5 (all binary)
5 * L-R Multiply
5 / Divide
5 ^ Modulus (remainder)
6 (all binary) + L-R Addition
6 - Subtraction
7 << L-R Left shift
7 >> Right shift
8 < L-R Less than
8 <= Less than or equal to
8 >= Greater than or equal to
8 > Greater than
9 == L-R Equal to
9 != Not equal to
10 (binary) & L-R Bitwise AND
11 ^ L-R Bitwise XOR (exclusive OR)
12 | L-R Bitwise OR
13 && L-R Logical AND
14 || L-R Logical OR
15 = R-L Simple assignment
15 *= Multiply and assign
15 /= Divide and assign
15 %= Take remainder and assign
15 += Add and assign
15 -= Subtract and assign
15 &= Bitwise AND assign
15 ^= Bitwise XOR assign
15 |= Bitwise OR assign
15 <<= Left shift assign
15 >>= Right shift assign
16 :? R-L Conditional
17 throw L-R Throw exception
18 , L-R Comma Operator
So re-examining these expressions:
int y = c + a*b;The multiplication is level 5, higher than addition at level 6 so a*b is evaluated first then c added. Likewise e/f is done before d is added.
int x = d + e/f;
This completes this tutorial
