Though of course you should use the char type when doing string handling, because the index of the classic ASCII table fits in 1 byte. You could however do string handling with regular ints as well, although there is no practical reason in the real world why you would ever want to do that.
Going from int to std::string to char* isn't the same as int to char*.
As far as integral types go, char is worthless. You shouldn't make functions that take parameters of type char, and you should not create temporary variables of type char, and the same advice goes for wchar_t as well. char* may be a convenient typedef for a character string, but it is a novice mistake...
I have a char that is given from fgets, and I would like to know how I can convert it into a char*. I am sure this has been posted before, but I couldn't find one that was doing quite
brief Converts Hexidecimal Char Value Into Binary Nibble Format Converts 0-9 & a-f & A-F Hex notation to binary nibble between 0x00 to 0x0F Return: True if valid nibble is avaliable at nibble_out else it returns
I think I have tried this but then it complains about precisely "char res[10]="start "
А это с++. Синтаксис отличается, функции отличаются... unsigned int i,j; wchar_t u[70]; String s
char* arr = calloc(numOfDigits, sizeof(char))
int main(void). { /* with array/string literals at initialization, the sizes are technically unnecessary.