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context.Employees.AddObject(new Employee { Name = new Name { FirstName = "Bill", LastName = "Jordan" }, Email = "BJordan@wildwestshow.com" }); context.SaveChanges(); } using (var context = new EFRecipesEntities()) { foreach (var employee in context.Employees.OrderBy(e => e.Name.LastName)) { Console.WriteLine("{0}, {1} email: {2}", employee.Name.LastName, employee.Name.FirstName, employee.Email); } } } } public class Employee { public int EmployeeId { get; set; } public string Email { get; set; } public Name Name { get; set; } } public class Name { public string FirstName { get; set; } public string LastName { get; set; } } public class EFRecipesEntities : ObjectContext { public EFRecipesEntities() : base("name=EFRecipesEntities", "EFRecipesEntities") { } private ObjectSet<Employee> employees; public ObjectSet<Employee> Employees { get { return employees (employees = CreateObjectSet<Employee>()); } } } The following is the output of the code in Listing 8-6:

control measures could not adequately address the issue. The work around to this problem is to install an alternative sftp service, whether that is a chrooted ssh-based solution, or a different product altogether, such as Rumpus. This isn t always a step in the right direction though. For instance, Rumpus itself was vulnerable to a zero-day exploit that allowed for remote code execution. The rumpus daemon runs as root, so administrators implementing this solution had exposed servers that could be fully compromised remotely. We re big fans of Rumpus and don t mean to call it out specifically. We just feel it s important to acknowledge that no software is immune to exploitation. NOTE: It is important to acknowledge that no software is immune to exploitation. While it is certainly true that properly written software will be much harder to compromise than poorly written software, the general attitude that a security administrator must hold is that all software is vulnerable. Fortunately, with the introduction of sandboxing, we have tools to adequately address these types of problems through the use of sandbox-profiles, whether we re beefing up protections on Apple s solution or implementing a sandbox around a third-party solution. The following profiles, base.sb and shell.sb, were specifically designed to provide reasonably secure sftp/shell services using OS X servers built-in ssh daemon. We accomplish this by limiting available binaries to any user and limiting available utilities to those required for traditional shell functionality. It further provides protection by restricting read access to any directory or file that both fall outside of our specified file system tree and also is not critical for the proper operation of a shell. Writes to /tmp are allowed for general compatibility.

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When you use complex types with POCO, keep in mind the following two rules: The complex type must be a class. It cannot be a struct. Inheritance cannot be used with complex type classes.

ApplicationPermissions current = permissions.getApplicationPermissions(); if (current.getPermission(ApplicationPermissions.PERMISSION_INPUT_SIMULATION) != ApplicationPermissions.VALUE_ALLOW || current.getPermission( ApplicationPermissions.PERMISSION_IDLE_TIMER) != ApplicationPermissions.VALUE_ALLOW) { // Deal with lack of permissions. }

The base.sb profile provides minimal resources needed to establish a remote shell session. It contains two main privilege blocks shell.dependencies and shell.whitelisted-apps. Privilege blocks are to sandbox profiles what functions are to programming and scripting; they allow for the definition of predefined behavior that can be easily referenced from other profiles. To create a privilege block, you define the block by specifying the name and then encapsulating all of your standard sandbox access provisions inside of the (define) block, as shown below:

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