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Achieving this control flow for failure and success becomes more diffi cult with more dynamism Why might we care so much about guarantee ing release Well, if we don't always guarantee the lock is released, another thread may subsequently attempt to enter the region and wait indefinitely This is called an orphaned lock and leads to deadlock Simply releasing the lock in the face of failure is seldom sufficient, how ever Recall that our definition of atomicity specifies two things: that the effects appear instantaneously and that they happen either completely or not at all If we release the lock immediately when a failure occurs, we may be opening up data corruption to the rest of the program For example, say we had two shared variables x and y with some known relationship based invariant; if a region modified x but failed before it had a chance to mod ify y, releasing the region would expose the corrupt data and likely lead to additional failure in other parts of the program Deadlock is generally more debuggable than data corruption, so if the code cannot be written to revert the update to x in the face of such a failure, it's often a better idea to leave the region in an acquired state That said we will use a try/finally type of scheme in examples to ensure the region is exited properly

When using a critical region, you must decide what data is to be protected by which critical regions Coarse- and fine-grained regions are two extreme ends of the spectrum At one extreme, a single critical region could be used to protect all data in the program; this would force the program to run single-threaded because only one thread could make forward progress at once At the other extreme, every byte in the heap could be protected by its own critical region; this might alleviate scalability bottlenecks, but would be ridiculously expensive to implement, not to mention impossible to

int P Envi ronment P roc e s s o rCou nt ; int s t r i d e (N + P 1) / P; f o r ( i nt i a ; i < P ; i++ )

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Plug-n-Stream Nighthawk 220 with AllBand Optimization Plug-n-Stream Nighthawk 500 DV Pro with AllBand Optimization Plug-n-Stream Nighthawk 2000 DV Pro with AllBand Optimization

Table 21 Broadband home entertainment: evolutionary phases Phase 1 Phase 2 Phase 3 Phase 4 Tethered to PC PC as intermediary to consumer devices Consumer devices with broadband connection Broadband in every room (wired or wireless) Fast Internet; music downloads; multiplayer games Music downloads to handheld devices; Multichannel TV and VoD; broadband games consoles Remote device management

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{ Thread Pool , QueueU s e rWo r k ltem ( delegat e ( ob j e c t obj ) { for ( i nt j int ) obj ) * s t r i d e , c j < c && j < N; j ++ ) { do wor k for t h e ' J ' t h iteration }, i); }

j + stride;

Using this technique has the advantage of substantially reducing the burden on the thread pool in terms of dequeuing and running callbacks We queue up P callbacks, versus N, and see some fairly dramatic improve ments as Figure 74 illustrates (with equivalent plottings for N and C as the previous graph) One could argue that this is an unfair comparison The reason this one looks much better is because we've effectively flattened many smaller work items into fewer larger work items, which is going to scale better But that's also the point Sometimes simple solutions can yield particularly large

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CLR 20 SP1 (W/Strid ing)

Accordingly, given the existence of these discriminatory incentives and the economics of the ber-to-the-home industry, the most viable long-term competitive market structure involves the presence of a wholesale supplier (that is not vertically integrated) and its ef cient functioning as a regulated common carrier The presence of a neutral rm that builds and owns the ber infrastructure and offers nondiscriminatory access to all service providers will signi cantly lower entry barriers to rms intending to provide video, voice and data services Since this neutral rm will not provide retail services, it would have no incentives to raise a non-facilities-based service provider s key input of production by non-price behavior Consequently, the exclusively wholesale and neutral nature of such a rm would permit a market that could have otherwise sustained only one (or at the most two) facilities-based competitors to sustain multiple service providers We now explore who might build and own FTTH infrastructure and the implications of different ownership scenarios for competition

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Windows Vista (w/Strid ing)

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