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ven though this is the last chapter specifically addressing managed code, it is hardly the least important In fact, to many developers it is one of the more important ones The only reason it is placed here, instead of earlier, is that it is easier to understand security if you already have a good knowledge of both managed code and the NET Framework which you should have by now Another reason I placed the chapter here is because this is the last chapter that deals solely with managed code To put it simply, NET security works only with managed code (and, as you ll see in this chapter, managed data) So what you will be learning in the chapters following this one will not be bound by what is covered in this chapter (Okay, that is not quite accurate.

The code to access or call unsafe code still falls under the NET security umbrella, but the unsafe code itself does not) In general, NET security focuses on code that has an origin other than your local hard drive, or what is often called mobile code Normally, code that originates on your local hard drive has authority to do anything on your computer that the operating system security allows You can change this, but in most cases there is no need Security in NET is a problematic topic when it comes to C++/CLI as you have the ability to very easily step outside the safe NET sandbox if you are not paying attention You may find that code that works just fine when run from your local hard drive continually throws exceptions when run as mobile code.

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use="required" /> </xs:extension> </xs:simpleContent> </xs:complexType> </xs:element> <xs:element name="FixCategories" type="xs:string" /> </xs:sequence> <xs:attribute name="TypeName" type="xs:string" use="required" /> <xs:attribute name="Category" type="xs:string" use="required" /> <xs:attribute name="CheckId" type="xs:string" use="required" /> </xs:complexType> </xs:element> </xs:sequence> <xs:attribute name="FriendlyName" type="xs:string" use="required" /> </xs:complexType> </xs:element> </xs:schema> For this example, add an XML file named Rules.xml to your project. The complete text of this file is shown in Listing 13-11.

The most probable reason for these exceptions is because of the code s or the user s lack of permission to execute a particular functionality or access a specific resource Understanding the reason for these exceptions and providing methods for solving them is the goal of this chapter..

[super dealloc]; } - (void)colorGridTouchedOrDragged:(NSNotification *)notification { NSDictionary *userDict = [notification userInfo]; self.selectedColor = [userDict objectForKey:ColorGridLatestTouchedColor]; selectedColorSwatch.backgroundColor = self.selectedColor; } - (void)colorGridTouchEnded:(NSNotification *)notification { NSDictionary *userDict = [notification userInfo]; self.selectedColor = [userDict objectForKey:ColorGridLatestTouchedColor]; selectedColorSwatch.backgroundColor = self.selectedColor; [[NSNotificationCenter defaultCenter] postNotificationName:ColorSelectionDone object:self]; } @end

Caution The rule filename must match the fully qualified name of the rule as specified in the base rule

If parts of your code are unsafe, it causes the common language runtime (CLR) to get upset and throw an exception tantrum. There is an easy way to combat accidentally introducing unsafe code: always compile code that you want to be secure with the /clr:safe option. This option never compiles successfully if unsafe code is present. I discuss unsafe code in some detail in the last two chapters of this book.

This chapter will look at the two forms of security provided by .NET: role-based and code access security. I ll start off with role-based security as I feel it is the easier of the two security types. Then I ll move on to the more involved (though not much more complex) code access security.

constructor (in this case, it is OrgNamingRules.Rules, without the xml). While the filename is Rules, the root namespace for the project is OrgNamingRules, so this must prefix the filename in the constructor.

This should be pretty straightforward. We register methods to listen for activity from the ColorGrid, each of which grabs the latest touched color from the notification object. If the touch ended, we send out yet another notification, so that our main controller gets the message that a color has been set.

The .NET Framework breaks security functionality into two large namespaces: System::Web:: Security for the ASP.NET and Web services worlds and System::Security for the Windows application, console, and Windows services worlds. Since the functionality of System::Security is so complex, the .NET Framework also breaks it up into the following:

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