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An implicit library specification has the label library and the library name, followed by the label product set and one or more set names. library: D : Math; product set: Circle Each product part completion and resource part access implicit interval specification begins with the label store and the product name or resource name, respectively. This is followed by the label part and the part name. The intervals for completions and accesses can be centrally referenced, with the labels completion and access, respectively. (This statement s clause order is different from D.) store: Keyed Report; part: Keyed Report Line; completion: Keyed Report Line Product; access: Keyed Report Line Resource An in-set alias entry has the label alias and the alias interval set name, followed by the label translation and the translation. alias: Option Selection; translation: selectOption

The simple attributes shown so far have used a single attribute applied to a method. This section describes other types of attribute usage.

You can now pass this Runnable object to a Thread constructor for execution:

You can apply multiple attributes to a single construct. Multiple attributes can be listed in either of the following formats: Separate attribute sections stacked on top of each other A single attribute section, with the attributes separated by commas You can list the attributes in any order. For example, the following two sections of code show the two ways of applying multiple attributes. The sections of code are equivalent. [ Serializable ] [ MyAttribute("Simple class", "Version 3.57") ] [ MyAttribute("Simple class", "Version 3.57"), Serializable ] Attribute Attribute

Major Definitions (Header Statements)

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Besides classes, you can also apply attributes to other program constructs such as fields and properties. The following declaration shows an attribute on a field, and multiple attributes on a method: [MyAttribute("Holds a value", "Version 3.2")] public int MyField; [Obsolete] [MyAttribute("Prints out a message.", "Version 3.6")] public void PrintOut() { ... // On a field

Thread t = new Thread(runner); t.start();

You can also explicitly label attributes to apply to a particular target construct. To use an explicit target, place the target type, followed by a colon, at the beginning of the attribute section. For example, the following code decorates the method with an attribute, and also applies an attribute to the return value. Explicit target [method: MyAttribute("Prints out a message.", "Version 3.6")] [return: MyAttribute("This value represents ...", "Version 2.3")] public long ReturnSetting() { ... The C# language defines ten standard attribute targets, which are listed in Table 24-3. Most of the target names are self-explanatory, but type covers classes, structs, delegates, enums, and interfaces. The typevar target name specifies type parameters to constructs that use generics. Table 24-3. Attribute Targets

Listing 9-6 puts all these pieces together. There is an added Thread.join() call to ensure that the newly created thread finishes before the program exits.

You can also use an explicit target to set attributes at the assembly and module level, by using the assembly and module target names. (Assemblies and modules were explained in 10.) Some important points about assembly-level attributes are the following: Assembly-level attributes must be placed outside any namespace scope and are usually placed in the AssemblyInfo.cs file. The AssembyInfo.cs file usually contains metadata about the company, product, and copyright information. The following are lines from an AssemblyInfo.cs file: [assembly: [assembly: [assembly: [assembly: [assembly: [assembly: [assembly: [assembly:

A characteristics definition is indicated by the label characteristics. characteristics: temporary A product s interval definition is denoted by a header statement that has the interval name following the label interval. It s followed by the interval s return component definition, which is the label return type, followed by a component type. If there is no return component, then that is denoted by a return type label with no return type. interval: Picture Validation return type: bool and interval: Context Acquisition return type: For a managed interval, each component definition is begun by the label label, for the interval s invocation, then each management component is used as a label. The component type follows the label type.

AssemblyTitle("SuperWidget")] AssemblyDescription("Implements the SuperWidget product.")] AssemblyConfiguration("")] AssemblyCompany("McArthur Widgets, Inc.")] AssemblyProduct("Super Widget Deluxe")] AssemblyCopyright("Copyright McArthur Widgets 2008")] AssemblyTrademark("")] AssemblyCulture("")]

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