...code. The sample code provides 32 bit and 64 bit compiler targets. Static vs. dynamic CRT linking The code works only with dynamic CRT linking (default behavior). History 07.02.2011: Initial release. SetUnhandledExceptionFilter Runtime Library

...code. The sample code provides 32 bit and 64 bit compiler targets. Static vs. dynamic CRT linking The code works only with dynamic CRT linking (default behavior). History 07.02.2011: Initial release. SetUnhandledExceptionFilter Runtime Library

...code. The sample code provides 32 bit and 64 bit compiler targets. Static vs. dynamic CRT linking The code works only with dynamic CRT linking (default behavior). History 07.02.2011: Initial release. SetUnhandledExceptionFilter Runtime Library

...code. The sample code provides 32 bit and 64 bit compiler targets. Static vs. dynamic CRT linking The code works only with dynamic CRT linking (default behavior). History 07.02.2011: Initial release. SetUnhandledExceptionFilter Runtime Library

...code. The sample code provides 32 bit and 64 bit compiler targets. Static vs. dynamic CRT linking The code works only with dynamic CRT linking (default behavior). History 07.02.2011: Initial release. SetUnhandledExceptionFilter Runtime Library

...code. The sample code provides 32 bit and 64 bit compiler targets. Static vs. dynamic CRT linking The code works only with dynamic CRT linking (default behavior). History 07.02.2011: Initial release. SetUnhandledExceptionFilter Runtime Library

...code. The sample code provides 32 bit and 64 bit compiler targets. Static vs. dynamic CRT linking The code works only with dynamic CRT linking (default behavior). History 07.02.2011: Initial release. SetUnhandledExceptionFilter Runtime Library

...code. The sample code provides 32 bit and 64 bit compiler targets. Static vs. dynamic CRT linking The code works only with dynamic CRT linking (default behavior). History 07.02.2011: Initial release. SetUnhandledExceptionFilter Runtime Library

...n cache layer. So a cache basically speeds up memory access greatly (60ns vs. 1ns). Fetching a value, storing it in the cache for the chance of rereading it is good for variables that are often accessed but for memory copy operations it would be still to slow since one just reads a value, writes t...

...in fact, it merely redirects to a dedicated SAPI function). Speed: echo x vs print x Unlike echo, print allocates a temporary variable. However, the amount of time spent on this activity is minuscule, so the difference between these two language constructs is negligible. Speed: echo a,b,c vs ech...