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;--------------------------------------------------------------; These two variables are screen-clear "atoms" useable by the ; Clear macro The high byte is the display attribute, while ; the low byte is the character with which Clear fills the ; video refresh buffer to clear the screen ;--------------------------------------------------------------HToneAtom DW 07B0H ; Clears screen to halftone pattern ClearAtom DW 0720H ; Clears screen to blanks ;--------------------------------------------------------------; This is where all predefined string variables are stored ;--------------------------------------------------------------CRLF DB 0DH,0AH ; Newline string IDString DB '>>>INFO V20' LIDString EQU $-IDString AuthorStr DB ' by Jeff Duntemann K7JPD' LAuthorStr EQU $-AuthorStr VidIDStr DB ' The installed video board is: ' LVidIDStr EQU $-VidIDStr OrgIDStr DB ' The segment of the video refresh buffer is: ' LOrgIDStr EQU $-OrgIDStr FontSzStr DB ' The size of the current text font is: ' LFontSzStr EQU $-FontSzStr ScrnLnStr DB ' The number of lines currently on the screen is: ' LScrnLnStr EQU $-ScrnLnStr BufSizStr DB ' The size of the refresh buffer in bytes is: ' LBufSizStr EQU $-BufSizStr DigitStr DB ' ' LDigitStr EQU $-DigitStr

count, and, unlike Win32 critical sections, you cannot change it To your advantage, the CLR team has spent many hours of development and test ing effort trying to come up with one spin count that works well, on aver age, and across many diverse workloads and architectures At the same time, the general-purpose nature of this approach can be a disadvantage for extreme circumstances, including cases where you do not want to spin (such as when writing code for battery-powered devices) We'll see in subsequent chapters how to build custom spin wait algorithms in managed code On a single-CPU machine, the monitor implementation will do a scaled back spin-wait: the current thread's timeslice is yielded to the scheduler several times by calling Swi t c hToTh r e a d before waiting On a multi-CPU machine, the monitor yields the thread every so often, but also busy-spins for a period of time before falling back to a yield, using an exponential back-off scheme to control the frequency at which it rereads the lock state All of this is done to work well on Intel HyperThreaded machines If the lock still is not available after the fixed spin wait period has been exhausted, the acquisition attempt falls back to a true wait using an underlying Win32 event We discuss how this works in a bit Note that all of these are implementation details and, thus, may change in future runtime releases While it's doubtful the CLR would stop spinning entirely, minor changes to the algorithm itself are highly likely

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Value Types If you pass an instance of a value type to Mo n i t o r E n t e r, you are apt to be disappointed A value type must be boxed before a lock can be acquired on it because E n t e r's parameter is typed as o b j e c t (and because lock information is held in the object header, which values do not have) Each time you box the same value, you have (implicitly) created an entirely separate and distinct object Therefore, different threads boxing the same value get different boxed objects, and, hence, locking on them does not achieve any sort of mutual exclusion whatsoever The C# and VB compilers tell you if you try to pass a value to the l o c k or Sy n c Loc k keyword In fact, they refuse to compile your code C# reports an error message "error CS01 85: 'T' is not a reference type as required by the lock statement," as does VB "error BC30582: 'SyncLock' operand can not be of type 'T' because 'T' is not a reference type" If you're calling the

Most people, having learned a little assembly language, grumble about the seemingly huge number of instructions it takes to do anything useful By and large, this is a legitimate gripe-and the major reason people write programs in higher-level languages such as Pascal and Basic The x86 instruction set, on the other hand, is full of surprises, and the surprise most likely to make apprentice assembly programmers gasp is the instruction group we call the string instructions They alone of all the instructions in the x86 instruction set have the power to deal with long sequences of bytes or words at one time (In assembly language, any contiguous sequence of bytes or words in memory may be considered a string-not simply sequences of human-readable characters) More amazingly, they deal with these large sequences of bytes or words in an extraordinarily compact way: by executing an instruction loop entirely inside the CPU! A string instruction is, in effect, a complete instruction loop baked into a single instruction The string instructions are subtle and complicated, and I won't be able to treat them exhaustively in this book Much of what they do qualifies as an advanced topic Still, you can get a good start on understanding the string instructions by using them to build some simple tools to add to your video toolkit Besides, for my money, the string instructions are easily the single most fascinating aspect of assembly language work

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