Примеры использования A static analyzer на Английском языке и их переводы на Русский язык
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How to integrate a static analyzer into the project?
A static analyzer is a single-use product;
Protect your project from bugs with a static analyzer!
A static analyzer is a tool meant for regular use.
This project is a treasure trove for a static analyzer.
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I develop a static analyzer for C/C++/C code, known as PVS-Studio.
Actually Clang is already used by Apple as a static analyzer.
Also don't forget that a static analyzer is a tool for regular use.
A static analyzer can in no way serve as a substitute for profiling tools.
The PVS-Studio team is now actively developing a static analyzer for C code.
A static analyzer does not substitute other bug searching tools- it just complements them.
Checking the code of Valgrind dynamic analyzer by a static analyzer.
Nevertheless, a static analyzer can point out places which can easily and safely be improved.
By the way, this article shows a good example of how one should not use a static analyzer.
However, running a static analyzer for occasional checks, is not the right way of using it.
Usefulness of static analysis and using a static analyzer in the right way.
When a static analyzer finds few errors in your program, it does not seem interesting to use it.
The first- to show a potential user that a static analyzer is able to find bugs in the code.
If you use a static analyzer, make sure that it is compatible with the 64-bit data model that you use.
This time I compared a C analyzer of PVS-Studio with a static analyzer built into Visual Studio.
In this case, using a static analyzer is a decorative component rather than a necessity.
Unfortunately, we often see that many developers don't know how to use a static analyzer in a right way.
A static analyzer is a higher-level and more intelligent version of compiler warnings.
That is, the most proper way to use a static analyzer is to analyze a new code right after it is written.
A static analyzer can detect unsafe constructions a programmer considers correct as far as they are valid on 32-bit systems.
It's no wonder because the Clang project contains a static analyzer itself and is developed by highly-skilled programmers.
Finally, a static analyzer doesn't possess knowledge about what a program SHOULD contain, it doesn't have AI.
I have got carriedaway a bit but I had to explain why a static analyzer is a more powerful tool than compiler warnings.
In other words, a static analyzer can consider how code will work under all possible variants of input data.
That's why one needs to integrate a static analyzer into this build system to be able to perform analysis regularly.