PVS-Studio 7.20.63487.3739 +Serial Key & [Latest2023] Download

• Automatic analysis of individual files after their recompilation
• Online reference guide for all of the diagnostic rules, that is available locally, on our web site, and as a single .pdf file. More than 700 pages of documentation!
• Saving and loading analysis results allow performing overnight checks – during the night the analyzer does the scanning and provides you with the results in the morning.
• You can save analysis results as HTML with source code navigation.
• Analysis can be performed from command line: it helps with integrating PVS-Studio into overnight builds; a fresh log will be issued in the morning.
• Great scalability: support of multi-core and multi-processor systems with the possibility to specify the number of the cores to use; IncrediBuild support for distributed analysis.
• Interactive filtering of the analysis results (the log file) in the PVS-Studio window: by the diagnostic rule number, file name, the keyword in the text of the diagnostic, etc.
• Automatic check for updates (inside IDEs and when running overnight builds).
• blame-notifier utility. The tool allows you to send e-mail notifications to the developers about bugs that PVS-Studio found during a night run.
• Analysis of commits, merge and pull requests – analyzer can be configured to analyze only the modified files. This allows to quickly and automatically analyze every commit to version control system.

• A large number of options for integration into projects that are developed under Linux and macOS.
• Mark as False Alarm – ability to mark a code fragment to suppress a certain diagnostic at that line.
• Mass Suppression – ability to suppress all of the analyzer’s existing messages raised for the legacy code, so that the analyzer starts reporting 0 warnings. You can always go back to the suppressed messages later. This feature allows you to seamlessly integrate PVS-Studio into your development process and focus on errors found in new code only.
• Statistics on analyzer warnings can be viewed in Excel – provides a way to track the speed of error correction, amount of bugs found for a certain period of time and so on.
• Relative paths in report files to view them on

SYSTEM REQUIREMENTS

• Operating System: Windows XP/Vista/7/8/8.1/10
• Memory (RAM): 1 GB of RAM required.
• Hard Disk Space: 250 MB of space required.
• Processor: Intel Pentium 4 processor or later.

What’s new in PVS-Studio ?

• The Unreal Engine developers fixed the engine’s inability to find PVS-Studio by the default path. Starting from Unreal Engine 5.0.3 you can analyze your projects without any workarounds.
• Enhanced the analysis of projects on Unreal Engine. PVS-Studio now issues fewer false positives and understands more about types native to this engine. For example, about analogs for containers from the C++ standard library.
• PVS-Studio learned to search for dependencies with known vulnerabilities in C# projects. To find them, the tool performs software composition analysis (SCA). You can read more about this in the documentation for the V5625 diagnostic rule.
• PVS-Studio covers all categories from the OWASP Top 10 2023. Covered the last, A06, by implementing SCA. You can see which diagnostic rules search for security weaknesses from OWASP Top 10 2023 on a special page.
• PVS-studio-analyzer and CompilerCommandsAnalyzer perform cross-platform analysis of C and C++ projects. Now, these utilities better determine compilers used in projects. If they failed to determine the compiler type, you can specify it explicitly. This feature is especially useful in embedded development, where compilers have many different names.
• Also enhanced these utilities (PVS-studio-analyzer and CompilerCommandsAnalyzer) to make a cross-platform analysis of C and C++ projects even more user-friendly. The new documentation section contains a description of their use case scenarios, command-line flags, and exit codes.
• Supported analysis of projects based on the compilation database (compile_commands.json) created in Qt Creator.
• Supported the latest versions  of the JetBrains IDEs: Rider, CLion, IntelliJ IDEA.
• The call of the ‘Foo’ function will lead to buffer underflow.
• The Upper bound of the case range is less than its lower bound. This case may be unreachable.
• No objects are passed to the ‘std::scoped_lock’ constructor. No locking will be performed. This can cause concurrency issues.
• Waiting on condition variable without a predicate. A thread can wait indefinitely or experience a spurious wake-up.
• Logical literal belongs to the second operator with a higher priority. It is possible literal was intended to belong to the ‘??’ operator instead.
• OWASP: Use of potentially tainted data in configuration may lead to security issues.
• OWASP: Referenced package contains a vulnerability.