For each of the following C assignment statements a) x = a + b*c; b) x = a/(b+c) - d*(e+f); c) x = a[i] + 1; d) a [ i ] = b [ c [i]] ; e) a[i][j ] = b[i][k ] + c[k][j]; f) *p++ = *q++; generate...

For each of the following C assignment statements

a) x = a + b*c;


b) x = a/(b+c) - d*(e+f);


c) x = a[i] + 1;


d) a [ i ] = b [ c [i]] ;

e) a[i][j ] = b[i][k ] + c[k][j];


f) *p++ = *q++;


generate three-address code, assuming that all array elements are integers taking four bytes each. In parts (d) and (e), assume that a, b, and c are constants giving the location of the first (Oth) elements of the arrays with those names, as in all previous examples of array accesses in this chapter.