Add act same as lhs + rhs.

AddAssign act same as lhs += rhs in place.

And act same as lhs && rhs.

AndAssign act same as lhs &&= rhs in place.

BitAnd act same as lhs & rhs.

BitAndAssign act same as lhs &= rhs in place.

BitOr act same as lhs | rhs.

BitOrAssign act same as lhs |= rhs in place.

BitXor act same as lhs ^ rhs.

BitXorAssign act same as lhs ^= rhs in place.

Div act same as lhs / rhs.

DivAssign act same as lhs /= rhs in place.

Eq test two value whether equal or not.

Exchange change order of the two value.

Ge test whether lhs greater than or equal to rhs value.

Gt test whether lhs greater than rhs value.

Identify return self.

Le test whether lhs less than or equal to rhs value.

Lt test whether lhs less than rhs value.

Max return maximum of the given values.

Min return minimum of the given values.

Mul act same as lhs * rhs.

MulAssign act same as lhs *= rhs in place.

Ne test two values whether equal or not.

Neg return negative value of input value.

Not act same as !v.

NotAssign invert bool value in place.

Or act same as lhs || rhs.

OrAssign act same as lhs ||= rhs in place.

RangeInteger returns a slice that contains all integers in [start, end).

Rem act same as lhs % rhs.

RemAssign act same as lhs %= rhs in place.

Shl act same as v << bit.

ShlAssign act same as v <<= bit.

Shr act same as v >> bit.

ShrAssign act same as v >>= bit.

Sub act same as lhs - rhs.

SubAssign act same as lhs -= rhs in place.

Ternary act same as ok ? lhs : rhs.