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After choosing the updates, click the Publish Now button. This begins the process of publishing the application to the location identified. You can follow the progress of the publishing by looking at the status in the bottom-left corner of the project properties window. When the publishing is completed, the status will be Publish Succeeded. Also, when the publishing is completed, a Web browser will appear with the deployment page. The deployment page has the application name, the version, and an Install button, as shown in Figure 9-3. Click the Install button and install the application. Immediately after installing the application, the application will be executed.
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When you attempt to install an assembly into the GAC, the security components of the CLR must first verify that the digital signature on the assembly is valid. If there is no digital signature, or if it is invalid, the system will not install it into the GAC. This is a one-time check, however. After an assembly is in the GAC, no further checks are required when it is referenced by a running program. The gacutil.exe command-line utility allows you to add and delete assemblies from the GAC, and list the assemblies it contains. The three most useful flags are the following: /i: Inserts an assembly into the GAC /u: Uninstalls an assembly from the GAC /l: Lists the assemblies in the GAC
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that looks like a mini dartboard (shown by the arrow in Figure 6-88).
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Table 2-1. The SimpleProgram Program, Line by Line
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You can declare multiple variables in a single declaration statement. The rules for multiplevariable declarations are as follows: To declare multiple variables in a single statement, separate the variable names with commas. Initializers can be included with the variable names. The variables in a multiple-variable declaration must all be of the same type. For example, the following code shows two valid declaration statements with multiple variables. Notice that the initialized variables can be mixed with uninitialized variables as long as they are separated by commas. The last declaration statement is invalid because it attempts to declare different types of variables in a single statement. // Variable declarations--some with initializers, some without int var3 = 7, var4, var5 = 3; double var6, var7 = 6.52; Type Different type int var8, float var9;
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unbox.any <token> (0xA5). Introduced in version 2.0 of the CLR, this unboxing instruction is symmetric to the box instruction, because it returns an instance of the value type. mkrefany <token> (0xC6). Take a pointer either managed or unmanaged from the stack, convert it to a typed reference (typedref), and push the typed reference back on the stack. The typed reference is an opaque handle that carries both type information and an instance pointer. The type of the created typedref is specified by <token>, which must be a valid TypeDef, TypeRef, or TypeSpec token. Typically, this instruction is used to create the typedref values to be passed as arguments to methods that expect typedref parameters. These methods split the typed references into type information and instance pointers using the refanytype and refanyval instructions. refanytype <token> (0xFE 0x1D). Take a typed reference from the stack, retrieve the type information, and push the internal type handle on the stack. This instruction has no parameters. refanyval <token> (0xC2). Take a typed reference from the stack, retrieve the instance pointer (& or native int), and push it on the stack. This instruction has one parameter <token>, which must be a valid TypeDef, TypeRef, or TypeSpec token and must match the type of the typed reference or be its ancestor. In other words, the type of the typed reference must be castable to the type specified by <token>; otherwise, the instruction throws an exception. Why do we need to specify the type by <token> when the type is already present in the typed reference Well, the type is indeed present, but we need to specify it explicitly for the sake of the verifier, which performs static analysis of the IL code. Without explicit specification of the type, the result of the refanyval instruction would have whatever type was encoded in the typed reference, unidentifiable in static analysis. And we don t want refanyval instruction to be absolutely unverifiable, now do we ldtoken <token> (0xD0). Convert <token> to an internal handle to be used in calls to the [mscorlib]System.Reflection methods in the .NET Framework class library. The admissible token types are MethodDef, MemberRef, TypeDef, TypeRef, and FieldDef. The handle pushed on the stack is an instance of one of the following value types: [mscorlib]System.RuntimeMethodHandle, [mscorlib]System.RuntimeTypeHandle, or [mscorlib]System.RuntimeFieldHandle. The ILAsm notation requires full specification for classes (value types), methods, and fields used in ldtoken. This instruction is the only IL instruction that is not specific to methods only or fields only, and thus the keyword method or field must be used: ldtoken [mscorlib]System.String ldtoken method instance void [mscorlib]System.Object::.ctor( ) ldtoken field int32 Foo.Bar::ff sizeof <token> (0xFE 0x1C). Load the size in bytes of the value type specified by <token> on the stack. <token> must be a valid TypeDef, TypeRef, or TypeSpec token. This instruction can be applied to the reference types as well, but the usefulness of such an application is questionable: for reference types, sizeof always returns pointer size (4 or 8, depending on the underlying platform).
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to call BeginEdit() myself. Since I have to call CancelEdit() and ApplyEdit() manually anyway, I prefer simply to control the entire process.
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Table 10-2. Methods Defined by IEditableObject
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If proxy.IsServerRemote Then ApplicationContext.SetGlobalContext(result.GlobalContext) End If The details around context are discussed later in the chapter. With the server call complete, the DataPortalInvokeComplete event is raised: OnDataPortalInvokeComplete(New DataPortalEventArgs(dpContext)) Finally, the business object created and loaded with data on the server is returned to the factory method that called DataPortal.Fetch() in the first place. Remember that in a physical n-tier scenario, this is a copy of the object that was created on the server. .NET serialized the object on the server, transferred its data to the client, and deserialized it on the client. This object being returned as a result of the Fetch() method exists on the client workstation and so can be used by other client-side objects and UI components in a very efficient manner.
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to enterprise resources (such as corporate databases, message queues, user information, etc.) because the servlet runs in a more secure server-side environment. The JVM and language evolved to become a server-side implementation and a great replacement for CGI applications on the server. In addition to this, web browsers continued to evolve and became even more flexible with the introduction of the Document Object Model (DOM) and Dynamic HTML (DHTML) support. Scripting support was added to the browser with the development of JavaScript (unrelated to Java despite its name) and VBScript. To handle these scripting languages, interpreters were plugged into the browser. An extensible browser architecture proved to be a powerful feature. Thanks to extensibility, applications such as Macromedia Flash added a new virtual machine on top of the browser, allowing for even more flexible and intense applications. The extensible browser then brought about ActiveX technology on the Windows platform, whereby Windows application functionality could be run within the browser when using Microsoft browsers (or alternative ones with a plug-in that supported ActiveX). This powerful solution enabled native functionality to be accessible from networked applications (see Figure 1-2). This got around the restrictions imposed by the security sandbox and lowest common denominator approach of the JVM, but ultimately, this led to problems in the same vein as distributing client-only applications; specifically, a heavy configuration of the desktop, was necessary to get them to work. Although this configuration could be automated to a certain degree, it resulted in two show-stopping points for many.
To perform the console output, Console::WriteLine(Object^) calls ToString on the object passed. System::Enum implements a special overload for ToString. You can use the following application to explore the behavior of Enum::ToString: // managedEnum1.cpp // build with "cl /clr:safe managedEnum1.cpp" enum class Color : unsigned char { Red = 1, Blue = 2, Yellow = 4 }; using namespace System; int main() { Color c = Color::Red; Console::WriteLine(c); c = Color::Red | Color::Blue; Console::WriteLine(c); } Executing this application causes an output that is probably surprising: Red 3 When the value Color::Red is passed to Console::WriteLine, the literal name Red is written to the console. Enum::ToString is able to read the literal names from the enum type s metadata. When the value Color::Red | Color::Blue is passed instead, the numeric value 3 appears. In addition to the enum literals, the ToString overload is aware of the System::FlagsAttribute. This attribute can be applied to a managed enum to express that bitwise-or combinations are valid values. When the attribute is applied to the Color type, the expression (Color::Red | Color::Blue).ToString() evaluates to Red, Blue. Here is a piece of code that uses an enum with the FlagsAttribute: // managedEnum2.cpp // build with "cl /clr:safe managedEnum2.cpp" using namespace System; [Flags] enum class Color { Red = 1,
Data Access Methods
VS2010 contains some long-awaited changes, including: There is now support for multiple monitors and the ability to drag windows outside of the IDE (see Figure 2-1). Intellisense is now 2 to 5 times as quick as previous versions. Readability of text is improved.
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