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WLID can make many changes to its service and the Office Online team need only validate that the core functionality of reading the encrypted cookie still works for them With a properly designed cookie data structure, even an extension to that data structure is of minimal concern as long as the base data elements do not change Example 2: Tightly Coupled: Microsoft Passport (WlID) Parental Controls When we were shipping MSN 9, we were enabling parental controls in the MSN client To be able to set this up, we had to have the concept of a hierarchy of accounts in Microsoft Passport Additionally, this feature crossed into another platform service for personalization The MSN client, Passport, and the personalization teams had to work closely on this new feature set.

2 . . Programmatically, the ImageURL custom attribute appears as a property of the node when the nodes are accessed . There are many ways to use the new property . Probably the easiest way is to add an Image control to the master page and update the Image control s ImageUrl property with the value from the node in the master page s Page_Load method .

memory and processor usage. However, generally it s more acceptable to use URI() or URI.parse so that you can address the different elements by name, rather than rely on the order of elements in an array (which could change between versions of the library).

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They had to decide who would do what work, how to call each service, and what format the response would come in After deciding which team would deliver each component, they then had to integrate their schedules and plan for enough time for each team to complete integration testing The MSN client team was able to work on the UI for parental controls but could not actually write all the code to integrate or test until the Passport team had made significant progress In terms of testing, this was a major challenge because the test team had to ensure that they were using the right build of the client for the right version of the services when testing Of these two scenarios, loosely coupled clearly provides more flexibility and self-determination for both services Even in Microsoft, tightly coupled, co-development scenarios are hard to manage.

A redesigned backup software is new to Windows Server 2008. NTbackup is defunct and only installed in a read-only manner to allow for restorations from old media. And new to the server backup is a block-level backup. If you have done a backup in Windows Vista, you have seen this in action. The native Windows 2008 backup does not provide encryption and thus the long-term and off-site storage needs of media need to be reviewed and addressed.

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One key point to remember is that the x86 CPUs are very flexible and provide you with many ways to carry out similar operations. Fortunately for us, the Microsoft compilers do a good job of picking the fastest way to do an operation and reusing that construct wherever applicable, so recognizing what a section of code is doing is easier. In the following sections, I'll cover the most commonly used instructions you'll see in assembly language. If you're interested in all the assembly-language instructions, you can consult the Intel manuals. Registers The first topic I want to cover is the registers. Because every bit of data that your application handles passes through the registers at one time or another, knowing the purpose of each register can help you recognize code gone awry. x86 CPUs have eight general-purpose registers (EAX, EBX, ECX, EDX, ESI, EDI, ESP, and EBP), six segment registers (CS, DS, ES, SS, FS, and GS), an instruction pointer (EIP), and a flags register (EFLAGS). The CPU has other registers as well, such as the debug and machine control registers, but they're special-purpose registers and you won't encounter them in normal user-mode debugging. Figure 7-9 shows the layout of a general-purpose register. The thing to remember is that some of the registers allow mnemonics to access different portions of the complete 32-bit register. The complete breakdown of all generalpurpose registers is listed in Table 7-6. The only segment register of interest for this discussion is the FS register, which holds the thread information block (TIB) that describes the currently executing thread. The other segment registers are used, but the operating system configures them in such a way that they're transparent to normal operation. The instruction pointer holds the address of the currently executing instruction.

D2 =IF(rS2.ClassSel<=10, OFFSET(rS2.Node,rS2.ClassSel-2,1), COUNTA(rS2.StayLength))