Decimal to binary, octal, hexadecimal conversion

# Include <stdio. h>

Void convertjz (INT );

Void main ()

{

Int N;

Scanf ("% d", & N );

Printf ("\ n ");

Convertjz (N );

}

 

Void convertjz (int n)

{

Int S, Y;

Int I = 0;

Int A [100];

Int Total = 0;

Int n = N;

 

// Convert to binary

While (n! = 0)

{

S = n/2;

Y = n % 2;

A [I ++] = y;

Total ++;

N = s;

}

Printf ("the corresponding binary representation is \ n ");

For (Int J = total-1; j> = 0; j --)

{

Printf ("% d", a [J]);

}

Printf ("\ n ");

{N = N; I = 0; Total = 0 ;}

 

 

// Convert to octal

While (n! = 0)

{

S = N/8;

Y = n % 8;

A [I ++] = y;

Total ++;

N = s;

}

Printf ("the corresponding octal representation is \ n ");

Printf ("O ");

For (int K = total-1; k> = 0; k --)

{

Printf ("% d", a [k]);

}

Printf ("\ n ");

{N = N; I = 0; Total = 0 ;}

 

// Convert to hexadecimal

While (n! = 0)

{

S = N/16;

Y = n % 16;

A [I ++] = y;

Total ++;

N = s;

}

Printf ("the corresponding hexadecimal representation is \ n ");

Printf ("0x ");

For (int m = total-1; m> = 0; m --)

{

If (A [m]> 9) printf ("% C", 'A' + A [m]-10 );

Else printf ("% d", a [m]);

}

Printf ("\ n ");

}