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FIGURE 2.4 Fine adjustments II. Fine adjustments for moving mechanisms are adjusting devices which control the motion of linkages such as stroke, etc., while the mechanism is in motion. (a), (b) Differential gear adjustment; (c) adjustable-stroke engine; (d) adjustable stroke of shaper mechanism; (e) ball and disk speed changer; (f) adjusting fixed center of linkage for changing motion properties.

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The debugger is halting here this time because it s at this point that Enable Guard Malloc has caught something trying to write to memory that has been freed. In this function, mSomeNum is a member variable of an object that has been deleted. By trying to increment it, what s actually happening is that some 4-byte chunk of memory that no longer belongs to the mTestCpp object is being incremented. CAUTION: Running with Enable Guard Malloc turned on will most likely cause any remotely complex app to run extremely slowly, because it does extra processing for every memory allocation and free. Turn it on only when you need it to track down a problem. In this example, because DoSomething() is being called immediately after the object was deleted, chances are this isn t going to do anything dangerous. However, if the call to DoSomething() was made after other memory had been allocated on the heap, this code might now be incrementing memory that belongs to some other object. Memory stomp! Luckily, Enable Guard Malloc caught the problem as soon as something tried to access memory it didn t own anymore. However, it s up to you to figure out why this object was deleted before you thought you were finished with it. The best way I know to do this is to put a breakpoint in the object s destructor and watch where it gets hit. From there you can usually track it back to problem. CAUTION: Enable Guard Malloc won t find all of your memory stomps. It will find instances only where memory that has been marked as freed is changed.

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(c) (a) (b)

(g) (h) (i)

(o) (p)

FIGURE 2.5 Clamping mechanisms. These devices are used to hold items for machining operations or to exert great forces for embossing or printing. (a) C clamp; (b) screw clamp; (c) cam clamp; (d) double cam clamp; (e) vise; (f) cam-operated clamp; (g) double camactuated clamp; (h) double wedge; (i) to (l) toggle press; (m) vise grips; (n) toggle clamp; (o) collet; (p) rock crusher.

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I ve covered a few tools that are available to you for tracking down some memory bugs. However, sometimes a stomp will happen without causing any of the memory violations that the previous tools will detect. In this case, the bug can be extremely tricky to track down. The first step in the process is determining which variable (or variables) is being stomped. That is left as an exercise for you, because that s just good, old-fashioned debugging. If you know that a particular variable is being stomped (or even just changed and you don t know why), one of the most useful tools for debugging this is a variable watch. Xcode allows you to put a watch on any given variable. Setting a watch on a variable halts execution any time something changes the value stored by the variable. Watches can be incredibly useful if something unexpected is changing the value of one of your variables in memory. It can also be useful if something is stomping memory and you know what memory is being stomped, but you don t know from where.

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

(i) (g) (h)

(m) (l)

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FIGURE 2.6 Locating mechanisms. These are devices which properly position a linkage member when the load is removed. (a) to (f) Self-centering linear devices; (g) to (n) self-centering angular devices; (o) detent.

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