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You ve been updating the source code as you ve gone along, and in each case you ve put the logic next to the puts statement that shows the result to the user. However, for the final version of your basic application, it would be tidier to separate the logic from the presentation a little and put the calculations in a separate block of code before everything is printed to the screen. There are no logic changes, but the finished source for analyzer.rb looks a little cleaner this way: lines = File.readlines("text.txt") line_count = lines.size text = lines.join word_count = text.split.length character_count = text.length character_count_nospaces = text.gsub(/\s+/, '').length paragraph_count = text.split(/\n\n/).length sentence_count = text.split(/\.|\ |!/).length puts puts puts puts puts puts puts puts "#{line_count} lines" "#{character_count} characters" "#{character_count_nospaces} characters excluding spaces" "#{word_count} words" "#{paragraph_count} paragraphs" "#{sentence_count} sentences" "#{sentence_count / paragraph_count} sentences per paragraph (average)" "#{word_count / sentence_count} words per sentence (average)" When run, the result will be somewhat like the following:

<%@page import="java.util.*"%> < xml version="1.0" > <customer id="<%= helper.getCustomerId() %>"> <demograpics> <firstname><%= helper.getFirstName() %></firstname> <lastname><%= helper.getLastName() %></lastname> <phone><%= helper.getPhone() %></phone> </demograpics> <% Iterator it = helper.getItemsOrdered(); while (it.hasNext()) { Get order %> information <order><%=it.next()%></order> <% } %>

result of those test cases. Of course, many other factors make up the full definition of these two terms, and in this chapter, I hope to expand on these thoughts. The bug workflow describes the process, participants, and path of a bug report as it proceeds from creation to closure. Figure 9-1 shows the many paths and decisions included in the lifetime of a bug.

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The CLR provides each AppDomain with a GC handle table . This table allows an application to monitor the lifetime of an object or manually control the lifetime of an object . When an AppDomain is created, the table is empty . Each entry on the table consists of a pointer to an object on the managed heap and a flag indicating how you want to monitor or control the object . An application adds and removes entries from the table via the System.Runtime. InteropServices.GCHandle type shown below . Since the GC handle table is used mostly in scenarios when you are interoperating with unmanaged code, most of GCHandle s members have the [SecurityCritical] attribute applied to them .

TABLe 14-3

<target name="make-war" depends="compile,make-webxml,make-web-docs,make-timestamp,make-soap-api"> <war destfile="${warfile}" compress="false" update="true" webxml="${build.webinf.dir}/web.xml"> <classes dir="${build.classes.dir}"/> <webinf dir="${build.dir}" includes="index/**"/> <webinf dir="${struts.dir}/lib" includes="*.tld,*.dtd"/> <webinf dir="${build.webinf.dir}" includes="antbook.tld"/> <fileset dir="${build.dir}" includes="${timestamp.filename}"/> <fileset dir="web"/> ... </war> </target>

try to refine the error, but all the new test cases produce correct results. You spend several hours reading and rereading the code and hand-calculating the results. They all check out. After a few more hours, something causes you to reexamine the test data. Eureka! The error s in the test data! How idiotic it feels to waste hours tracking down an error in the test data rather than in the code! This is a common experience. Test cases are often as likely or more likely to contain errors than the code being tested (Weiland 1983, Jones 1986a, Johnson 1994). The reasons are easy to find especially when the developer writes the test cases. Test cases tend to be created on the fly rather than through a careful design and construction process. They are often viewed as one-time tests and are developed with the care commensurate with something to be thrown away. You can do several things to reduce the number of errors in your test cases:

targets inside the InitialTargets declaration. We will see this implemented in all the target les in this chapter. When you are creating target les, there is a convention that you should be aware of and make sure to follow. That is to pre x with an underscore all properties, items, and target names that should be considered internal implementation details. By doing so, you are letting the caller know that its behavior is subject to change or might even be removed in newer versions. A future version of MSBuild might support some type of scoping mechanism that can be used to work around this issue. This convention is followed by all target les provided by Microsoft. Now that we have outlined some guidelines, we can take a look at what it takes to integrate some speci c tools into our build process.

Managing DHCP from a Command Line . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-24

Implicit and Explicit Interface Method Implementations (What s Happening Behind the Scenes)

List queriedItemMaps = session.createQuery("from ItemEntity where initialPrice >= :p") .setParameter("p", new BigDecimal(100)) .list();

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