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The server must instead use the overloaded ReadL() and WriteL() methods of RMessagePtr2, which use kernel-mediated inter-process communication to transfer the data When the server has serviced a client request, it calls RMessagePtr2 ::Complete() on the RMessage2 to notify the client This method wraps a call to RThread::RequestComplete() on the client s thread handle The integer value passed to RequestComplete() is written into the client s TRequestStatus value and the request semaphore for the client thread is signaled..

[Babin 2005 4] [Harrison 2004 1] [Stichbury 2004 s 2, 3 and 17]

IR is an abstract machine code. A possible method of implementing such kind of IR architecture is post x notation, like Microsoft.NET Intermediate Language (MSIL) or Java bytecode. The other method is to use triples, each of them containing an abstract operation code, rst and second operands, similar to machine code of target hardware platforms. IR is a tree-like representation of the program. We already explained why trees are convenient for this purpose. As a higher-level form of intermediate code used in earlier phases of compilation, attributed syntax trees are used in many compilers. Also, PCC trees a form of binary trees are very popular in compilers now. B-trees and B+ trees are also used as IR in some compilers, due to a number of their ef cient analysis and transformation algorithms known in computer science. IR is the basic IL for the common back-end of a family of compilers, or for a compiler design system. One of the most famous of them is Sun IR designed by Muchnick [70]. There was also an interesting Russian project of this kind, implemented in 1980s in Novosibirsk in BETA [29] compiler development system with the IL VYAZ (in Russian, the latter acronym means both internal language and elm tree ). One of the latest examples of such approach is Microsoft Phoenix [3] a toolkit for compiler development, a kind of universal optimizing multi-targeting back-end. It uses three kinds of common IRs: high-level IR (HIR), medium-level IR (MIR), and lower-level IR (LIR). Phoenix is discussed in 10. POSTFIX (REVERSE POLISH) NOTATION

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poll did not differ significantly from their peers in North America, Europe, and Japan. Across the board, more than 65% of respondents from all countries said they would prefer to live without a television than without the Internet, for example. Young people from Mexico, Brazil, Russia, and India were more far likely to consider themselves early adopters of technology than those in Western Europe, North America, or China, and spent more hours per week on the Internet (or were willing to admit that they did; see Exhibit 1.9). These digital natives are also mobile natives. More than 80% of survey respondents in Mexico, Russia, China, and India reported sending text-messages from their mobile phones in the prior month. In India, for example, mobile phones are also the platform of choice for gaming, listening to music, banking, and online commerce. In this respect, they and the other Millennials from emerging markets are ahead of their peers in Europe and especially North America, although that may be changing with the introduction of more versatile, appealing handsets like the iPhone and the increasing popularity of mobile data plans. The New Paradigm quantitative study also delved into consumer and workplace attitudes, revealing a high degree of commonality of opinions on a range of social, economic, and lifestyle issues across

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