211   const uint32_t* current_arg = args_;  in CalculateLengthWithFlag()  local
217             hs_.NewHandle(reinterpret_cast32<mirror::String*>(*current_arg));  in CalculateLengthWithFlag()
227         length += (*current_arg != 0u) ? kTrueLength : kFalseLength;  in CalculateLengthWithFlag()
233             mirror::String::IsASCII(reinterpret_cast<const uint16_t*>(current_arg)[0]);  in CalculateLengthWithFlag()
237         length += Int64Length(static_cast<int32_t>(*current_arg));  in CalculateLengthWithFlag()
241         current_arg = AlignUp(current_arg, sizeof(int64_t));  in CalculateLengthWithFlag()
242         length += Int64Length(*reinterpret_cast<const int64_t*>(current_arg));  in CalculateLengthWithFlag()
243         ++current_arg;  // Skip the low word, let the common code skip the high word.  in CalculateLengthWithFlag()
260     ++current_arg;  in CalculateLengthWithFlag()
279   const uint32_t* current_arg = args_;  in StoreData()  local
295         if (*current_arg != 0u) {  in StoreData()
304         *data = *reinterpret_cast<const CharType*>(current_arg);  in StoreData()
309         data = AppendInt64(new_string, data, static_cast<int32_t>(*current_arg));  in StoreData()
313         current_arg = AlignUp(current_arg, sizeof(int64_t));  in StoreData()
314         data = AppendInt64(new_string, data, *reinterpret_cast<const int64_t*>(current_arg));  in StoreData()
315         ++current_arg;  // Skip the low word, let the common code skip the high word.  in StoreData()
331     ++current_arg;  in StoreData()