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<junitreport todir="${test.data.dir}"> <!-- . . . --> </junitreport> <echo message="last build failed tests" file="${test.last.failed.file}"/> <fail if="test.failed"> Unit tests failed. Check log or reports for details </fail> <!-- Remove test failed file, as these tests succeeded --> <delete file="${test.last.failed.file}"/> </target>

Any form field filled out by the user is applied to the register.user model when the form is submitted. The Previous Page button skips the Invoke Application phase and results in the register outcome the previous page is displayed. Note that there is no <s:validateAll/> around this form; you don t want to Process Validations when the user clicks the Previous Page button. Calling Hibernate Validator is now delegated to the register.enterProfile action. You should validate the form input only when the user clicks Next Page. However, you keep the decoration on the form fields to display any validation error messages. The next page shows a summary of the account and profile. The summary page On confirm.xhtml, all input is presented in a summary, allowing the user to review the account and profile details before finally submitting them for registration:

The marker file ${builddir}/lasttestsfailed is created using <echo> s file creation capability and then removed if it makes it past the <fail>, indicating that all tests succeeded While the use of this long <condition> may seem extreme, it accomplishes an important goal: tests integrated directly in the dependency graph won t run if everything is up-to-date Even with such an elaborate up-to-date check to avoid running unit tests, some conditions are still not considered What if the build file itself is modified, perhaps adjusting the unit test parameters What if an external resource, such as a database, changes As you can see, it s a complex problem and one that is best solved by deciding which factors are important to your builds.

... <div class="entry"> <div class="label">Last name:</div> <div class="output">#{register.user.lastname}</div> </div> <div class="entry"> <div class="label">E-mail address:</div> <div class="output">#{register.user.email}</div> </div> <div class="entry"> <div class="label"> </div> <div class="input"> <h:commandButton value="Previous Page" styleClass="button" action="profile"/> <h:commandButton value="Register" styleClass="button" action="#{register.confirm}"/> </div> </div>

Such complexity also reinforces the importance of doing regular clean builds to ensure that you re always building and testing fully against the most current source code This type of up-to-date checking technique is useful in multiple component/buildfile environments In a single build-file environment, if the build is being run then chances are that something in that environment has changed and unit tests should be run Our build files should be crafted so that they play nicely as subcomponent builds in a larger system though, and this is where the savings become apparent A master build file delegates builds of subcomponents to subcomponent-specific build files If every subcomponent build runs unit tests even when everything is up-to-date, then our build time increases dramatically The <condition> example shown here is an example of the likely dependencies and solutions available, but we concede that it is not simple, foolproof, or necessary.

The Previous Page button renders the response defined by the profile outcome, which is the previous page. The register.confirm method is called when the user clicks Register. This action method ends the conversation. Finally, you write the Seam component that backs this conversation. Writing a conversational Seam component The RegisterBean shown in listing 17.16 must be scoped to the conversation. First, here s the interface:

public interface Register { // Value binding methods public User getUser(); public void setUser(User user); public String getVerifyPassword(); public void setVerifyPassword(String verifyPassword); // Action binding methods public String enterAccount(); public String enterProfile(); public String confirm(); // Cleanup routine public void destroy(); }

Your mileage is likely to vary 481 Dealing with large number of tests This technique goes a long way in improving build efficiency and making it even more pleasant to keep tests running as part of every build In larger systems, the number of unit tests is substantial, and even the slightest change to a single unit test will still cause the entire batch to be run While it is a great feeling to know there are a large number of unit tests keeping the system running cleanly, it can also be a build burden Tests must run quickly if developers are to run them every build There is no single solution for this situation, but here are some techniques that can be utilized:.

One of the advantages of the Seam conversation model is that you can read your interface like a story of your conversation. The user enters account data and then the profile data. Finally, the input is confirmed and stored. The implementation of the bean is shown in listing 17.17.