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Determining exactly what condition to write in a while statement is sometimes difficult Similarly, it can be hard to understand precisely what a particular while statement does It is not too hard to see that the while statement in 23/19 will write a number of output rows that depends on the value of rows, but how can we be confident that we know exactly how many rows the program will write For example, how do we know whether the number will be rows, rows - 1, rows + 1, or something else entirely We could trace through the while by hand, noting the effect of each statement's execution on the state of the program, but how do we know that we haven't made a mistake along

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<plugin id="comqualityeclipsefavoriteshelp" download-size="0" install-size="0" version="000"/> <plugin id="comqualityeclipsefavoriteshelpnl1" download-size="0" install-size="0" version="000" fragment="true" unpack="false"/> <plugin id="comqualityeclipsefavoritesnl1" download-size="0" install-size="0" version="000" fragment="true" unpack="false"/> </feature>

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id, label, version, and provider-name attributes The description, copyright, and license sections contain information meant to be presented

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the way There is a useful technique for writing and understanding while statements that relies on two key ideas-one about the definition of a while statement, and the other about the behavior of programs in general The first idea is that when a while finishes, its condition must be false-otherwise the while wouldn't have finished So, for example, when the while in 23/19 finishes, we know that r != rows is false and, therefore, that r is equal to rows The second idea is that of a loop invariant, which is a property that we assert will be true about a while each time it is about to test its condition We choose an invariant that we can use to convince ourselves that the program behaves as we intend, and we write the program so as to make the invariant true at the proper times Although the invariant is not part of the program text, it is a valuable intellectual tool for designing programs Every useful while statement that we can imagine has an invariant associated with it Stating the invariant in a comment can make a while much easier to understand To make this discussion concrete, we will look again at the while statement in 23/19 The comment immediately before the while says what the invariant is: We have written r rows of output so far To determine that this invariant is correct for this program fragment, we must verify that the invariant is true each time the while is about to test its condition Doing so requires us to verify that the invariant will be true at two specific points in the program The first point is just before the while tests its condition for the first time It is easy to verify the invariant at this point in our example: Because we have written no rows of output so far, it is obvious that setting r to 0 makes the invariant true The second point is just before we reach the end of the while body If the invariant is true there, it will be true the next time the while tests the condition Therefore, the invariant will be true every time In exchange for writing our program so that it meets these two requirements-causing the invariant to be true before the while starts, and again at the end of the while body-we can be confident that the invariant is true not only each time the while tests the condition, but also after the while finishes Otherwise, the invariant would have had to be true at the beginning of one of the iterations of the while body and false afterward-and we have already arranged for that to be impossible Here is a summary of what we know about our program fragment:.

to the user of the feature The remainder of the file lists the individual plug-ins and fragments that compose this feature Each plug-in is identified by its plug-in ID, and the version attribute specifies the specific version of the plug-in that is part of this feature In general, the version numbers of the included plug-ins should match the version number of the feature Having the fragment attribute set to true identifies any included fragments

The feature manifest generated by the wizard contains the barest essential elements needed to define a feature Numerous other attributes can be defined to enhance a feature The feature manifest editor provides a convenient interface for editing the existing attributes of a feature or adding new attributes Double-clicking on the feature manifest file, featurexml, will open the feature manifest editor (see Figure 18 6) The editor looks very similar to the plug-in manifest editor with Overview, Information, Plug-ins, Included Features, Dependencies, Installation, Build, featurexml, and buildproperties pages

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