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For complete coverage of threading and synchronization, see 13, "Threading and Synchronization."

The space before a control structure is usually a natural place to put a comment. If it s an if or a case statement, you can provide the reason for the decision and a summary of the outcome. If it s a loop, you can indicate the purpose of the loop. Here are a couple of examples:

public class SomeType { public SomeType() : base() { } }

Use decision tables to replace complicated conditions Sometimes you have a complicated test involving several variables. It can be helpful to use a decision table to perform the test rather than using ifs or cases. A decision-table lookup is easier to code initially, having only a couple of lines of code and no tricky control structures. This minimization of complexity minimizes the opportunity for mistakes. If your data changes, you can change a decision table without changing the code; you only need to update the contents of the data structure.

I'm able to solve about 20 percent more bugs without starting the debugger Although the first edition was very helpful, the second edition really rocks! Using SUPERASSERT Integrating SUPERASSERT into your applications is quite easy You simply need to include BUGSLAYERUTILH, which is probably best included in your precompiled header, and link against BUGSLAYERUTILLIB so that you bring BUGSLAYERUTILDLL into the address space That gives you the ASSERT macro and automatically redirects any existing ASSERT and assert calls to my functions My code does not redirect the _ASSERT and _ASSERTE macros because you might be doing some advanced work or specific output with the debug run-time library and I don't want to break your existing solutions My code leaves ASSERT_KINDOF and ASSERT_VALID alone as well.

The model for presenting a report shown in Figure 12-5 and Figure 12-6 was developed for a large, multinational enterprise . Six focus sheets are used, so it s very important to create a system for scrolling quickly and smoothly backward and forward through these . For one thing, the settings made using a control in one focus sheet also affect the neighboring worksheet, but are shown there from a different perspective . You can click a directional arrow to jump to the neighboring worksheet . The direction is quickly and easily configured . Follow these steps with reference to Figure 12-5:

If you'd like to change where output goes, such as to the event log or a text file, use the SETDIAGASSERTOPTIONS macro, which takes several self-explanatory bit field macros that determine the location of the output These bit field macros are all defined in DIAGASSERTH A Word About Ignoring Assertions It's always a bad moment when another developer or tester drags you over to his machine to blame your code for a crash It's even worse when you start diagnosing the problem by asking him if he clicked the Ignore button on an assertion that popped up Many times he'll swear to you that he didn't, but you know that there's no way that crash could have occurred without a particular assertion trigger.

When you finally pin him down and force him to admit that he did click that Ignore button, you're on the verge of ripping his head off If he had reported that assertion, you could have easily solved the problem! The Ignore button, if you haven't already guessed, is potentially a very dangerous option because people are so tempted to press it! Although it might have been a little draconian, I seriously considered not putting an Ignore button on SUPERASSERT to force you to deal with the assertion and its underlying cause In some companies, the developers add an easy way to check whether any assertions have been ignored in the current run This allows them to check whether the Ignore button has been clicked before they waste their time looking at the crash.

These methods are special . In effect, these methods disable some optimizations usually performed by the C# compiler, the JIT compiler, and the CPU itself . Here s how the methods work: