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![]() PVS-Studio Static Code Analyzer for 64-bit and parallel C/C++ code
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28.06.2010
Why is the number of the line where an issue was found sometimes absent in the Error List in PVS-Studio? Sometimes the PVS-Studio code analyzer seems to find an issue in the code on which it generates a message, specifies the file name but does not show the number of the line with the issue as shown in the figure.»
07.06.2010
Communication between developers and users Abstract When developing software products, developers need very much to get feedback from users of their programs.» ![]()
22.07.2010
Using PVS-Studio with continuous integration systems This article illustrates techniques required to employ the use of PVS-Studio static code analyzer together with continuous integration systems.»
06.07.2010
Comparing capabilities of PVS-Studio and Visual Studio 2010 in detecting defects in 64-bit programs In the article, we will compare three mechanisms of code analysis from the viewpoint of detecting 64-bit errors: the Visual C++ 2010 compiler, the Code Analysis for C/C++ component included into Visual Studio 2010 and Viva64 analyzer included into PVS-Studio 3.60.»
29.06.2010
A Collection of Examples of 64-bit Errors in Real Programs
This article is the most complete collection of examples of 64-bit errors in the C and C++ languages.» ![]()
22.07.2010
We released a new version of PVS-Studio code analyzer - PVS-Studio 3.61»
10.06.2010
We released a new version of PVS-Studio code analyzer - PVS-Studio 3.60. »
19.05.2010
Our workers visited the GDC2010 conference that was held on May, 14-16, 2010, in Moscow and talked to many developers who participated there.»
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VivaMP![]()
VivaMP is a lint-like static C/C++ code analyzer meant to indicate errors in parallel programs based on OpenMP technology. VivaMP static analyzer adds much to the abilities of the existing compilers, diagnoses any parallel code which has some errors or is an eventual source of such errors. The analyzer is integrated into Visual Studio 2005/2008/2010 development environment. Parallel programming for PCs is a real challenge now when multicore processors are being used in practice. It is natural that parallel programming support appeared in compilers. One of the most widely spread technologies of parallel programming is OpenMP. It is supported by Microsoft Visual C++, Intel C++, PGI C++ Workstation and many other compilers. But as parallel programming for PCs only starts spreading, the support of "parallel errors" testing in compilers has not achieved its strong position yet. Nowadays the level of error diagnostic by compilers in OpenMP programs is at the same rate as the common error verification in traditional compilers used 30 years ago. Just at that time static code analysis tools which complemented diagnostic abilities of a compiler appeared. One of the most famous tools of this class is lint analyzer for C++ programs. The time of parallel programs has come and we offer a new product - VivaMP. VivaMP fields of application:
VivaMP advantages Static code analysis methodology used in VivaMP has some essential advantages over other types of analysis. The errors in parallel programs are difficult to display and it is not easy to find them while debugging. The main advantage of static analyzer is that there is no necessity to start an application; it does not depend upon the hardware environment. Static analysis allows embracing the whole program code. The process of code verification is not able to damage the code itself. The process of analysis is entirely controlled by the developer, and it is he who decides whether it is necessary to modify it. VivaMP possesses a large knowledge base concerning OpenMP-based code development: reference system, articles, and examples. This makes introduction and exploitation of the analyzer easier and allows to improve the knowledge of developers in the field of parallel programming. When being installed VivaMP is integrated into Microsoft Visual Studio environment. VivaMP provides its users with a convenient user interface for file analysis, code navigation, help information. Working with this analyzer does not involve any manual study or settings; you do not have to choose any verification level, etc. The analyzer is ready to work right after being installed. |
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