Convert decimal to any base and overload Operators

# Include <iostream> # include <vector> # include <limits> using namespace std; using std: iterator; /// <summary> /// convert the decimal format to any hexadecimal format. to familiarize yourself with the operators, the operator overload is also added. /// Include auto increment (++), operator weight (+), value assignment function overload (=), and output operator (<) /// </summary> class TenToAny {vector <char> value; long _ n; long _ x; public: TenToAny (): _ n (10 ), _ x (0) {} void Switch () {try {int x = _ x, n = _ n; char flag = ''; if (x> LONG_MAX | x <LONG_MIN) throw "overflow"; if (x <0) {flag = '-'; x =-x;} while (x! = 0) {long remain = x % n; x = x/n; if (remain> = 10) remain = 'A' + remain % 10; else remain + = '0'; value. push_back (remain);} vector <char >:: reverse_iterator v = value. rbegin (); while (* v = '0') value. pop_back (); if (flag = '-') value. push_back (flag);} catch (char * e) {cout <e <endl ;}} TenToAny (long n, long x) {_ n = n; _ x = x; Switch () ;}tentoany & operator = (const TenToAny & num) {if (this = & num) return * this; value = num. Value; _ n = num. _ n; _ x = num. _ x; return * this;} TenToAny operator + (const TenToAny & num1) {TenToAny num; num. _ x = num1. _ x + _ x; num. _ n = num1. _ n; num. switch (); return num;} TenToAny & operator ++ () // frontend ++ {_ x ++; value. clear (); this-> Switch (); return * this;} TenToAny & operator ++ (int) // post ++ {TenToAny * temp = new TenToAny (this-> _ n, this-> _ x); _ x ++; value. clear (); this-> Switch (); return * temp;} friend ostream & operator <(ostream & ou T, TenToAny num) ;}; ostream & operator <(ostream & out, TenToAny num) {vector <char> value = num. value; vector <char >:: reverse_iterator v = value. rbegin (); for (; v! = Value. rend (); v ++) {out <* v;} return out;} int main () {TenToAny num (19,111); TenToAny copy (19,222); TenToAny sum; sum = num + copy; cout <num <endl; cout <copy ++ <endl; cout <(++ copy) <endl; return 0 ;}