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postGenerate This target is called after buildxml scripts are generated for each feature and plug-in being built By default, this target performs a clean to remove library and plug-in JARs being built It is better to delete the entire ${buildDirectory} directory before starting the build to ensure no artifacts from the prior build influence the current build preProcess This target is called before compilation begins postProcess This target, called after compilation is finished, is useful for checking compile logs and reporting errors via html or email postBuild This target is called at the end of the PDE Build process The default implementation gathers logs into the ${buildDirectory}/${buildLabel}/compilelogs directory You can also run tests, publish results, send notification, etc

This loop kept track of how many grades it read, and kept a running total of their value The need to keep both these variables in step with the values as we read them made the loop invariant relatively complicated In contrast, using a vector to store values as we read them is much simpler:

// Broken - Inappropriate use of inheritance! public class InstrumentedHashSet extends HashSet { // The number of attempted element insertions private int addCount = 0; public InstrumentedHashSet() { } public InstrumentedHashSet(Collection c) { super(c); } public InstrumentedHashSet(int initCap, float loadFactor) { super(initCap, loadFactor); } public boolean add(Object o) { addCount++; return superadd(o); } public boolean addAll(Collection c) { addCount += csize(); return superaddAll(c); }

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The PDE Build process provides callbacks at the feature level as well as the top level Rather than implementing your own feature level buildxml file, take these two steps: Modify the feature s buildproperties file to include theses lines:

Copy the customBuildCallbacksxml file from the PDE plug-in s templates/features directory (see Section 1923, Directories in the PDE Build process, on page 714) into your feature s project directory and modify it as necessary

// revised version of the excerpt: double x; vector<double> homework; // invariant: homework contains all the homework grades read so far while (cin >> x)

In addition to top level and feature level callbacks, the PDE Build process provides callbacks at the plug-in level Rather than implementing your own plugin level buildxml file, take these two steps: Modify the plug-in s buildproperties file to include these lines:

Copy the customBuildCallbacksxml file from the PDE plug-in s templates/plugins directory (see Section 1923, Directories in the PDE Build process, on page 714) into your plug-in s project directory and modify it as necessary There are several callback targets of interest at the plug-in level: prebuildjars This target is called before compilation for this particular plug-in and its library JARs occurs pre@dot This target is called before the source is compiled for classes included in a JAR d plug-in post@dot This target is called after the source is compiled for classes included in a JAR d plug-in postbuildjars This target is called after compilation for this particular plug-in and its library JARs occurs postclean This target is called during the clean process and is useful for deleting temporary build files associated with this plug-in that are not otherwise cleaned up

This document is created with the unregistered version of CHM2PDF Pilot homeworkpush_back(x);

Effective Java: Programming Language Guide public int getAddCount() { return addCount; } }

Sometimes, different developers using different versions of Eclipse want to work on the same project If the project in question does not involve any Eclipse plug-ins, then there is no problem The problem arises when a project uses the ECLIPSE_HOME classpath variable, which is automatically managed by the environment to point to the current Eclipse installation As a result, any project using ECLIPSE_HOME references plug-ins in the current Eclipse installation For example, a developer using Eclipse 34 will have the project compiled against the Eclipse 34 plug-ins, whereas someone using Rational Application Developer 70, which is based on Eclipse 32, will have that same project compiled against Eclipse 32 plug-ins One solution is to use the PDE Target Platform preference page (see Figure 19 9) Using this page, you can retarget the ECLIPSE_HOME classpath variable at a different Eclipse installation The problem with this approach is that it does not address the problem of different projects compiled against different versions of Eclipse With this solution, you will have all projects compiled against the same Eclipse installation

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