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Although the Windows 95 thread scheduler is pre-emptive, scheduling in Windows 95 is still affected by the single threaded, one at a time, 16-bit code in modules like USEREXE A Win32 process can create threads that don't call GetMessage or otherwise deal with user input An example would be a thread that calculates the value of pi (314159265 ) to 50 places These 32-bit threads that don't do user-interface activities are governed only by the 32-bit thread scheduler in VMM32 The thread scheduler continues to pre-emptively switch between these threads, even if things are jammed up and not moving because of clogged user-interface threads Unfortunately, 16-bit tasks can't spawn additional threads, so they can't partake in the pre-emptive multitasking A second ago, I mentioned jammed up user-interface threads.

Just what was I talking about Aren't threads pre-emptively switched The answer to this question leads to the infamous and unpopular Win16Mutex At this point, the fact that Windows 95 is a mixture of old 16-bit and new 32-bit code is probably pounded into your head The problem that resulted in the Win16Mutex solution is that the 16-bit USER and GDI code isn't written with pre-emptive multitasking in mind The code assumes that it won't be interrupted for any reason, and that switches to other tasks will occur at a few well-defined places There are also numerous global variables throughout the USER and GDI code If Windows 95 ignored the problem entirely, a thread could be switched away from while it's in the middle of a USER or GDI call Since the old 16-bit code isn't expecting this, the system would crash in very short order.

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Check Tool support in the region Performance IDE compatibility References from other users of the tool Tool friction factor: ability of the tool to co-exist with other tools such as document management, con guration management and testing tools

O(d) in the average case, but undesired large message complexity O(d 2 ) in the worst case. Here d is the minimal path length between source sensor and target actuator. If an actuator moves distance d, the average cost of location update is O(d log d).

The problem of existing 16-bit code not being ready for pre-emptive multitasking isn't limited to the code in Windows There are thousands of third-party DLLs that were also written without pre-emption in mind Even if Microsoft came up with a magic bullet solution for the USER and GDI.

Now that you've seen modules and processes, we can complete our tour of fundamental KERNEL32 data structures by looking at threads Although processes primarily represent ownership of things like file handles, an address space, and so on, threads represent the execution of code through modules You see how all the pieces are interrelated It's hard to isolate just one and not drag in the others For example, in the earlier description of processes, I had to have forward references to threads and synchronization objects At an abstract level, threads are a convenient way to keep various portions of your program running while other portions are waiting for some external action to occur By splitting up the various tasks that a process performs into threads, you can usually eliminate things like polling loops.

f (MHz)

Although we have listed four types of professionals that exist in any professional services organization, there are many more variations of the overall archetypes. Each reader of this chapter will doubtless recognize some of the persons listed. This list is a learning device for the professional to realize two concepts: (1) Many professionals, even within the same firm, can be very different, and the way in which they are to be recruited has to be congruent with their own specific personalities, and (2) the manner in which each person views himself or herself within the firm can go a very long way to determining a successful retention policy. For you to successfully recruit and retain the different categories, it is critical ahead of time to establish which type of personality you are seeking. As can be seen, these levels are also consistent with the finders, minders, and grinders described in 10.

The function is exported. Except in programs that need to run in real mode, this flag should always be set. If it's not set, it's a function that needs a real mode thunk, but that shouldn't be exported for use by other modules.

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