{
    This file is part of the Free Pascal run time library and compiler.
    Copyright (c) 1998-2002 by the Free Pascal development team

    Internal Function/Constant Evaluator numbers

    See the file COPYING.FPC, included in this distribution,
    for details about the copyright.

    This program is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.

 **********************************************************************}
unit compinnr;

{$i fpcdefs.inc}

{$packenum 4}

interface

const
  { this file needs to be kept in sync with rtl/inc/innr.in }
  in_cpu_first   = 10000;
  in_x86_mm_first    = 11000;

type
   tinlinenumber=(
     in_none              = -1,
{ Internal functions }
     in_lo_word           = 1,
     in_hi_word           = 2,
     in_lo_long           = 3,
     in_hi_long           = 4,
     in_ord_x             = 5,
     in_length_x          = 6,
     in_chr_byte          = 7,
     in_write_x           = 14,
     in_writeln_x         = 15,
     in_read_x            = 16,
     in_readln_x          = 17,
     in_concat_x          = 18,
     in_assigned_x        = 19,
     in_str_x_string      = 20,
     in_ofs_x             = 21,
     in_sizeof_x          = 22,
     in_typeof_x          = 23,
     in_val_x             = 24,
     in_reset_x           = 25,
     in_rewrite_x         = 26,
     in_low_x             = 27,
     in_high_x            = 28,
     in_seg_x             = 29,
     in_pred_x            = 30,
     in_succ_x            = 31,
     in_reset_typedfile   = 32,
     in_rewrite_typedfile = 33,
     in_settextbuf_file_x = 34,
     in_inc_x             = 35,
     in_dec_x             = 36,
     in_include_x_y       = 37,
     in_exclude_x_y       = 38,
     in_break             = 39,
     in_continue          = 40,
     in_assert_x_y        = 41,
     in_addr_x            = 42,
     in_typeinfo_x        = 43,
     in_setlength_x       = 44,
     in_finalize_x        = 45,
     in_new_x             = 46,
     in_dispose_x         = 47,
     in_exit              = 48,
     in_copy_x            = 49,
     in_initialize_x      = 50,
     in_leave             = 51, {macpas}
     in_cycle             = 52, {macpas}
     in_slice_x           = 53,
     in_unaligned_x       = 54,
     in_get_frame         = 56,
     in_get_caller_addr   = 57,
     in_get_caller_frame  = 58,
     in_pack_x_y_z        = 59,
     in_unpack_x_y_z      = 60,
     in_bitsizeof_x       = 61,
     in_writestr_x        = 62,
     in_readstr_x         = 63,
     in_abs_long          = 64,
     in_ror_x             = 65,
     in_ror_x_y           = 66,
     in_rol_x             = 67,
     in_rol_x_y           = 68,
     in_objc_selector_x   = 69,
     in_objc_protocol_x   = 70,
     in_objc_encode_x     = 71,
     in_sar_x_y           = 72,
     in_sar_x             = 73,
     in_bsf_x             = 74,
     in_bsr_x             = 75,
     in_default_x         = 76,
     in_box_x             = 77, { managed platforms: wrap in class instance }
     in_unbox_x_y         = 78, { manage platforms: extract from class instance }
     in_popcnt_x          = 79,
     in_aligned_x         = 80,
     in_setstring_x_y_z   = 81,
     in_insert_x_y_z      = 82,
     in_delete_x_y_z      = 83,
     in_reset_typedfile_name   = 84,
     in_rewrite_typedfile_name = 85,
     in_and_assign_x_y    = 86,
     in_or_assign_x_y     = 87,
     in_xor_assign_x_y    = 88,
     in_sar_assign_x_y    = 89,
     in_shl_assign_x_y    = 90,
     in_shr_assign_x_y    = 91,
     in_rol_assign_x_y    = 92,
     in_ror_assign_x_y    = 93,
     in_neg_assign_x      = 94,
     in_not_assign_x      = 95,
     in_gettypekind_x     = 96,
     in_faraddr_x         = 97,
     in_volatile_x        = 98,
     in_ismanagedtype_x   = 99,

{ Internal constant functions }
     in_const_sqr        = 100,
     in_const_abs        = 101,
     in_const_odd        = 102,
     in_const_ptr        = 103,
     in_const_swap_word  = 104,
     in_const_swap_long  = 105,
     in_lo_qword         = 106,
     in_hi_qword         = 107,
     in_const_swap_qword = 108,
     in_prefetch_var     = 109,
     in_const_eh_return_data_regno = 110,

{ FPU functions }
     in_trunc_real       = 120,
     in_round_real       = 121,
     in_frac_real        = 122,
     in_int_real         = 123,
     in_exp_real         = 124,
     in_cos_real         = 125,
     in_pi_real          = 126,
     in_abs_real         = 127,
     in_sqr_real         = 128,
     in_sqrt_real        = 129,
     in_arctan_real      = 130,
     in_ln_real          = 131,
     in_sin_real         = 132,
     in_fma_single       = 133,
     in_fma_double       = 134,
     in_fma_extended     = 135,
     in_fma_float128     = 136,

     { the min/max intrinsics must follow the x86 sse
       behaviour of min/max regarding handling
       NaN: in case of a NaN the result is always the second
       operand. This allows a simple translation of
       if a>b then result:=a else result:=b;
       statements into these intrinsics

       The min/max intrinsics are not supposed to
       be exposed to the user but only
       used internally by the compiler/optimizer }
     in_max_single       = 137,
     in_max_double       = 138,
     in_min_single       = 139,
     in_min_double       = 140,
     in_min_dword        = 141,
     in_min_longint      = 142,
     in_max_dword        = 143,
     in_max_longint      = 144,

{ MMX functions }
{ these contants are used by the mmx unit }

     { MMX }
     in_mmx_pcmpeqb      = 200,
     in_mmx_pcmpeqw      = 201,
     in_mmx_pcmpeqd      = 202,
     in_mmx_pcmpgtb      = 203,
     in_mmx_pcmpgtw      = 204,
     in_mmx_pcmpgtd      = 205,

     { 3DNow }

     { SSE }

{ More internal functions }
     in_isconstvalue_x    = 1000

{$if defined(X86)}
     ,
     {$i x86/cx86innr.inc}
{$endif }
{$if defined(AVR)}
     ,
     {$i ccpuinnr.inc}
{$endif }
{$if defined(Z80)}
     ,
     {$i ccpuinnr.inc}
{$endif}
{$if defined(WASM32)}
     ,
     {$i ccpuinnr.inc}
{$endif}
   );

implementation
end.