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As with all timeouts reviewed thus far, a value of - 1 ( T imeout I n fi n i te ) indicates that no timeout should be used-the default for the Wa i t overload

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that only accepts a n obj ect argument I f the wait returns before the condition has arisen, the return value will be f a l se, else it will be t ru e Note that the method must always reacquire the lock on obj before returning, which means it may have to wait, even if a timeout was used The timeout supplied as an argument has no impact on this subsequent wait-that is, there is no way to specify a timeout A thread that enables the condition for which other threads may be wait ing is responsible for invoking the appropriate wake method, either P u l s e (wake-one) o r P u l s eAl l (wake-all)

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p u b l i c stat i c v o i d P u l s e ( o b j e c t obj ) j p u b l i c s t a t i c void P u l seAl l ( ob j e c t obj ) j

Unlike Windows condition variables, it is required that the lock be held on o b j when calling P u l s e or P u l s eAl l This means there is simply no way to avoid the problem with CLR monitors where a thread wakes up from the condition variable only to find that it must immediately wait to reacquire the lock on the object It is worth mentioning how condition variables are implemented on the CLR Waiting on an object forces inflation of the object header (see the dis cussion earlier on how monitor locking is implemented if you don't know what this means) Inside the resulting sync block, there is a wait list that is maintained in FIFO order Whenever a thread wishes to wait on a condition variable, it first enqueues a HAN D L E to its own private per thread Windows event into this wait list; it then waits on this event A wake-one dequeues the head and sets the event, while a wake-all walks the whole list and sets each event Because each thread uses a single per thread event for this purpose, it isn't necessary to allocate multiple events to handle waiting on multiple condition variables throughout the life of a given thread

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For completeness sake, here's an implementation of the blocking queue shown earlier that uses CLR monitors to achieve mutual exclusion and con ditional waiting, rather than critical sections and Vista condition variables Aside from the mechanisms used, the algorithm is identical

u s i n g System; u s i n g System Co l l e c t i on s Generi c ; u s i n g System Thread i n g ; c l a s s Bloc k i ngQue u eWithCondVa r < T >

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