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Classes
struct	AR_DATA
Defines
#define	AR_INT_SIZE_8 (ar_int_size_8 << 2)
#define	AR_INT_SIZE_24 (ar_int_size_24 << 2)
#define	AR_INT_SIZE_32 (ar_int_size_32 << 2)
#define	AR_INT_SIZE_46 (ar_int_size_46 << 2)
#define	AR_INT_SIZE_64 (ar_int_size_64 << 2)
#define	AR_INT_SIZE_128 (ar_int_size_128 << 2)
#define	AR_INT_SIZE_16 (ar_int_size_16 << 2)
#define	AR_POINTER_BYTE (ar_pointer_byte << 2)
#define	AR_POINTER_CHAR (ar_pointer_char << 2)
#define	AR_POINTER_FCTN (ar_pointer_fctn << 2)
#define	AR_POINTER_WORD (ar_pointer_word << 2)
#define	AR_POINTER_24 ar_pointer_size_24
#define	AR_POINTER_32 ar_pointer_size_32
#define	AR_POINTER_64 ar_pointer_size_64
#define	AR_SIGNED ar_signed
#define	AR_UNSIGNED ar_unsigned
#define	AR_FLOAT_IEEE (ar_float_format_ieee << 5)
#define	AR_FLOAT_CRAY (ar_float_format_cray << 5)
#define	AR_IEEE_FLOATING_POINT ar_float_format_ieee
#define	AR_CRAY_FLOATING_POINT ar_float_format_cray
#define	AR_FLOAT_32 (ar_float_32 << 1)
#define	AR_FLOAT_64 (ar_float_64 << 1)
#define	AR_FLOAT_128 (ar_float_128 << 1)
#define	AR_FLOAT_SIMPLE ar_simple
#define	AR_FLOAT_COMPLEX ar_complex
#define	AR_FLOAT_IEEE_ROUND_NEAREST (ar_float_ieee_round_nearest << 3)
#define	AR_FLOAT_IEEE_ROUND_ZERO (ar_float_ieee_round_zero << 3)
#define	AR_FLOAT_IEEE_ROUND_UP (ar_float_ieee_round_up << 3)
#define	AR_FLOAT_IEEE_ROUND_DOWN (ar_float_ieee_round_down << 3)
#define	AR_ROUND_NEAREST ar_float_ieee_round_nearest
#define	AR_ROUND_ZERO ar_float_ieee_round_zero
#define	AR_ROUND_PLUS_INFINITY ar_float_ieee_round_up
#define	AR_ROUND_MINUS_INFINITY ar_float_ieee_round_down
#define	AR_FLOAT_CRAY_ROUND_C1 (ar_float_cray_round_c1 << 3)
#define	AR_FLOAT_CRAY_ROUND_C1F (ar_float_cray_round_c1f << 3)
#define	AR_ROUNDED ar_float_cray_round_c1
#define	AR_UNROUNDED ar_float_cray_round_c1f
#define	AR_RECIPROCAL_ITERATION ar_reciprocal_iteration
#define	AR_UNDERFLOW_TO_DENORM ar_underflow_to_denorm
#define	AR_UNDERFLOW_TO_PLUS_ZERO ar_underflow_to_plus_zero
#define	AR_UNDERFLOW_TO_SIGNED_ZERO ar_underflow_to_signed_zero
#define	AR_UNDERFLOW_TO_SIGNED_TINY ar_underflow_to_signed_tiny
#define	AR_128BIT_EXTENDED_DOUBLE ar_128_bit_extended_double
#define	AR_128BIT_DOUBLE_DOUBLE ar_128_bit_double_double
#define	AR_CLASS_INT (ar_class_int << 6)
#define	AR_CLASS_FLOAT (ar_class_float << 6)
#define	AR_CLASS_POINTER (ar_class_pointer << 6)
#define	AR_CLASS_LOGICAL (ar_class_logical << 6)
#define	AR_CLASS_ERROR (ar_class_error << 6)
#define	AR_CLASS(type) (type & 0x1c0)
#define	AR_INT_SIZE(type) (type & 0x3c)
#define	AR_SIGNEDNESS(type) (type & 0x1)
#define	AR_STAT_OK 0000
#define	AR_STAT_OVERFLOW 0001 /* error condition */
#define	AR_STAT_UNDERFLOW 0002 /* FYI; often also zero */
#define	AR_STAT_UNDEFINED
#define	AR_STAT_INEXACT 0010 /* FYI: precision lost */
#define	AR_STAT_ZERO 0020 /* FYI: result is zero */
#define	AR_STAT_NEGATIVE 0040 /* FYI: result sign bit set */
#define	AR_STAT_INVALID_TYPE 0100 /* invalid type for operation */
#define	AR_STAT_SEMIVALID
#define	AR_ZERO 0020 /* FYI: result is zero */
#define	AR_NEGATIVE 0040 /* FYI: result sign bit set */
#define	AR_ERROR_STATUS 0105 /* Generally fatal error flags */
Typedefs
typedef long long	AR_HOST_SINT64
typedef unsigned long long	AR_HOST_UINT64
Enumerations
enum	ar_int_size { ar_int_size_8, ar_int_size_24, ar_int_size_32, ar_int_size_46, ar_int_size_64, ar_int_size_128, ar_int_size_16 }
enum	ar_pointer_format { ar_pointer_byte, ar_pointer_char, ar_pointer_fctn, ar_pointer_word }
enum	ar_pointer_size { ar_pointer_size_24, ar_pointer_size_32, ar_pointer_size_64 }
enum	ar_signedness { ar_signed, ar_unsigned }
enum	ar_float_format { ar_float_format_ieee, ar_float_format_cray }
enum	ar_float_size { ar_float_32, ar_float_64, ar_float_128 }
enum	ar_float_complexity { ar_simple, ar_complex }
enum	ar_float_ieee_round { ar_float_ieee_round_nearest, ar_float_ieee_round_up, ar_float_ieee_round_down, ar_float_ieee_round_zero }
enum	ar_float_cray_round { ar_float_cray_round_c1, ar_reciprocal_iteration, ar_float_cray_round_c1f }
enum	ar_float_underflow { ar_underflow_to_denorm, ar_underflow_to_plus_zero, ar_underflow_to_signed_zero, ar_underflow_to_signed_tiny }
enum	ar_float_128_bit { ar_128_bit_extended_double, ar_128_bit_double_double }
enum	ar_class { ar_class_int, ar_class_float, ar_class_pointer, ar_class_logical, ar_class_error }
enum	AR_TYPE { AR_Int_8_S = AR_CLASS_INT \| AR_INT_SIZE_8 \| AR_SIGNED, AR_Int_8_U = AR_CLASS_INT \| AR_INT_SIZE_8 \| AR_UNSIGNED, AR_Int_16_S = AR_CLASS_INT \| AR_INT_SIZE_16 \| AR_SIGNED, AR_Int_16_U = AR_CLASS_INT \| AR_INT_SIZE_16 \| AR_UNSIGNED, AR_Int_24_S = AR_CLASS_INT \| AR_INT_SIZE_24 \| AR_SIGNED, AR_Int_24_U = AR_CLASS_INT \| AR_INT_SIZE_24 \| AR_UNSIGNED, AR_Int_32_S = AR_CLASS_INT \| AR_INT_SIZE_32 \| AR_SIGNED, AR_Int_32_U = AR_CLASS_INT \| AR_INT_SIZE_32 \| AR_UNSIGNED, AR_Int_46_S = AR_CLASS_INT \| AR_INT_SIZE_46 \| AR_SIGNED, AR_Int_46_U = AR_CLASS_INT \| AR_INT_SIZE_46 \| AR_UNSIGNED, AR_Int_64_S = AR_CLASS_INT \| AR_INT_SIZE_64 \| AR_SIGNED, AR_Int_64_U = AR_CLASS_INT \| AR_INT_SIZE_64 \| AR_UNSIGNED, AR_Int_128_S = AR_CLASS_INT \| AR_INT_SIZE_128 \| AR_SIGNED, AR_Int_128_U = AR_CLASS_INT \| AR_INT_SIZE_128 \| AR_UNSIGNED, AR_Logical = AR_CLASS_LOGICAL, AR_Pointer_Byte = AR_CLASS_POINTER \| AR_POINTER_BYTE, AR_Pointer_Char_24 = AR_CLASS_POINTER \| AR_POINTER_CHAR \| AR_POINTER_24, AR_Pointer_Char_32 = AR_CLASS_POINTER \| AR_POINTER_CHAR \| AR_POINTER_32, AR_Pointer_Char_64 = AR_CLASS_POINTER \| AR_POINTER_CHAR \| AR_POINTER_64, AR_Pointer_Fctn_24 = AR_CLASS_POINTER \| AR_POINTER_FCTN \| AR_POINTER_24, AR_Pointer_Fctn_32 = AR_CLASS_POINTER \| AR_POINTER_FCTN \| AR_POINTER_32, AR_Pointer_Fctn_64 = AR_CLASS_POINTER \| AR_POINTER_FCTN \| AR_POINTER_64, AR_Pointer_Word_24 = AR_CLASS_POINTER \| AR_POINTER_WORD \| AR_POINTER_24, AR_Pointer_Word_32 = AR_CLASS_POINTER \| AR_POINTER_WORD \| AR_POINTER_32, AR_Pointer_Word_64 = AR_CLASS_POINTER \| AR_POINTER_WORD \| AR_POINTER_64, AR_Float_32 = AR_CLASS_FLOAT \| AR_FLOAT_32 \| AR_FLOAT_SIMPLE, AR_Float_64 = AR_CLASS_FLOAT \| AR_FLOAT_64 \| AR_FLOAT_SIMPLE, AR_Float_128 = AR_CLASS_FLOAT \| AR_FLOAT_128 \| AR_FLOAT_SIMPLE, AR_Complex_32 = AR_CLASS_FLOAT \| AR_FLOAT_32 \| AR_FLOAT_COMPLEX, AR_Complex_64 = AR_CLASS_FLOAT \| AR_FLOAT_64 \| AR_FLOAT_COMPLEX, AR_Complex_128 = AR_CLASS_FLOAT \| AR_FLOAT_128 \| AR_FLOAT_COMPLEX, AR_Float_Cray1_64, AR_Float_Cray1_64_F, AR_Float_Cray1_128, AR_Float_IEEE_NR_32, AR_Float_IEEE_NR_64, AR_Float_IEEE_NR_128, AR_Float_IEEE_ZE_32, AR_Float_IEEE_ZE_64, AR_Float_IEEE_ZE_128, AR_Float_IEEE_UP_32, AR_Float_IEEE_UP_64, AR_Float_IEEE_UP_128, AR_Float_IEEE_DN_32, AR_Float_IEEE_DN_64, AR_Float_IEEE_DN_128, AR_Complex_Cray1_64, AR_Complex_Cray1_64_F, AR_Complex_Cray1_128, AR_Complex_IEEE_NR_32, AR_Complex_IEEE_NR_64, AR_Complex_IEEE_NR_128, AR_Complex_IEEE_ZE_32, AR_Complex_IEEE_ZE_64, AR_Complex_IEEE_ZE_128, AR_Complex_IEEE_UP_32, AR_Complex_IEEE_UP_64, AR_Complex_IEEE_UP_128, AR_Complex_IEEE_DN_32, AR_Complex_IEEE_DN_64, AR_Complex_IEEE_DN_128, AR_Error = AR_CLASS_ERROR }
enum	AR_COMPARE_TYPE { AR_Compare_LT, AR_Compare_EQ, AR_Compare_GT, AR_Compare_Unord, AR_Compare_NE, AR_Compare_Invalid }
Functions
int	AR_abs (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_add (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_add_ptr_int (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type, const AR_DATA opnd3, const AR_TYPE opnd3type)
int	AR_bitor (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_bitand (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_bitxor (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_bitcomplement (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_cimag (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
AR_COMPARE_TYPE	AR_compare (const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_conj (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_creal (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_divide (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_dshiftl (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type, const AR_DATA opnd3, const AR_TYPE opnd3type)
int	AR_dshiftr (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type, const AR_DATA opnd3, const AR_TYPE opnd3type)
int	AR_mask (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_leadz (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_make_complex (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_make_imag (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_mod (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_multiply (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_negate (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_one (AR_DATA result, const AR_TYPE type)
int	AR_popcnt (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_poppar (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_round_int_div (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd, const AR_TYPE opndtype)
int	AR_shiftl (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_shiftr (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_ishft (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_ishftc (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type, const AR_DATA opnd3, const AR_TYPE opnd3type)
int	AR_ibits (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type, const AR_DATA opnd3, const AR_TYPE opnd3type)
int	AR_status (const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_subtract (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_subtract_ptr_ptr (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type, const AR_DATA opnd3, const AR_TYPE opnd3type)
int	AR_CRAY_64_trunc_bits (int truncbits)
const char *	arith_vers_name (void)
const char *	arith_vers_ID (void)
const char *	arith_vers_number (void)
int	AR_convert (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_convert_float_to_str (char resultstr, const AR_DATA opnd1, const AR_TYPE *opnd1type)
int	AR_convert_hex_str_to_float (AR_DATA result, const AR_TYPE resulttype, const char *ar_str)
int	AR_convert_host_sint64_to_int (AR_DATA result, const AR_TYPE resulttype, AR_HOST_SINT64 i64val)
int	AR_convert_int_to_host_sint64 (AR_HOST_SINT64 i64val, const AR_DATA opnd, const AR_TYPE *opndtype)
int	AR_convert_int_to_str (char resultstr, const int base, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_convert_str_to_int (AR_DATA result, const AR_TYPE resulttype, int bits_used, const char str, const int *base)
int	AR_convert_str_to_float (AR_DATA result, const AR_TYPE resulttype, const char *str)
int	AR_cabs (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_exp (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_Modulo (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_modulo (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_log (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type)
int	AR_power (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_sqrt (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd, const AR_TYPE opndtype)
int	AR_index (AR_DATA result, const AR_TYPE resulttype, const char str1, const AR_DATA str1len, const AR_TYPE str1lentype, const char str2, const AR_DATA str2len, const AR_TYPE str2lentype, const AR_DATA backward, const AR_TYPE backwardtype)
int	AR_reshape (void result, const void source, const void shape, const void pad, const void *order)
int	AR_scan (AR_DATA result, const AR_TYPE resulttype, const char str1, const AR_DATA str1len, const AR_TYPE str1lentype, const char str2, const AR_DATA str2len, const AR_TYPE str2lentype, const AR_DATA backward, const AR_TYPE backwardtype)
int	AR_selected_real_kind (AR_DATA result, const AR_TYPE resulttype, const AR_DATA opnd1, const AR_TYPE opnd1type, const AR_DATA opnd2, const AR_TYPE opnd2type)
int	AR_transfer (void result, const void source, const void mold, const AR_DATA size, const AR_TYPE *sizetype)
int	AR_verify (AR_DATA result, const AR_TYPE resulttype, const char str1, const AR_DATA str1len, const AR_TYPE str1lentype, const char str2, const AR_DATA str2len, const AR_TYPE str2lentype, const AR_DATA backward, const AR_TYPE backwardtype)
Variables
AR_DATA	AR_const_zero
AR_DATA	AR_const_one
AR_DATA	AR_const_two
AR_DATA	AR_const_false
AR_DATA	AR_const_true

Define Documentation

#define AR_128BIT_DOUBLE_DOUBLE ar_128_bit_double_double

Definition at line 187 of file arith.h.

Referenced by open_arith_file().

#define AR_128BIT_EXTENDED_DOUBLE ar_128_bit_extended_double

Definition at line 186 of file arith.h.

Referenced by open_arith_file(), and open_intrinsics_file().

#define AR_CLASS ( type ) (type & 0x1c0)

Definition at line 221 of file arith.h.

Referenced by AR_abs(), AR_add(), ar_add_pointer(), AR_add_ptr_int(), AR_cabs(), ar_clear_sim_state(), ar_clear_unused_bits(), AR_compare(), ar_compose_complex(), AR_convert(), AR_convert_host_sint64_to_int(), AR_convert_int_to_host_sint64(), AR_convert_int_to_str(), AR_convert_str_to_float(), AR_convert_str_to_int(), ar_convert_to_complex(), ar_convert_to_float(), ar_convert_to_integral(), ar_convert_to_pointer(), ar_decompose_complex(), AR_divide(), AR_dshiftl(), AR_dshiftr(), AR_exp(), ar_get_function_value(), AR_ibits(), AR_index(), AR_ishft(), AR_ishftc(), AR_leadz(), AR_log(), AR_make_complex(), AR_mask(), AR_mod(), AR_multiply(), AR_negate(), ar_negate_complex(), ar_negate_float(), ar_negate_integer(), ar_pass_arg_address(), ar_pass_arg_value(), AR_popcnt(), AR_poppar(), AR_power(), ar_power(), AR_scan(), AR_selected_real_kind(), ar_set_invalid_result(), AR_shiftl(), AR_shiftr(), AR_sqrt(), AR_status(), AR_subtract(), ar_subtract_integer(), ar_subtract_pointer(), AR_subtract_ptr_ptr(), AR_verify(), and bitoper().

#define AR_CLASS_ERROR (ar_class_error << 6)

Definition at line 212 of file arith.h.

#define AR_CLASS_FLOAT (ar_class_float << 6)

#define AR_CLASS_INT (ar_class_int << 6)

#define AR_CLASS_LOGICAL (ar_class_logical << 6)

Definition at line 211 of file arith.h.

Referenced by AR_status().

#define AR_CLASS_POINTER (ar_class_pointer << 6)

Definition at line 210 of file arith.h.

Referenced by AR_add(), ar_add_pointer(), AR_add_ptr_int(), ar_clear_unused_bits(), AR_compare(), AR_convert(), ar_convert_to_integral(), ar_convert_to_pointer(), AR_status(), AR_subtract(), ar_subtract_pointer(), and AR_subtract_ptr_ptr().

#define AR_CRAY_FLOATING_POINT ar_float_format_cray

Definition at line 114 of file arith.h.

Referenced by ar_clear_sim_state(), ar_sim(), and open_arith_file().

#define AR_ERROR_STATUS 0105 /* Generally fatal error flags */

Definition at line 411 of file arith.h.

Referenced by ar_cabs(), ar_exp(), ar_get_function_value(), ar_index(), ar_log(), ar_modulo(), ar_power(), ar_scan(), ar_selected_real_kind(), ar_sim(), ar_sqrt(), and ar_verify().

#define AR_FLOAT_128 (ar_float_128 << 1)

Definition at line 124 of file arith.h.

Referenced by AR_abs(), ar_compose_complex(), ar_convert_str_to_float(), ar_convert_to_float(), ar_cvt_str_to_float(), ar_decompose_complex(), ar_negate_float(), ar_power(), and ar_set_invalid_result().

#define AR_FLOAT_32 (ar_float_32 << 1)

Definition at line 122 of file arith.h.

Referenced by AR_abs(), ar_compose_complex(), ar_convert_to_float(), ar_cvt_str_to_float(), ar_decompose_complex(), AR_leadz(), ar_negate_float(), AR_popcnt(), AR_poppar(), and ar_set_invalid_result().

#define AR_FLOAT_64 (ar_float_64 << 1)

Definition at line 123 of file arith.h.

Referenced by AR_abs(), ar_compose_complex(), ar_convert_str_to_float(), ar_convert_to_float(), ar_cvt_str_to_float(), ar_decompose_complex(), AR_leadz(), ar_negate_float(), AR_popcnt(), AR_poppar(), ar_power(), and ar_set_invalid_result().

#define AR_FLOAT_COMPLEX ar_complex

Definition at line 133 of file arith.h.

Referenced by AR_abs(), AR_cabs(), ar_compose_complex(), AR_convert(), AR_convert_str_to_float(), ar_convert_to_complex(), ar_convert_to_float(), ar_decompose_complex(), AR_divide(), ar_exp(), ar_log(), AR_make_complex(), AR_multiply(), AR_negate(), ar_negate_complex(), ar_power(), and ar_sqrt().

#define AR_FLOAT_CRAY (ar_float_format_cray << 5)

Definition at line 111 of file arith.h.

Referenced by AR_abs(), ar_clear_sim_state(), ar_compose_complex(), ar_convert_to_float(), ar_decompose_complex(), and ar_negate_float().

#define AR_FLOAT_CRAY_ROUND_C1 (ar_float_cray_round_c1 << 3)

Definition at line 160 of file arith.h.

#define AR_FLOAT_CRAY_ROUND_C1F (ar_float_cray_round_c1f << 3)

Definition at line 161 of file arith.h.

#define AR_FLOAT_IEEE (ar_float_format_ieee << 5)

Definition at line 110 of file arith.h.

Referenced by AR_abs(), ar_clear_sim_state(), ar_compose_complex(), ar_convert_to_float(), ar_decompose_complex(), and ar_set_invalid_result().

#define AR_FLOAT_IEEE_ROUND_DOWN (ar_float_ieee_round_down << 3)

Definition at line 146 of file arith.h.

#define AR_FLOAT_IEEE_ROUND_NEAREST (ar_float_ieee_round_nearest << 3)

Definition at line 143 of file arith.h.

#define AR_FLOAT_IEEE_ROUND_UP (ar_float_ieee_round_up << 3)

Definition at line 145 of file arith.h.

#define AR_FLOAT_IEEE_ROUND_ZERO (ar_float_ieee_round_zero << 3)

Definition at line 144 of file arith.h.

#define AR_FLOAT_SIMPLE ar_simple

Definition at line 132 of file arith.h.

Referenced by ar_compare_float(), AR_leadz(), AR_popcnt(), and AR_poppar().

#define AR_IEEE_FLOATING_POINT ar_float_format_ieee

Definition at line 113 of file arith.h.

Referenced by ar_clear_sim_state(), ar_sim(), open_arith_file(), and open_intrinsics_file().

#define AR_INT_SIZE ( type ) (type & 0x3c)

#define AR_INT_SIZE_128 (ar_int_size_128 << 2)

Definition at line 57 of file arith.h.

Referenced by AR_convert_str_to_int(), and ar_set_invalid_result().

#define AR_INT_SIZE_16 (ar_int_size_16 << 2)

Definition at line 58 of file arith.h.

Referenced by AR_abs(), AR_add(), ar_add_integer(), ar_clear_unused_bits(), AR_compare(), AR_convert_str_to_int(), ar_convert_to_integral(), ar_dblshift(), AR_divide(), ar_divide_integer(), AR_dshiftl(), AR_dshiftr(), AR_ibits(), AR_ishft(), AR_ishftc(), AR_leadz(), AR_mask(), AR_mod(), AR_multiply(), ar_multiply_integer(), ar_negate_integer(), AR_popcnt(), AR_poppar(), ar_power(), ar_set_invalid_result(), AR_shiftl(), AR_shiftr(), AR_status(), ar_subtract_integer(), ar_subtract_pointer(), and bitoper().

#define AR_INT_SIZE_24 (ar_int_size_24 << 2)

Definition at line 53 of file arith.h.

Referenced by ar_clear_unused_bits(), AR_convert_str_to_int(), ar_convert_to_integral(), AR_ibits(), AR_ishft(), AR_ishftc(), ar_set_invalid_result(), and AR_status().

#define AR_INT_SIZE_32 (ar_int_size_32 << 2)

Definition at line 54 of file arith.h.

Referenced by AR_abs(), AR_add(), ar_add_integer(), ar_clear_unused_bits(), AR_compare(), AR_convert_str_to_int(), ar_convert_to_integral(), ar_dblshift(), AR_divide(), ar_divide_integer(), AR_dshiftl(), AR_dshiftr(), AR_ibits(), AR_ishft(), AR_ishftc(), AR_leadz(), AR_mask(), AR_mod(), AR_multiply(), ar_multiply_integer(), ar_negate_integer(), AR_popcnt(), AR_poppar(), ar_power(), ar_set_invalid_result(), AR_shiftl(), AR_shiftr(), AR_status(), ar_subtract_integer(), ar_subtract_pointer(), and bitoper().

#define AR_INT_SIZE_46 (ar_int_size_46 << 2)

Definition at line 55 of file arith.h.

Referenced by AR_abs(), AR_add(), ar_add_integer(), AR_compare(), AR_convert_str_to_int(), ar_convert_to_integral(), ar_dblshift(), AR_divide(), ar_divide_integer(), AR_dshiftl(), AR_dshiftr(), AR_ibits(), AR_ishft(), AR_ishftc(), AR_leadz(), AR_mask(), AR_mod(), AR_multiply(), ar_multiply_integer(), ar_negate_integer(), AR_popcnt(), AR_poppar(), ar_power(), ar_set_invalid_result(), AR_shiftl(), AR_shiftr(), AR_status(), ar_subtract_integer(), ar_subtract_pointer(), and bitoper().

#define AR_INT_SIZE_64 (ar_int_size_64 << 2)

Definition at line 56 of file arith.h.

Referenced by AR_abs(), AR_add(), ar_add_integer(), AR_compare(), AR_convert_str_to_int(), ar_convert_to_integral(), ar_dblshift(), AR_divide(), ar_divide_integer(), AR_dshiftl(), AR_dshiftr(), AR_ibits(), AR_ishft(), AR_ishftc(), AR_leadz(), AR_mask(), AR_mod(), AR_multiply(), ar_multiply_integer(), ar_negate_integer(), AR_popcnt(), AR_poppar(), ar_power(), ar_set_invalid_result(), AR_shiftl(), AR_shiftr(), AR_status(), ar_subtract_integer(), ar_subtract_pointer(), and bitoper().

#define AR_INT_SIZE_8 (ar_int_size_8 << 2)

Definition at line 52 of file arith.h.

Referenced by AR_abs(), AR_add(), ar_add_integer(), ar_clear_unused_bits(), AR_compare(), AR_convert_str_to_int(), ar_convert_to_integral(), ar_dblshift(), AR_divide(), ar_divide_integer(), AR_dshiftl(), AR_dshiftr(), AR_ibits(), AR_ishft(), AR_ishftc(), AR_leadz(), AR_mask(), AR_mod(), AR_multiply(), ar_multiply_integer(), ar_negate_integer(), AR_popcnt(), AR_poppar(), ar_power(), ar_set_invalid_result(), AR_shiftl(), AR_shiftr(), AR_status(), ar_subtract_integer(), ar_subtract_pointer(), and bitoper().

#define AR_NEGATIVE 0040 /* FYI: result sign bit set */

Definition at line 410 of file arith.h.

Referenced by ar_cabs(), ar_exp(), ar_log(), and ar_sqrt().

#define AR_POINTER_24 ar_pointer_size_24

Definition at line 80 of file arith.h.

Referenced by AR_add_ptr_int(), and ar_clear_unused_bits().

#define AR_POINTER_32 ar_pointer_size_32

Definition at line 81 of file arith.h.

Referenced by AR_add_ptr_int(), and ar_clear_unused_bits().

#define AR_POINTER_64 ar_pointer_size_64

Definition at line 82 of file arith.h.

Referenced by AR_add_ptr_int().

#define AR_POINTER_BYTE (ar_pointer_byte << 2)

Definition at line 68 of file arith.h.

#define AR_POINTER_CHAR (ar_pointer_char << 2)

Definition at line 69 of file arith.h.

Referenced by ar_add_pointer(), AR_add_ptr_int(), AR_compare(), ar_subtract_pointer(), and AR_subtract_ptr_ptr().

#define AR_POINTER_FCTN (ar_pointer_fctn << 2)

Definition at line 70 of file arith.h.

Referenced by ar_add_pointer(), AR_add_ptr_int(), AR_compare(), ar_convert_to_pointer(), ar_subtract_pointer(), and AR_subtract_ptr_ptr().

#define AR_POINTER_WORD (ar_pointer_word << 2)

Definition at line 71 of file arith.h.

Referenced by AR_add_ptr_int(), ar_clear_unused_bits(), ar_convert_to_pointer(), and AR_subtract_ptr_ptr().

#define AR_RECIPROCAL_ITERATION ar_reciprocal_iteration

Definition at line 165 of file arith.h.

Referenced by ar_cfdiv64(), ar_cfmul64(), ar_sim(), and main().

#define AR_ROUND_MINUS_INFINITY ar_float_ieee_round_down

Definition at line 151 of file arith.h.

Referenced by ar_i128norm(), ar_i32norm(), ar_i64norm(), ar_ifix128(), ar_ifix32(), ar_ifix64(), and open_arith_file().

#define AR_ROUND_NEAREST ar_float_ieee_round_nearest

Definition at line 148 of file arith.h.

Referenced by ar_c128toi64(), AR_convert_float_to_str(), ar_convert_to_float(), ar_ctoi128(), ar_ctoi64(), ar_i32to64(), ar_i64to128(), ar_i64toc128(), ar_sim(), main(), open_arith_file(), and open_intrinsics_file().

#define AR_ROUND_PLUS_INFINITY ar_float_ieee_round_up

Definition at line 150 of file arith.h.

Referenced by ar_i128norm(), ar_i32norm(), ar_i64norm(), ar_ifix128(), ar_ifix32(), ar_ifix64(), and open_arith_file().

#define AR_ROUND_ZERO ar_float_ieee_round_zero

Definition at line 149 of file arith.h.

Referenced by ar_i128norm(), ar_i32norm(), ar_i64norm(), ar_ifix128(), ar_ifix32(), ar_ifix64(), ar_isqrt64(), ar_sim(), and open_arith_file().

#define AR_ROUNDED ar_float_cray_round_c1

Definition at line 163 of file arith.h.

Referenced by ar_cfmul64(), ar_sim(), main(), and open_arith_file().

#define AR_SIGNED ar_signed

Definition at line 90 of file arith.h.

Referenced by AR_abs(), ar_add_integer(), ar_compare_integer(), AR_convert_int_to_str(), ar_convert_to_integral(), AR_divide(), ar_divide_integer(), AR_mod(), ar_multiply_integer(), AR_status(), and ar_subtract_integer().

#define AR_SIGNEDNESS ( type ) (type & 0x1)

Definition at line 225 of file arith.h.

Referenced by AR_abs(), AR_add(), ar_add_integer(), ar_compare_integer(), AR_convert_int_to_str(), AR_convert_str_to_int(), ar_convert_to_float(), ar_convert_to_integral(), AR_divide(), ar_divide_integer(), AR_mod(), AR_multiply(), ar_multiply_integer(), ar_negate_integer(), AR_shiftr(), AR_status(), AR_subtract(), and ar_subtract_integer().

#define AR_STAT_INEXACT 0010 /* FYI: precision lost */

Definition at line 403 of file arith.h.

Referenced by ar_c1frecip(), ar_cfadd128(), ar_cfadd64(), ar_cfix128(), ar_cfix64(), ar_cflt64(), ar_cfmul128(), ar_i128norm(), ar_i32norm(), ar_i64norm(), ar_ifix128(), ar_ifix32(), ar_ifix64(), and AR_subtract_ptr_ptr().

#define AR_STAT_INVALID_TYPE 0100 /* invalid type for operation */

Definition at line 406 of file arith.h.

Referenced by AR_abs(), AR_add(), ar_add_integer(), ar_add_pointer(), AR_add_ptr_int(), AR_cabs(), ar_cabs(), AR_cimag(), ar_compare_float(), ar_compose_complex(), AR_convert(), AR_convert_float_to_str(), AR_convert_hex_str_to_float(), AR_convert_host_sint64_to_int(), AR_convert_int_to_host_sint64(), AR_convert_int_to_str(), AR_convert_str_to_float(), ar_convert_str_to_float(), AR_convert_str_to_int(), ar_convert_to_complex(), ar_convert_to_float(), ar_convert_to_integral(), ar_convert_to_pointer(), AR_creal(), ar_cvt_str_to_float(), ar_decompose_complex(), AR_divide(), ar_divide_float(), ar_divide_integer(), AR_dshiftl(), AR_dshiftr(), AR_exp(), ar_exp(), ar_get_function_value(), AR_ibits(), AR_index(), ar_index(), AR_ishft(), AR_ishftc(), AR_leadz(), AR_log(), ar_log(), AR_make_complex(), AR_mask(), AR_mod(), AR_Modulo(), ar_modulo(), AR_multiply(), ar_multiply_float(), ar_multiply_integer(), AR_negate(), ar_negate_complex(), ar_negate_float(), ar_negate_integer(), AR_one(), ar_pass_arg_address(), ar_pass_arg_value(), AR_popcnt(), AR_poppar(), AR_power(), ar_power(), ar_reshape(), AR_round_int_div(), AR_scan(), ar_scan(), AR_selected_real_kind(), ar_selected_real_kind(), AR_shiftl(), AR_shiftr(), AR_sqrt(), ar_sqrt(), AR_status(), AR_subtract(), ar_subtract_integer(), ar_subtract_pointer(), AR_subtract_ptr_ptr(), AR_transfer(), ar_transfer(), AR_verify(), ar_verify(), bitoper(), check_ar_result(), dotest32_2c(), dotest64_2c(), folder_driver(), main(), and misc_tests().

#define AR_STAT_NEGATIVE 0040 /* FYI: result sign bit set */

Definition at line 405 of file arith.h.

Referenced by AR_abs(), AR_add(), ar_add_integer(), ar_c128to64(), ar_c128toi64(), ar_c1frecip(), ar_c64to128(), ar_cabs(), ar_cfadd128(), ar_cfadd64(), ar_cfdiv128(), ar_cfdiv64(), ar_cfix128(), ar_cfix64(), ar_cflt128(), ar_cflt64(), ar_cfmul128(), ar_cfmul64(), ar_compare_float(), AR_conj(), AR_convert_float_to_str(), ar_convert_to_complex(), ar_convert_to_integral(), ar_ctoi128(), ar_ctoi64(), AR_divide(), ar_divide_complex(), ar_i128norm(), ar_i128to64(), ar_i32norm(), ar_i32to64(), ar_i64norm(), ar_i64to128(), ar_i64to32(), ar_ifadd128(), ar_ifadd32(), ar_ifadd64(), ar_ifcmp128(), ar_ifcmp32(), ar_ifcmp64(), ar_ifdiv128(), ar_ifdiv32(), ar_ifdiv64(), ar_ifix128(), ar_ifix32(), ar_ifix64(), ar_ifmul128(), ar_ifmul32(), ar_ifmul64(), ar_isqrt64(), ar_multiply_complex(), ar_multiply_integer(), ar_negate_complex(), ar_negate_integer(), ar_power(), ar_sim(), AR_status(), AR_subtract(), ar_unpack_float_str(), dotest128_1(), dotest128_2(), dotest128_i(), dotest128_r(), dotest64_1(), dotest64_2(), dotest64_i(), dotest64_i2(), folder_driver(), ieeetest32_2cmp(), ieeetest64_2cmp(), setstat32(), setstat64(), test_ibits_signed(), test_ishft_signed(), and test_ishftc_signed().

#define AR_STAT_OK 0000

Definition at line 399 of file arith.h.

Referenced by AR_add(), ar_add_integer(), ar_add_pointer(), ar_c128to64(), ar_c128toi64(), ar_c1frecip(), ar_c64to128(), ar_cfadd128(), ar_cfadd64(), ar_cfdiv128(), ar_cfdiv64(), ar_cfix128(), ar_cfix64(), ar_cflt128(), ar_cflt64(), ar_cfmul128(), ar_cfmul64(), ar_check_status(), ar_clear_sim_state(), ar_compose_complex(), AR_convert_float_to_str(), AR_convert_hex_str_to_float(), AR_convert_int_to_str(), AR_convert_str_to_int(), ar_convert_to_complex(), ar_convert_to_float(), ar_convert_to_integral(), ar_convert_to_pointer(), AR_CRAY_64_trunc_bits(), ar_ctoi128(), ar_ctoi64(), ar_cvt_str_to_float(), ar_decompose_complex(), ar_divide_integer(), ar_ext_address(), ar_i128norm(), ar_i128to64(), ar_i32norm(), ar_i64norm(), ar_i64to32(), ar_ifadd128(), ar_ifadd32(), ar_ifadd64(), ar_ifcmp128(), ar_ifcmp32(), ar_ifcmp64(), ar_ifdiv128(), ar_ifdiv32(), ar_ifdiv64(), ar_ifix128(), ar_ifix32(), ar_ifix64(), ar_ifmul128(), ar_ifmul32(), ar_ifmul64(), ar_imul64u(), ar_isqrt64(), ar_multiply_integer(), ar_negate_float(), AR_one(), ar_pass_arg_address(), ar_pass_arg_value(), ar_pass_ext_address(), ar_pass_fcd_address(), ar_power(), ar_put_real_address(), AR_set_rounding_mode(), AR_set_state_register(), AR_set_underflow_mode(), ar_sim(), AR_status(), ar_subtract_integer(), ar_subtract_pointer(), ar_unpack_float_str(), dotest128_1(), dotest128_2(), dotest128_i(), dotest128_r(), dotest32_1s(), dotest32_2(), dotest32_2c(), dotest64_1(), dotest64_1s(), dotest64_2(), dotest64_2c(), dotest64_c(), dotest64_i(), dotest64_i2(), ieeetest32_2cmp(), ieeetest64_2cmp(), test_ibits_signed(), test_ishft_signed(), and test_ishftc_signed().

#define AR_STAT_OVERFLOW 0001 /* error condition */

Definition at line 400 of file arith.h.

Referenced by AR_abs(), AR_add(), ar_add_integer(), AR_add_ptr_int(), ar_c128toi64(), ar_c1frecip(), AR_cabs(), ar_cfadd128(), ar_cfadd64(), ar_cfix128(), ar_cfix64(), ar_cfmul128(), ar_cfmul64(), ar_check_status(), AR_convert_float_to_str(), ar_convert_str_to_float(), AR_convert_str_to_int(), ar_convert_to_integral(), ar_ctoi128(), ar_ctoi64(), ar_cvt_str_to_float(), AR_divide(), ar_divide_integer(), ar_i128norm(), ar_i128to64(), ar_i32norm(), ar_i32to64(), ar_i64norm(), ar_i64to128(), ar_i64to32(), ar_i64toc128(), ar_ifadd128(), ar_ifadd32(), ar_ifadd64(), ar_ifdiv128(), ar_ifdiv32(), ar_ifdiv64(), ar_ifix128(), ar_ifix32(), ar_ifix64(), ar_ifmul128(), ar_ifmul32(), ar_ifmul64(), ar_itoc128(), ar_itoc64(), AR_mod(), AR_multiply(), ar_multiply_integer(), ar_negate_integer(), ar_sim(), AR_status(), AR_subtract(), ar_subtract_integer(), AR_subtract_ptr_ptr(), check_ar_result(), cval_to_f_int(), dotest32_2c(), dotest64_2c(), fperr(), main(), pvp_isnormal(), setstat32(), and setstat64().

#define AR_STAT_SEMIVALID

Value:

0200    /* FYI: result is algorithmically
                                                                                                  precise but incorrect */

Definition at line 407 of file arith.h.

Referenced by AR_abs(), ar_cfix128(), ar_cfix64(), ar_convert_to_integral(), ar_ifix128(), ar_ifix32(), ar_ifix64(), and ar_negate_integer().

#define AR_STAT_UNDEFINED

Value:

0004    /* possible error: IEEE NaN result
                                                                                         or undefined operation */

Definition at line 402 of file arith.h.

Referenced by AR_add_ptr_int(), AR_cabs(), ar_cabs(), ar_check_status(), ar_compare_float(), AR_convert_float_to_str(), AR_convert_hex_str_to_float(), AR_convert_int_to_str(), ar_convert_str_to_float(), AR_convert_str_to_int(), AR_CRAY_64_trunc_bits(), ar_cvt_str_to_float(), AR_dshiftl(), AR_dshiftr(), ar_ext_address(), ar_i128to64(), ar_i32to64(), ar_i64to128(), ar_i64to32(), AR_ibits(), ar_ifadd128(), ar_ifadd32(), ar_ifadd64(), ar_ifcmp128(), ar_ifcmp32(), ar_ifcmp64(), ar_ifdiv128(), ar_ifdiv32(), ar_ifdiv64(), ar_ifmul128(), ar_ifmul32(), ar_ifmul64(), ar_ifsub128(), ar_ifsub32(), ar_ifsub64(), AR_index(), AR_ishft(), AR_ishftc(), ar_isqrt64(), AR_mask(), ar_pass_arg_value(), ar_pass_fcd_address(), ar_power(), ar_put_real_address(), AR_reshape(), ar_reshape(), AR_scan(), AR_set_rounding_mode(), AR_set_state_register(), AR_set_underflow_mode(), AR_shiftl(), AR_shiftr(), ar_sim(), AR_status(), AR_subtract_ptr_ptr(), AR_transfer(), ar_transfer(), ar_unpack_float_str(), AR_verify(), call_host_external(), check_ar_result(), dotest32_2c(), dotest64_2c(), fcmp32(), fcmp64(), fperr(), ieeetest32_2cmp(), ieeetest64_2cmp(), main(), setstat32(), setstat64(), test_ibits_signed(), test_ishft_signed(), test_ishftc_signed(), and trapmathlibabort().

#define AR_STAT_UNDERFLOW 0002 /* FYI; often also zero */

Definition at line 401 of file arith.h.

Referenced by ar_cfadd128(), ar_cfadd64(), ar_cfix128(), ar_cfix64(), ar_cfmul128(), ar_cfmul64(), ar_convert_str_to_float(), ar_cvt_str_to_float(), ar_i128norm(), ar_i128to64(), ar_i32norm(), ar_i64norm(), ar_i64to32(), ar_ifdiv128(), ar_ifdiv32(), ar_ifdiv64(), AR_status(), dotest32_2c(), dotest64_2c(), main(), and pvp_isnormal().

#define AR_STAT_ZERO 0020 /* FYI: result is zero */

Definition at line 404 of file arith.h.

Referenced by AR_add(), ar_add_integer(), AR_add_ptr_int(), ar_c128to64(), ar_c64to128(), ar_cabs(), ar_cfadd128(), ar_cfadd64(), ar_cfdiv128(), ar_cfdiv64(), ar_cfix128(), ar_cfix64(), ar_cflt128(), ar_cflt64(), ar_cfmul128(), ar_cfmul64(), ar_compare_float(), AR_conj(), AR_convert_float_to_str(), ar_convert_str_to_float(), AR_convert_str_to_int(), ar_convert_to_complex(), ar_convert_to_integral(), ar_cvt_str_to_float(), AR_divide(), ar_divide_complex(), ar_divide_integer(), ar_i128norm(), ar_i128to64(), ar_i32norm(), ar_i64norm(), ar_i64to32(), ar_i64toc128(), ar_ifadd128(), ar_ifadd32(), ar_ifadd64(), ar_ifcmp128(), ar_ifcmp32(), ar_ifcmp64(), ar_ifdiv128(), ar_ifdiv32(), ar_ifdiv64(), ar_ifix128(), ar_ifix32(), ar_ifix64(), AR_index(), ar_isqrt64(), ar_itoc128(), ar_itoc64(), AR_mod(), ar_multiply_complex(), ar_multiply_integer(), ar_negate_complex(), ar_negate_float(), ar_power(), AR_scan(), ar_sim(), AR_status(), AR_subtract(), AR_subtract_ptr_ptr(), ar_unpack_float_str(), AR_verify(), dotest128_1(), dotest128_2(), dotest128_i(), dotest128_r(), dotest32_2c(), dotest64_1(), dotest64_2(), dotest64_2c(), dotest64_c(), dotest64_i(), dotest64_i2(), ieeetest32_2cmp(), ieeetest64_2cmp(), setstat32(), setstat64(), t_index(), t_scan(), t_verify(), test_ibits_signed(), test_ishft_signed(), and test_ishftc_signed().

#define AR_UNDERFLOW_TO_DENORM ar_underflow_to_denorm

Definition at line 175 of file arith.h.

Referenced by ar_i128norm(), ar_i32norm(), and ar_i64norm().

#define AR_UNDERFLOW_TO_PLUS_ZERO ar_underflow_to_plus_zero

Definition at line 176 of file arith.h.

Referenced by ar_i128norm(), ar_i32norm(), ar_i64norm(), open_arith_file(), and open_intrinsics_file().

#define AR_UNDERFLOW_TO_SIGNED_TINY ar_underflow_to_signed_tiny

Definition at line 178 of file arith.h.

Referenced by ar_i128norm(), ar_i32norm(), and ar_i64norm().

#define AR_UNDERFLOW_TO_SIGNED_ZERO ar_underflow_to_signed_zero

Definition at line 177 of file arith.h.

#define AR_UNROUNDED ar_float_cray_round_c1f

Definition at line 164 of file arith.h.

Referenced by ar_cfdiv64(), ar_cfmul64(), ar_sim(), main(), and open_arith_file().

#define AR_UNSIGNED ar_unsigned

Definition at line 91 of file arith.h.

Referenced by AR_add(), ar_add_integer(), AR_convert_str_to_int(), ar_convert_to_float(), ar_convert_to_integral(), AR_multiply(), ar_negate_integer(), AR_shiftr(), and AR_subtract().

#define AR_ZERO 0020 /* FYI: result is zero */

Definition at line 409 of file arith.h.

Referenced by ar_cabs(), ar_exp(), ar_log(), and ar_sqrt().

Typedef Documentation

typedef long long AR_HOST_SINT64

Definition at line 97 of file arith.h.

typedef unsigned long long AR_HOST_UINT64

Definition at line 98 of file arith.h.

Enumeration Type Documentation

enum ar_class

Enumerator:

ar_class_int
ar_class_float
ar_class_pointer
ar_class_logical
ar_class_error

Definition at line 199 of file arith.h.

enum AR_COMPARE_TYPE

Enumerator:

AR_Compare_LT
AR_Compare_EQ
AR_Compare_GT
AR_Compare_Unord
AR_Compare_NE
AR_Compare_Invalid

Definition at line 416 of file arith.h.

enum ar_float_128_bit

Enumerator:

ar_128_bit_extended_double
ar_128_bit_double_double

Definition at line 180 of file arith.h.

enum ar_float_complexity

Enumerator:

ar_simple
ar_complex

Definition at line 127 of file arith.h.

enum ar_float_cray_round

Enumerator:

ar_float_cray_round_c1
ar_reciprocal_iteration
ar_float_cray_round_c1f

Definition at line 153 of file arith.h.

enum ar_float_format

Enumerator:

ar_float_format_ieee
ar_float_format_cray

Definition at line 104 of file arith.h.

enum ar_float_ieee_round

Enumerator:

ar_float_ieee_round_nearest
ar_float_ieee_round_up
ar_float_ieee_round_down
ar_float_ieee_round_zero

Definition at line 135 of file arith.h.

enum ar_float_size

Enumerator:

ar_float_32
ar_float_64
ar_float_128

Definition at line 116 of file arith.h.

enum ar_float_underflow

Enumerator:

ar_underflow_to_denorm
ar_underflow_to_plus_zero
ar_underflow_to_signed_zero
ar_underflow_to_signed_tiny

Definition at line 167 of file arith.h.

enum ar_int_size

Enumerator:

ar_int_size_8
ar_int_size_24
ar_int_size_32
ar_int_size_46
ar_int_size_64
ar_int_size_128
ar_int_size_16

Definition at line 41 of file arith.h.

enum ar_pointer_format

Enumerator:

ar_pointer_byte
ar_pointer_char
ar_pointer_fctn
ar_pointer_word

Definition at line 60 of file arith.h.

enum ar_pointer_size

Enumerator:

ar_pointer_size_24
ar_pointer_size_32
ar_pointer_size_64

Definition at line 73 of file arith.h.

enum ar_signedness

Enumerator:

ar_signed
ar_unsigned

Definition at line 84 of file arith.h.

enum AR_TYPE

Enumerator:

AR_Int_8_S
AR_Int_8_U
AR_Int_16_S
AR_Int_16_U
AR_Int_24_S
AR_Int_24_U
AR_Int_32_S
AR_Int_32_U
AR_Int_46_S
AR_Int_46_U
AR_Int_64_S
AR_Int_64_U
AR_Int_128_S
AR_Int_128_U
AR_Logical
AR_Pointer_Byte
AR_Pointer_Char_24
AR_Pointer_Char_32
AR_Pointer_Char_64
AR_Pointer_Fctn_24
AR_Pointer_Fctn_32
AR_Pointer_Fctn_64
AR_Pointer_Word_24
AR_Pointer_Word_32
AR_Pointer_Word_64
AR_Float_32
AR_Float_64
AR_Float_128
AR_Complex_32
AR_Complex_64
AR_Complex_128
AR_Float_Cray1_64
AR_Float_Cray1_64_F
AR_Float_Cray1_128
AR_Float_IEEE_NR_32
AR_Float_IEEE_NR_64
AR_Float_IEEE_NR_128
AR_Float_IEEE_ZE_32
AR_Float_IEEE_ZE_64
AR_Float_IEEE_ZE_128
AR_Float_IEEE_UP_32
AR_Float_IEEE_UP_64
AR_Float_IEEE_UP_128
AR_Float_IEEE_DN_32
AR_Float_IEEE_DN_64
AR_Float_IEEE_DN_128
AR_Complex_Cray1_64
AR_Complex_Cray1_64_F
AR_Complex_Cray1_128
AR_Complex_IEEE_NR_32
AR_Complex_IEEE_NR_64
AR_Complex_IEEE_NR_128
AR_Complex_IEEE_ZE_32
AR_Complex_IEEE_ZE_64
AR_Complex_IEEE_ZE_128
AR_Complex_IEEE_UP_32
AR_Complex_IEEE_UP_64
AR_Complex_IEEE_UP_128
AR_Complex_IEEE_DN_32
AR_Complex_IEEE_DN_64
AR_Complex_IEEE_DN_128
AR_Error

Definition at line 228 of file arith.h.

Function Documentation

int AR_abs	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 623 of file miscmath.c.

References ar_cabs(), AR_CLASS, AR_CLASS_FLOAT, AR_CLASS_INT, ar_data::ar_f128, ar_data::ar_f64, AR_FLOAT_128, AR_FLOAT_32, AR_FLOAT_64, AR_FLOAT_COMPLEX, AR_FLOAT_CRAY, AR_FLOAT_FORMAT, AR_FLOAT_IEEE, AR_FLOAT_IS_COMPLEX, AR_FLOAT_SIZE, ar_data::ar_ieee128, ar_data::ar_ieee32, ar_data::ar_ieee64, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, ar_data::ar_mips128, ar_negate_integer(), AR_SIGNED, AR_SIGNEDNESS, AR_STAT_INVALID_TYPE, AR_STAT_NEGATIVE, AR_STAT_OVERFLOW, AR_STAT_SEMIVALID, AR_status(), COPY_INT16, COPY_INT32, COPY_INT64, COPY_INT8, HOST_IS_MIPS, INT16_SIGN, INT32_SIGN, INT64_SIGN, INT8_SIGN, result, AR_IEEE_32::sign, AR_IEEE_64::sign, AR_IEEE_128::sign, AR_MIPS_128::sign, AR_CRAY_64::sign, AR_CRAY_128::sign, AR_MIPS_128::signl, ZERO_INT16_UPPER, ZERO_INT32_UPPER, and ZERO_INT8_UPPER.

Referenced by folder_driver().

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int AR_add	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 475 of file math.c.

References ar_add_integer(), ar_add_pointer(), ar_cfadd128(), ar_cfadd64(), AR_CLASS, AR_CLASS_FLOAT, AR_CLASS_INT, AR_CLASS_POINTER, AR_Complex_Cray1_128, AR_Complex_Cray1_64, AR_Complex_Cray1_64_F, AR_Complex_IEEE_DN_128, AR_Complex_IEEE_DN_32, AR_Complex_IEEE_DN_64, AR_Complex_IEEE_NR_128, AR_Complex_IEEE_NR_32, AR_Complex_IEEE_NR_64, AR_Complex_IEEE_UP_128, AR_Complex_IEEE_UP_32, AR_Complex_IEEE_UP_64, AR_Complex_IEEE_ZE_128, AR_Complex_IEEE_ZE_32, AR_Complex_IEEE_ZE_64, ar_data::ar_cplx_f128, ar_data::ar_cplx_f64, ar_data::ar_cplx_ieee128, ar_data::ar_cplx_ieee32, ar_data::ar_cplx_ieee64, ar_CRAY_64_trunc(), ar_data::ar_f128, ar_data::ar_f64, AR_Float_Cray1_128, AR_Float_Cray1_64, AR_Float_Cray1_64_F, AR_Float_IEEE_DN_128, AR_Float_IEEE_DN_32, AR_Float_IEEE_DN_64, AR_Float_IEEE_NR_128, AR_Float_IEEE_NR_32, AR_Float_IEEE_NR_64, AR_Float_IEEE_UP_128, AR_Float_IEEE_UP_32, AR_Float_IEEE_UP_64, AR_Float_IEEE_ZE_128, AR_Float_IEEE_ZE_32, AR_Float_IEEE_ZE_64, ar_data::ar_ieee128, ar_data::ar_ieee32, ar_data::ar_ieee64, ar_ifadd128(), ar_ifadd32(), ar_ifadd64(), AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_SIGNEDNESS, AR_STAT_INVALID_TYPE, AR_STAT_NEGATIVE, AR_STAT_OK, AR_STAT_OVERFLOW, AR_STAT_ZERO, ar_state_register, ar_state_info::ar_truncate_bits, AR_UNSIGNED, CPLX32_IMAG_TO_IEEE32, CPLX32_REAL_TO_IEEE32, IEEE32_TO_CPLX32_IMAG, IEEE32_TO_CPLX32_REAL, AR_CPLX_IEEE_64::imag, AR_CPLX_IEEE_128::imag, AR_CPLX_CRAY_64::imag, AR_CPLX_CRAY_128::imag, AR_CPLX_IEEE_64::real, AR_CPLX_IEEE_128::real, AR_CPLX_CRAY_64::real, AR_CPLX_CRAY_128::real, and ROUND_MODE.

Referenced by ar_cabs(), ar_divide_complex(), ar_multiply_complex(), folder_driver(), main(), and test_add().

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int AR_add_ptr_int	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type,
		const AR_DATA *	opnd3,
		const AR_TYPE *	opnd3type
	)

Definition at line 2274 of file math.c.

References ar_add_integer(), AR_CLASS, AR_CLASS_INT, AR_CLASS_POINTER, ar_clear_unused_bits(), ar_convert_to_integral(), ar_dblshift(), ar_data::ar_i64, AR_Int_64_S, ar_multiply_integer(), AR_POINTER_24, AR_POINTER_32, AR_POINTER_64, AR_POINTER_CHAR, AR_POINTER_FCTN, AR_POINTER_FORMAT, AR_POINTER_SIZE, AR_POINTER_WORD, AR_STAT_INVALID_TYPE, AR_STAT_OVERFLOW, AR_STAT_UNDEFINED, AR_STAT_ZERO, AR_status(), INT64_SIGN, AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, AR_INT_64::part4, and result.

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int AR_bitand	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Referenced by AR_ishftc(), and test_bitand().

int AR_bitcomplement	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Referenced by test_bitcomplement().

int AR_bitor	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Referenced by AR_ishftc(), and test_bitor().

int AR_bitxor	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Referenced by test_bitxor().

int AR_cabs	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 321 of file intrin.c.

References ar_cabs(), AR_CLASS, AR_CLASS_FLOAT, AR_FLOAT_COMPLEX, AR_FLOAT_IS_COMPLEX, ar_set_invalid_result(), AR_STAT_INVALID_TYPE, AR_STAT_OVERFLOW, AR_STAT_UNDEFINED, AR_status(), and IS_ERROR_STATUS.

Referenced by AR_INTRIN1(), and main().

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int AR_cimag	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 277 of file miscmath.c.

References ar_decompose_complex(), and AR_STAT_INVALID_TYPE.

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AR_COMPARE_TYPE AR_compare	(	const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 421 of file compare.c.

References AR_CLASS, AR_CLASS_FLOAT, AR_CLASS_INT, AR_CLASS_POINTER, AR_Compare_EQ, ar_compare_float(), ar_compare_integer(), AR_Compare_Invalid, AR_Compare_NE, ar_dblshift(), ar_data::ar_i64, AR_Int_64_S, AR_Int_64_U, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_POINTER_CHAR, AR_POINTER_FCTN, AR_POINTER_FORMAT, AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, AR_INT_64::part4, and sint64_artype.

Referenced by ar_power(), ar_sim(), folder_driver(), and main().

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int AR_conj	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 765 of file miscmath.c.

References ar_compose_complex(), ar_decompose_complex(), ar_negate_float(), AR_STAT_NEGATIVE, AR_STAT_ZERO, AR_status(), and result.

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int AR_convert	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 673 of file cvt.c.

References AR_CLASS, AR_CLASS_FLOAT, AR_CLASS_INT, AR_CLASS_POINTER, ar_convert_to_complex(), ar_convert_to_float(), ar_convert_to_integral(), ar_convert_to_pointer(), AR_FLOAT_COMPLEX, AR_FLOAT_IS_COMPLEX, and AR_STAT_INVALID_TYPE.

Referenced by ar_cabs(), AR_convert_host_sint64_to_int(), AR_convert_int_to_host_sint64(), ar_cvt_str_to_float(), ar_exp(), ar_log(), ar_power(), ar_sqrt(), and folder_driver().

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int AR_convert_float_to_str	(	char *	resultstr,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 616 of file strcvt.c.

References ar_ctoi64(), ar_data::ar_f128, ar_data::ar_f64, AR_Float_Cray1_128, AR_Float_Cray1_64, AR_Float_Cray1_64_F, AR_Float_IEEE_DN_128, AR_Float_IEEE_DN_32, AR_Float_IEEE_DN_64, AR_Float_IEEE_NR_128, AR_Float_IEEE_NR_32, AR_Float_IEEE_NR_64, AR_Float_IEEE_UP_128, AR_Float_IEEE_UP_32, AR_Float_IEEE_UP_64, AR_Float_IEEE_ZE_128, AR_Float_IEEE_ZE_32, AR_Float_IEEE_ZE_64, ar_i128to64(), ar_i32to64(), ar_i64toc128(), ar_data::ar_ieee128, ar_data::ar_ieee32, ar_data::ar_ieee64, ar_itoc128(), AR_ROUND_NEAREST, ar_state_info::ar_rounding_mode, AR_STAT_INVALID_TYPE, AR_STAT_NEGATIVE, AR_STAT_OK, AR_STAT_OVERFLOW, AR_STAT_UNDEFINED, AR_STAT_ZERO, ar_state_register, AR_status(), HOST_IS_IEEE_FLOAT, and strcpy.

Referenced by convert_to_string().

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int AR_convert_hex_str_to_float	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const char *	ar_str
	)

Definition at line 763 of file strcvt.c.

References AR_convert_str_to_int(), AR_Float_Cray1_128, AR_Float_Cray1_64, AR_Float_Cray1_64_F, AR_Float_IEEE_DN_128, AR_Float_IEEE_DN_32, AR_Float_IEEE_DN_64, AR_Float_IEEE_NR_128, AR_Float_IEEE_NR_32, AR_Float_IEEE_NR_64, AR_Float_IEEE_UP_128, AR_Float_IEEE_UP_32, AR_Float_IEEE_UP_64, AR_Float_IEEE_ZE_128, AR_Float_IEEE_ZE_32, AR_Float_IEEE_ZE_64, AR_Int_64_U, AR_DATA::ar_internal_data_item1, AR_DATA::ar_internal_data_item2, AR_STAT_INVALID_TYPE, AR_STAT_OK, AR_STAT_UNDEFINED, and errno.

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int AR_convert_host_sint64_to_int	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		AR_HOST_SINT64	i64val
	)

Definition at line 818 of file strcvt.c.

References AR_CLASS, AR_CLASS_INT, AR_convert(), AR_Int_64_S, AR_DATA::ar_internal_data_item1, and AR_STAT_INVALID_TYPE.

Referenced by cval_to_f_int().

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int AR_convert_int_to_host_sint64	(	AR_HOST_SINT64 *	i64val,
		const AR_DATA *	opnd,
		const AR_TYPE *	opndtype
	)

Definition at line 834 of file strcvt.c.

References AR_CLASS, AR_CLASS_INT, AR_convert(), AR_Int_64_S, AR_DATA::ar_internal_data_item1, and AR_STAT_INVALID_TYPE.

Referenced by f_int_to_cval().

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int AR_convert_int_to_str	(	char *	resultstr,
		const int *	base,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 201 of file strcvt.c.

References AR_CLASS, AR_CLASS_INT, ar_convert_to_integral(), ar_divide_integer(), ar_data::ar_i64, AR_Int_64_S, AR_Int_64_U, ar_internal_error(), ar_negate_integer(), AR_SIGNED, AR_SIGNEDNESS, AR_STAT_INVALID_TYPE, AR_STAT_OK, AR_STAT_UNDEFINED, INT64_SIGN, IS_INT64_ZERO, AR_INT_64::part4, strcpy, and ZERO_INT16_UPPER.

Referenced by convert_to_string().

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int AR_convert_str_to_float	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const char *	str
	)

Definition at line 366 of file intrin.c.

References AR_CLASS, AR_CLASS_FLOAT, ar_convert_str_to_float(), ar_cvt_str_to_float(), AR_FLOAT_COMPLEX, AR_FLOAT_IS_COMPLEX, ar_set_invalid_result(), AR_STAT_INVALID_TYPE, and IS_ERROR_STATUS.

Referenced by AR_STRTOD(), folder_driver(), and main().

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int AR_convert_str_to_int	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		int *	bits_used,
		const char *	str,
		const int *	base
	)

Definition at line 47 of file strcvt.c.

References ar_add_integer(), AR_CLASS, AR_CLASS_INT, ar_clear_unused_bits(), ar_data::ar_i64, AR_Int_64_U, AR_INT_SIZE, AR_INT_SIZE_128, AR_INT_SIZE_16, AR_INT_SIZE_24, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, ar_internal_error(), AR_leadz(), ar_multiply_integer(), ar_set_invalid_result(), AR_SIGNEDNESS, AR_STAT_INVALID_TYPE, AR_STAT_OK, AR_STAT_OVERFLOW, AR_STAT_UNDEFINED, AR_STAT_ZERO, AR_UNSIGNED, IS_INT16_UPPER_ZERO, IS_INT16_ZERO, IS_INT24_UPPER_ZERO, IS_INT24_ZERO, IS_INT32_UPPER_ZERO, IS_INT32_ZERO, IS_INT46_UPPER_ZERO, IS_INT46_ZERO, IS_INT64_ZERO, IS_INT8_UPPER_ZERO, IS_INT8_ZERO, AR_INT_64::part4, result, ZERO_INT16_UPPER, and ZERO_INT64.

Referenced by AR_convert_hex_str_to_float(), convert_binary_literal(), and convert_hex_literal().

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int AR_CRAY_64_trunc_bits ( int truncbits )

Definition at line 897 of file miscmath.c.

References AR_CRAY64_COEFF_BITS, AR_STAT_OK, AR_STAT_UNDEFINED, and ar_state_info::ar_truncate_bits.

int AR_creal	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 261 of file miscmath.c.

References ar_decompose_complex(), and AR_STAT_INVALID_TYPE.

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int AR_divide	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 2079 of file math.c.

References AR_CLASS, AR_CLASS_FLOAT, AR_CLASS_INT, ar_compose_complex(), ar_decompose_complex(), ar_divide_complex(), ar_divide_float(), ar_divide_integer(), AR_FLOAT_COMPLEX, AR_FLOAT_IS_COMPLEX, AR_Int_46_S, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_SIGNED, AR_SIGNEDNESS, AR_STAT_INVALID_TYPE, AR_STAT_NEGATIVE, AR_STAT_OVERFLOW, AR_STAT_ZERO, AR_status(), INT16_SIGN, INT32_SIGN, INT64_SIGN, INT8_SIGN, INT_OVERFLOWS_46_BITS, IS_INT16_ZERO, IS_INT32_ZERO, IS_INT64_ZERO, and IS_INT8_ZERO.

Referenced by ar_divide_complex(), ar_power(), folder_driver(), and main().

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int AR_dshiftl	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type,
		const AR_DATA *	opnd3,
		const AR_TYPE *	opnd3type
	)

Definition at line 274 of file bits.c.

References AR_CLASS, AR_CLASS_INT, ar_dblshift(), ar_data::ar_i64, ar_data::ar_i8, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_STAT_INVALID_TYPE, AR_STAT_UNDEFINED, AR_status(), AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, AR_INT_64::part4, AR_INT_8_64::part5, result, ZERO_INT16, ZERO_INT32, ZERO_INT64, and ZERO_INT8.

Referenced by folder_driver().

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int AR_dshiftr	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type,
		const AR_DATA *	opnd3,
		const AR_TYPE *	opnd3type
	)

Definition at line 349 of file bits.c.

References AR_CLASS, AR_CLASS_INT, ar_dblshift(), ar_data::ar_i64, ar_data::ar_i8, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_STAT_INVALID_TYPE, AR_STAT_UNDEFINED, AR_status(), AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, AR_INT_64::part4, AR_INT_8_64::part5, result, ZERO_INT16, ZERO_INT32, ZERO_INT64, and ZERO_INT8.

Referenced by folder_driver().

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int AR_exp	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 299 of file intrin.c.

References AR_CLASS, AR_CLASS_FLOAT, ar_exp(), ar_set_invalid_result(), AR_STAT_INVALID_TYPE, AR_status(), and IS_ERROR_STATUS.

Referenced by AR_INTRIN1(), and main().

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int AR_ibits	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type,
		const AR_DATA *	opnd3,
		const AR_TYPE *	opnd3type
	)

Definition at line 889 of file bits.c.

References AR_CLASS, AR_CLASS_INT, ar_dblshift(), AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_24, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_STAT_INVALID_TYPE, AR_STAT_UNDEFINED, AR_status(), INT16_TO_HOST_SINT64, INT32_TO_HOST_SINT64, INT64_TO_HOST_SINT64, INT8_TO_HOST_SINT64, result, and size.

Referenced by folder_driver(), and test_ibits_signed().

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int AR_index	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const char *	str1,
		const AR_DATA *	str1len,
		const AR_TYPE *	str1lentype,
		const char *	str2,
		const AR_DATA *	str2len,
		const AR_TYPE *	str2lentype,
		const AR_DATA *	backward,
		const AR_TYPE *	backwardtype
	)

Definition at line 50 of file intrin.c.

References AR_CLASS, AR_CLASS_INT, ar_index(), AR_Int_16_S, AR_Int_32_S, AR_Int_64_S, AR_Int_8_S, AR_INT_SIZE, AR_DATA::ar_internal_data_item1, AR_Logical, ar_set_invalid_result(), AR_STAT_INVALID_TYPE, AR_STAT_UNDEFINED, AR_STAT_ZERO, AR_status(), IS_ERROR_STATUS, and NULL.

Referenced by folder_driver(), and t_index().

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int AR_ishft	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 613 of file bits.c.

References AR_CLASS, AR_CLASS_INT, ar_dblshift(), AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_24, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_STAT_INVALID_TYPE, AR_STAT_UNDEFINED, AR_status(), INT16_TO_HOST_SINT64, INT32_TO_HOST_SINT64, INT64_TO_HOST_SINT64, INT8_TO_HOST_SINT64, result, and ZERO_INT64.

Referenced by test_ishft_signed().

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int AR_ishftc	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type,
		const AR_DATA *	opnd3,
		const AR_TYPE *	opnd3type
	)

Definition at line 745 of file bits.c.

References AR_bitand(), AR_bitor(), AR_CLASS, AR_CLASS_INT, ar_dblshift(), AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_24, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_STAT_INVALID_TYPE, AR_STAT_UNDEFINED, AR_status(), INT16_TO_HOST_SINT64, INT32_TO_HOST_SINT64, INT64_TO_HOST_SINT64, INT8_TO_HOST_SINT64, result, and size.

Referenced by folder_driver(), and test_ishftc_signed().

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int AR_leadz	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 1044 of file bits.c.

References AR_CLASS, AR_CLASS_FLOAT, AR_CLASS_INT, AR_FLOAT_32, AR_FLOAT_64, AR_FLOAT_IS_COMPLEX, AR_FLOAT_SIMPLE, AR_FLOAT_SIZE, ar_data::ar_i64, ar_data::ar_i8, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_STAT_INVALID_TYPE, AR_status(), AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, AR_INT_64::part4, AR_INT_8_64::part5, result, and ZERO_INT16_UPPER.

Referenced by AR_convert_str_to_int(), ar_divide_integer(), and test_leadz().

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int AR_log	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 277 of file intrin.c.

References AR_CLASS, AR_CLASS_FLOAT, ar_log(), ar_set_invalid_result(), AR_STAT_INVALID_TYPE, AR_status(), and IS_ERROR_STATUS.

Referenced by AR_INTRIN1(), and main().

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int AR_make_complex	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 797 of file miscmath.c.

References AR_CLASS, AR_CLASS_FLOAT, ar_data::ar_cplx_f128, ar_data::ar_cplx_f64, ar_data::ar_cplx_ieee128, ar_data::ar_cplx_ieee32, ar_data::ar_cplx_ieee64, ar_data::ar_f128, ar_data::ar_f64, AR_FLOAT_COMPLEX, AR_Float_Cray1_128, AR_Float_Cray1_64, AR_Float_Cray1_64_F, AR_Float_IEEE_DN_128, AR_Float_IEEE_DN_32, AR_Float_IEEE_DN_64, AR_Float_IEEE_NR_128, AR_Float_IEEE_NR_32, AR_Float_IEEE_NR_64, AR_Float_IEEE_UP_128, AR_Float_IEEE_UP_32, AR_Float_IEEE_UP_64, AR_Float_IEEE_ZE_128, AR_Float_IEEE_ZE_32, AR_Float_IEEE_ZE_64, AR_FLOAT_IS_COMPLEX, ar_data::ar_ieee128, ar_data::ar_ieee32, ar_data::ar_ieee64, AR_STAT_INVALID_TYPE, AR_status(), IEEE32_TO_CPLX32_IMAG, IEEE32_TO_CPLX32_REAL, AR_CPLX_IEEE_64::imag, AR_CPLX_IEEE_128::imag, AR_CPLX_CRAY_64::imag, AR_CPLX_CRAY_128::imag, AR_CPLX_IEEE_64::real, AR_CPLX_IEEE_128::real, AR_CPLX_CRAY_64::real, and AR_CPLX_CRAY_128::real.

Referenced by AR_make_imag().

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int AR_make_imag	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 788 of file miscmath.c.

References AR_make_complex().

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int AR_mask	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 967 of file bits.c.

References AR_CLASS, AR_CLASS_INT, ar_dblshift(), ar_data::ar_i64, ar_data::ar_i8, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_STAT_INVALID_TYPE, AR_STAT_UNDEFINED, AR_status(), AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, AR_INT_64::part4, AR_INT_8_64::part5, result, ZERO_INT16, ZERO_INT32, ZERO_INT64, and ZERO_INT8.

Referenced by folder_driver().

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int AR_mod	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 2213 of file math.c.

References AR_CLASS, AR_CLASS_INT, ar_divide_integer(), AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_SIGNED, AR_SIGNEDNESS, AR_STAT_INVALID_TYPE, AR_STAT_OVERFLOW, AR_STAT_ZERO, AR_status(), INT16_SIGN, INT32_SIGN, INT64_SIGN, and INT8_SIGN.

Referenced by AR_modulo(), and folder_driver().

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int AR_Modulo	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 206 of file intrin.c.

References ar_modulo(), ar_set_invalid_result(), AR_STAT_INVALID_TYPE, AR_status(), and IS_ERROR_STATUS.

Referenced by folder_driver(), and main().

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int AR_modulo	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 2198 of file math.c.

References AR_mod().

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int AR_multiply	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 1583 of file math.c.

References AR_CLASS, AR_CLASS_FLOAT, AR_CLASS_INT, AR_FLOAT_COMPLEX, AR_FLOAT_IS_COMPLEX, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, ar_multiply_complex(), ar_multiply_float(), ar_multiply_integer(), AR_SIGNEDNESS, AR_STAT_INVALID_TYPE, AR_STAT_OVERFLOW, and AR_UNSIGNED.

Referenced by ar_cabs(), ar_divide_complex(), ar_multiply_complex(), ar_power(), folder_driver(), and main().

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int AR_negate	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 993 of file math.c.

References AR_CLASS, AR_CLASS_FLOAT, AR_CLASS_INT, AR_FLOAT_COMPLEX, AR_FLOAT_IS_COMPLEX, ar_negate_complex(), ar_negate_float(), ar_negate_integer(), and AR_STAT_INVALID_TYPE.

Referenced by ar_power(), and folder_driver().

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int AR_one	(	AR_DATA *	result,
		const AR_TYPE *	type
	)

Definition at line 513 of file miscmath.c.

References AR_Complex_Cray1_128, AR_Complex_Cray1_64, AR_Complex_Cray1_64_F, AR_Complex_IEEE_DN_128, AR_Complex_IEEE_DN_32, AR_Complex_IEEE_DN_64, AR_Complex_IEEE_NR_128, AR_Complex_IEEE_NR_32, AR_Complex_IEEE_NR_64, AR_Complex_IEEE_UP_128, AR_Complex_IEEE_UP_32, AR_Complex_IEEE_UP_64, AR_Complex_IEEE_ZE_128, AR_Complex_IEEE_ZE_32, AR_Complex_IEEE_ZE_64, ar_data::ar_cplx_f128, ar_data::ar_cplx_f64, ar_data::ar_cplx_ieee128, ar_data::ar_cplx_ieee32, ar_data::ar_cplx_ieee64, ar_data::ar_cplx_mips128, AR_CRAY_C0_BITS, AR_CRAY_EXPO_BIAS, ar_data::ar_f128, ar_data::ar_f64, AR_Float_Cray1_128, AR_Float_Cray1_64, AR_Float_Cray1_64_F, AR_Float_IEEE_DN_128, AR_Float_IEEE_DN_32, AR_Float_IEEE_DN_64, AR_Float_IEEE_NR_128, AR_Float_IEEE_NR_32, AR_Float_IEEE_NR_64, AR_Float_IEEE_UP_128, AR_Float_IEEE_UP_32, AR_Float_IEEE_UP_64, AR_Float_IEEE_ZE_128, AR_Float_IEEE_ZE_32, AR_Float_IEEE_ZE_64, ar_data::ar_i64, ar_data::ar_ieee128, AR_IEEE128_EXPO_BIAS, ar_data::ar_ieee32, AR_IEEE32_EXPO_BIAS, ar_data::ar_ieee64, AR_IEEE64_EXPO_BIAS, AR_Int_16_S, AR_Int_16_U, AR_Int_32_S, AR_Int_32_U, AR_Int_46_S, AR_Int_64_S, AR_Int_64_U, ar_data::ar_mips128, AR_MIPS128_EXPO_BIAS, AR_STAT_INVALID_TYPE, AR_STAT_OK, AR_CRAY_64::coeff0, AR_CRAY_128::coeff0, AR_IEEE_32::expo, AR_IEEE_64::expo, AR_IEEE_128::expo, AR_MIPS_128::expo, AR_CRAY_64::expo, AR_CRAY_128::expo, HOST_IS_MIPS, AR_CPLX_IEEE_32::icoeff0, AR_CPLX_IEEE_32::icoeff1, AR_CPLX_IEEE_32::iexpo, AR_CPLX_IEEE_64::imag, AR_CPLX_IEEE_128::imag, AR_CPLX_CRAY_64::imag, AR_CPLX_CRAY_128::imag, AR_CPLX_IEEE_32::isign, AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, AR_INT_64::part4, AR_CPLX_IEEE_32::rcoeff0, AR_CPLX_IEEE_32::rcoeff1, AR_CPLX_IEEE_64::real, AR_CPLX_IEEE_128::real, AR_CPLX_MIPS_128::real, AR_CPLX_CRAY_64::real, AR_CPLX_CRAY_128::real, result, AR_CPLX_IEEE_32::rexpo, AR_CPLX_IEEE_32::rsign, ZEROCRAY128, ZEROCRAY64, ZEROIEEE128, ZEROIEEE32, and ZEROIEEE64.

Referenced by ar_power().

int AR_popcnt	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 1131 of file bits.c.

References AR_CLASS, AR_CLASS_FLOAT, AR_CLASS_INT, AR_FLOAT_32, AR_FLOAT_64, AR_FLOAT_IS_COMPLEX, AR_FLOAT_SIMPLE, AR_FLOAT_SIZE, ar_data::ar_i64, ar_data::ar_i8, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_STAT_INVALID_TYPE, AR_status(), AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, AR_INT_64::part4, AR_INT_8_64::part5, and result.

Referenced by test_popcnt().

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int AR_poppar	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 1210 of file bits.c.

References AR_CLASS, AR_CLASS_FLOAT, AR_CLASS_INT, AR_FLOAT_32, AR_FLOAT_64, AR_FLOAT_IS_COMPLEX, AR_FLOAT_SIMPLE, AR_FLOAT_SIZE, ar_data::ar_i64, ar_data::ar_i8, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_STAT_INVALID_TYPE, AR_status(), AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, AR_INT_64::part4, AR_INT_8_64::part5, result, and ZERO_INT16_UPPER.

Referenced by test_poppar().

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int AR_power	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 343 of file intrin.c.

References AR_CLASS, AR_CLASS_INT, ar_power(), ar_set_invalid_result(), AR_STAT_INVALID_TYPE, and IS_ERROR_STATUS.

Referenced by AR_INTRIN2(), folder_driver(), and main().

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int AR_reshape	(	void *	result,
		const void *	source,
		const void *	shape,
		const void *	pad,
		const void *	order
	)

Definition at line 167 of file intrin.c.

References ar_reshape(), AR_STAT_UNDEFINED, and NULL.

Referenced by folder_driver().

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int AR_round_int_div	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd,
		const AR_TYPE *	opndtype
	)

Definition at line 698 of file cvt.c.

References ar_crnd128(), ar_crnd64(), ar_data::ar_f128, ar_data::ar_f64, AR_Float_Cray1_128, AR_Float_Cray1_64, AR_Float_Cray1_64_F, and AR_STAT_INVALID_TYPE.

Referenced by folder_driver().

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int AR_scan	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const char *	str1,
		const AR_DATA *	str1len,
		const AR_TYPE *	str1lentype,
		const char *	str2,
		const AR_DATA *	str2len,
		const AR_TYPE *	str2lentype,
		const AR_DATA *	backward,
		const AR_TYPE *	backwardtype
	)

Definition at line 89 of file intrin.c.

References AR_CLASS, AR_CLASS_INT, AR_Int_16_S, AR_Int_32_S, AR_Int_64_S, AR_Int_8_S, AR_INT_SIZE, AR_DATA::ar_internal_data_item1, AR_Logical, ar_scan(), ar_set_invalid_result(), AR_STAT_INVALID_TYPE, AR_STAT_UNDEFINED, AR_STAT_ZERO, AR_status(), IS_ERROR_STATUS, and NULL.

Referenced by folder_driver(), and t_scan().

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int AR_selected_real_kind	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 229 of file intrin.c.

References AR_CLASS, AR_CLASS_INT, AR_Int_16_S, AR_Int_32_S, AR_Int_64_S, AR_Int_8_S, AR_INT_SIZE, ar_selected_real_kind(), ar_set_invalid_result(), AR_STAT_INVALID_TYPE, and IS_ERROR_STATUS.

Referenced by folder_driver(), main(), and misc_tests().

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int AR_shiftl	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 424 of file bits.c.

References AR_CLASS, AR_CLASS_INT, ar_dblshift(), ar_data::ar_i64, ar_data::ar_i8, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_STAT_INVALID_TYPE, AR_STAT_UNDEFINED, AR_status(), AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, AR_INT_64::part4, AR_INT_8_64::part5, result, ZERO_INT16, ZERO_INT32, ZERO_INT64, and ZERO_INT8.

Referenced by ar_divide_integer(), folder_driver(), and test_shiftl().

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int AR_shiftr	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 506 of file bits.c.

References AR_CLASS, AR_CLASS_INT, ar_dblshift(), ar_data::ar_i64, ar_data::ar_i8, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, AR_SIGNEDNESS, AR_STAT_INVALID_TYPE, AR_STAT_UNDEFINED, AR_status(), AR_UNSIGNED, AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, AR_INT_64::part4, AR_INT_8_64::part5, result, ZERO_INT16, ZERO_INT32, ZERO_INT64, and ZERO_INT8.

Referenced by ar_divide_integer(), folder_driver(), and test_shiftr().

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int AR_sqrt	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd,
		const AR_TYPE *	opndtype
	)

Definition at line 255 of file intrin.c.

References AR_CLASS, AR_CLASS_FLOAT, ar_set_invalid_result(), ar_sqrt(), AR_STAT_INVALID_TYPE, AR_status(), and IS_ERROR_STATUS.

Referenced by ar_cabs(), AR_INTRIN1(), and main().

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int AR_status	(	const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type
	)

Definition at line 294 of file miscmath.c.

References AR_CLASS, AR_CLASS_FLOAT, AR_CLASS_INT, AR_CLASS_LOGICAL, AR_CLASS_POINTER, AR_Complex_Cray1_128, AR_Complex_Cray1_64, AR_Complex_Cray1_64_F, AR_Complex_IEEE_DN_128, AR_Complex_IEEE_DN_32, AR_Complex_IEEE_DN_64, AR_Complex_IEEE_NR_128, AR_Complex_IEEE_NR_32, AR_Complex_IEEE_NR_64, AR_Complex_IEEE_UP_128, AR_Complex_IEEE_UP_32, AR_Complex_IEEE_UP_64, AR_Complex_IEEE_ZE_128, AR_Complex_IEEE_ZE_32, AR_Complex_IEEE_ZE_64, AR_CRAY_MAX_EXPO, AR_CRAY_MIN_EXPO, ar_decompose_complex(), ar_data::ar_f128, ar_data::ar_f64, AR_Float_Cray1_128, AR_Float_Cray1_64, AR_Float_Cray1_64_F, AR_Float_IEEE_DN_128, AR_Float_IEEE_DN_32, AR_Float_IEEE_DN_64, AR_Float_IEEE_NR_128, AR_Float_IEEE_NR_32, AR_Float_IEEE_NR_64, AR_Float_IEEE_UP_128, AR_Float_IEEE_UP_32, AR_Float_IEEE_UP_64, AR_Float_IEEE_ZE_128, AR_Float_IEEE_ZE_32, AR_Float_IEEE_ZE_64, ar_data::ar_i64, ar_data::ar_ieee128, AR_IEEE128_MAX_EXPO, ar_data::ar_ieee32, AR_IEEE32_MAX_EXPO, ar_data::ar_ieee64, AR_IEEE64_MAX_EXPO, AR_INT_SIZE, AR_INT_SIZE_16, AR_INT_SIZE_24, AR_INT_SIZE_32, AR_INT_SIZE_46, AR_INT_SIZE_64, AR_INT_SIZE_8, ar_data::ar_mips128, AR_MIPS128_MAX_EXPO, AR_SIGNED, AR_SIGNEDNESS, AR_STAT_INVALID_TYPE, AR_STAT_NEGATIVE, AR_STAT_OK, AR_STAT_OVERFLOW, AR_STAT_UNDEFINED, AR_STAT_UNDERFLOW, AR_STAT_ZERO, AR_status(), AR_CRAY_64::coeff0, AR_CRAY_128::coeff0, AR_CRAY_64::coeff1, AR_CRAY_128::coeff1, AR_CRAY_64::coeff2, AR_CRAY_128::coeff2, AR_CRAY_128::coeff3, AR_CRAY_128::coeff4, AR_CRAY_128::coeff5, AR_IEEE_32::expo, AR_IEEE_64::expo, AR_IEEE_128::expo, AR_MIPS_128::expo, AR_CRAY_64::expo, AR_CRAY_128::expo, AR_MIPS_128::expol, HOST_IS_MIPS, INT16_SIGN, INT24_SIGN, INT32_SIGN, INT64_SIGN, INT8_SIGN, IS_IEEE128_NZ_COEFF, IS_IEEE32_NZ_COEFF, IS_IEEE64_NZ_COEFF, IS_INT16_ZERO, IS_INT24_ZERO, IS_INT32_ZERO, IS_INT64_ZERO, IS_INT8_ZERO, IS_MIPS128_NZ_COEFF, AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, AR_INT_64::part4, AR_IEEE_32::sign, AR_IEEE_64::sign, AR_IEEE_128::sign, AR_MIPS_128::sign, AR_CRAY_64::sign, AR_CRAY_128::sign, and AR_CRAY_128::zero.

Referenced by AR_abs(), AR_add_ptr_int(), AR_cabs(), ar_cabs(), AR_conj(), AR_convert_float_to_str(), ar_convert_str_to_float(), ar_convert_to_float(), ar_cvt_str_to_float(), AR_divide(), ar_divide_complex(), AR_dshiftl(), AR_dshiftr(), AR_exp(), ar_exp(), ar_i128to64(), ar_i64to128(), AR_ibits(), ar_ifadd128(), ar_ifdiv128(), ar_ifix128(), ar_iflt128(), ar_ifmul128(), AR_index(), AR_ishft(), AR_ishftc(), AR_leadz(), AR_log(), ar_log(), AR_make_complex(), AR_mask(), AR_mod(), AR_Modulo(), ar_negate_float(), AR_popcnt(), AR_poppar(), ar_power(), AR_scan(), AR_shiftl(), AR_shiftr(), AR_sqrt(), ar_sqrt(), AR_status(), ar_subtract_integer(), AR_verify(), bitoper(), and pvp_isnormal().

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int AR_subtract	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type
	)

Definition at line 643 of file math.c.

References ar_cfsub128(), ar_cfsub64(), AR_CLASS, AR_CLASS_FLOAT, AR_CLASS_INT, AR_CLASS_POINTER, AR_Complex_Cray1_128, AR_Complex_Cray1_64, AR_Complex_Cray1_64_F, AR_Complex_IEEE_DN_128, AR_Complex_IEEE_DN_32, AR_Complex_IEEE_DN_64, AR_Complex_IEEE_NR_128, AR_Complex_IEEE_NR_32, AR_Complex_IEEE_NR_64, AR_Complex_IEEE_UP_128, AR_Complex_IEEE_UP_32, AR_Complex_IEEE_UP_64, AR_Complex_IEEE_ZE_128, AR_Complex_IEEE_ZE_32, AR_Complex_IEEE_ZE_64, ar_data::ar_cplx_f128, ar_data::ar_cplx_f64, ar_data::ar_cplx_ieee128, ar_data::ar_cplx_ieee32, ar_data::ar_cplx_ieee64, ar_CRAY_64_trunc(), ar_data::ar_f128, ar_data::ar_f64, AR_Float_Cray1_128, AR_Float_Cray1_64, AR_Float_Cray1_64_F, AR_Float_IEEE_DN_128, AR_Float_IEEE_DN_32, AR_Float_IEEE_DN_64, AR_Float_IEEE_NR_128, AR_Float_IEEE_NR_32, AR_Float_IEEE_NR_64, AR_Float_IEEE_UP_128, AR_Float_IEEE_UP_32, AR_Float_IEEE_UP_64, AR_Float_IEEE_ZE_128, AR_Float_IEEE_ZE_32, AR_Float_IEEE_ZE_64, ar_data::ar_ieee128, ar_data::ar_ieee32, ar_data::ar_ieee64, ar_ifsub128(), ar_ifsub32(), ar_ifsub64(), AR_SIGNEDNESS, AR_STAT_INVALID_TYPE, AR_STAT_NEGATIVE, AR_STAT_OVERFLOW, AR_STAT_ZERO, ar_state_register, ar_subtract_integer(), ar_subtract_pointer(), ar_state_info::ar_truncate_bits, AR_UNSIGNED, CPLX32_IMAG_TO_IEEE32, CPLX32_REAL_TO_IEEE32, IEEE32_TO_CPLX32_IMAG, IEEE32_TO_CPLX32_REAL, AR_CPLX_IEEE_64::imag, AR_CPLX_IEEE_128::imag, AR_CPLX_CRAY_64::imag, AR_CPLX_CRAY_128::imag, AR_CPLX_IEEE_64::real, AR_CPLX_IEEE_128::real, AR_CPLX_CRAY_64::real, AR_CPLX_CRAY_128::real, and ROUND_MODE.

Referenced by ar_divide_complex(), ar_multiply_complex(), folder_driver(), main(), and test_subtract().

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int AR_subtract_ptr_ptr	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const AR_DATA *	opnd1,
		const AR_TYPE *	opnd1type,
		const AR_DATA *	opnd2,
		const AR_TYPE *	opnd2type,
		const AR_DATA *	opnd3,
		const AR_TYPE *	opnd3type
	)

Definition at line 2376 of file math.c.

References AR_CLASS, AR_CLASS_INT, AR_CLASS_POINTER, AR_const_zero, ar_convert_to_integral(), ar_dblshift(), ar_divide_integer(), ar_data::ar_i64, AR_Int_64_S, AR_POINTER_CHAR, AR_POINTER_FCTN, AR_POINTER_FORMAT, AR_POINTER_WORD, AR_STAT_INEXACT, AR_STAT_INVALID_TYPE, AR_STAT_OVERFLOW, AR_STAT_UNDEFINED, AR_STAT_ZERO, ar_subtract_integer(), AR_INT_64::part1, AR_INT_64::part2, AR_INT_64::part3, and AR_INT_64::part4.

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int AR_transfer	(	void *	result,
		const void *	source,
		const void *	mold,
		const AR_DATA *	size,
		const AR_TYPE *	sizetype
	)

Definition at line 179 of file intrin.c.

References AR_Int_16_S, AR_Int_32_S, AR_Int_64_S, AR_Int_8_S, AR_INT_SIZE, AR_DATA::ar_internal_data_item1, AR_STAT_INVALID_TYPE, AR_STAT_UNDEFINED, ar_transfer(), and NULL.

Referenced by folder_driver().

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int AR_verify	(	AR_DATA *	result,
		const AR_TYPE *	resulttype,
		const char *	str1,
		const AR_DATA *	str1len,
		const AR_TYPE *	str1lentype,
		const char *	str2,
		const AR_DATA *	str2len,
		const AR_TYPE *	str2lentype,
		const AR_DATA *	backward,
		const AR_TYPE *	backwardtype
	)