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the location of an assembly and finding the requested type within the binary by reading the contained metadata. The CLR then lays out the type in memory, compiles the associated CIL into platform-specific instructions, performs any necessary security checks, and then executes the code in question. In addition to loading your custom assemblies and creating your custom types, the CLR will also interact with the types contained within the .NET base class libraries when required. Although the entire base class library has been broken into a number of discrete assemblies, the key assembly is mscorlib.dll. mscorlib.dll contains a large number of core types that encapsulate a wide variety of common programming tasks as well as the core data types used by all .NET languages. When you build .NET solutions, you automatically have access to this particular assembly.

Figure 1-3 illustrates the workflow that takes place between your source code (which is making use of base class library types), a given .NET compiler, and the .NET execution engine.

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in stands for logical inches. in is a logical inch because the actual physical size depends on the monitor and settings chosen by the operating system and/or user. The dot pitch of a monitor determines the physical size of its pixels, and thus the physical size of the logical inch. Various operating systems have different settings for dpi. Common values are 72 dpi (Macintosh), 75 dpi (Unix), 96 dpi (Windows Normal), 100dpi (Unix Large), and 120 dpi (Windows Large). Since the dots on a monitor do not change size, the logical inch is physically larger at 120 dpi than at 72 dpi because the logical inch contains more dots. Thus, setting the width of an element to 96px is the same as setting it to 1in on Windows and 1.33in on a Mac running at 72 dpi. The problem with logical inches and all other fixed units of measure is that they do not scale well on systems with different dot-per-inch settings. What may seem just right on Windows at 96 dpi may be too large or too small on other systems. Thus, percentages or ems work best when cross-platform compatibility is desired.

Validating user-entered values in code, or even designing user interfaces that prevent invalid entry altogether, make your job easier and users experiences better Having said that, however, we ll go ahead and outline a possible strategy for handling validation errors Don t say we didn t warn you, though Detecting that users have entered invalid data is simple: just inspect the NSError object that you pass to the managed object context s save: method if an error occurs The NSError object contains the error code that caused the save: method to fail, and if that code matches one of the Core Data validation error codes shown in Table 9-2, you know that some part of the data you attempted to save was invalid You can use NSError s userInfo dictionary to look up more information about what caused the error.

System.Reflection.AssemblyTitleAttribute::.ctor(string) = ( 01 00 00 00 00 ) .hash algorithm 0x00008004 .ver 1:0:454:30104 } .module CarLibrary.dll Finally, you can also see that the .assembly token is used to mark the friendly name of your assembly (CarLibrary), while the .module token specifies the name of the module itself (CarLibrary.dll). The .ver token defines the version number assigned to this assembly, as specified by the [AssemblyVersion] attribute within AssemblyInfo.cs. More details on assembly versioning later in this chapter, but note that the * wildcard character within the [AssemblyVersion] attribute informs Visual Studio 2005 to increment the build and revision numbers during compilation.

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