Octal to hexadecimal, hexadecimal

Octal to hexadecimal, hexadecimal

Input

The first act is an integer T, indicating the number of data groups.

There is an octal numeric string per line in Line T.

 

Output

The hexadecimal string corresponding to each group of data output

 

 

Sample Input

4
7
77
233
2333333333333333333

 

Sample Output

7
3F
9B
9B6DB6DB6DB6DB Code:

# Include <iostream>
# Include <string>
Using namespace std;
Char x (int n ){
If (n <= 9)
Return n + '0 ';
Switch (n ){
Case 10: return 'a ';
Case 11: return 'B ';
Case 12: return 'C ';
Case 13: return 'D ';
Case 14: return 'E ';
Case 15: return 'F ';
}
}
Int main (){
Int t, I, num, n1, n2, n3, j, k;
String str;
Char str1 [10000];
Cin> t;
While (t --){
Str. clear ();
J = 0;
Cin> str;
I = str. size ()-1;
For (; I> 3; I-= 4 ){
Num = str [I]-'0' + (str [I-1]-'0') * 8 + (str [I-2]-'0 ') * 64 + (str [I-3]-'0') * 512;
N1 = 0, n2 = 0, n3 = 0;
While (num> 0 ){
If (num> = 16*16 ){
Num-= 16*16;
N1 ++;
}
Else if (num> = 16 ){
Num-= 16;
N2 ++;
}
Else {
N3 = num;
Break;
}
}
Str1 [j ++] = x (n3 );
Str1 [j ++] = x (n2 );
Str1 [j ++] = x (n1 );
}
Num = 0, n1 = 0, n2 = 0, n3 = 0;
For (k = 0; k <= I; ++ k)
Num = num * 8 + str [k]-'0 ';
While (num> 0 ){
If (num> = 16*16 ){
Num-= 16*16;
N1 ++ ;}
Else if (num> = 16 ){
Num-= 16;
N2 ++ ;}
Else {
N3 = num;
Break ;}
}
Str1 [j ++] = x (n3 );
Str1 [j ++] = x (n2 );
Str1 [j ++] = x (n1 );
If (n1 = 0 ){
J --;
If (n2 = 0)
J --;
}
While (-- j)
Cout <str1 [j];
Cout <str1 [j] <endl;

}

Return 0;
}