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The only way to unload an assembly is to unload the application domain in which the assembly is loaded. Unfortunately, unloading an application domain will unload all the assemblies that have been loaded into it. This might seem like a heavy-handed and inflexible approach, but with appropriate planning of your application domain, the assembly-loading structure, and the runtime dependency of your code on that application domain, it is not overly restrictive. You unload an application domain using the Shared AppDomain.Unload method and passing it an AppDomain reference to the application domain you want to unload. You cannot unload the default application domain created by the CLR at startup. The Unload method stops any new threads from entering the specified application domain and calls the Thread.Abort method on all threads currently active in the application domain. If the thread calling the Unload method is currently running in the specified application domain (making it the target of a Thread.Abort call), a new thread starts in order to carry out the unload operation. If a problem is encountered unloading an application domain, the thread performing the unload operation throws a System.CannotUnloadAppDomainException. Attempting to access the application domain after it has been unloaded will throw a System.AppDomainUnloadedException. While an application domain is unloading, the CLR calls the finalization method of all objects in the application domain. Depending on the number of objects and nature of their finalization methods, this can take an arbitrary amount of time. The AppDomain.IsFinalizingForUnload method returns True if the application domain is unloading and the CLR has started to finalize contained objects; otherwise, it returns False.

X: REAL; KIND: Integer initialization expression (optional)

public void replaceDefaultIndex(String index)

This code fragment demonstrates the syntax of the Unload method: ' Create a new application domain. Dim newDomain As AppDomain = AppDomain.CreateDomain("New Domain") ' Load assemblies into the application domain. ... ' Unload the new application domains. AppDomain.Unload(newDomain)

All(MASK,DIM)

XmlIndexSpecification.replaceDefaultIndex(index)

Use one of the following: The GetType operator The Shared GetType method of the System.Type class The Object.GetType method of an existing instance of the type The GetNestedType or GetNestedTypes method of the Type class The GetType or GetTypes method of the Assembly class The GetType, GetTypes, or FindTypes method of the System.Reflection.Module class

MASK:LOGICAL; DIM: INTEGER (optional)

$indexSpec->replaceDefaultIndex($index);

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The Type class provides a starting point for working with types using reflection. A Type object allows you to inspect the metadata of the type, obtain details of the type s members, and create instances of the type. Because of the type s importance, the .NET Framework provides a variety of mechanisms for obtaining references to Type objects. One method of obtaining a Type object for a specific type is to use the GetType operator shown here: Dim T1 As System.Type = GetType(System.Text.StringBuilder) The type name is not enclosed in quotes and must be resolvable by the compiler (meaning you must reference the assembly). Because the reference is resolved at compile time, the assembly containing the type becomes a static dependency of your assembly and will be listed as such in your assembly s manifest. Another method that returns a Type object is Object.GetType. This method returns the type of the object that calls it. The following is an example of its usage: Dim myStringBuilder As New System.Text.StringBuilder Dim myType As System.Type = myStringBuilder.GetType() You can also use the Shared method Type.GetType, which takes a string containing the type name. Because you use a string to specify the type, you can vary it at runtime, which opens the door to a world of dynamic programming opportunities using reflection (see recipe 3-12). If you specify just the type name, the runtime must be able to locate the type in an already loaded assembly. Alternatively, you can specify an assembly-qualified type name. Refer to the .NET Framework SDK documentation for the Type.GetType method for a complete description of how to structure assembly-qualified type names. Table 3-2 summarizes some other methods that provide access to Type objects.

Allocated(X) Anint(X[,KIND])

$indexSpec->replaceDefaultIndex($index);

Type.GetNestedType Type.GetNestedTypes Assembly.GetType Assembly.GetTypes Module.GetType Module.GetTypes Module.FindTypes

X: Allocatable array X: REAL; KIND: Integer initialization expression (optional) MASK:LOGICAL; DIM: INTEGER (optional)

Gets a specified type declared as a nested type (a type that is a member of another type) within the existing Type object. Gets an array of Type objects representing the nested types declared within the existing Type object. Gets a Type object for the specified type declared within the assembly. Gets an array of Type objects representing the types declared within the assembly. Gets a Type object for the specified type declared within the module. (See recipe 1-3 for a discussion of modules.) Gets an array of Type objects representing the types declared within the module. (See recipe 1-3 for a discussion of modules.) Gets a filtered array of Type objects representing the types declared within the module. The types are filtered using a delegate that determines whether each Type should appear in the final array. (See recipe 1-3 for a discussion of modules.)

Any(MASK[,DIM])

Resets the index specification iterator to the beginning of the index list. Use XmlIndexSpecification:: next to iterate through the indexes contained in the index specification.

Asin(X) Associated(PTR[,TARGET])

The following example demonstrates how to use the GetType operator and the Type.GetType method to return a Type object for a named type and from existing objects:

void XmlIndexSpecification::reset()

Atan(X) Atan2(X,Y)

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