Lines Matching refs:result
119 digit_t result;
120 memcpy(&result, digits_ + i, sizeof(result));
121 return result;
157 digit_t result;
158 memcpy(&result, ptr_, sizeof(result));
159 return result;
201 // You must preallocate the result; use the respective {OperationResultLength}
202 // function to determine its minimum required length. The actual result may
203 // be smaller, so you should call result.Normalize() on the result.
227 // Addition of signed integers. Returns true if the result is negative.
235 // Subtraction of signed integers. Returns true if the result is negative.
266 // Returns true if the result is negative; Z will hold the absolute value.
298 // upon return will be set to the actual length of the result string.
343 // In DEBUG builds, the result of {ToString} will be initialized to this value.
350 // Result length growth example: -2 & -3 = -4 (2-bit inputs, 3-bit result).
364 // Result length growth example: 3 ^ -1 == -4 (2-bit inputs, 3-bit result).
418 // whereas the final result will be slightly smaller (depending on {radix}).
433 // Step 3: Check if a result is available, and determine its required
435 Result result() { return result_; }
440 // Step 4: Use BigIntProcessor::FromString() to retrieve the result into an
590 twodigit_t result = twodigit_t{stack_parts_[i]} * multiplier;
591 digit_t new_high = result >> bigint::kDigitBits;
592 digit_t low = static_cast<digit_t>(result);
593 result = twodigit_t{low} + high + carry;
594 carry = result >> bigint::kDigitBits;
595 stack_parts_[i] = static_cast<digit_t>(result);