Interface Summary |
Accessor |
All JDSL core containers provide a way to access their internal structure;
Accessor is the interface that embodies this concept. |
BinaryTree |
A modifiable tree in which each node has
either zero or two children. |
Comparator |
Defines a total ordering for a set of objects. |
Container |
The common interface for all the mutable containers in
JDSL. |
Decorable |
Decorability is the ability to attach extra pieces of information
to an object. |
Dictionary |
A container that accepts (key,element) pairs and allows later lookup
of the element associated with a particular key. |
EqualityComparator |
This interface defines an equality comparison on a set of objects. |
HashComparator |
This interface provides a way of mapping any object in a set
to an integer, for purposes of implementing hash tables. |
InspectableBinaryTree |
Please refer to the documentation of the BinaryTree interface. |
InspectableContainer |
A "read only" interface to a container; please see Container
for more details. |
InspectableDictionary |
A read-only lookup structure; please refer to the documentation of
Dictionary for more details. |
InspectableKeyBasedContainer |
Please refer to the documentation of KeyBasedContainer . |
InspectableOrderedDictionary |
A read-only lookup structure in which an ordering of the keys is
maintained; please refer to the documentation of OrderedDictionary
for more details. |
InspectablePositionalContainer |
Please refer to the documentation of
PositionalContainer . |
InspectableSequence |
Please refer to the documentation of Sequence . |
InspectableTree |
Please refer to the documentation of Tree |
KeyBasedContainer |
Key-based containers are containers that store (key,element) pairs;
each pair is represented by a Locator. |
Locator |
A locator is a coat-check, of sorts, for a (key,element) pair inside
a KeyBasedContainer. |
LocatorIterator |
Iterator over a set of locators. |
ObjectIterator |
Iterator over a set of objects. |
OrderedDictionary |
A Dictionary in which the keys are totally ordered. |
Position |
An abstraction of the notion of a "place" in a
container -- where an element is stored relative to other elements in
the container. |
PositionalContainer |
Positional containers (for example, sequences, trees, and graphs)
are containers in which elements are related to each other through
adjacency information. |
PositionIterator |
Iterator over a set of positions. |
PriorityQueue |
A partially-ordered container that allows for
removal of the element with highest priority. |
Sequence |
A positional container whose elements
are linearly organized. |
Tree |
A positional container representing an ordered tree. |
Exception Summary |
BoundaryViolationException |
A BoundaryViolationException indicates that a Container's edges
were trespassed somehow: off the end, over the top, beyond the
bottom, etc. |
CoreException |
This is the class from which all exceptions of the core package are
descended. |
EmptyContainerException |
An EmptyContainerException indicates that the Container can't
fulfill the requested operation because it is empty. |
InvalidAccessorException |
Used when an accessor (position or locator) is invalid, either internally invalid
or invalid with respect to a particular container. |
InvalidAttributeException |
Used when the key for an attribute lookup is not supported by the
implementation's lookup mechanism. |
InvalidContainerException |
Used to indicate that a container passed to a function is
of the wrong type or otherwise invalid for that function call. |
InvalidKeyException |
Used when a key passed to a key-based container is not supported by the
implementation's lookup mechanism. |
InvalidMethodCallException |
InvalidMethodCallException is intended for use only in methods that
you expect never to be called -- for instance, in the prev() method
of the head node in a sequence. |
NonEmptyContainerException |
A NonEmptyContainerException indicates that the Container can't
fulfill the requested operation because it is not empty. |