resize bignats and rsa exponents . resizes all registered long and short bignats and , possibly , the registered rsa exponents . on the registered bignats the method bignat #resize bignat.resize is called . on the rsa exponents rsa_exponent #init_key rsa_exponent . init_key is called . if cipher_len is 0 the rsa exponent size change isskipped . concode_field_sep short max_long_bignats concode_elem_sep Bignat[] short_bignats concode_elem_sep short short_bignat_index concode_elem_sep short max_factors concode_elem_sep Bignat[] double_bignats concode_elem_sep Vector[] factors concode_elem_sep short vector_index concode_elem_sep Vector[] vectors concode_elem_sep short max_short_bignats concode_elem_sep short max_double_bignats concode_elem_sep short max_vectors concode_elem_sep short max_long_rsa concode_elem_sep short double_bignat_index concode_elem_sep short factor_index concode_elem_sep short long_bignat_index concode_elem_sep Bignat[] long_bignats concode_elem_sep short long_rsa_index concode_field_sep void init concode_elem_sep void register_vector concode_elem_sep void resize_vectors concode_elem_sep void register_double_bignat concode_elem_sep void register_short_bignat concode_elem_sep void register_factor concode_elem_sep void register_long_bignat
void function ( short arg0 , short arg1 , short arg2 , short arg3 ) { for ( short loc0 = 0 ; loc0 < short_bignat_index ; loc0 ++ ) short_bignats [ loc0 ] . resize ( arg0 ) ; for ( short loc0 = 0 ; loc0 < long_bignat_index ; loc0 ++ ) long_bignats [ loc0 ] . resize ( arg1 ) ; for ( short loc0 = 0 ; loc0 < double_bignat_index ; loc0 ++ ) double_bignats [ loc0 ] . resize ( arg2 ) ; return ; }