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System::Security is the primary namespace that provides the underlying structure of the .NET security system. System::Security::AccessControl provides security access information on objects like Active Directory, files, the Registry, mutex, and Semaphores. System::Security::Authentication contains a set of enumerations that describe the security of a connection. System::Security::Cryptography provides cryptographic services, including secure encoding and decoding of data. System::Security::Permissions provides classes that control access to operations and resources based on policy. System::Security::Policy contains code groups, membership conditions, and evidence. System::Security::Principal defines a principal object that represents the security context under which code is running. In other words, it is a user, machine, or server that can be positively identified via authentication. Which combination of namespaces you use depends mainly on the type of security your application is performing. For the most part, with role-based security you will use System::Security, System::Security::Principal, and System::Security::Permissions, and for code access security you will use System::Security, System::Security::Policy, and System::Security::Permissions.

Listing 13-11. The Rules.xml File for the UnderscorePrefixRule <Rules FriendlyName="Organization Naming Rules"> <Rule TypeName="UnderscorePrefixRule" Category="Organization.Naming" CheckId="OR5555"> <Name> UnderscorePrefixRule: Prefix private class scoped variables (fields) with an underscore "_"). </Name> <Description> The [organization name]'s naming standards require an underscore to be prefixed to private fields in all cases. </Description> <LongDescription> The underscore is a visual indication that a variable is a private, class scoped field and is used for ease of reading and to differentiate between class fields and local variables within methods. </LongDescription> <GroupOwner> [organization] Developer Standards Group

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When someone traditionally thinks of securing their computer system, role-based is usually what they are thinking about. It is the process of specifying and then allowing a user to access specific resources and functionalities of your system based on the role that the user performs. Common roles are administrator, user, and guest. Each of these roles has a set of resources that the user can access and functionalities that they may perform. Roles are not mutually exclusive; in fact, it is a common practice to combine roles into a hierarchy where the top of the hierarchy provides unlimited access and functionality and as you navigate down the hierarchy the role s rights become more restrictive. Of course, you can also build security in a haphazard way where roles have no interdependencies (though nearly always there is an administrative role that has the rights and privileges of all other roles). .NET s role-based security works well in conjunction with Windows user accounts and Active Directory (AD) users, but you are not restricted to either of these, since you can create roles dynamically at runtime that are neither a Windows user account nor an AD user. To implement role-based security in .NET, you need two pieces: the user and the roles that the user belongs to. In .NET-speak, the user is represented by the identity object and the roles that the identity object belongs to are represented by the principal object. (I would have been quite happy with simply the user object and roles object, but hey, I didn t write the .NET Framework.)

Before we use this new controller from DudelViewController, we need to make two subclasses of the SelectColorController class, since DudelViewController uses the class of the currently active popover controller to determine exactly which controller it s dealing with. NOTE: Purists may object to the creation of subclasses that don t have any behavior or data of their own, but then again, purists object to a lot of things. Being reality-based, we ll do it this way, both because it s simple and because it lets DudelViewController deal with all the popovers as consistently as possible. Use the New File Assistant to create a new class. The assistant doesn t know about the SelectColorController class, so we need to use NSObject as the superclass and change it later. Name the class StrokeColorController, and give its .h and .m files the following contents:

The .NET Framework provides two identity objects: WindowsIdentity and GenericIdentity. The WindowsIdentity object consists of Windows users that you maintain using the Computer Management administrative tool, as shown in Figure 21-1. The GenericIdentity, on the other hand, consists of users that you create dynamically at runtime. Both WindowsIdentity and GenericIdentity share the interface IIdentity, which makes things easier as methods need only use the interface to handle both types of identities.

</GroupOwner> <DevOwner> John Smith </DevOwner> <Owner> [organization] Developer Standards Group </Owner> <Url> http://localhost/organizationrules/default.aspx </Url> <Resolution Name="Member">Add an underscore in front of the field {0}. </Resolution> <Email> OrganizationStandards@organization.com </Email> <MessageLevel Certainty="80"> Error </MessageLevel> <FixCategories> NonBreaking </FixCategories> </Rule> </Rules> Table 13-4 describes each of the nodes in Listing 13-11. Table 13-4. Rules.xsd Nodes

You can create your own custom identities using the IIdentity interface, though I have found that GenericIdentity has provided all the functionality I ve needed.

Rules FriendlyName Rule TypeName Category CheckId Name Description LongDescription GroupOwner DevOwner Owner Url

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