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Beyond simply identifying opportunities for optimization, application analysis is important for a variety of other reasons testing, for instance One measure of a good test suite is that it exercises as much of the code for your application as possible In order to devise a good test suite, it is important to be able to identify all of the possible sequences of function calls within your application; you can do so with an item known as a call graph Attempting to do this manually can be tedious even on a good day, and requires continuous updating each time you change your application Luckily, as explained later in this chapter, you can automatically generate call graphs and examine code coverage using the GNU gcov tool.

Inserts the provided data into the document after the selected node. If the operation s target is an attribute node or the document root node, an exception is thrown at modification execution time. If the content to be added is an attribute, the content is added to the targeted node s parent node. For any other type of content, the content is inserted into the document immediately after the targeted node s end tag as its next sibling.

You need to access the arguments that were specified on the command line when your application was executed.

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Analyzing the behavior, performance, and interaction between function calls in your applications is generally classified into two different, but related, types of analysis: Code coverage analysis: Shows how well any single run of the application exercises all of the functions in your application Code profiling: Provides performance information by measuring the behavior of and interaction between the functions in any single run of your application There are many different types of profiling the most common of these is execution profiling, which measures and reports on the time spent in each function during a run of an application..

Luckily (and not too surprisingly), the GNU Compiler Collection (GCC) addresses both of these needs for developers: Code coverage: GCC compilers include an application and two compilation options that make it easy to perform code analysis. The GNU Coverage application, gcov, automatically creates a call graph for your applications, helping you identify how well any given test code exercises the various execution paths and relationships between the functions in an application. This application produces some general profiling information, but its focus is on coverage analysis. Code profiling: GCC compilers also provide a number of compilation options that make it easy for you to use code profilers such as the GNU profiler, gprof.

Use a signature for your Main method that exposes the command-line arguments as a String array. Alternatively, access the command-line arguments from anywhere in your code using the Shared members of the System.Environment class.

void XmlModify::addInsertAfterStep(const XmlQueryExpression &selectionExpr, XmlObject type, const std::string &name, const std::string &content)

Note The code coverage and profiling options discussed in this chapter can be used with any of the languages supported by the GNU Compiler Collection. This is a huge advantage for developers who need to develop code in multiple languages, because they can reuse the same knowledge and tips. While the majority of the examples in this chapter are provided in the C programming language, examples in other languages are also occasionally provided to highlight the cross-language nature of all GCC compilers. When reading, please substitute the appropriate concept from the language that you re using.

Declaring your application s Main method with one of the following signatures provides access to the command-line arguments as a String array: Public Shared Sub Main(ByVal args As String()) End Sub Public Shared Function Main(ByVal args As String()) As Integer End Sub At runtime, the args argument will contain a string for each value entered on the command line after your application s name. The application s name is not included in the array of arguments. If you need access to the command-line arguments at places in your code other than the Main method, you can process the command-line arguments in your Main method and store them for later access. However, this is not necessary since you can use the System.Environment class, which provides two Shared members that return information about the command line: CommandLine and GetCommandLineArgs. The CommandLine property returns a string containing the full command line

public void addInsertAfterStep(XmlQueryExpression selectionExpr, int type, String name, String content)

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