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As I m sure you suspect, this form of override causes the current stack frame to be denied for the resource type specified. Using this override enables you to disable permissions for accessing resources

For comparison purposes, the summary page of the sampled performance session is shown in Figure 14-3.

navigation controller manages movement from the main notes list to a selected note, and within a detailed note view, a custom vertical toolbar provides access to additional options, such as assigning an icon to the currently selected note (see Figure 1 7).

even though the application is running under a code group that has a permission set with the appropriate permissions. CodeAccessPermission ^permissionRead = gcnew FileIOPermission(FileIOPermissionAccess::Read, "C:\\Test"); permissionRead->Deny(); // Do stuff permissionRead->RevertDeny(); The RevertDeny is used to restore the previous permissions to the specified resource. Note that if the resource was denied permissions before the Deny was called, the resource continues to not have permission.

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If you want to be specific with which resources are available on a stack walk, then the PermitOnly may be what you want. This override identifies the only resources that will have permissions on the call stack from the time the PermitOnly is specified to its corresponding RevertPermitOnly. CodeAccessPermission ^permissionWrite = gcnew FileIOPermission(FileIOPermissionAccess::Write, "C:\\Test"); permissionWrite->PermitOnly(); // Do Stuff permissionWrite->RevertPermitOnly(); Overrides can be a bit difficult to understand without an example. Listing 21-7 shows how you can use Deny and PermitOnly on the call stack and then have Assert overrule them. Listing 21-7. Assert, Deny, and PermitOnly using using using using namespace namespace namespace namespace System; System::IO; System::Security; System::Security::Permissions;

Figure 14-3. Performance Report Summary (Sampling) Double-clicking any item on this page will take you to that item on the Functions view. Optionally you can right-click the item and select one of the following three choices: View Source Code (for non-Framework functions), the Function View for that method, and the Caller/Callee graph for that function (either the functions called by the function or the function that called the functions.

void AssertRead() { CodeAccessPermission ^permission = gcnew FileIOPermission(FileIOPermissionAccess::Read, "C:\\Test"); permission->Assert(); StreamReader ^sr = File::OpenText("C:\\Test\\TestFile.txt"); String ^s = sr->ReadLine(); sr->Close(); permission->RevertAssert(); Console::WriteLine("Successful Read"); } void NoAssertRead() { StreamReader ^sr = File::OpenText("C:\\Test\\TestFile.txt"); String ^s = sr->ReadLine();

Figure 1 7. In the iPhone version of Synotes, several navigation screens are required to preserve an effective and user-friendly experience.

sr->Close(); Console::WriteLine("Successful Read"); } void main() { // Deny Reading C: CodeAccessPermission ^permissionRead = gcnew FileIOPermission(FileIOPermissionAccess::Read, "C:\\Test"); permissionRead->Deny(); try { AssertRead(); NoAssertRead(); } catch(SecurityException^) { Console::WriteLine("Failed To Read"); } permissionRead->RevertDeny(); // Only allow Writing to C: CodeAccessPermission ^permissionWrite = gcnew FileIOPermission(FileIOPermissionAccess::Write, "C:\\Test");

If you look through both reports (included with the downloaded code) you will note that some functions are just not listed in the sampled performance data. Those functions that are listed in both have a lower instance count in the sampled data vs. the instrumented data.

permissionWrite->PermitOnly(); try { AssertRead(); NoAssertRead(); } catch(SecurityException^) { Console::WriteLine("Failed To Read"); } permissionWrite->RevertPermitOnly(); } When you run this example, you do it from the console and thus it has all the rights of the Windows account running it in my case administrative rights. Notice that even though I have administrative rights I lose permissions with Deny and PermitOnly. I only get them back with Assert. Figure 21-13 shows AssertDenyPermit.exe in action.

The function page reports on each individual function (or just the sampled functions) called during the course of the testing run. Figure 14-4 shows one view of the Function tab of the performance report.

Summary

In redesigning Synotes for the iPad, the larger screen gave the developers the freedom to consolidate those multiple screens into a more unified interface (see Figure 1 8). Matthew Lesh, cofounder of Syncode, describes their approach:

In this chapter you covered .NET security with a specific focus on how to implement it using C++/CLI. You started off with the easier of the two major types of security provided by .NET, role-based security, in particular the identity, principal, and permissions. Next you looked at code access security. You examined permissions, permission sets, policies, code groups, and evidence. Finally, with the basics of CAS covered, you learned how to secure your own code using demands, requests, and overrides. Now that you have examined safe and managed code, in the next chapter you ll change gears and look at coding with unsafe and unmanaged code.

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