winforms code 128

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It was possible to swap different versions of .dlls in and out of the registry, which caused all sorts of compatibility issues. Well, with .NET this is no longer the case, as versioning is well supported. That being said, a word of caution: The CLR ignores versioning in private assemblies. If you include a private assembly in your application s directory structure, the CLR assumes you know what you are doing and will use that version, even if the correct version, based on version number, is in the GAC. The .NET Framework supports a four-part version: major, minor, build, and revision. You will most frequently see version numbers written out like this: 1.2.3.4. On occasion, however, you will see them like this: 1:2:3:4. By convention, a change in the major and minor numbers means that an incompatibility has been introduced, whereas a change in the build and revision numbers means compatibility has been retained. How you actually use version numbers, on the other hand, is up to you. Here is how the .NET Framework handles versioning in a nutshell: only the global assembly version that was referenced at compile time will work in the application. That is, all four version parts need to match. (Well, that is not quite true. You will see a way to overrule which version number to use later in this chapter.) This should not cause a problem even if there is more than one version of a shared assembly available, because multiple versions of a shared assembly can be placed without conflict into the GAC (see Figure 20-5). There might be a problem if the shared assembly with the corresponding version number is not in the GAC, as this throws a System::IO::FileNotFoundException exception.

You can create project alerts against defined events in the subcomponents of the Team Foundation Server. The four predefined alerts are shown in Table 2-1.

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Version numbers are stored as metadata within the assembly, and to set the version number requires that you update the AssemblyVersionAttribute attribute. To make things easier for you, the Visual Studio project template wizard automatically provides a default AssemblyVersionAttribute attribute within the AssemblyInfo.cpp file. You set the version number by simply changing the dummy value [assembly:AssemblyVersionAttribute("1.0.*")]; to a value that makes sense in your development environment, for example: [assembly:AssemblyVersionAttribute("3.1.2.45")]; Notice the asterisk (*) in the default version number value provided by Visual Studio. This asterisk signifies that the compiler will automatically create the build and revision numbers for you. When the compiler does this, it places the number of days since January 1, 2000, in the build and the number of seconds since midnight divided by two in the revision.

// StrokeWidthController.m #import "StrokeWidthController.h" #import "StrokeDemoView.h" @implementation StrokeWidthController @synthesize strokeWidth; - (void)viewDidLoad { [super viewDidLoad]; NSInteger i = self.strokeWidth; strokeDemoView.strokeWidth = i; label.text = [NSString stringWithFormat:@"%d", i]; slider.value = i; } (BOOL)shouldAutorotateToInterfaceOrientation:(UIInterfaceOrientation)interfaceOrientatio n { // Overriden to allow any orientation. return YES; } - (void)takeIntValueFrom:(id)sender { NSInteger i = ((UISlider *)sender).value; self.strokeWidth = i; strokeDemoView.strokeWidth = self.strokeWidth; label.text = [NSString stringWithFormat:@"%d", i]; slider.value = self.strokeWidth; } @end

I think it s a mistake to use the autogenerated method, as the version numbers then provide no meaning. Plus, using autogenerated numbers forces you to recompile the application referencing the assembly every time you recompile the shared assembly. Autogenerated numbers aren t so bad if the application and the shared reference share into the same solution, but they aren t so good if the application and the shared reference share into different solutions, and even worse if different developers are developing the application and shared assembly.

You can add alerts by writing against the notification service directly. For more information, see the Tip guidance provided in the Visual Studio 2005 Software Developers Kit (SDK), available at the Visual Studio Industry Partner (VSIP) Affiliate homepage (http://affiliate.vsipmembers.com/affiliate/

It took me a while to figure out how to get the version number out of the assembly (but that might just be me). As I found out, though, it s really easy to do, because it s just a property of the name of the assembly. I think the code is easier to understand than the explanation: Assembly ^assembly = Assembly::GetExecutingAssembly(); Version ^version = assembly->GetName()->Version; The only tricky part is getting the currently executing assembly, which isn t too tricky because the .NET Framework provides you with a static member to retrieve it for you.

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