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$this->assertNoLinkByHref($href, $message= %s , $group= Other ) $this->assertResponse($code, $message= %s )

using the Windows Forms API. The main window renders a bar chart based on some information obtained from a back-end database and displays your company logo. While learning the types each namespace contains takes study and experimentation, here are some possible candidates to reference in your program. // Here are all the namespaces used to build this application. using System; // General base class library types. using System.Drawing; // Graphical rendering types. using System.Windows.Forms; // Windows Forms GUI widget types. using System.Data; // General data-centric types. using System.Data.SqlClient; // MS SQL Server data access types. Once you have specified some number of namespaces (and set a reference to the assemblies that define them), you are free to create instances of the types they contain. For example, if you are interested in creating an instance of the Bitmap class (defined in the System.Drawing namespace), you can write // Explicitly list the namespaces used by this file. using System; using System.Drawing; class Program { public void DisplayLogo() { // Create a 20 * 20 pixel bitmap. Bitmap companyLogo = new Bitmap(20, 20); ... } } Because your code file is importing System.Drawing, the compiler is able to resolve the Bitmap class as a member of this namespace. If you did not specify the System.Drawing namespace, you would be issued a compiler error. However, you are free to declare variables using a fully qualified name as well. // Not listing System.Drawing namespace! using System; class Program { public void DisplayLogo() { // Using fully qualified name. System.Drawing.Bitmap companyLogo = new System.Drawing.Bitmap(20, 20); ... } } While defining a type using the fully qualified name provides greater readability, I think you d agree that the C# using keyword reduces keystrokes. In this text, I will avoid the use of fully qualified names

(unless there is a definite ambiguity to be resolved) and opt for the simplified approach of the C# using keyword. However, always remember that the using keyword is simply a shorthand notation for specifying a type s fully qualified name, and either approach results in the exact same underlying CIL (given the fact that CIL code always makes use of fully qualified names) and has no effect on performance or the size of the assembly.

This function asserts that no link with the given $href or partial $href exists on the page. This function asserts that the HTTP response code for the current page matches the value assigned to $code. This function asserts that a field exists on the current page with the given ID and value. This function asserts that a field does not exist on the current page with the given ID and value. This function asserts that a field exists on the current page with the given name and value.

In addition to specifying a namespace via the C# using keyword, you also need to tell the C# compiler the name of the assembly containing the actual CIL definition for the referenced type. As mentioned, many core .NET namespaces are defined within mscorlib.dll. However, the System.Drawing.Bitmap class is contained within a separate assembly named System.Drawing.dll. A vast majority of the .NET Framework assemblies are located under a specific directory termed the global assembly cache (GAC). On a Windows machine, this can be located by default under C:\Windows\Assembly, as shown in Figure 1-6.

Figure 1-6. Many .NET libraries reside in the GAC Depending on the development tool you are using to build your .NET applications, you will have various ways to inform the compiler which assemblies you wish to include during the compilation cycle. You ll examine how to do so in the next chapter, so I ll hold off on the details for now.

$this->assertFieldById($id, $value= , $message= %s ) $this->assertNoFieldById($id, $value= , $message= %s ) $this->assertFieldByName($name, $value = , $message = %s )

using 14.My3DShapes; using The3DHexagon = 14.My3DShapes.Hexagon;