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A string, font, icon, bitmap, image, sound, or other binary resource that is attached to a Windows application or DLL using the Win32 .res format or .NET managed .resx format. Often dependent on language/culture settings.
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You might need to access many different kinds of data resources and application settings. We ve summarized the most common ones in Table 7-4.
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Table 7-4. Some Commonly Used Data and Configuration Settings
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The source directory containing the source file(s) at time of compilation. Often used to access further resources in F# Interactive scripts or for error reporting in compiled applications. Accessed using the __SOURCE_DIRECTORY__ predefined identifier. Arguments passed to the invocation of the program. Accessed using System.Environment.GetCommandLineArgs and fsi.CommandLineArgs when running in F# Interactive.
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CH A PT ER 7 EN CA PS ULAT I NG A ND PACK AGI NG Y OUR CO DE
Table 7-4. Some Commonly Used Data and Configuration Settings
Data Resource
Installation location
Notes
Where a program EXE or DLL is installed. Accessed by using System.Windows.Forms.Application.StartupPath or by reading the Assembly.Location of any of the types defined in your assembly. For F# Interactive scripts, the installation location is usually the same as the source directory. Paths to common logical directories such Program Files, My Documents, and Application Data. Accessed using System. Environment.GetFolderPath. User- or machine-wide settings such as PATH and COMPUTERNAME. Accessed using System.Environment.GetEnvironmentVariable. User- or machine-wide settings used to hold the vast majority of settings on a Windows machine. Accessed using Microsoft. Win32.Registry.GetValue and related types and methods. Database connection strings and other configuration settings, often used for web applications. If an application is called MyApp.exe, then this is usually stored in a file such as MyApp.exe.config alongside the executable, and for web applications a Web.Config file is used. Accessed using System.Configuration.ConfigurationManager. A special storage area accessible only to an installed application and that looks just like disk storage. You can find out more about isolated storage at http://www.expert-fsharp.com/Topics/ IsolatedStorage. Specifications of Windows-related resources. Often taken from predefined system fonts and colors using the functions in System.Drawing, for example, Color.MidnightBlue or new Font(FontFamily.GenericMonospace, 8.0f). Can be added as a binary resource to an assembly and accessed using System. Resources.ResourceManager.
User directories
Environment variables Registry settings
Configuration settings
Isolated storage
Fonts, colors, icons, and so on
You can author GUI data resources such as fonts, images, strings, and colors by creating a .resx file using tools such as Visual Studio. These are then compiled to binary resources by using the resgen.exe tool that is part of the .NET Framework SDK. Most development environments have tools for designing and creating these resources. Often the .NET Framework will contain one particular canonical type such as System.Drawing.Color for any particular kind of resource, and you should avoid writing needless duplicate types to represent them. Sometimes it s a good idea to make sure a data resource is officially part of an assembly. For example, this is required if the assembly will be installed into the GAC. The best way to embed resources in applications (or to associate them with a DLL) is by using the --resource or --link-resource compiler option. For standard Win32 or .NET resources, you may also just give the .res or .resx file directly on the command line when invoking the F# compiler. For example, at the time of writing, the F# distribution included a sample called Samples101. This sample contains the following:
CHAPTER 7 ENC APS ULATIN G AN D PA CK AGING YOUR C ODE
The source files samples.fs, beginners.fs, sampleform.fs, and program.fs. The .NET resource file SampleForm.resx, created and edited using the Visual Studio tools for designing icons. This file contains 57KB of XML data specifying, among other things, a default icon for the top-left corner image on the Windows operating system and six images used by the application. These are held in an image stream under the XML key imageList.ImageStream. The application is compiled using the following command line: fsc.exe SampleForm.resx sample.fs beginners.fs sampleform.fs program.fs In the application, the resources are accessed from the type SampleForm contained in the file sampleform.fs. The following code fragments occur in that file. The first creates a ComponentResourceManager that is ready to read resources from an assembly. The argument typeof<SampleForm> ensures the resource manager reads resources from the assembly that contains the type SampleForm (that is, the type being defined). We discuss the typeof function in more detail in 9. open System.ComponentModel let resources = new ComponentResourceManager(typeof<SampleForm>) The following lines retrieve images from the resource stream: open System.Windows.Forms let imageList = new System.Windows.Forms.ImageList() imageList.ImageStream <- (resources.GetObject("imageList.ImageStream") : > System.Windows.Forms.ImageListStreamer) imageList.Images.SetKeyName(0, "Help") imageList.Images.SetKeyName(1, "BookStack") imageList.Images.SetKeyName(2, "BookClosed") imageList.Images.SetKeyName(3, "BookOpen") imageList.Images.SetKeyName(4, "Item") imageList.Images.SetKeyName(5, "Run") The images from the resource file are associated with graphical components using the ImageKey property of various Windows Forms controls. For example, the Run button of the application is associated with the Run image stored in the resource file using the following lines: let runButton = new Button(ImageAlign = ContentAlignment.MiddleRight, ImageKey = "Run", ImageList = imageList)
Note .NET uses application configuration files (for static application settings) and isolated storage for settings private to an installed application for a particular user, including for applications downloaded from the Web. You can access isolated storage using the System.IO.IsolatedStorage namespace and can access the Windows registry using the Microsoft.Win32.Registry namespace.
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