state. An important property of OOP is dynamic dispatch: When we create various subclasses of a com­ mon parent class and define methods for all these subclasses, we can have collections of instances from symbols & and ! and provides a powerful syntactic look ahead and disambiguation facility. A com­ mon use of the ! predicate is to terminate a parsing expression with !1. Here the 1 matches every­ thing

indicate that it is only a temporary variable. We use the name "node" here because that is a com­ mon term for the elements in linked lists, trees, or similar dynamically created data structures. We could type would not work anymore. Passing the same finalizer proc multiple times is OK and may be a com­ mon use case, but it has no real effect, as the first call did the binding already. The behavior of finalizers

state. An important property of OOP is dynamic dispatch: When we create various subclasses of a com­ mon parent class and define methods for all these subclasses, we can have collections of instances from symbols & and ! and provides a powerful syntactic look ahead and disambiguation facility. A com­ mon use of the ! predicate is to terminate a parsing expression with !1. Here the 1 matches every­ thing

indicate that it is only a temporary variable. We use the name "node" here because that is a com­ mon term for the elements in linked lists, trees, or similar dynamically created data structures. We could type would not work anymore. Passing the same finalizer proc multiple times is OK and may be a com­ mon use case, but it has no real effect, as the first call did the binding already. The behavior of finalizers

indicate that it is only a temporary variable. We use the name "node" here because that is a com­ mon term for the elements in linked lists, trees, or similar dynamically created data structures. We could type would not work anymore. Passing the same finalizer proc multiple times is OK and may be a com­ mon use case, but it has no real effect, as the first call did the binding already. The behavior of finalizers

indicate that it is only a temporary variable. We use the name "node" here because that is a com­ mon term for the elements in linked lists, trees, or similar dynamically created data structures. We could type would not work anymore. Passing the same finalizer proc multiple times is OK and may be a com­ mon use case, but it has no real effect, as the first call did the binding already. The behavior of finalizers

indicate that it is only a temporary variable. We use the name "node" here because that is a com­ mon term for the elements in linked lists, trees, or similar dynamically created data structures. We could type would not work anymore. Passing the same finalizer proc multiple times is OK and may be a com­ mon use case, but it has no real effect, as the first call did the binding already. The behavior of finalizers

state. An important property of OOP is dynamic dispatch: When we create various subclasses of a com­ mon parent class and define methods for all these subclasses, we can have collections of instances from symbols & and ! and provides a powerful syntactic look ahead and disambiguation facility. A com­ mon use of the ! predicate is to terminate a parsing expression with !1. Here the 1 matches every­ thing

indicate that it is only a temporary variable. We use the name "node" here because that is a com­ mon term for the elements in linked lists, trees, or similar dynamically created data structures. We could type would not work anymore. Passing the same finalizer proc multiple times is OK and may be a com­ mon use case, but it has no real effect, as the first call did the binding already. The behavior of finalizers

indicate that it is only a temporary variable. We use the name "node" here because that is a com­ mon term for the elements in linked lists, trees, or similar dynamically created data structures. We could type would not work anymore. Passing the same finalizer proc multiple times is OK and may be a com­ mon use case, but it has no real effect, as the first call did the binding already. The behavior of finalizers