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//=== IntrinsicFunctions.def - Fortran Family Intrinsic function Database ===//
//
// The LLVM Compiler Infrastructure
//
// This file is distributed under the University of Illinois Open Source
// License. See LICENSE.TXT for details.
//
//===----------------------------------------------------------------------===//
//
// This file defines the Intrinsic function database.
//
//===----------------------------------------------------------------------===//
#ifndef NUM_ARGS_1
#define NUM_ARGS_1
#endif
#ifndef NUM_ARGS_2
#define NUM_ARGS_2
#endif
#ifndef NUM_ARGS_3
#define NUM_ARGS_3
#endif
#ifndef NUM_ARGS_1_OR_2
#define NUM_ARGS_1_OR_2
#endif
#ifndef NUM_ARGS_2_OR_MORE
#define NUM_ARGS_2_OR_MORE
#endif
#ifndef INTRINSIC_FUNCTION
#define INTRINSIC_FUNCTION(NAME, GENERICNAME, NUMARGS, VERSION)
#endif
/// EXP -> EXP, DEXP
#define INTRINSIC_FUNCTION_ADD_D_PREFIX(NAME, NUMARGS, VERSION) \
INTRINSIC_FUNCTION(NAME, NAME, NUMARGS, VERSION) \
INTRINSIC_FUNCTION(D##NAME, NAME, NUMARGS, VERSION)
/// EXP -> EXP, DEXP, CEXP
#define INTRINSIC_FUNCTION_ADD_DC_PREFIX(NAME, NUMARGS, VERSION) \
INTRINSIC_FUNCTION(NAME, NAME, NUMARGS, VERSION) \
INTRINSIC_FUNCTION(D##NAME, NAME, NUMARGS, VERSION) \
INTRINSIC_FUNCTION(C##NAME, NAME, NUMARGS, VERSION)
/// EXP -> EXP, AEXP, DEXP, CEXP
#define INTRINSIC_FUNCTION_ADD_ADC_PREFIX(NAME, NUMARGS, VERSION) \
INTRINSIC_FUNCTION(NAME, NAME, NUMARGS, VERSION) \
INTRINSIC_FUNCTION(A##NAME, NAME, NUMARGS, VERSION) \
INTRINSIC_FUNCTION(D##NAME, NAME, NUMARGS, VERSION) \
INTRINSIC_FUNCTION(C##NAME, NAME, NUMARGS, VERSION)
/// EXP -> EXP, AEXP, DEXP
#define INTRINSIC_FUNCTION_ADD_AD_PREFIX(NAME, NUMARGS, VERSION) \
INTRINSIC_FUNCTION(NAME, NAME, NUMARGS, VERSION) \
INTRINSIC_FUNCTION(A##NAME, NAME, NUMARGS, VERSION) \
INTRINSIC_FUNCTION(D##NAME, NAME, NUMARGS, VERSION)
#ifndef INTRINSIC_GROUP
#define INTRINSIC_GROUP(NAME, FIRST, LAST)
#endif
//
// Argument count flags allowed:
// NUM_ARGS_1 - The function accepts only one argument.
// NUM_ARGS_2 - The function accepts only two arguments.
// NUM_ARGS_1_OR_2 - The function accepts only one or two arguments.
// NUM_ARGS_2_OR_MORE - The function accepts two or more arguments.
//
// Version flags allowed:
// FUNALL - This is an intrinsic functions in all variants of Fortran.
// FUNNOTF77 - This is an intrinsic functions keyword for all variants of Fortran except 77.
// FUNF77 - This is an intrinsic functions keyword for Fortran 77.
// FUNF90 - This is an intrinsic functions keyword for Fortran 90.
// FUNF95 - This is an intrinsic functions keyword for Fortran 90/95.
// FUNF2003 - This is an intrinsic functions keyword for Fortran 2003.
// FUNF2008 - This is an intrinsic functions keyword for Fortran 2003/2008.
//
//
// Conversion group
//
INTRINSIC_FUNCTION(INT, INT, NUM_ARGS_1_OR_2, FUNALL)
INTRINSIC_FUNCTION(IFIX, INT, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(IDINT, INT, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(REAL, REAL, NUM_ARGS_1_OR_2, FUNALL)
INTRINSIC_FUNCTION(FLOAT, REAL, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(SNGL, REAL, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(DBLE, REAL, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(CMPLX, CMPLX, NUM_ARGS_1_OR_2, FUNALL)
INTRINSIC_FUNCTION(DCMPLX, CMPLX, NUM_ARGS_1_OR_2, FUNALL) // FIXME: is that a standard overload?
INTRINSIC_FUNCTION(ICHAR, ICHAR, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(CHAR, CHAR, NUM_ARGS_1, FUNALL)
INTRINSIC_GROUP(CONVERSION, INT, CHAR)
//
// Truncation/rounding/floor/ceil group
//
// truncation of real
INTRINSIC_FUNCTION(AINT, AINT, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(DINT, AINT, NUM_ARGS_1, FUNALL)
// nearest whole number
INTRINSIC_FUNCTION(ANINT, ANINT, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(DNINT, ANINT, NUM_ARGS_1, FUNALL)
// Nearest integer
INTRINSIC_FUNCTION(NINT, NINT, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(IDNINT, NINT, NUM_ARGS_1, FUNALL)
INTRINSIC_GROUP(TRUNCATION, AINT, IDNINT)
//
// No group
//
//
// Complex numbers group
//
INTRINSIC_FUNCTION(AIMAG, AIMAG, NUM_ARGS_1, FUNALL) // imaginary part of complex
INTRINSIC_FUNCTION(DIMAG, AIMAG, NUM_ARGS_1, FUNALL) // FIXME: is that a standard overload?
INTRINSIC_FUNCTION(CONJG, CONJG, NUM_ARGS_1, FUNALL) // conjugate of complex
INTRINSIC_FUNCTION(DCONJG, CONJG, NUM_ARGS_1, FUNALL) // FIXME: is that a standard overload?
INTRINSIC_GROUP(COMPLEX, AIMAG, DCONJG)
//
// Maths group
//
// Absolute value
INTRINSIC_FUNCTION(ABS, ABS, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(IABS, ABS, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(DABS, ABS, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(CABS, ABS, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(CDABS, ABS, NUM_ARGS_1, FUNALL) // FIXME: is that a standard overload?
// Remainder
INTRINSIC_FUNCTION(MOD, MOD, NUM_ARGS_2, FUNALL)
INTRINSIC_FUNCTION(AMOD, MOD, NUM_ARGS_2, FUNALL)
INTRINSIC_FUNCTION(DMOD, MOD, NUM_ARGS_2, FUNALL)
// Sign
INTRINSIC_FUNCTION(SIGN, SIGN, NUM_ARGS_2, FUNALL)
INTRINSIC_FUNCTION(ISIGN, SIGN, NUM_ARGS_2, FUNALL)
INTRINSIC_FUNCTION(DSIGN, SIGN, NUM_ARGS_2, FUNALL)
// Positive difference
INTRINSIC_FUNCTION(DIM, DIM, NUM_ARGS_2, FUNALL)
INTRINSIC_FUNCTION(IDIM, DIM, NUM_ARGS_2, FUNALL)
INTRINSIC_FUNCTION(DDIM, DIM, NUM_ARGS_2, FUNALL)
// real * real => double prec
INTRINSIC_FUNCTION(DPROD, DPROD, NUM_ARGS_2, FUNALL)
INTRINSIC_FUNCTION(MAX, MAX, NUM_ARGS_2_OR_MORE, FUNALL)
INTRINSIC_FUNCTION(MAX0, MAX, NUM_ARGS_2_OR_MORE, FUNALL) //int->int
INTRINSIC_FUNCTION(AMAX1, MAX, NUM_ARGS_2_OR_MORE, FUNALL) //real->real
INTRINSIC_FUNCTION(DMAX1, MAX, NUM_ARGS_2_OR_MORE, FUNALL) //double->double
INTRINSIC_FUNCTION(AMAX0, MAX, NUM_ARGS_2_OR_MORE, FUNALL) //int->real
INTRINSIC_FUNCTION(MAX1, MAX, NUM_ARGS_2_OR_MORE, FUNALL) //real->int
INTRINSIC_FUNCTION(MIN, MIN, NUM_ARGS_2_OR_MORE, FUNALL)
INTRINSIC_FUNCTION(MIN0, MIN, NUM_ARGS_2_OR_MORE, FUNALL) //int->int
INTRINSIC_FUNCTION(AMIN1, MIN, NUM_ARGS_2_OR_MORE, FUNALL) //real->real
INTRINSIC_FUNCTION(DMIN1, MIN, NUM_ARGS_2_OR_MORE, FUNALL) //double->double
INTRINSIC_FUNCTION(AMIN0, MIN, NUM_ARGS_2_OR_MORE, FUNALL) //int->real
INTRINSIC_FUNCTION(MIN1, MIN, NUM_ARGS_2_OR_MORE, FUNALL) //real->int
INTRINSIC_FUNCTION_ADD_DC_PREFIX(SQRT, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION_ADD_DC_PREFIX(EXP, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION_ADD_ADC_PREFIX(LOG, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION_ADD_AD_PREFIX(LOG10, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION_ADD_DC_PREFIX(SIN, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION_ADD_DC_PREFIX(COS, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION_ADD_DC_PREFIX(TAN, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION_ADD_D_PREFIX(ASIN, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION_ADD_D_PREFIX(ACOS, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION_ADD_D_PREFIX(ATAN, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION_ADD_D_PREFIX(ATAN2, NUM_ARGS_2, FUNALL)
INTRINSIC_FUNCTION_ADD_D_PREFIX(SINH, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION_ADD_D_PREFIX(COSH, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION_ADD_D_PREFIX(TANH, NUM_ARGS_1, FUNALL)
INTRINSIC_GROUP(MATHS, ABS, TANH)
//
// Character group
//
INTRINSIC_FUNCTION(LEN, LEN, NUM_ARGS_1, FUNALL)
INTRINSIC_FUNCTION(LEN_TRIM, LEN_TRIM, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_FUNCTION(INDEX, INDEX, NUM_ARGS_2, FUNALL) // location of substring a in b
// lexical comparison
INTRINSIC_FUNCTION(LGE, LGE, NUM_ARGS_2, FUNALL)
INTRINSIC_FUNCTION(LGT, LGT, NUM_ARGS_2, FUNALL)
INTRINSIC_FUNCTION(LLE, LLE, NUM_ARGS_2, FUNALL)
INTRINSIC_FUNCTION(LLT, LLT, NUM_ARGS_2, FUNALL)
INTRINSIC_GROUP(CHARACTER, LEN, LLT)
//
// Array group
//
INTRINSIC_FUNCTION(MAXLOC, MAXLOC, NUM_ARGS_1_OR_2, FUNNOTF77)
INTRINSIC_FUNCTION(MINLOC, MINLOC, NUM_ARGS_1_OR_2, FUNNOTF77)
INTRINSIC_GROUP(ARRAY, MAXLOC, MINLOC)
//
// Numeric inquiry group
//
#ifdef HUGE
#undef HUGE
#endif
INTRINSIC_FUNCTION(RADIX, RADIX, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_FUNCTION(DIGITS, DIGITS, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_FUNCTION(MINEXPONENT, MINEXPONENT, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_FUNCTION(MAXEXPONENT, MAXEXPONENT, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_FUNCTION(PRECISION, PRECISION, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_FUNCTION(RANGE, RANGE, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_FUNCTION(HUGE, HUGE, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_FUNCTION(TINY, TINY, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_FUNCTION(EPSILON, EPSILON, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_GROUP(NUMERIC_INQUIRY, RADIX, EPSILON)
//
// System group
//
#ifdef ETIME
#undef ETIME
#endif
INTRINSIC_FUNCTION(ETIME, ETIME, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_GROUP(SYSTEM, ETIME, ETIME)
//
// Inquiry group
// Most of the functions in the inquiry group can be evaluated
// at compile time.
//
INTRINSIC_FUNCTION(KIND, KIND, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_FUNCTION(SELECTED_INT_KIND, SELECTED_INT_KIND, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_FUNCTION(SELECTED_REAL_KIND, SELECTED_REAL_KIND, NUM_ARGS_1_OR_2, FUNNOTF77)
INTRINSIC_FUNCTION(BIT_SIZE, BIT_SIZE, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_GROUP(INQUIRY, KIND, BIT_SIZE)
//
// Bit operations group
//
INTRINSIC_FUNCTION(BTEST, BTEST, NUM_ARGS_2, FUNNOTF77)
INTRINSIC_FUNCTION(IAND, IAND, NUM_ARGS_2, FUNNOTF77)
INTRINSIC_FUNCTION(IBCLR, IBCLR, NUM_ARGS_2, FUNNOTF77)
INTRINSIC_FUNCTION(IBITS, IBITS, NUM_ARGS_3, FUNNOTF77)
INTRINSIC_FUNCTION(IBSET, IBSET, NUM_ARGS_2, FUNNOTF77)
INTRINSIC_FUNCTION(IEOR, IEOR, NUM_ARGS_2, FUNNOTF77)
INTRINSIC_FUNCTION(IOR, IOR, NUM_ARGS_2, FUNNOTF77)
INTRINSIC_FUNCTION(ISHFT, ISHFT, NUM_ARGS_2, FUNNOTF77)
INTRINSIC_FUNCTION(ISHFTC, ISHFTC, NUM_ARGS_2, FUNNOTF77)
INTRINSIC_FUNCTION(NOT, NOT, NUM_ARGS_1, FUNNOTF77)
INTRINSIC_GROUP(BITOPS, BTEST, NOT)
#undef INTRINSIC_GROUP
#undef INTRINSIC_FUNCTION_ADD_D_PREFIX
#undef INTRINSIC_FUNCTION_ADD_DC_PREFIX
#undef INTRINSIC_FUNCTION_ADD_AD_PREFIX
#undef INTRINSIC_FUNCTION_ADD_ADC_PREFIX
#undef INTRINSIC_FUNCTION
#undef NUM_ARGS_2_OR_MORE
#undef NUM_ARGS_1_OR_2
#undef NUM_ARGS_2
#undef NUM_ARGS_1
|
