check.rawExpr(T, x, e, nil, false)
	check.exclude(x, 1<<novalue|1<<builtin|1<<typexpr)
	check.singleValue(x)
}

// genericExpr is like expr but the result may also be generic.
func (check *Checker) genericExpr(x *operand, e ast.Expr) {
	check.rawExpr(nil, x, e, nil, true)
	check.exclude(x, 1<<novalue|1<<builtin|1<<typexpr)
	check.singleValue(x)
}

	check.rawExpr(T, x, e, nil, false)
	check.exclude(x, 1<<novalue|1<<builtin|1<<typexpr)
	check.singleValue(x)
}

// genericExpr is like expr but the result may also be generic.
func (check *Checker) genericExpr(x *operand, e syntax.Expr) {
	check.rawExpr(nil, x, e, nil, true)
	check.exclude(x, 1<<novalue|1<<builtin|1<<typexpr)
	check.singleValue(x)
}

				check.record(&x)
			}
			resList = []*operand{&x}
		} else {
			// x is not a function instantiation (it may still be a generic function).
			check.rawExpr(nil, &x, e, nil, true)
			check.exclude(&x, 1<<novalue|1<<builtin|1<<typexpr)
			if t, ok := x.typ.(*Tuple); ok && x.mode != invalid {
				// x is a function call returning multiple values; it cannot be generic.
				resList = make([]*operand, t.Len())

				check.record(&x)
			}
			resList = []*operand{&x}
		} else {
			// x is not a function instantiation (it may still be a generic function).
			check.rawExpr(nil, &x, e, nil, true)
			check.exclude(&x, 1<<novalue|1<<builtin|1<<typexpr)
			if t, ok := x.typ.(*Tuple); ok && x.mode != invalid {
				// x is a function call returning multiple values; it cannot be generic.
				resList = make([]*operand, t.Len())

t); private static void process(java.io.File, scala.collection.immutable.List, scala.Function1); public static void initialize$6fce7eb6$1593a72b(java.util.Properties, String, scala.collection.IterableLike); private static scala.runtime.Nothing$ noValue$1(PromptProperty); private void Initialize$(); } xsbt/boot/Initialize$$anonfun$1.class package xsbt.boot; public final synchronized class Initialize$$anonfun$1 extends scala.runtime.AbstractFunction1 implements scala.Serializable { private final scala.Function1...