📄 hugecalc.c
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typedef const UINT64 (WINAPI* lpfRC_get_u64)( const HRADIXCONVERTER hRadixConverter );
typedef void (WINAPI* lpfRC_resetRadix)( HRADIXCONVERTER hRadixConverter, const UINT32 u32Radix );
typedef void (WINAPI* lpfRC_resetSign)( HRADIXCONVERTER hRadixConverter, const SIGN enumSign );
typedef void (WINAPI* lpfRC_resetVector)( HRADIXCONVERTER hRadixConverter, const UINT32_CVECTOR Vector );
typedef void (WINAPI* lpfRC_clearVector)( HRADIXCONVERTER hRadixConverter );
typedef const UINT32 (WINAPI* lpfRC_getRadix)( const HRADIXCONVERTER hRadixConverter );
typedef const SIGN (WINAPI* lpfRC_getSign)( const HRADIXCONVERTER hRadixConverter );
typedef void (WINAPI* lpfRC_getVector)( const HRADIXCONVERTER hRadixConverter, UINT32_CVECTOR * const pVector );
typedef const UINT64 (WINAPI* lpfRC_sumOfDigits)( const HRADIXCONVERTER hRadixConverter );
#endif /* #ifndef _NO_RC */
#define _HC_getVer ( *(lpfHC_getVer) s_pfFun[ fnHC_getVer ] )
#define _HC_getSN ( *(lpfHC_getSN) s_pfFun[ fnHC_getSN ] )
#define _HC_getExportFunNums ( *(lpfHC_getExportFunNums) s_pfFun[ fnHC_getExportFunNums ] )
#define _HC_getLicenseLevel ( *(lpfHC_getLicenseLevel) s_pfFun[ fnHC_getLicenseLevel ] )
#define _HC_getLastError ( *(lpfHC_getLastError) s_pfFun[ fnHC_getLastError ] )
#define _HC_setTerminate ( *(lpfHC_setTerminate) s_pfFun[ fnHC_setTerminate ] )
#define _HC_isTerminated ( *(lpfHC_isTerminated) s_pfFun[ fnHC_isTerminated ] )
#define _HC_seedRandom ( *(lpfHC_seedRandom) s_pfFun[ fnHC_seedRandom ] )
#define _HC_resetTimer ( *(lpfHC_resetTimer) s_pfFun[ fnHC_resetTimer ] )
#define _HC_enableTimer ( *(lpfHC_enableTimer) s_pfFun[ fnHC_enableTimer ] )
#define _HC_getTimer ( *(lpfHC_getTimer) s_pfFun[ fnHC_getTimer ] )
#define _HC_getTimerStr ( *(lpfHC_getTimerStr) s_pfFun[ fnHC_getTimerStr ] )
#define _HC_isPrime ( *(lpfHC_isPrime) s_pfFun[ fnHC_isPrime ] )
#define _HC_getPrimePi ( *(lpfHC_getPrimePi) s_pfFun[ fnHC_getPrimePi ] )
#define _HC_getPrime ( *(lpfHC_getPrime) s_pfFun[ fnHC_getPrime ] )
#define _HC_getPrimeCount ( *(lpfHC_getPrimeCount) s_pfFun[ fnHC_getPrimeCount ] )
#define _HC_getPrimeList ( *(lpfHC_getPrimeList) s_pfFun[ fnHC_getPrimeList ] )
#define _HC_previousPrime ( *(lpfHC_previousPrime) s_pfFun[ fnHC_previousPrime ] )
#define _HC_nextPrime ( *(lpfHC_nextPrime) s_pfFun[ fnHC_nextPrime ] )
#define _HC_gcd ( *(lpfHC_gcd) s_pfFun[ fnHC_gcd ] )
#define _HC_gcd_v32 ( *(lpfHC_gcd_v32) s_pfFun[ fnHC_gcd_v32 ] )
#define _HC_gcdEx ( *(lpfHC_gcdEx) s_pfFun[ fnHC_gcdEx ] )
#define _HC_invertMod ( *(lpfHC_invertMod) s_pfFun[ fnHC_invertMod ] )
#define _HC_lcm ( *(lpfHC_lcm) s_pfFun[ fnHC_lcm ] )
#define _HC_powMod ( *(lpfHC_powMod) s_pfFun[ fnHC_powMod ] )
#ifndef _NO_HI
#define _HI_abs ( *(lpfHI_abs) s_pfFun[ fnHI_abs ] )
#define _HI_add ( *(lpfHI_add) s_pfFun[ fnHI_add ] )
#define _HI_add_u32 ( *(lpfHI_add_u32) s_pfFun[ fnHI_add_u32 ] )
#define _HI_bitAnd ( *(lpfHI_bitAnd) s_pfFun[ fnHI_bitAnd ] )
#define _HI_bitLShift ( *(lpfHI_bitLShift) s_pfFun[ fnHI_bitLShift ] )
#define _HI_bitRShift ( *(lpfHI_bitRShift) s_pfFun[ fnHI_bitRShift ] )
#define _HI_bitOr ( *(lpfHI_bitOr) s_pfFun[ fnHI_bitOr ] )
#define _HI_bitXor ( *(lpfHI_bitXor) s_pfFun[ fnHI_bitXor ] )
#define _HI_ceil ( *(lpfHI_ceil) s_pfFun[ fnHI_ceil ] )
#define _HI_combination ( *(lpfHI_combination) s_pfFun[ fnHI_combination ] )
#define _HI_compareAbs_hi ( *(lpfHI_compareAbs_hi) s_pfFun[ fnHI_compareAbs_hi ] )
#define _HI_compareAbs_s32 ( *(lpfHI_compareAbs_s32) s_pfFun[ fnHI_compareAbs_s32 ] )
#define _HI_compareAbs_u32 ( *(lpfHI_compareAbs_u32) s_pfFun[ fnHI_compareAbs_u32 ] )
#define _HI_compare_hi ( *(lpfHI_compare_hi) s_pfFun[ fnHI_compare_hi ] )
#define _HI_compare_s32 ( *(lpfHI_compare_s32) s_pfFun[ fnHI_compare_s32 ] )
#define _HI_compare_u32 ( *(lpfHI_compare_u32) s_pfFun[ fnHI_compare_u32 ] )
#define _HI_decLShift ( *(lpfHI_decLShift) s_pfFun[ fnHI_decLShift ] )
#define _HI_decRShift ( *(lpfHI_decRShift) s_pfFun[ fnHI_decRShift ] )
#define _HI_delete ( *(lpfHI_delete) s_pfFun[ fnHI_delete ] )
#define _HI_divRem ( *(lpfHI_divRem) s_pfFun[ fnHI_divRem ] )
#define _HI_div_s32 ( *(lpfHI_div_s32) s_pfFun[ fnHI_div_s32 ] )
#define _HI_factorial ( *(lpfHI_factorial) s_pfFun[ fnHI_factorial ] )
#define _HI_factorial2 ( *(lpfHI_factorial2) s_pfFun[ fnHI_factorial2 ] )
#define _HI_fibonacci ( *(lpfHI_fibonacci) s_pfFun[ fnHI_fibonacci ] )
#define _HI_floor ( *(lpfHI_floor) s_pfFun[ fnHI_floor ] )
#define _HI_freeStrBuffer ( *(lpfHI_freeStrBuffer) s_pfFun[ fnHI_freeStrBuffer ] )
#define _HI_gcd ( *(lpfHI_gcd) s_pfFun[ fnHI_gcd ] )
#define _HI_gcdEx ( *(lpfHI_gcdEx) s_pfFun[ fnHI_gcdEx ] )
#define _HI_gcd_vhi ( *(lpfHI_gcd_vhi) s_pfFun[ fnHI_gcd_vhi ] )
#define _HI_generatePrime ( *(lpfHI_generatePrime) s_pfFun[ fnHI_generatePrime ] )
#define _HI_getBits ( *(lpfHI_getBits) s_pfFun[ fnHI_getBits ] )
#define _HI_getCount ( *(lpfHI_getCount) s_pfFun[ fnHI_getCount ] )
#define _HI_getDigits ( *(lpfHI_getDigits) s_pfFun[ fnHI_getDigits ] )
#define _HI_getHexStr ( *(lpfHI_getHexStr) s_pfFun[ fnHI_getHexStr ] )
#define _HI_getSign ( *(lpfHI_getSign) s_pfFun[ fnHI_getSign ] )
#define _HI_getStr ( *(lpfHI_getStr) s_pfFun[ fnHI_getStr ] )
#define _HI_getStrRadix ( *(lpfHI_getStrRadix) s_pfFun[ fnHI_getStrRadix ] )
#define _HI_getTailDecZeros ( *(lpfHI_getTailDecZeros) s_pfFun[ fnHI_getTailDecZeros ] )
#define _HI_get_s32 ( *(lpfHI_get_s32) s_pfFun[ fnHI_get_s32 ] )
#define _HI_get_s64 ( *(lpfHI_get_s64) s_pfFun[ fnHI_get_s64 ] )
#define _HI_get_u32 ( *(lpfHI_get_u32) s_pfFun[ fnHI_get_u32 ] )
#define _HI_get_u64 ( *(lpfHI_get_u64) s_pfFun[ fnHI_get_u64 ] )
#define _HI_invertMod ( *(lpfHI_invertMod) s_pfFun[ fnHI_invertMod ] )
#define _HI_invertMod_u32 ( *(lpfHI_invertMod_u32) s_pfFun[ fnHI_invertMod_u32 ] )
#define _HI_isAbsOne ( *(lpfHI_isAbsOne) s_pfFun[ fnHI_isAbsOne ] )
#define _HI_isEven ( *(lpfHI_isEven) s_pfFun[ fnHI_isEven ] )
#define _HI_isOdd ( *(lpfHI_isOdd) s_pfFun[ fnHI_isOdd ] )
#define _HI_isPrime ( *(lpfHI_isPrime) s_pfFun[ fnHI_isPrime ] )
#define _HI_isZero ( *(lpfHI_isZero) s_pfFun[ fnHI_isZero ] )
#define _HI_lcm ( *(lpfHI_lcm) s_pfFun[ fnHI_lcm ] )
#define _HI_lcm_v32 ( *(lpfHI_lcm_v32) s_pfFun[ fnHI_lcm_v32 ] )
#define _HI_lcm_vhi ( *(lpfHI_lcm_vhi) s_pfFun[ fnHI_lcm_vhi ] )
#define _HI_log ( *(lpfHI_log) s_pfFun[ fnHI_log ] )
#define _HI_log_u32 ( *(lpfHI_log_u32) s_pfFun[ fnHI_log_u32 ] )
#define _HI_lucas ( *(lpfHI_lucas) s_pfFun[ fnHI_lucas ] )
#define _HI_mod ( *(lpfHI_mod) s_pfFun[ fnHI_mod ] )
#define _HI_modPowTen ( *(lpfHI_modPowTen) s_pfFun[ fnHI_modPowTen ] )
#define _HI_mul ( *(lpfHI_mul) s_pfFun[ fnHI_mul ] )
#define _HI_mulMod ( *(lpfHI_mulMod) s_pfFun[ fnHI_mulMod ] )
#define _HI_mul_u32 ( *(lpfHI_mul_u32) s_pfFun[ fnHI_mul_u32 ] )
#define _HI_negate ( *(lpfHI_negate) s_pfFun[ fnHI_negate ] )
#define _HI_new ( *(lpfHI_new) s_pfFun[ fnHI_new ] )
#define _HI_nextPrime ( *(lpfHI_nextPrime) s_pfFun[ fnHI_nextPrime ] )
#define _HI_permutation ( *(lpfHI_permutation) s_pfFun[ fnHI_permutation ] )
#define _HI_pow ( *(lpfHI_pow) s_pfFun[ fnHI_pow ] )
#define _HI_powMod ( *(lpfHI_powMod) s_pfFun[ fnHI_powMod ] )
#define _HI_powMod_u32 ( *(lpfHI_powMod_u32) s_pfFun[ fnHI_powMod_u32 ] )
#define _HI_powMod_u32_u32 ( *(lpfHI_powMod_u32_u32) s_pfFun[ fnHI_powMod_u32_u32 ] )
#define _HI_previousPrime ( *(lpfHI_previousPrime) s_pfFun[ fnHI_previousPrime ] )
#define _HI_primeFactorial ( *(lpfHI_primeFactorial) s_pfFun[ fnHI_primeFactorial ] )
#define _HI_product_v32 ( *(lpfHI_product_v32) s_pfFun[ fnHI_product_v32 ] )
#define _HI_product_vhi ( *(lpfHI_product_vhi) s_pfFun[ fnHI_product_vhi ] )
#define _HI_random ( *(lpfHI_random) s_pfFun[ fnHI_random ] )
#define _HI_rootRem ( *(lpfHI_rootRem) s_pfFun[ fnHI_rootRem ] )
#define _HI_setHexStr ( *(lpfHI_setHexStr) s_pfFun[ fnHI_setHexStr ] )
#define _HI_set_hi ( *(lpfHI_set_hi) s_pfFun[ fnHI_set_hi ] )
#ifndef _NO_HX
#define _HI_set_hx ( *(lpfHI_set_hx) s_pfFun[ fnHI_set_hx ] )
#endif /* #ifndef _NO_HX */
#ifndef _NO_RC
#define _HI_set_rc ( *(lpfHI_set_rc) s_pfFun[ fnHI_set_rc ] )
#endif /* #ifndef _NO_RC */
#define _HI_set_s32 ( *(lpfHI_set_s32) s_pfFun[ fnHI_set_s32 ] )
#define _HI_set_s64 ( *(lpfHI_set_s64) s_pfFun[ fnHI_set_s64 ] )
#define _HI_set_str ( *(lpfHI_set_str) s_pfFun[ fnHI_set_str ] )
#define _HI_set_u32 ( *(lpfHI_set_u32) s_pfFun[ fnHI_set_u32 ] )
#define _HI_set_u64 ( *(lpfHI_set_u64) s_pfFun[ fnHI_set_u64 ] )
#define _HI_sub ( *(lpfHI_sub) s_pfFun[ fnHI_sub ] )
#define _HI_sub_u32 ( *(lpfHI_sub_u32) s_pfFun[ fnHI_sub_u32 ] )
#define _HI_sumsOfLikePowers_v32 ( *(lpfHI_sumsOfLikePowers_v32) s_pfFun[ fnHI_sumsOfLikePowers_v32 ] )
#define _HI_sumsOfLikePowers_vhi ( *(lpfHI_sumsOfLikePowers_vhi) s_pfFun[ fnHI_sumsOfLikePowers_vhi ] )
#define _HI_swap ( *(lpfHI_swap) s_pfFun[ fnHI_swap ] )
#define _HI_testPrimality ( *(lpfHI_testPrimality) s_pfFun[ fnHI_testPrimality ] )
#define _HI_truncate ( *(lpfHI_truncate) s_pfFun[ fnHI_truncate ] )
#endif /* #ifndef _NO_HI */
#ifndef _NO_HX
#define _HX_abs ( *(lpfHX_abs) s_pfFun[ fnHX_abs ] )
#define _HX_add ( *(lpfHX_add) s_pfFun[ fnHX_add ] )
#define _HX_add_u32 ( *(lpfHX_add_u32) s_pfFun[ fnHX_add_u32 ] )
#define _HX_bitAnd ( *(lpfHX_bitAnd) s_pfFun[ fnHX_bitAnd ] )
#define _HX_bitLShift ( *(lpfHX_bitLShift) s_pfFun[ fnHX_bitLShift ] )
#define _HX_bitRShift ( *(lpfHX_bitRShift) s_pfFun[ fnHX_bitRShift ] )
#define _HX_bitOr ( *(lpfHX_bitOr) s_pfFun[ fnHX_bitOr ] )
#define _HX_bitXor ( *(lpfHX_bitXor) s_pfFun[ fnHX_bitXor ] )
#define _HX_ceil ( *(lpfHX_ceil) s_pfFun[ fnHX_ceil ] )
#define _HX_combination ( *(lpfHX_combination) s_pfFun[ fnHX_combination ] )
#define _HX_compareAbs_hx ( *(lpfHX_compareAbs_hx) s_pfFun[ fnHX_compareAbs_hx ] )
#define _HX_compareAbs_s32 ( *(lpfHX_compareAbs_s32) s_pfFun[ fnHX_compareAbs_s32 ] )
#define _HX_compareAbs_u32 ( *(lpfHX_compareAbs_u32) s_pfFun[ fnHX_compareAbs_u32 ] )
#define _HX_compare_hx ( *(lpfHX_compare_hx) s_pfFun[ fnHX_compare_hx ] )
#define _HX_compare_s32 ( *(lpfHX_compare_s32) s_pfFun[ fnHX_compare_s32 ] )
#define _HX_compare_u32 ( *(lpfHX_compare_u32) s_pfFun[ fnHX_compare_u32 ] )
#define _HX_delete ( *(lpfHX_delete) s_pfFun[ fnHX_delete ] )
#define _HX_divRem ( *(lpfHX_divRem) s_pfFun[ fnHX_divRem ] )
#define _HX_div_s32 ( *(lpfHX_div_s32) s_pfFun[ fnHX_div_s32 ] )
#define _HX_factorial ( *(lpfHX_factorial) s_pfFun[ fnHX_factorial ] )
#define _HX_factorial2 ( *(lpfHX_factorial2) s_pfFun[ fnHX_factorial2 ] )
#define _HX_fibonacci ( *(lpfHX_fibonacci) s_pfFun[ fnHX_fibonacci ] )
#define _HX_floor ( *(lpfHX_floor) s_pfFun[ fnHX_floor ] )
#define _HX_freeStrBuffer ( *(lpfHX_freeStrBuffer) s_pfFun[ fnHX_freeStrBuffer ] )
#define _HX_gcd ( *(lpfHX_gcd) s_pfFun[ fnHX_gcd ] )
#define _HX_gcdEx ( *(lpfHX_gcdEx) s_pfFun[ fnHX_gcdEx ] )
#define _HX_gcd_vhx ( *(lpfHX_gcd_vhx) s_pfFun[ fnHX_gcd_vhx ] )
#define _HX_generatePrime ( *(lpfHX_generatePrime) s_pfFun[ fnHX_generatePrime ] )
#define _HX_getBits ( *(lpfHX_getBits) s_pfFun[ fnHX_getBits ] )
#define _HX_getCount ( *(lpfHX_getCount) s_pfFun[ fnHX_getCount ] )
#define _HX_getDigits ( *(lpfHX_getDigits) s_pfFun[ fnHX_getDigits ] )
#define _HX_getHexStr ( *(lpfHX_getHexStr) s_pfFun[ fnHX_getHexStr ] )
#define _HX_getSign ( *(lpfHX_getSign) s_pfFun[ fnHX_getSign ] )
#define _HX_getStr ( *(lpfHX_getStr) s_pfFun[ fnHX_getStr ] )
#define _HX_getStrRadix ( *(lpfHX_getStrRadix) s_pfFun[ fnHX_getStrRadix ] )
#define _HX_getTailBitZeros ( *(lpfHX_getTailBitZeros) s_pfFun[ fnHX_getTailBitZeros ] )
#define _HX_getText ( *(lpfHX_getText) s_pfFun[ fnHX_getText ] )
#define _HX_get_s32 ( *(lpfHX_get_s32) s_pfFun[ fnHX_get_s32 ] )
#define _HX_get_s64 ( *(lpfHX_get_s64) s_pfFun[ fnHX_get_s64 ] )
#define _HX_get_u32 ( *(lpfHX_get_u32) s_pfFun[ fnHX_get_u32 ] )
#define _HX_get_u64 ( *(lpfHX_get_u64) s_pfFun[ fnHX_get_u64 ] )
#define _HX_invertMod ( *(lpfHX_invertMod) s_pfFun[ fnHX_invertMod ] )
#define _HX_invertMod_u32 ( *(lpfHX_invertMod_u32) s_pfFun[ fnHX_invertMod_u32 ] )
#define _HX_isAbsOne ( *(lpfHX_isAbsOne) s_pfFun[ fnHX_isAbsOne ] )
#define _HX_isBitOne ( *(lpfHX_isBitOne) s_pfFun[ fnHX_isBitOne ] )
#define _HX_isEven ( *(lpfHX_isEven) s_pfFun[ fnHX_isEven ] )
#define _HX_isOdd ( *(lpfHX_isOdd) s_pfFun[ fnHX_isOdd ] )
#define _HX_isPrime ( *(lpfHX_isPrime) s_pfFun[ fnHX_isPrime ] )
#define _HX_isZero ( *(lpfHX_isZero) s_pfFun[ fnHX_isZero ] )
#define _HX_lcm ( *(lpfHX_lcm) s_pfFun[ fnHX_lcm ] )
#define _HX_lcm_v32 ( *(lpfHX_lcm_v32) s_pfFun[ fnHX_lcm_v32 ] )
#define _HX_lcm_vhx ( *(lpfHX_lcm_vhx) s_pfFun[ fnHX_lcm_vhx ] )
#define _HX_log ( *(lpfHX_log) s_pfFun[ fnHX_log ] )
#define _HX_log_u32 ( *(lpfHX_log_u32) s_pfFun[ fnHX_log_u32 ] )
#define _HX_lucas ( *(lpfHX_lucas) s_pfFun[ fnHX_lucas ] )
#define _HX_mod ( *(lpfHX_mod) s_pfFun[ fnHX_mod ] )
#define _HX_modPowTwo ( *(lpfHX_modPowTwo) s_pfFun[ fnHX_modPowTwo ] )
#define _HX_mul ( *(lpfHX_mul) s_pfFun[ fnHX_mul ] )
#define _HX_mulMod ( *(lpfHX_mulMod) s_pfFun[ fnHX_mulMod ] )
#define _HX_mul_u32 ( *(lpfHX_mul_u32) s_pfFun[ fnHX_mul_u32 ] )
#define _HX_negate ( *(lpfHX_negate) s_pfFun[ fnHX_negate ] )
#define _HX_new ( *(lpfHX_new) s_pfFun[ fnHX_new ] )
#define _HX_nextPrime ( *(lpfHX_nextPrime) s_pfFun[ fnHX_nextPrime ] )
#define _HX_permutation ( *(lpfHX_permutation) s_pfFun[ fnHX_permutation ] )
#define _HX_pow ( *(lpfHX_pow) s_pfFun[ fnHX_pow ] )
#define _HX_powMod ( *(lpfHX_powMod) s_pfFun[ fnHX_powMod ] )
#define _HX_powMod_u32 ( *(lpfHX_powMod_u32) s_pfFun[ fnHX_powMod_u32 ] )
#define _HX_powMod_u32_u32 ( *(lpfHX_powMod_u32_u32) s_pfFun[ fnHX_powMod_u32_u32 ] )
#define _HX_previousPrime ( *(lpfHX_previousPrime) s_pfFun[ fnHX_previousPrime ] )
#define _HX_primeFactorial ( *(lpfHX_primeFactorial) s_pfFun[ fnHX_primeFactorial ] )
#define _HX_product_v32 ( *(lpfHX_product_v32) s_pfFun[ fnHX_product_v32 ] )
#define _HX_product_vhx ( *(lpfHX_product_vhx) s_pfFun[ fnHX_product_vhx ] )
#define _HX_random ( *(lpfHX_random) s_pfFun[ fnHX_random ] )
#define _HX_rootRem ( *(lpfHX_rootRem) s_pfFun[ fnHX_rootRem ] )
#define _HX_setHexStr ( *(lpfHX_setHexStr) s_pfFun[ fnHX_setHexStr ] )
#define _HX_setText ( *(lpfHX_setText) s_pfFun[ fnHX_setText ] )
#ifndef _NO_HI
#define _HX_set_hi ( *(lpfHX_set_hi) s_pfFun[ fnHX_set_hi ] )
#endif /* #ifndef _NO_HI */
#define _HX_set_hx ( *(lpfHX_set_hx) s_pfFun[ fnHX_set_hx ] )
#ifndef _NO_RC
#define _HX_set_rc ( *(lpfHX_set_rc) s_pfFun[ fnHX_set_rc ] )
#endif /* #ifndef _NO_RC */
#define _HX_set_s32 ( *(lpfHX_set_s32) s_pfFun[ fnHX_set_s32 ] )
#define _HX_set_s64 ( *(lpfHX_set_s64) s_pfFun[ fnHX_set_s64 ] )
#define _HX_set_str ( *(lpfHX_set_str) s_pfFun[ fnHX_set_str ] )
#define _HX_set_u32 ( *(lpfHX_set_u32) s_pfFun[ fnHX_set_u32 ] )
#define _HX_set_u64 ( *(lpfHX_set_u64) s_pfFun[ fnHX_set_u64 ] )
#define _HX_sub ( *(lpfHX_sub) s_pfFun[ fnHX_sub ] )
#define _HX_sub_u32 ( *(lpfHX_sub_u32) s_pfFun[ fnHX_sub_u32 ] )
#define _HX_sumsOfLikePowers_v32 ( *(lpfHX_sumsOfLikePowers_v32) s_pfFun[ fnHX_sumsOfLikePowers_v32 ] )
#define _HX_sumsOfLikePowers_vhx ( *(lpfHX_sumsOfLikePowers_vhx) s_pfFun[ fnHX_sumsOfLikePowers_vhx ] )
#define _HX_swap ( *(lpfHX_swap) s_pfFun[ fnHX_swap ] )
#define _HX_testPrimality ( *(lpfHX_testPrimality) s_pfFun[ fnHX_testPrimality ] )
#define _HX_truncate ( *(lpfHX_truncate) s_pfFun[ fnHX_truncate ] )
#endif /* #ifndef _NO_HX */
#ifndef _NO_RC
#define _RC_clearVector ( *(lpfRC_clearVector) s_pfFun[ fnRC_clearVector ] )
#define _RC_convert2Radix ( *(lpfRC_convert2Radix) s_pfFun[ fnRC_convert2Radix ] )
#define _RC_delete ( *(lpfRC_delete) s_pfFun[ fnRC_delete ] )
#define _RC_getRadix ( *(lpfRC_getRadix) s_pfFun[ fnRC_getRadix ] )
#define _RC_getCount ( *(lpfRC_getCount) s_pfFun[ fnRC_getCount ] )
#define _RC_getSign ( *(lpfRC_getSign) s_pfFun[ fnRC_getSign ] )
#define _RC_getVector ( *(lpfRC_getVector) s_pfFun[ fnRC_getVector ] )
#define _RC_get_s32 ( *(lpfRC_get_s32) s_pfFun[ fnRC_get_s32 ] )
#define _RC_get_s64 ( *(lpfRC_get_s64) s_pfFun[ fnRC_get_s64 ] )
#define _RC_get_u32 ( *(lpfRC_get_u32) s_pfFun[ fnRC_get_u32 ] )
#define _RC_get_u64 ( *(lpfRC_get_u64) s_pfFun[ fnRC_get_u64 ] )
#define _RC_new ( *(lpfRC_new) s_pfFun[ fnRC_new ] )
#define _RC_new_str ( *(lpfRC_new_str) s_pfFun[ fnRC_new_str ] )
#define _RC_resetRadix ( *(lpfRC_resetRadix) s_pfFun[ fnRC_resetRadix ] )
#define _RC_resetSign ( *(lpfRC_resetSign) s_pfFun[ fnRC_resetSign ] )
#define _RC_resetVector ( *(lpfRC_resetVector) s_pfFun[ fnRC_resetVector ] )
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