111   uint8_t digits[MAX_NUM_DIGITS];  variable
121     if (this->digits[roundToDigit] == 5 &&  in should_round_up()
134       return this->digits[roundToDigit - 1] % 2 != 0;  in should_round_up()
138     return this->digits[roundToDigit] >= 5;  in should_round_up()
152       if (this->digits[digit_index] != power_of_five[digit_index] - '0') {  in get_num_new_digits()
154                ((this->digits[digit_index] < power_of_five[digit_index] - '0')  in get_num_new_digits()
165     while (this->num_digits > 0 && this->digits[this->num_digits - 1] == 0) {  in trim_trailing_zeroes()
191         read_digit = this->digits[read_index];  in right_shift()
204       uint64_t read_digit = this->digits[read_index];  in right_shift()
207       this->digits[write_index] = static_cast<uint8_t>(write_digit);  in right_shift()
219         this->digits[write_index] = static_cast<uint8_t>(write_digit);  in right_shift()
247       accumulator += static_cast<uint64_t>(this->digits[read_index])  in left_shift()
253         this->digits[write_index] = static_cast<uint8_t>(write_digit);  in left_shift()
268         this->digits[write_index] = static_cast<uint8_t>(write_digit);  in left_shift()
306           this->digits[this->num_digits] =  in HighPrecisionDecimal()
366       result = result * 10 + (this->digits[cur_digit]);  in round_to_integer_type()
383   uint8_t *get_digits() { return this->digits; }  in get_digits()