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Listing 3-1 shows a unit test that extends from GroovyTestCase and contains two variables that include a range of lowercase letters on line 3 and a range of uppercase letters on line 4. The test case also contains three tests. The first test, shown on lines 6 10, asserts that the range has a size of 26, representing each of the letters in lowercase. It also asserts that a lowercase 'b' is in the range but that an uppercase 'B' is not. The second test, shown on lines 12 16, is basically the same test but uses the uppercase range. The third test, on the other hand, validates that the two ranges can be concatenated together to produce a new range that includes both. Therefore, the new range is twice the size and includes both the lowercase 'b' and the uppercase 'B'. Running a Groovy unit test is just like running a script. To run this test, execute the following:

{ if (length(seed) > 0) srand(seed) else srand() while ( n++ < bank ) printf "%s ", int(rand()*(upper - lower + 1)) + lower }' bank=$rnd_bank seed="$rnd_seed" lower=$rnd_lower upper=$rnd_upper) fi ## Build $_RANDOM with desired number of numbers while [ $_N -lt $rnd_num ] do _RANDOM="${_RANDOM:+$_RANDOM }$1" _N=$(( $_N + 1 )) case ${1+X} in X) shift ;; esac done ## Assign remaining numbers to $_random for reuse _random=$* } else random() { ## Set defaults rnd_num=1 rnd_lower=0 rnd_upper=32767 rnd_seed= _N=0 _RANDOM=

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Tests whether all items in a collection are instances of a specific type Tests whether all items in a collection are not null Tests whether all items in a collection are different Tests whether two collections contain the same items (object values are tested, not references) in the same order Similar to AreEqual, but the items can be in any order as long as two collections contain the same items Tests whether two collections contain a different number of items, a different set of items, or the same items in different orders Tests whether two collections contain a different number of items or a different set of items Tests whether a collection contains a specified item Tests whether a collection does not contain a specified item Tests whether one collection does not contain a subset of items from another collection Tests whether one collection contains a subset of items from another collection

Because a JUnit test runner is built into Groovy, the results of the tests are printed to standard out. The results identify how many tests ran, how many failed, and how many errors occurred. Failures indicate how many tests did not pass the assertions, and errors indicate unexpected occurrences such as exceptions. In addition, because GroovyTestCase extends JUnit, you can easily integrate the Groovy tests into automated test harnesses such as Apache Ant2 and Apache Maven3 builds so they can be run continually.

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Besides TestClass and TestMethod, there are many useful attributes for controlling how tests behave. Table 12-4 lists attributes that are useful for the initialization and cleanup of resources. All attributes shown in Table 12-4 apply to methods.

Extensible Markup Language (XML)4 is a general-purpose markup language commonly used in enterprise applications to persist or share data. Historically, creating and consuming XML documents has been easier than working with other types of formats, because XML is text-based, follows a standard, is in an easily parsable format, and features many existing frameworks and libraries to support reading and writing documents for many different programming languages and platforms. Most of these frameworks, however, are based on the World Wide Web Consortium s (W3C s)5 Document Object Model (DOM),6 which can cause the code that manipulates XML documents to become difficult to write and read. Due to the popularity and complexity of working with XML, Groovy includes a framework that uses XML in a natural way. The next section demonstrates how complicated it is to write simple XML with standard Java code, then shows you how to process XML in the simple and elegant Groovy way.

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