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Do not be put off by the mathematical nature of this contract Like the equals contract (Item 7), the compareTo contract isn't as complicated as it looks Within a class, any reasonable ordering relation will satisfy the compareTo contract Across classes, compareTo, unlike equals, doesn't have to work: It is permitted to throw ClassCastException if the two object references being compared refer to objects of different classes Usually, that is exactly what compareTo should do under these circumstances While the contract does not preclude interclass comparisons, there are, as of release 14, no classes in the Java platform libraries that support them Just as a class that violates the hashCode contract can break other classes that depend on hashing, a class that violates the compareTo contract can break other classes that depend on comparison Classes that depend on comparison include the sorted collections, TreeSet and TreeMap, and the utility classes Collections and Arrays, which contain searching and sorting algorithms Let's go over the provisions of the compareTo contract The first provision says that if you reverse the direction of a comparison between two object references, the expected thing happens: If the first object is less than the second, then the second must be greater than the first; if the first object is equal to the second, then the second must be equal to the first; and if the first object is greater than the second, then the second must be less than the first The second provision says that if one object is greater than a second and the second is greater than a third, then the first must be greater than the third The final provision says that all objects that compare as equal must yield the same results when compared to any other object One consequence of these three provisions is that the equality test imposed by a compareTo method must obey the same restrictions imposed by the equals contract: reflexivity, symmetry, transitivity, and non-nullity Therefore the same caveat applies: There is simply no way to extend an instantiable class with a new aspect while preserving the compareTo contract (Item 7) The same workaround applies too If you want to add a significant aspect to a class that implements Comparable, don't extend it; write an unrelated class that contains a field of the first class Then provide a view method that returns this field This frees you to implement whatever compareTo method you like on the second class, while allowing its client to view an instance of the second class as an instance of the first class when needed The final paragraph of the compareTo contract, which is a strong suggestion rather than a true provision, simply states that the equality test imposed by the compareTo method should generally return the same results as the equals method If this provision is obeyed, the ordering imposed by the compareTo method is said to be consistent with equals If it's violated, the ordering is said to be inconsistent with equals A class whose compareTo method.

Let's look again at the control structures that we used in the program in 23/19 If we look only at the program's outermost structure, we see

The Mylyn Task List view (see Figure 1 75) shows list of query items you have created Expand any query entry to see the Bugzilla entries that match The icons and fonts used to decorate each line item indicate its status, resolution, and severity

113 Summary

int r = 0; while (r != rows) { // stuff that doesn't change the value of r ++r; }

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Double-click on a task item to open a Mylyn-provided, task-specific editor (see Figure 1 76) For Bugzilla entries, you will see a Bugzilla-specific editor that shows a description of the bug and its associated comments and attachments The editor also provides an area for adding a new comment and a list of actions that can be taken against the bug

Summary

This particular form of while appears frequently Before it starts, we define and initialize a local variable, which we test in the condition The while body adjusts the value of the variable so that eventually the condition will fail Because this kind of control structure is so common, the language provides a shorthand way of writing it:

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