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One of the advantages for organizations with Windows 2000 and the AD was the introduction of Group Policy, which nally offered a comprehensive and reliable method of performing con guration in a persistent manner on servers and computers within an organization Prior to the Group Policy feature, system policies were limited in their abilities and application System policies were managed with the System Policy Editor By default, it had policy options for the default user and default computer, with the capability to add additional policies for speci c users, groups, or computers These policies were basic at best; they worked by manipulating Registry key values on the client through values set in template les with the adm extension type It was possible to create custom adm les that set Registry keys on the client to achieve functionality beyond those in the included adm les stored in the Winnt\inf folder An example policy is shown in Figure 21-1 The policy le was saved with a pol extension; in order to be read by NT-based clients, the le name was ntcon gpol The le was placed in the netlogon folder, which, under NT 40, usually pointed to the C:\Winnt\ system32\Repl\Import\Scripts folder (Place the le in the export folder, which then replicated it to the Import folder of all the other domain controllers) This Registry-based approach had a downside it set Registry keys and then left them If you removed a policy, the settings the policy had made were not removed from the client This leaving of policy con guration on the client was known as tattooing the system, because its changes were permanent unless a de nitive action was taken to remove them (via a manual cleanup, script, or other policy) Interestingly enough, these policy template les (adm) remained unchanged in format from their rst introduction with Windows NT all the way through to Windows XP/2003 Vista and Windows Server 2008 did nally include a change to the format, but this is discussed later in the chapter 1409.

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The memory management responsibilities of the servant method are as follows The in parameter s_in is passed as a const char *, so our method cannot change the contents of the string We use the contents of the in string in a read-only fashion and have no memory management responsibilities for it For reasons of efficiency, an ORB might avoid copying the in string when unmarshaling it and allow you to directly access the characters from the marshaling buffer, but this does not affect how you write code to use the in string The inout parameter s_inout is passed as a char * &, a reference to pointer to char You can assume that the string has been dynamically allocated with string_alloc or string_dup You access the string's initial value in the same manner as you access the contents of the in string To set a value to return to the client, you can either overwrite the string's contents in place or deallocate the string using string_free and allocate a new one You can use the first approach, overwriting the existing contents, only if the input string is long enough to hold the new contents The second approach, freeing the original string and allocating a new one, works because the char * pointer is passed by reference, allowing you to set the pointer to point to the newly allocated string Our example shows both approaches, using strlen to check whether the incoming string is long enough to hold the outgoing string Clients must always allocate inout strings dynamically, using string_alloc or string_dup For a remote object, the server ORB unmarshals the incoming inout string into memory that has been dynamically allocated in the same way and passes a pointer to it to the servant method After the method returns, the ORB marshals the outgoing string value and then uses string_free to deallocate the memory This technique works correctly whether the method overwrites the existing value with a new value or deallocates the incoming value and allocates a new string to send back to the client.

The Active Directory (AD) in Windows 2000 introduced a huge amount of change to nearly every aspect of the Windows infrastructure, including how policy is managed and applied The old system policies with the tattoo-type Registry settings were gone (mostly) in favor of a new, far richer policy implementation: Group Policy Because the Group Policy implementation was written from the ground up and was being released as part of the new Windows 2000 brand (which included a desktop version, Windows 2000 Professional), a new component was included to enable the processing of the new Group Policy structure Older, pre-Windows 2000 clients still require the ntcon gpol le in the netlogon share created by the System Policy Editor However, systems from Windows 2000 on prefer to process a Group Policy

Unlike system policies with the single capability to write Registry keys, Group Policy can do a lot more, including the following:

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