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Support for generating build configuration files for Visual Studio, GNU Make, Xcode, Code::Blocks, CodeLite, and MonoDevelop; Can build on different environments using the same premake configuration files [clarification needed]
Whole program optimization (WPO) is the compiler optimization of a program using information about all the modules in the program. Normally, optimizations are performed on a per module, "compiland", basis; but this approach, while easier to write and test and less demanding of resources during the compilation itself, does not allow certainty about the safety of a number of optimizations such ...
Historical trade promotion data should be analyzed in order to continually improve trade promotions. If a company does not utilize processes and systems that measure trade promotion performance, future trade promotion executions could be less effective than if they’d been planned using past analytical information.
Optimization comes at a price and it is important to be sure that the investment is worthwhile. An automatic optimizer (or optimizing compiler, a program that performs code optimization) may itself have to be optimized, either to further improve the efficiency of its target programs or else speed up its own operation. A compilation performed ...
Unless performed transparently by an optimizing compiler, the code may become less readable. If the code in the body of the loop involves function calls, it may not be possible to combine unrolling with inlining, since the increase in code size might be excessive. Thus, there can be a trade-off between the two optimizations.
In computing, inline expansion, or inlining, is a manual or compiler optimization that replaces a function call site with the body of the called function. Inline expansion is similar to macro expansion, but occurs during compilation, without changing the source code (the text), while macro expansion occurs prior to compilation, and results in different text that is then processed by the compiler.
In C++ computer programming, copy elision refers to a compiler optimization technique that eliminates unnecessary copying of objects.. The C++ language standard generally allows implementations to perform any optimization, provided the resulting program's observable behavior is the same as if, i.e. pretending, the program were executed exactly as mandated by the standard.
The code may not be optimized to any particular machine or may be tuned to work best on the most popular machine while working less optimally on others. Special-purpose use: If the software is compiled for machines with uniform characteristics, then the compiler can heavily optimize the generated code for those machines.