1)
#define F77_ENTRY_E(name,e1) \
type_of_call \
name( F77_EXTERN_ARG(e1) ) \
F77_EXTERN_DCL(e1) \
{ F77_EXTERN_DEF(e1)
#define F77_ENTRY_E4(name,e1,e2,e3,e4) \
type_of_call \
name( F77_EXTERN4ARG(e1,e2,e3,e4) ) \
F77_EXTERN4DCL(e1,e2,e3,e4) \
{ F77_EXTERN4DEF(e1,e2,e3,e4)
#define F77_ENTRY_I(name,i1) \
type_of_call \
name( F77_INTG_ARG_PTR(i1) ) \
F77_INTG_ARG_DCL(i1) \
{ F77_INTG_ARG_DEF(i1)
#define F77_ENTRY_IC(name,i1,c2) \
type_of_call \
name( F77_INTG_ARG_PTR(i1),F77_CHAR_ARG_PTR(c2) \
F77_XXXX_ARG_LEN(i1) F77_CHAR_ARG_LEN(c2) ) \
F77_INTG_ARG_DCL(i1) F77_CHAR_ARG_DCL(c2) \
{ F77_INTG_ARG_DEF(i1) F77_CHAR_ARG_DEF(c2)
#define F77_ENTRY_ICI(name,i1,c2,i3) \
type_of_call \
name( F77_INTG_ARG_PTR(i1), F77_CHAR_ARG_PTR(c2),F77_INTG_ARG_PTR(i3) \
F77_XXXX_ARG_LEN(i1) F77_CHAR_ARG_LEN(c2) ) \
F77_INTG_ARG2DCL(i1,i3) F77_CHAR_ARG_DCL(c2) \
{ F77_INTG_ARG2DEF(i1,i3) F77_CHAR_ARG_DEF(c2)
#define F77_ENTRY_IIC(name,i1,i2,c3) \
type_of_call \
name( F77_INTG_ARG2PTR(i1,i2),F77_CHAR_ARG_PTR(c3) \
F77_XXXX_ARG2LEN(i1,i2) F77_CHAR_ARG_LEN(c3) ) \
F77_INTG_ARG2DCL(i1,i2) F77_CHAR_ARG_DCL(c3) \
{ F77_INTG_ARG2DEF(i1,i2) F77_CHAR_ARG_DEF(c3)
#define F77_ENTRY_I3C(name,i1,i2,i3,c4) \
type_of_call \
name( F77_INTG_ARG3PTR(i1,i2,i3),F77_CHAR_ARG_PTR(c4) \
F77_XXXX_ARG3LEN(i1,i2,i3) F77_CHAR_ARG_LEN(c4) ) \
F77_INTG_ARG3DCL(i1,i2,i3) F77_CHAR_ARG_DCL(c4) \
{ F77_INTG_ARG3DEF(i1,i2,i3) F77_CHAR_ARG_DEF(c4)
#define F77_ENTRY_I4CCC(name,i1,i2,i3,i4,c5,c6,c7) \
type_of_call \
name( F77_INTG_ARG4PTR(i1,i2,i3,i4),F77_CHAR_ARG3PTR(c5,c6,c7) \
F77_XXXX_ARG4LEN(i1,i2,i3,i4) F77_CHAR_ARG3LEN(c5,c6,c7) ) \
F77_INTG_ARG4DCL(i1,i2,i3,i4) F77_CHAR_ARG3DCL(c5,c6,c7) \
{ F77_INTG_ARG4DEF(i1,i2,i3,i4) F77_CHAR_ARG3DEF(c5,c6,c7)
#define F77_CHAR_DEF2DSC(s1,p1,l1,s2,p2,l2) \
F77_CHAR_DEF_DSC(s1,p1,l1) F77_CHAR_DEF_DSC(s2,p2,l2)
#define F77_CHAR_ASS2DSC(s1,p1,l1,s2,p2,l2) \
F77_CHAR_ASS_DSC(s1,p1,l1) F77_CHAR_ASS_DSC(s2,p2,l2)
#define F77_CHAR_USE2PTR(s1,p1,l1,s2,p2,l2) \
F77_CHAR_USE_PTR(s1,p1,l1),F77_CHAR_USE_PTR(s2,p2,l2)
#define F77_CHAR_USE2LEN(s1,p1,l1,s2,p2,l2) \
F77_CHAR_USE_LEN(s1,p1,l1) F77_CHAR_USE_LEN(s2,p2,l2)
#define F77_XXXX_USE2LEN(x1,x2) \
F77_XXXX_USE_LEN(x1) F77_XXXX_USE_LEN(x2)
#define F77_CHAR_DEF3DSC(s1,p1,l1,s2,p2,l2,s3,p3,l3) \
F77_CHAR_DEF2DSC(s1,p1,l1,s2,p2,l2) F77_CHAR_DEF_DSC(s3,p3,l3)
#define F77_CHAR_ASS3DSC(s1,p1,l1,s2,p2,l2,s3,p3,l3) \
F77_CHAR_ASS2DSC(s1,p1,l1,s2,p2,l2) F77_CHAR_ASS_DSC(s3,p3,l3)
#define F77_CHAR_USE3PTR(s1,p1,l1,s2,p2,l2,s3,p3,l3) \
F77_CHAR_USE2PTR(s1,p1,l1,s2,p2,l2),F77_CHAR_USE_PTR(s3,p3,l3)
#define F77_CHAR_USE3LEN(s1,p1,l1,s2,p2,l2,s3,p3,l3) \
F77_CHAR_USE2LEN(s1,p1,l1,s2,p2,l2) F77_CHAR_USE_LEN(s3,p3,l3)
#define F77_XXXX_USE3LEN(x1,x2,x3) \
F77_XXXX_USE2LEN(x1,x2) F77_XXXX_USE_LEN(x3)
#define F77_CHAR_DEF4DSC(s1,p1,l1,s2,p2,l2,s3,p3,l3,s4,p4,l4) \
F77_CHAR_DEF3DSC(s1,p1,l1,s2,p2,l2,s3,p3,l3) F77_CHAR_DEF_DSC(s4,p4,l4)
#define F77_CHAR_ASS4DSC(s1,p1,l1,s2,p2,l2,s3,p3,l3,s4,p4,l4) \
F77_CHAR_ASS3DSC(s1,p1,l1,s2,p2,l2,s3,p3,l3) F77_CHAR_ASS_DSC(s4,p4,l4)
#define F77_CHAR_USE4PTR(s1,p1,l1,s2,p2,l2,s3,p3,l3,s4,p4,l4) \
F77_CHAR_USE3PTR(s1,p1,l1,s2,p2,l2,s3,p3,l3),F77_CHAR_USE_PTR(s4,p4,l4)
#define F77_CHAR_USE4LEN(s1,p1,l1,s2,p2,l2,s3,p3,l3,s4,p4,l4) \
F77_CHAR_USE3LEN(s1,p1,l1,s2,p2,l2,s3,p3,l3) F77_CHAR_USE_LEN(s4,p4,l4)
#define F77_XXXX_USE4LEN(x1,x2,x3,x4) \
F77_XXXX_USE3LEN(x1,x2,x3) F77_XXXX_USE_LEN(x4)
#define F77_XXXX_USE5LEN(x1,x2,x3,x4,x5) \
F77_XXXX_USE4LEN(x1,x2,x3,x4) F77_XXXX_USE_LEN(x5)
#define F77_XXXX_USE6LEN(x1,x2,x3,x4,x5,x6) \
F77_XXXX_USE5LEN(x1,x2,x3,x4,x5) F77_XXXX_USE_LEN(x6)
#define F77_XXXX_USE7LEN(x1,x2,x3,x4,x5,x6,x7) \
F77_XXXX_USE6LEN(x1,x2,x3,x4,x5,x6) F77_XXXX_USE_LEN(x7)
#define F77_XXXX_USE8LEN(x1,x2,x3,x4,x5,x6,x7,x8) \
F77_XXXX_USE7LEN(x1,x2,x3,x4,x5,x6,x7) F77_XXXX_USE_LEN(x8)
EXTERN INTEGER F77_i0; /* dummy */
#ifdef IBM370
#pragma linkage(K77C,FORTRAN)
#define F77_IFUN_C(i0,name,p1,l1) do { \
i0 = K77C(&name,p1,l1); } while(0)
#else
#define F77_IFUN_C(i0,name,p1,l1) do { \
F77_CHAR_DEF_DSC(s1,p1,l1) \
F77_CHAR_ASS_DSC(s1,p1,l1) \
i0 = (*name)( \
F77_CHAR_USE_PTR(s1,p1,l1) \
F77_CHAR_USE_LEN(s1,p1,l1) \
); } while(0)
#endif
#define F77_CALL_C(name,p1,l1) do { \
INT_FUNCPTR _p0_ = (INT_FUNCPTR)name; \
F77_IFUN_C(F77_i0,_p0_,p1,l1); \
} while(0)
#ifdef IBM370
#pragma linkage(K77CC,FORTRAN)
#define F77_IFUN_CC(i0,name,p1,l1,p2,l2) do { \
i0 = K77CC(&name,p1,l1,p2,l2); } while(0)
#else
#define F77_IFUN_CC(i0,name,p1,l1,p2,l2) do { \
F77_CHAR_DEF2DSC(s1,p1,l1,s2,p2,l2) \
F77_CHAR_ASS2DSC(s1,p1,l1,s2,p2,l2) \
i0 = (*name)( \
F77_CHAR_USE2PTR(s1,p1,l1,s2,p2,l2) \
F77_CHAR_USE2LEN(s1,p1,l1,s2,p2,l2) \
); } while(0)
#endif
#define F77_CALL_CC(name,p1,l1,p2,l2) do { \
INT_FUNCPTR _p0_ = (INT_FUNCPTR)name; \
F77_IFUN_CC(F77_i0,_p0_,p1,l1,p2,l2); \
} while(0)
#ifdef IBM370
#pragma linkage(K77C3,FORTRAN)
#define F77_IFUN_C3(i0,name,p1,l1,p2,l2,p3,l3) do { \
i0 = K77C3(&name,p1,l1,p2,l2,p3,l3); } while(0)
#else
#define F77_IFUN_C3(i0,name,p1,l1,p2,l2,p3,l3) do { \
F77_CHAR_DEF3DSC(s1,p1,l1,s2,p2,l2,s3,p3,l3) \
F77_CHAR_ASS3DSC(s1,p1,l1,s2,p2,l2,s3,p3,l3) \
i0 = (*name)( \
F77_CHAR_USE3PTR(s1,p1,l1,s2,p2,l2,s3,p3,l3) \
F77_CHAR_USE3LEN(s1,p1,l1,s2,p2,l2,s3,p3,l3) \
); } while(0)
#endif
#define F77_CALL_C3(name,p1,l1,p2,l2,p3,l3) do { \
INT_FUNCPTR _p0_ = (INT_FUNCPTR)name; \
F77_IFUN_C3(F77_i0,_p0_,p1,l1,p2,l2,p3,l3); \
} while(0)
#ifdef IBM370
#pragma linkage(K77C7,FORTRAN)
#define F77_IFUN_C7(i0,name,p1,l1,p2,l2,p3,l3,p4,l4,p5,l5,p6,l6,p7,l7) do { \
i0 = K77C7(&name,p1,l1,p2,l2,p3,l3,p4,l4,p5,l5,p6,l6,p7,l7); } while(0)
#else
#define F77_IFUN_C7(i0,name,p1,l1,p2,l2,p3,l3,p4,l4,p5,l5,p6,l6,p7,l7) do { \
F77_CHAR_DEF4DSC(s1,p1,l1,s2,p2,l2,s3,p3,l3,s4,p4,l4) \
F77_CHAR_DEF3DSC(s5,p5,l5,s6,p6,l6,s7,p7,l7) \
F77_CHAR_ASS4DSC(s1,p1,l1,s2,p2,l2,s3,p3,l3,s4,p4,l4) \
F77_CHAR_ASS3DSC(s5,p5,l5,s6,p6,l6,s7,p7,l7) \
i0 = (*name)( \
F77_CHAR_USE4PTR(s1,p1,l1,s2,p2,l2,s3,p3,l3,s4,p4,l4), \
F77_CHAR_USE3PTR(s5,p5,l5,s6,p6,l6,s7,p7,l7) \
F77_CHAR_USE4LEN(s1,p1,l1,s2,p2,l2,s3,p3,l3,s4,p4,l4) \
F77_CHAR_USE3LEN(s5,p5,l5,s6,p6,l6,s7,p7,l7) \
); } while(0)
#endif
#define F77_CALL_C7(name,p1,l1,p2,l2,p3,l3,p4,l4,p5,l5,p6,l6,p7,l7) do { \
INT_FUNCPTR _p0_ = (INT_FUNCPTR)name; \
F77_IFUN_C7(F77_i0,_p0_,p1,l1,p2,l2,p3,l3,p4,l4,p5,l5,p6,l6,p7,l7); \
} while(0)
#ifdef IBM370
#pragma linkage(K77CCx,FORTRAN)
#define F77_CALL_CCx(name,p1,l1,p2,l2,x3) do { \
SUBROUTINE *F77 = name; \
K77CCx(&F77,p1,l1,p2,l2,x3); } while(0)
#else
#define F77_CALL_CCx(name,p1,l1,p2,l2,x3) do { \
F77_CHAR_DEF2DSC(s1,p1,l1,s2,p2,l2) \
F77_CHAR_ASS2DSC(s1,p1,l1,s2,p2,l2) \
name( F77_CHAR_USE2PTR(s1,p1,l1,s2,p2,l2), \
x3 \
F77_CHAR_USE2LEN(s1,p1,l1,s2,p2,l2) \
F77_XXXX_USE_LEN(x3) \
); } while(0)
#endif
#ifdef IBM370
#pragma linkage(K77CCxx,FORTRAN)
#define F77_IFUN_CCxx(i0,name,p1,l1,p2,l2,x3,x4) do { \
i0 = K77CCxx(&name,p1,l1,p2,l2,x3,x4); } while(0)
#else
#define F77_IFUN_CCxx(i0,name,p1,l1,p2,l2,x3,x4) do { \
F77_CHAR_DEF2DSC(s1,p1,l1,s2,p2,l2) \
F77_CHAR_ASS2DSC(s1,p1,l1,s2,p2,l2) \
i0 = (*name)( \
F77_CHAR_USE2PTR(s1,p1,l1,s2,p2,l2), \
x3,x4 \
F77_CHAR_USE2LEN(s1,p1,l1,s2,p2,l2) \
); } while(0)
#endif
#define F77_CALL_CCxx(name,p1,l1,p2,l2,x3,x4) do { \
INT_FUNCPTR _p0_ = (INT_FUNCPTR)name; \
F77_IFUN_CCxx(F77_i0,_p0_,p1,l1,p2,l2,x3,x4); \
} while(0)
#ifdef IBM370
#pragma linkage(K77CCx3,FORTRAN)
#define F77_IFUN_CCx3(i0,name,p1,l1,p2,l2,x3,x4,x5) do { \
i0 = K77CCx3(&name,p1,l1,p2,l2,x3,x4,x5); } while(0)
#else
#define F77_IFUN_CCx3(i0,name,p1,l1,p2,l2,x3,x4,x5) do { \
F77_CHAR_DEF2DSC(s1,p1,l1,s2,p2,l2) \
F77_CHAR_ASS2DSC(s1,p1,l1,s2,p2,l2) \
i0 = (*name)( \
F77_CHAR_USE2PTR(s1,p1,l1,s2,p2,l2), \
x3,x4,x5 \
F77_CHAR_USE2LEN(s1,p1,l1,s2,p2,l2) \
); } while(0)
#endif
#define F77_CALL_CCx3(name,p1,l1,p2,l2,x3,x4,x5) do { \
INT_FUNCPTR _p0_ = (INT_FUNCPTR)name; \
F77_IFUN_CCx3(F77_i0,_p0_,p1,l1,p2,l2,x3,x4,x5); \
} while(0)
#ifdef IBM370
#pragma linkage(K77Cx,FORTRAN)
#define F77_IFUN_Cx(i0,name,p1,l1,x2) do { \
i0 = K77Cx(&name,p1,l1,x2); } while(0)
#else
#define F77_IFUN_Cx(i0,name,p1,l1,x2) do { \
F77_CHAR_DEF_DSC(s1,p1,l1) \
F77_CHAR_ASS_DSC(s1,p1,l1) \
i0 = (*name)( \
F77_CHAR_USE_PTR(s1,p1,l1), \
x2 \
F77_CHAR_USE_LEN(s1,p1,l1) \
F77_XXXX_USE_LEN(x2) \
); } while(0)
#endif
#define F77_CALL_Cx(name,p1,l1,x2) do { \
INT_FUNCPTR _p0_ = (INT_FUNCPTR)name; \
F77_IFUN_Cx(F77_i0,_p0_,p1,l1,x2); \
} while(0)
#ifdef IBM370
#pragma linkage(K77CxC,FORTRAN)
#define F77_CALL_CxC(name,p1,l1,x2,p3,l3) do { \
SUBROUTINE *F77 = name; \
K77CxC(&F77,p1,l1,x2,p3,l3); } while(0)
#else
#define F77_CALL_CxC(name,p1,l1,x2,p3,l3) do { \
F77_CHAR_DEF2DSC(s1,p1,l1,s3,p3,l3) \
F77_CHAR_ASS2DSC(s1,p1,l1,s3,p3,l3) \
name( F77_CHAR_USE_PTR(s1,p1,l1), \
x2, \
F77_CHAR_USE_PTR(s3,p3,l3) \
F77_CHAR_USE_LEN(s1,p1,l1) \
F77_XXXX_USE_LEN(x2) \
F77_CHAR_USE_LEN(s3,p3,l3) \
); } while(0)
#endif
#ifdef IBM370
#pragma linkage(K77Cxx,FORTRAN)
#define F77_CALL_Cxx(name,p1,l1,x2,x3) do { \
SUBROUTINE *F77 = name; \
K77Cxx(&F77,p1,l1,x2,x3); } while(0)
#else
#define F77_CALL_Cxx(name,p1,l1,x2,x3) do { \
F77_CHAR_DEF_DSC(s1,p1,l1) \
F77_CHAR_ASS_DSC(s1,p1,l1) \
name( F77_CHAR_USE_PTR(s1,p1,l1), \
x2,x3 \
F77_CHAR_USE_LEN(s1,p1,l1) \
F77_XXXX_USE2LEN(x2,x3) \
); } while(0)
#endif
#ifdef IBM370
#pragma linkage(K77xC,FORTRAN)
#define F77_CALL_xC(name,x1,p2,l2) do { \
SUBROUTINE *F77 = name; \
K77xC(&F77,x1,p2,l2); } while(0)
#else
#define F77_CALL_xC(name,x1,p2,l2) do { \
F77_CHAR_DEF_DSC(s2,p2,l2) \
F77_CHAR_ASS_DSC(s2,p2,l2) \
name( x1, \
F77_CHAR_USE_PTR(s2,p2,l2) \
F77_XXXX_USE_LEN(x1) \
F77_CHAR_USE_LEN(s2,p2,l2) \
); } while(0)
#endif
#ifdef IBM370
#pragma linkage(K77xCCx,FORTRAN)
#define F77_CALL_xCCx(name,x1,p2,l2,p3,l3,x4) do { \
SUBROUTINE *F77 = name; \
K77xCCx(&F77,x1,p2,l2,p3,l3,x4); } while(0)
#else
#define F77_CALL_xCCx(name,x1,p2,l2,p3,l3,x4) do { \
F77_CHAR_DEF2DSC(s2,p2,l2,s3,p3,l3) \
F77_CHAR_ASS2DSC(s2,p2,l2,s3,p3,l3) \
name( x1, \
F77_CHAR_USE2PTR(s2,p2,l2,s3,p3,l3), \
x4 \
F77_XXXX_USE_LEN(x1) \
F77_CHAR_USE2LEN(s2,p2,l2,s3,p3,l3) \
F77_XXXX_USE_LEN(x4) \
); } while(0)
#endif
#ifdef IBM370
#pragma linkage(K77xCC,FORTRAN)
#define F77_IFUN_xCC(i0,name,x1,p2,l2,p3,l3) do { \
i0 = K77xCC(&name,x1,p2,l2,p3,l3); } while(0)
#else
#define F77_IFUN_xCC(i0,name,x1,p2,l2,p3,l3) do { \
F77_CHAR_DEF2DSC(s2,p2,l2,s3,p3,l3) \
F77_CHAR_ASS2DSC(s2,p2,l2,s3,p3,l3) \
i0 = (*name)( x1, \
F77_CHAR_USE2PTR(s2,p2,l2,s3,p3,l3) \
F77_XXXX_USE_LEN(x1) \
F77_CHAR_USE2LEN(s2,p2,l2,s3,p3,l3) \
); } while(0)
#endif
#define F77_CALL_xCC(name,x1,p2,l2,p3,l3) do { \
INT_FUNCPTR _p0_ = (INT_FUNCPTR)name; \
F77_IFUN_xCC(F77_i0,_p0_,x1,p2,l2,p3,l3); \
} while(0)
#ifdef IBM370
#pragma linkage(K77xCx,FORTRAN)
#define F77_IFUN_xCx(i0,name,x1,p2,l2,x3) do { \
i0 = K77xCx(&name,x1,p2,l2,x3); } while(0)
#else
#define F77_IFUN_xCx(i0,name,x1,p2,l2,x3) do { \
F77_CHAR_DEF_DSC(s2,p2,l2) \
F77_CHAR_ASS_DSC(s2,p2,l2) \
i0 = (*name)( x1, \
F77_CHAR_USE_PTR(s2,p2,l2), \
x3 \
F77_XXXX_USE_LEN(x1) \
F77_CHAR_USE_LEN(s2,p2,l2) \
F77_XXXX_USE_LEN(x3) \
); } while(0)
#endif
#define F77_CALL_xCx(name,x1,p2,l2,x3) do { \
INT_FUNCPTR _p0_ = (INT_FUNCPTR)name; \
F77_IFUN_xCx(F77_i0,_p0_,x1,p2,l2,x3); \
} while(0)
#ifdef IBM370
#pragma linkage(K77x4C,FORTRAN)
#define F77_CALL_x4C(name,x1,x2,x3,x4,p5,l5) do { \
SUBROUTINE *F77 = name; \
K77x4C(&F77,x1,x2,x3,x4,p5,l5); } while(0)
#else
#define F77_CALL_x4C(name,x1,x2,x3,x4,p5,l5) do { \
F77_CHAR_DEF_DSC(s5,p5,l5) \
F77_CHAR_ASS_DSC(s5,p5,l5) \
name( x1,x2,x3,x4, \
F77_CHAR_USE_PTR(s5,p5,l5) \
F77_XXXX_USE4LEN(x1,x2,x3,x4) \
F77_CHAR_USE_LEN(s5,p5,l5) \
); } while(0)
#endif
#ifdef IBM370
#pragma linkage(K77x4Cxx,FORTRAN)
#define F77_CALL_x4Cxx(name,x1,x2,x3,x4,p5,l5,x6,x7) do { \
SUBROUTINE *F77 = name; \
K77x4Cxx(&F77,x1,x2,x3,x4,p5,l5,x6,x7); } while(0)
#else
#define F77_CALL_x4Cxx(name,x1,x2,x3,x4,p5,l5,x6,x7) do { \
F77_CHAR_DEF_DSC(s5,p5,l5) \
F77_CHAR_ASS_DSC(s5,p5,l5) \
name( x1,x2,x3,x4, \
F77_CHAR_USE_PTR(s5,p5,l5), \
x6,x7 \
F77_XXXX_USE4LEN(x1,x2,x3,x4) \
F77_CHAR_USE_LEN(s5,p5,l5) \
F77_XXXX_USE2LEN(x6,x7) \
); } while(0)
#endif
#ifdef IBM370
#pragma linkage(KIGMENU,FORTRAN)
/* 1 2 3 4 5 6 7 8 9 10 11 12 13 14 */
#define F77_CALL_xCx5CxC3xC(name,a,b,B,c,d,e,f,g,h,H,i,j,J,k,K,l,L,m,n,N) do {\
SUBROUTINE *F77 = name; \
KIGMENU(&F77,a,b,B,c,d,e,f,g,h,H,i,j,J,k,K,l,L,m,n,N); } while(0)
#else
#define F77_CALL_xCx5CxC3xC(name,a,b,B,c,d,e,f,g,h,H,i,j,J,k,K,l,L,m,n,N) do {\
F77_CHAR_DEF_DSC(sb,b,B) \
F77_CHAR_DEF_DSC(sh,h,H) \
F77_CHAR_DEF3DSC(sj,j,J,sk,k,K,sl,l,L) \
F77_CHAR_DEF_DSC(sn,n,N) \
F77_CHAR_ASS_DSC(sb,b,B) \
F77_CHAR_ASS_DSC(sh,h,H) \
F77_CHAR_ASS3DSC(sj,j,J,sk,k,K,sl,l,L) \
F77_CHAR_ASS_DSC(sn,n,N) \
name( a, \
F77_CHAR_USE_PTR(sb,b,B), \
c,d,e,f,g, \
F77_CHAR_USE_PTR(sh,h,H), \
i, \
F77_CHAR_USE3PTR(sj,j,J,sk,k,K,sl,l,L), \
m, \
F77_CHAR_USE_PTR(sn,n,N) \
F77_XXXX_USE_LEN(a) \
F77_CHAR_USE_LEN(sb,b,B) \
F77_XXXX_USE5LEN(c,d,e,f,g) \
F77_CHAR_USE_LEN(sh,h,H) \
F77_XXXX_USE_LEN(i) \
F77_CHAR_USE3LEN(sj,j,J,sk,k,K,sl,l,L) \
F77_XXXX_USE_LEN(m) \
F77_CHAR_USE_LEN(sn,n,N) \
); } while(0)
#endif
#ifdef IBM370
#define F77_IFUN_x(i0,name,x1) i0 = __CTOF(name,x1)
#else
#define F77_IFUN_x(i0,name,x1) i0 = (*name)(x1)
#endif
#ifdef IBM370
#define F77_IFUN_xx(i0,name,x1,x2) i0 = __CTOF(name,x1,x2)
#else
#define F77_IFUN_xx(i0,name,x1,x2) i0 = (*name)(x1,x2)
#endif
#ifdef IBM370
#pragma linkage(K77xCx8,FORTRAN)
#define F77_IFUN_xCx8(i0,name,x1,p2,l2,x3,x4,x5,x6,x7,x8,x9,x10) do { \
i0 = K77xCx8(&name,x1,p2,l2,x3,x4,x5,x6,x7,x8,x9,x10); } while(0)
#else
#define F77_IFUN_xCx8(i0,name,x1,p2,l2,x3,x4,x5,x6,x7,x8,x9,x10) do { \
F77_CHAR_DEF_DSC(s2,p2,l2) \
F77_CHAR_ASS_DSC(s2,p2,l2) \
i0 = (*name)( x1, \
F77_CHAR_USE_PTR(s2,p2,l2), \
x3,x4,x5,x6,x7,x8,x9,x10 \
F77_XXXX_USE_LEN(x1) \
F77_CHAR_USE_LEN(s2,p2,l2) \
F77_XXXX_USE8LEN(x3,x4,x5,x6,x7,x8,x9,x10) \
); } while(0)
#endif
extern LOGICAL ku_true( int return_true );
/*
* routines called by Fortran
*/
#define Errrun F77_NAME(errrun,ERRRUN)
#define Fmemcpy F77_NAME(fmemcpy,FMEMCPY)
#if !defined(CERNLIB_GFORTRAN)
#define Getarg F77_NAME(getarg,GETARG)
#else
#define Getarg F77_NAME(kernlibgetarg,KERNLIBGETARG)
#endif
extern SUBROUTINE Getarg;
#define Goparm F77_NAME(goparm,GOPARM)
extern SUBROUTINE Goparm;
#define Iclrwk F77_NAME(iclrwk,ICLRWK)
extern SUBROUTINE Iclrwk;
#define Iginit F77_NAME(iginit,IGINIT)
extern SUBROUTINE Iginit;
#define Igmenu F77_NAME(igmenu,IGMENU)
extern SUBROUTINE Igmenu;
#define Igrng F77_NAME(igrng,IGRNG)
extern SUBROUTINE Igrng;
#define Igsse F77_NAME(igsse,IGSSE)
extern SUBROUTINE Igsse;
#define Igsrap F77_NAME(igsrap,IGSRAP)
extern SUBROUTINE Igsrap;
#define Igwkty F77_NAME(igwkty,IGWKTY)
extern SUBROUTINE Igwkty;
#define Kcexec F77_NAME(kcexec,KCEXEC)
#define Kdialo F77_NAME(kdialo,KDIALO)
extern SUBROUTINE Kdialo;
#define Kgetar F77_NAME(kgetar,KGETAR)
#define Kiargc F77_NAME(kiargc,KIARGC)
extern INT_FUNCTION Kiargc;
#define Kibres F77_NAME(kibres,KIBRES)
extern SUBROUTINE Kibres;
#define Kiclos F77_NAME(kiclos,KICLOS)
extern SUBROUTINE Kiclos;
#define Kicomv F77_NAME(kicomv,KICOMV)
#define Kierrf F77_NAME(kierrf,KIERRF)
#ifdef CERNLIB_MSSTDCALL
extern type_of_call Kierrf
(char *, int); /* To make MS Fortran happy */
#else
extern SUBROUTINE Kierrf;
#endif
#define Kiinit F77_NAME(kiinit,KIINIT)
#ifdef CERNLIB_MSSTDCALL
extern type_of_call Kiinit
(int *);
#else
extern SUBROUTINE Kiinit;
#endif
#define Kilun F77_NAME(kilun,KILUN)
extern SUBROUTINE Kilun;
#define Kipawc F77_NAME(kipawc,KIPAWC)
#define Kipiaf F77_NAME(kipiaf,KIPIAF)
#define Kiprmt F77_NAME(kiprmt,KIPRMT)
#define Kirtim F77_NAME(kirtim,KIRTIM)
#define Kisigm F77_NAME(kisigm,KISIGM)
#define Kivect F77_NAME(kivect,KIVECT)
#define Kmbrset F77_NAME(kmbrset,KMBRSET)
#define Kmvsed F77_NAME(kmvsed,KMVSED)
extern SUBROUTINE Kmvsed;
#define Kmvspg F77_NAME(kmvspg,KMVSPG)
extern SUBROUTINE Kmvspg;
#define Kmvssh F77_NAME(kmvssh,KMVSSH)
extern SUBROUTINE Kmvssh;
#define Ksvpar F77_NAME(ksvpar,KSVPAR)
#define Kuach F77_NAME(kuach,KUACH)
#define Kuact F77_NAME(kuact,KUACT)
#define Kualfa F77_NAME(kualfa,KUALFA)
#define Kuappl F77_NAME(kuappl,KUAPPL)
#define Kuargs F77_NAME(kuargs,KUARGS)
#define Kubrek F77_NAME(kubrek,KUBREK)
#define Kubrof F77_NAME(kubrof,KUBROF)
#define Kubron F77_NAME(kubron,KUBRON)
#define Kuclos F77_NAME(kuclos,KUCLOS)
#ifdef CERNLIB_MSSTDCALL
extern type_of_call Kuclos
(int *, char *, int , int *);
#else
extern SUBROUTINE Kuclos;
#endif
#define Kucmd F77_NAME(kucmd,KUCMD)
#define Kucmdl F77_NAME(kucmdl,KUCMDL)
#define Kucomv F77_NAME(kucomv,KUCOMV)
#define Kuedit F77_NAME(kuedit,KUEDIT)
#define Kuesvr F77_NAME(kuesvr,KUESVR)
#define Kueusr F77_NAME(kueusr,KUEUSR)
#define Kuexec F77_NAME(kuexec,KUEXEC)
#define Kuexel F77_NAME(kuexel,KUEXEL)
#define Kuexit F77_NAME(kuexit,KUEXIT)
#define Kufcas F77_NAME(kufcas,KUFCAS)
#define Kufdef F77_NAME(kufdef,KUFDEF)
#define Kugetc F77_NAME(kugetc,KUGETC)
#define Kugete F77_NAME(kugete,KUGETE)
#define Kugetf F77_NAME(kugetf,KUGETF)
#define Kugeti F77_NAME(kugeti,KUGETI)
#define Kugetl F77_NAME(kugetl,KUGETL)
#define Kugetr F77_NAME(kugetr,KUGETR)
#define Kugets F77_NAME(kugets,KUGETS)
#define Kugrfl F77_NAME(kugrfl,KUGRFL)
#define Kuguid F77_NAME(kuguid,KUGUID)
#define Kuhelp F77_NAME(kuhelp,KUHELP)
#define Kuhome F77_NAME(kuhome,KUHOME)
#define Kuidf1 F77_NAME(kuidf1,KUIDF1)
extern SUBROUTINE Kuidf1;
#define Kuidf2 F77_NAME(kuidf2,KUIDF2)
extern SUBROUTINE Kuidf2;
#define Kuidfm F77_NAME(kuidfm,KUIDFM)
#define Kuinim F77_NAME(kuinim,KUINIM)
#define Kuinit F77_NAME(kuinit,KUINIT)
#define Kuinps F77_NAME(kuinps,KUINPS)
#define Kuinqf F77_NAME(kuinqf,KUINQF)
#define Kxdsig F77_NAME(kxdsig,KXDSIG)
extern SUBROUTINE Kxdsig;
#ifdef CERNLIB_MSSTDCALL
extern type_of_call Kuinqf
(char *, int , int *);
#else
extern SUBROUTINE Kuinqf;
#endif
#define Kulun F77_NAME(kulun,KULUN)
#define Kumloc F77_NAME(kumloc,KUMLOC)
#define Kumout F77_NAME(kumout,KUMOUT)
#define Kundpv F77_NAME(kundpv,KUNDPV)
#define Kunpar F77_NAME(kunpar,KUNPAR)
#define Kunwg F77_NAME(kunwg,KUNWG)
#define Kuopen F77_NAME(kuopen,KUOPEN)
extern SUBROUTINE Kuopen;
#define Kupad F77_NAME(kupad,KUPAD)
#define Kupar F77_NAME(kupar,KUPAR)
#define Kupath F77_NAME(kupath,KUPATH)
#define Kupatl F77_NAME(kupatl,KUPATL)
#define Kuproc F77_NAME(kuproc,KUPROC)
#define Kuprof F77_NAME(kuprof,KUPROF)
#define Kuproi F77_NAME(kuproi,KUPROI)
#define Kuprop F77_NAME(kuprop,KUPROP)
#define Kupror F77_NAME(kupror,KUPROR)
#define Kupros F77_NAME(kupros,KUPROS)
#define Kumess F77_NAME(kumess,KUMESS)
#define Kupval F77_NAME(kupval,KUPVAL)
#define Kuqcas F77_NAME(kuqcas,KUQCAS)
#define Kuqenv F77_NAME(kuqenv,KUQENV)
#define Kuqexe F77_NAME(kuqexe,KUQEXE)
#define Kuqkey F77_NAME(kuqkey,KUQKEY)
#define Kuqsvr F77_NAME(kuqsvr,KUQSVR)
#define Kuquit F77_NAME(kuquit,KUQUIT)
#define Kuqvar F77_NAME(kuqvar,KUQVAR)
#define Kuread F77_NAME(kuread,KUREAD)
#ifdef CERNLIB_MSSTDCALL
extern type_of_call Kuread
(int *, char *, int , int *);
#else
extern SUBROUTINE Kuread;
#endif
#define Kusapp F77_NAME(kusapp,KUSAPP)
#define Kuser F77_NAME(kuser,KUSER)
#define Kuserid F77_NAME(kuserid,KUSERID)
#define Kusibr F77_NAME(kusibr,KUSIBR)
#define Kusigm F77_NAME(kusigm,KUSIGM)
#define Kuspy F77_NAME(kuspy,KUSPY)
#define Kustat F77_NAME(kustat,KUSTAT)
#define Kustop F77_NAME(kustop,KUSTOP)
#define Kuterm F77_NAME(kuterm,KUTERM)
#define Kutime F77_NAME(kutime,KUTIME)
#define Kutim0 F77_NAME(kutim0,KUTIM0)
extern SUBROUTINE Kutim0;
#define Kutrue F77_NAME(kutrue,KUTRUE)
#define Kuvar F77_NAME(kuvar,KUVAR)
#define Kuvcre F77_NAME(kuvcre,KUVCRE)
#ifdef CERNLIB_MSSTDCALL
extern type_of_call Kuvcre
(char *, int, char *, int, int *, int *, int *);
#else
extern SUBROUTINE Kuvcre;
#endif
#define Kuvdel F77_NAME(kuvdel,KUVDEL)
#ifdef CERNLIB_MSSTDCALL
extern type_of_call Kuvdel
( char *, int);
#else
extern SUBROUTINE Kuvdel;
#endif
#define Kuvect F77_NAME(kuvect,KUVECT)
extern SUBROUTINE Kuvect;
#define Kuvnam F77_NAME(kuvnam,KUVNAM)
#define Kuwhag F77_NAME(kuwhag,KUWHAG)
#define Kuwham F77_NAME(kuwham,KUWHAM)
#define Kuwhat F77_NAME(kuwhat,KUWHAT)
#define Kuwrit F77_NAME(kuwrit,KUWRIT)
extern SUBROUTINE Kuwrit;
#define Kxcrv2 F77_NAME(kxcrv2,KXCRV2)
extern SUBROUTINE Kxcrv2;
#define Macdef F77_NAME(macdef,MACDEF)
extern SUBROUTINE Macdef;
#define Mdmenu F77_NAME(mdmenu,MDMENU)
#define Mhi_close F77_NAME(mhi_close,MHI_CLOSE)
extern SUBROUTINE Mhi_close;
#define Mhi_open F77_NAME(mhi_open,MHI_OPEN)
extern SUBROUTINE Mhi_open;
#define Mzwipe F77_NAME(mzwipe,MZWIPE)
extern SUBROUTINE Mzwipe;
#define Traceq F77_NAME(traceq,TRACEQ)
extern SUBROUTINE Traceq;
#define Xuflow F77_NAME(xuflow,XUFLOW)
extern SUBROUTINE Xuflow;
#ifdef IBM370
# pragma linkage(ERRRUN,FORTRAN)
# pragma linkage(FMEMCPY,FORTRAN)
# pragma linkage(GOPARM,FORTRAN)
# pragma linkage(ICLRWK,FORTRAN)
# pragma linkage(IGINIT,FORTRAN)
# pragma linkage(IGMENU,FORTRAN)
# pragma linkage(IGRNG,FORTRAN)
# pragma linkage(IGSSE,FORTRAN)
# pragma linkage(IGSRAP,FORTRAN)
# pragma linkage(IGWKTY,FORTRAN)
# pragma linkage(KCEXEC,FORTRAN)
# pragma linkage(KDIALO,FORTRAN)
# pragma linkage(KGETAR,FORTRAN)
# pragma linkage(KIBRES,FORTRAN)
# pragma linkage(KICLOS,FORTRAN)
# pragma linkage(KICOMV,FORTRAN)
# pragma linkage(KIERRF,FORTRAN)
# pragma linkage(KIINIT,FORTRAN)
# pragma linkage(KILUN,FORTRAN)
# pragma linkage(KIPAWC,FORTRAN)
# pragma linkage(KIPIAF,FORTRAN)
# pragma linkage(KIPRMT,FORTRAN)
# pragma linkage(KIRTIM,FORTRAN)
# pragma linkage(KISIGM,FORTRAN)
# pragma linkage(KIVECT,FORTRAN)
# pragma linkage(KMBRSET,FORTRAN)
# pragma linkage(KMVSED,FORTRAN)
# pragma linkage(KMVSPG,FORTRAN)
# pragma linkage(KMVSSH,FORTRAN)
# pragma linkage(KSVPAR,FORTRAN)
# pragma linkage(KUACH,FORTRAN)
# pragma linkage(KUACT,FORTRAN)
# pragma linkage(KUALFA,FORTRAN)
# pragma linkage(KUAPPL,FORTRAN)
# pragma linkage(KUARGS,FORTRAN)
# pragma linkage(KUBREK,FORTRAN)
# pragma linkage(KUBROF,FORTRAN)
# pragma linkage(KUBRON,FORTRAN)
# pragma linkage(KUCLOS,FORTRAN)
# pragma linkage(KUCMD,FORTRAN)
# pragma linkage(KUCMDL,FORTRAN)
# pragma linkage(KUCOMV,FORTRAN)
# pragma linkage(KUEDIT,FORTRAN)
# pragma linkage(KUESVR,FORTRAN)
# pragma linkage(KUEUSR,FORTRAN)
# pragma linkage(KUEXEC,FORTRAN)
# pragma linkage(KUEXEL,FORTRAN)
# pragma linkage(KUEXIT,FORTRAN)
# pragma linkage(KUFCAS,FORTRAN)
# pragma linkage(KUFDEF,FORTRAN)
# pragma linkage(KUGETC,FORTRAN)
# pragma linkage(KUGETE,FORTRAN)
# pragma linkage(KUGETF,FORTRAN)
# pragma linkage(KUGETI,FORTRAN)
# pragma linkage(KUGETL,FORTRAN)
# pragma linkage(KUGETR,FORTRAN)
# pragma linkage(KUGETS,FORTRAN)
# pragma linkage(KUGRFL,FORTRAN)
# pragma linkage(KUGUID,FORTRAN)
# pragma linkage(KUHELP,FORTRAN)
# pragma linkage(KUHOME,FORTRAN)
# pragma linkage(KUIDF1,FORTRAN)
# pragma linkage(KUIDF2,FORTRAN)
# pragma linkage(KUIDFM,FORTRAN)
# pragma linkage(KUINIM,FORTRAN)
# pragma linkage(KUINIT,FORTRAN)
# pragma linkage(KUINPS,FORTRAN)
# pragma linkage(KUINQF,FORTRAN)
# pragma linkage(KULUN,FORTRAN)
# pragma linkage(KUMLOC,FORTRAN)
# pragma linkage(KUMOUT,FORTRAN)
# pragma linkage(KUNDPV,FORTRAN)
# pragma linkage(KUNPAR,FORTRAN)
# pragma linkage(KUNWG,FORTRAN)
# pragma linkage(KUOPEN,FORTRAN)
# pragma linkage(KUPAD,FORTRAN)
# pragma linkage(KUPAR,FORTRAN)
# pragma linkage(KUPATH,FORTRAN)
# pragma linkage(KUPATL,FORTRAN)
# pragma linkage(KUPROC,FORTRAN)
# pragma linkage(KUPROF,FORTRAN)
# pragma linkage(KUPROI,FORTRAN)
# pragma linkage(KUPROP,FORTRAN)
# pragma linkage(KUPROR,FORTRAN)
# pragma linkage(KUPROS,FORTRAN)
# pragma linkage(KUPVAL,FORTRAN)
# pragma linkage(KUQCAS,FORTRAN)
# pragma linkage(KUQENV,FORTRAN)
# pragma linkage(KUQEXE,FORTRAN)
# pragma linkage(KUQKEY,FORTRAN)
# pragma linkage(KUQSVR,FORTRAN)
# pragma linkage(KUQUIT,FORTRAN)
# pragma linkage(KUQVAR,FORTRAN)
# pragma linkage(KUREAD,FORTRAN)
# pragma linkage(KUSAPP,FORTRAN)
# pragma linkage(KUSIBR,FORTRAN)
# pragma linkage(KUSIGM,FORTRAN)
# pragma linkage(KUSPY,FORTRAN)
# pragma linkage(KUSTAT,FORTRAN)
# pragma linkage(KUSTOP,FORTRAN)
# pragma linkage(KUTERM,FORTRAN)
# pragma linkage(KUTIME,FORTRAN)
# pragma linkage(KUTIM0,FORTRAN)
# pragma linkage(KUTRUE,FORTRAN)
# pragma linkage(KUSER,FORTRAN)
# pragma linkage(KUVAR,FORTRAN)
# pragma linkage(KUVCRE,FORTRAN)
# pragma linkage(KUVDEL,FORTRAN)
# pragma linkage(KUVECT,FORTRAN)
# pragma linkage(KUVNAM,FORTRAN)
# pragma linkage(KUWHAG,FORTRAN)
# pragma linkage(KUWHAM,FORTRAN)
# pragma linkage(KUWHAT,FORTRAN)
# pragma linkage(KUWRIT,FORTRAN)
# pragma linkage(KXDSIG,FORTRAN)
# pragma linkage(KXCRV2,FORTRAN)
# pragma linkage(MACDEF,FORTRAN)
# pragma linkage(MDMENU,FORTRAN)
# pragma linkage(MHI_CLOSE,FORTRAN)
# pragma linkage(MHI_OPEN,FORTRAN)
# pragma linkage(MZWIPE,FORTRAN)
# pragma linkage(TRACEQ,FORTRAN)
# pragma linkage(XUFLOW,FORTRAN)
#endif
#define MAXCMD 512 /* max length of a command line */
#define MAXEDT 32 /* max length of names in edit server */
#define MAXLEV 10 /* max levels of command name path */
#define MAXSVR 20 /* max number of edit server processes */
/*
* The PAWC common is referenced through a pointer to allow the use of
* dynamic common blocks on IBM systems.
*/
#define Pawc kc_pawc
EXTERN struct COMMON_PAWC {
INTEGER NWPAR;
INTEGER IXPAWC;
INTEGER IHBOOK;
INTEGER IXHIGZ;
INTEGER IXKUIP;
INTEGER IFENCE[5];
INTEGER LQ[8];
INTEGER DATA[999];
} *Pawc;
#define IQ(n) Pawc->DATA[n-1]
#define Q(n) (((REAL*)(Pawc->DATA))[n-1])
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