#define __rt_div_3                    __FSL__rt_div_3
#define _d_add                        __FSL_d_add
#define __dadd_start                  __FSL__dadd_start
#define __dsub_start                  __FSL__dsub_start
#define _vfp_support_dadd             __FSL_vfp_support_dadd
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define __fp_handler_binary_64_to_64  __FSL__fp_handler_binary_64_to_64
#define _dadd_start                   __FSL_dadd_start
#define _dsub_start                   __FSL_dsub_start
#define __dunder                      __FSL__dunder
#define up_round_dadd_optim           __FSLup_round_dadd_optim
#define chop_or_down_round_dadd_optim __FSLchop_or_down_round_dadd_optim
#define _d_div                        __FSL_d_div
#define _drdiv                        __FSL_drdiv
#define _vfp_support_ddiv             __FSL_vfp_support_ddiv
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define __fp_handler_binary_64_to_64  __FSL__fp_handler_binary_64_to_64
#define _d_div                        __FSL_d_div
#define _drdiv                        __FSL_drdiv
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define __fp_handler_binary_64_to_64  __FSL__fp_handler_binary_64_to_64
#define _f_qtof                       __FSL_f_qtof
#define _d_dtof                       __FSL_d_dtof
#define __f_result_zero               __FSL__f_result_zero
#define __f_underflow                 __FSL__f_underflow
#define __f_very_tiny_result          __FSL__f_very_tiny_result
#define _vfp_support_d2f              __FSL_vfp_support_d2f
#define __fp_handler_64_to_32         __FSL__fp_handler_64_to_32
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define _vfp_support_dfix             __FSL_vfp_support_dfix
#define __fp_handler_64_to_32         __FSL__fp_handler_64_to_32
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define _dfix                         __FSL_dfix  
#define _dfix_r                       __FSL_dfix_r
#define _vfp_support_dfix_r           __FSL_vfp_support_dfix_r
#define __fp_handler_64_to_32         __FSL__fp_handler_64_to_32
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define _ll_sfrom_d                   __FSL_ll_sfrom_d
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define _ll_sfrom_d_r                 __FSL_ll_sfrom_d_r
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define _d_qtod                       __FSL_d_qtod
#define _d_dtoq                       __FSL_d_dtoq
#define _dfixu                        __FSL_dfixu
#define _vfp_support_dfixu            __FSL_vfp_support_dfixu
#define __fp_handler_64_to_32         __FSL__fp_handler_64_to_32
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define _dfixu_r                      __FSL_dfixu_r
#define _vfp_support_dfixu_r          __FSL_vfp_support_dfixu_r
#define __fp_handler_64_to_32         __FSL__fp_handler_64_to_32
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define _ll_ufrom_d                   __FSL_ll_ufrom_d
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define _ll_ufrom_d_r                 __FSL_ll_ufrom_d_r
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define _dflt                         __FSL_dflt
#define _dfltu                        __FSL_dfltu
#define __d_utod_common               __FSL__d_utod_common
#define __d_itod_common               __FSL__d_itod_common
#define _vfp_support_dflt             __FSL_vfp_support_dflt
#define _vfp_support_dfltu            __FSL_vfp_support_dfltu
#define _d_mul                        __FSL_d_mul
#define _vfp_support_dmul             __FSL_vfp_support_dmul
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define __fp_handler_binary_64_to_64  __FSL__fp_handler_binary_64_to_64
#define _drem                         __FSL_drem
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define __fp_handler_binary_64_to_64  __FSL__fp_handler_binary_64_to_64
#define _drnd                         __FSL_drnd
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define _dsqrt                        __FSL_dsqrt
#define _vfp_support_dsqrt            __FSL_vfp_support_dsqrt
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define _d_sub                        __FSL_d_sub
#define __dsub_start                  __FSL__dsub_start
#define __dadd_start                  __FSL__dadd_start
#define _vfp_support_dsub             __FSL_vfp_support_dsub
#define __fp_handler_binary_64_to_64  __FSL__fp_handler_binary_64_to_64
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define _dadd_start                   __FSL_dadd_start
#define _dsub_start                   __FSL_dsub_start
#define _div32_common_f               __FSL_div32_common_f
#define _f_add                        __FSL_f_add
#define __fadd_start                  __FSL__fadd_start
#define __fsub_start                  __FSL__fsub_start
#define _vfp_support_fadd             __FSL_vfp_support_fadd
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define __fp_handler_binary_32_to_32  __FSL__fp_handler_binary_32_to_32
#define _f_fne                        __FSL_f_fne
#define _fneq                         __FSL_fneq
#define _f_feq                        __FSL_f_feq
#define _f_cmp                        __FSL_f_cmp
#define _f_cmpe                       __FSL_f_cmpe
#define _f_flt                        __FSL_f_flt
#define _f_fle                        __FSL_f_fle
#define _f_fgt                        __FSL_f_fgt
#define _f_fge                        __FSL_f_fge
#define _f_fun                        __FSL_f_fun
#define _f_for                        __FSL_f_for
#define _d_cmp                        __FSL_d_cmp
#define _d_cmpe                       __FSL_d_cmpe
#define _d_feq                        __FSL_d_feq
#define _d_fne                        __FSL_d_fne
#define _dneq                         __FSL_dneq
#define _d_flt                        __FSL_d_flt
#define _d_fle                        __FSL_d_fle
#define _d_fgt                        __FSL_d_fgt
#define _d_fge                        __FSL_d_fge
#define _d_fun                        __FSL_d_fun
#define _d_for                        __FSL_d_for
#define _fcmpeq                       __FSL_fcmpeq
#define _fcmpge                       __FSL_fcmpge
#define _fcmple                       __FSL_fcmple
#define _dcmpeq                       __FSL_dcmpeq
#define _dcmple                       __FSL_dcmple
#define _dcmpge                       __FSL_dcmpge
#define _vfp_support_fcmp             __FSL_vfp_support_fcmp
#define _vfp_support_fcmpe            __FSL_vfp_support_fcmpe
#define _vfp_support_dcmp             __FSL_vfp_support_dcmp
#define _vfp_support_dcmpe            __FSL_vfp_support_dcmpe 
#define __fp_handler_binary_32_to_32  __FSL__fp_handler_binary_32_to_32
#define __fp_handler_binary_64_to_32  __FSL__fp_handler_binary_64_to_32
#define __wrap_invalid_handler        __FSL__wrap_invalid_handler
#define __wrap_invalid_handler_double __FSL__wrap_invalid_handler_double
#define _f_div                        __FSL_f_div
#define _frdiv                        __FSL_frdiv
#define _vfp_support_fdiv             __FSL_vfp_support_fdiv
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define __fp_handler_binary_32_to_32  __FSL__fp_handler_binary_32_to_32
#define _f_ftoq                       __FSL_f_ftoq
#define _f_ftod                       __FSL_f_ftod
#define _vfp_support_f2d              __FSL_vfp_support_f2d
#define __fp_handler_32_to_64         __FSL__fp_handler_32_to_64
#define _ffix                         __FSL_ffix
#define _vfp_support_ffix             __FSL_vfp_support_ffix
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define _ffix_r                       __FSL_ffix_r
#define _vfp_support_ffix_r           __FSL_vfp_support_ffix_r
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define _ll_sfrom_f                   __FSL_ll_sfrom_f
#define __fp_handler_32_to_64         __FSL__fp_handler_32_to_64
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define _ll_sfrom_f_r                 __FSL_ll_sfrom_f_r
#define __fp_handler_32_to_64         __FSL__fp_handler_32_to_64
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define _ffixu                        __FSL_ffixu
#define _vfp_support_ffixu            __FSL_vfp_support_ffixu
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define _ffixu_r                      __FSL_ffixu_r
#define _vfp_support_ffixu_r          __FSL_vfp_support_ffixu_r
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define _ll_ufrom_f                   __FSL_ll_ufrom_f
#define __fp_handler_32_to_64         __FSL__fp_handler_32_to_64
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define _ll_ufrom_f_r                 __FSL_ll_ufrom_f_r
#define __fp_handler_32_to_64         __FSL__fp_handler_32_to_64
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define _fflt                         __FSL_fflt
#define _ffltu                        __FSL_ffltu
#define __f_utof_common               __FSL__f_utof_common
#define __f_itof_common               __FSL__f_itof_common
#define _vfp_support_fflt             __FSL_vfp_support_fflt
#define _vfp_support_ffltu            __FSL_vfp_support_ffltu
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define _ll_uto_f                     __FSL_ll_uto_f
#define _ll_sto_f                     __FSL_ll_sto_f
#define _ll_uto_d                     __FSL_ll_uto_d
#define _ll_sto_d                     __FSL_ll_sto_d
#define __f_utof_common               __FSL__f_utof_common
#define __f_itof_common               __FSL__f_itof_common
#define __d_utod_common               __FSL__d_utod_common
#define __d_itod_common               __FSL__d_itod_common
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define __fp_handler_64_to_64         __FSL__fp_handler_64_to_64
#define _f_mul                        __FSL_f_mul
#define __f_result_INF                __FSL__f_result_INF
#define __f_result_x_NaN              __FSL__f_result_x_NaN
#define __f_result_invalid            __FSL__f_result_invalid
#define _vfp_support_fmul             __FSL_vfp_support_fmul
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define __fp_handler_binary_32_to_32  __FSL__fp_handler_binary_32_to_32
#define _frem                         __FSL_frem
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define __fp_handler_binary_32_to_32  __FSL__fp_handler_binary_32_to_32
#define _frnd                         __FSL_frnd
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define _fsqrt                        __FSL_fsqrt
#define _vfp_support_fsqrt            __FSL_vfp_support_fsqrt
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define _f_sub                        __FSL_f_sub
#define __fadd_start                  __FSL__fadd_start
#define __fsub_start                  __FSL__fsub_start
#define _vfp_support_fsub             __FSL_vfp_support_fsub
#define __fp_handler_32_to_32         __FSL__fp_handler_32_to_32
#define __fp_handler_binary_32_to_32  __FSL__fp_handler_binary_32_to_32
#define _ull_div                      __FSL_ull_div
#define _ll_udiv                      __FSL_ll_udiv
#define _ll_div                       __FSL_ll_div
#define _ll_sdiv                      __FSL_ll_sdiv
#define _u32_div_not_0_f              __FSL_u32_div_not_0_f
#define _s32_div_f                    __FSL_s32_div_f
#define _ll_mod   					  __FSL_ll_mod
#define _ull_mod  					  __FSL_ull_mod
#define _ull_mul                      __FSL_ull_mul
#define _ull_sll                      __FSL_ull_sll
#define _ll_shl                       __FSL_ll_shl
#define _ll_sshr                      __FSL_ll_sshr
#define _s32_div                      __FSL_s32_div
#define __rt_sdiv                     __FSL__rt_sdiv
#define _u32_div                      __FSL_u32_div
#define _u32_div                      __FSL_u32_div
#define __rt_sdiv                     __FSL__rt_sdiv
#define _s32_div                      __FSL_s32_div
#define _s32_div_f                    __FSL_s32_div_f
#define _u32_div_f                    __FSL_u32_div_f
#define _div32_common_f               __FSL_div32_common_f
#define _u32_div                      __FSL_u32_div
#define __rt_udiv                     __FSL__rt_udiv
#define _u32_div_not_0                __FSL_u32_div_not_0
#define _u32_div_f                    __FSL_u32_div_f
#define _u32_div_not_0_f              __FSL_u32_div_not_0_f
#define _div32_common_f               __FSL_div32_common_f
#define _ull_srl                      __FSL_ull_srl
#define _ll_ushr                      __FSL_ll_ushr
#define __ieee_status                 __FSL__ieee_status
#define __fp_status                   __FSL__fp_status
#define _fp_init                      __FSL_fp_init
#define __rt_memclr                   __FSL__rt_memclr
#define __rt_memclr_w                 __FSL__rt_memclr_w
#define _memset                       __FSL_memset
#define _memset_w                     __FSL_memset_w
#define __rt_memcpy                   __FSL__rt_memcpy
#define __rt_memcpy_w                 __FSL__rt_memcpy_w
#define __rt_memmove                  __FSL__rt_memmove 
#define __rt_memmove_w                __FSL__rt_memmove_w
#define __rt_uread4                   __FSL__rt_uread4
#define __rt_uread8                   __FSL__rt_uread8
#define __rt_uwrite4                  __FSL__rt_uwrite4
#define __rt_uwrite8                  __FSL__rt_uwrite8
