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PVS-StudioPVS-Studio is a tool for detecting bugs and security vulnerabilities in the source code of programs, which are written in C, C ++, C #, and Java. It works on 64-bit systems in Windows, Linux, and macOS environments and can analyze source code for 32-bit, 64-bit, and embedded ARM platforms. PVS-Studio performs static code analysis and generates reports that help programmers find and fix bugs. PVS-Studio performs a variety of code checks and is also useful for finding typographical errors and copying and pasting. Examples of such errors: V501, V517, V522, V523, V3001. The main value of static analysis lies in its routine use so that errors are identified and corrected as soon as possible. There is no point in wasting 50 hours looking for bugs that can be found with a static scan. So, we’ll show you again the main idea of ​​static analysis is not to find a hidden bug the day before release but to fix dozens of bugs day after day. The scanner can run overnight on the server and will automatically warn of suspicious code fragments. Ideally, these errors can be detected and corrected before they enter the version control system. It app can be started automatically as soon as the file compiler has just changed. It works on Windows, Linux. This app integrates with the Visual Studio 2010-2019 development environment. If you are using this IDE, just go to the PVS-Studio section of the menu and select “Check Current Projects”. However, this is often a more complicated process, requiring you to integrate PVS-Studio into even an exotic build system. The subject of such integration is too broad to be described here. You can find all the relevant information in our detailed documentation. One more thing to note PVS-Studio for Windows and Linux provides special tools, which can collect build information during build. These tools allow a quick analysis of a project regardless of the construction system. You can quickly test the parser’s capabilities, without wasting time integrating it with make files or other build scripts.

PVS-Studio windowsPVS-Studio Key Features:

  • Simple and seamless integration with Visual Studio 2010-2019.
  • Automatically scan individual files after recompiling them.
  • Online reference guide for all diagnostic rules, available locally, on our website, and as a single .pdf file. Over 700 pages of documentation!
  • Storage and load analysis results allow overnight checks – at night the analyzer performs the analysis and gives you the results in the morning.
  • You can save scan results in HTML format with full source code navigation.
  • Analysis can be performed from the command line: it helps to integrate PVS-Studio into the night build; new newspapers will be issued in the morning.
  • High scalability: Supports multicore and multiprocessor systems with the ability to specify the number of cores to use; IncrediBuild support for distributed analysis.
  • Interactive filtering of scan results (log files) in the PVS-Studio window: by diagnostic rule number, file name, keyword in diagnostic text, etc.
  • Automatic checks for updates (in the IDE and when running builds overnight).
  • Blame-notifier utility: This tool allows you to send email notifications to developers about bugs PVS-Studio found while running overnight.
  • Analyze commit, merge and drag requests – the analyzer can be configured to scan only changed files. This makes it possible to quickly and automatically analyze each commit in the version control system.

PVS-Studio latest version

  • A large number of integration options in projects developed under Linux and macOS.
  • Mark as false alarm – Ability to mark code snippets to hide specific diagnostics on this row.
  • Mass Suppression – Ability to hide all existing analyzer messages generated for old codes, so that the analyzer starts reporting 0 warnings. You can always come back to hidden messages later. This feature allows you to seamlessly integrate PVS-Studio into your development process and focus on errors found only in new code.
  • Analyzer warning statistics can be viewed in Excel – provides a way to track error correction speed, number of bugs found during a certain period of time, etc.
  • Relative paths in the report file to display them on different machines.
  • The compiler monitoring feature allows the analysis of projects that do not have Visual Studio files (.sln / .vcxproj) without the need to manually integrate with the build system; manual integration into any building system is possible if required.
  • PVS-studio-analyzer – Linux compiler monitoring tool.
  • Ability to exclude files from scanning by name, folder, or mask; to run a scan on files modified in the last N days.
  • Integration with SonarQube – open-source platform, designed for continuous analysis and measurement of code quality.
  • Detection of security and safety weaknesses in the application lifecycle using Static Application Security Testing (SAST) methodology. PVS – Studio was included in the Forrester Research report “Now Tech: Static Application Security Testing, Q3 2020” as a SAST Specialist. This report is available by purchase or by subscription to Forrester Research.

What’s new in PVS-Studio?

  • PVS-Studio now provides mapping for its diagnostic rules to the list of most common security threats OWASP Top 10 Web Application Security Risks. This list is based on the consensus of security experts from around the world and is intended to give developers and security specialists the necessary information for prompt identification and removal of security risks from their applications.
  • We extended the analyzer’s capabilities for handling security (SEI CERT, OWASP ASVS) and safety (MISRA C, MISRA C++, AUTOSAR C++ 14 Coding Guidelines) standards. Now PVS-Studio not only provides the mapping of its diagnostic rules on web resources but also renders the relevant information into all of its report formats (XML, JSON, HTML, etc.), IDE integrations (Visual Studio, IntelliJ IDEA, JetBrains Rider), and SonarQube integration (Security Category section and tags). You can read about all of the new PVS-Studio security-related capabilities in our blog.
  • PVS-Studio C++ analyzer on Linux now supports IAR ARM and QNX compilers.
  • exe, a tool for monitoring and tracing C++ compiler invocations, now supports specification of individual source files for analysis, including the ability to specify individual header files (with support from compilation dependency system). This mode can be used to automate the analysis of merge and pull requests.
  • Additional mode for disabling individual analyzer rules or groups of rules according to warning certainty levels was implemented for *.pvsconfig rules configuration files and rule control comments in the source code (C++ analyzer only). You can find examples and details of this new model in our documentation (Complete warning disabling subsection).
  • Analyzing projects for MPLAB XC8 is now supported.
  • Do not define an unnamed namespace in a header file.
  • Do not concatenate string literals with different prefixes.
  • Parameter of ‘CancellationToken’ type is not used inside function’s body.
  • Awaiting an expression with a potentially null value can lead to the throwing of ‘NullReferenceException’.
  • Suspicious return of a local reference variable that always equals null.
  • Octal constants should not be used.
  • The size of an array is not specified.
  • The ‘goto’ statement shouldn’t jump to a label declared earlier.
  • The body of a loop\conditional statement should be enclosed in braces.
  • The function with the ‘atof/atoi/atoll/atoll’ name should not be used.
  • The function with the ‘abort/exit/getenv/system’ name should not be used.
  • The macro with the ‘setjmp’ name and the function with the ‘longjmp’ name should not be used.
  • Unbounded functions performing string operations should not be used.
  • Unions should not be used.
  • The declaration should contain no more than two levels of pointer nesting.
  • The ‘if’ … ‘else if’ construct should be terminated with an ‘else’ statement.
  • Literal suffixes should not contain lowercase characters.
  • Every switch-clause should be terminated by an unconditional ‘break’ or ‘throw’ statement.
  • The ‘switch’ statement should have ‘default’ as the last label.
  • All integer constants of unsigned type should have ‘u’ or ‘U’ suffix.
  • A switch-label should only appear at the top level of the compound statement forming the body of a ‘switch’ statement.
  • The functions from time.h/ctime should not be used.
  • A switch-expression should not have a Boolean type. Consider using of ‘if-else construct.
  • The comma operator should not be used.
  • Any label should be declared in the same block as the ‘goto’ statement or in any block enclosing it.
  • The loop counter should not have a floating-point type.
  • Unreachable code should not be present in the project.
  • Functions should not have unused parameters.
  • The value of the uninitialized variables should not be used.
  • Function with a non-void return type should return a value from all exit paths.
  • Expression resulting from the macro expansion should be surrounded by parentheses.
  • The return value of the non-void function should be used.
  • The address of an object with a local scope should not be passed out of its scope.
  • Floating-point values should not be tested for equality or inequality.
  • The variable should be declared in a scope that minimizes its visibility.
  • Expressions with enum underlying type should have values corresponding to the enumerators of the enumeration.
  • The unary minus operator should not be applied to an expression of the unsigned type.
  • An expression containing increment (++) or decrement (–) should not have other side effects.
  • Incorrect shifting expression.
  • The operand of sizeof() operator should not have other side effects.
  • A pointer/reference parameter in a function should be declared as pointer/reference to const if the corresponding object was not modified.
  • Subtraction, >, >=, <, <= should be applied only to pointers that address elements of the same array.
  • The result of an assignment expression should not be used.
  • Array indexing should be the only form of pointer arithmetic and it should be applied only to objects defined as an array type.
  • There should be no implicit integral-floating conversion.
  • A function should not call itself either directly or indirectly.
  • Constant expression evaluation should not result in an unsigned integer wrap-around.
  • The cast should not remove the ‘const’ / ‘volatile’ qualification from the type that is pointed to by a pointer or a reference.
  • The ‘operator &&’, ‘operator ||’, ‘operator ,’ and the unary ‘operator &’ should not be overloaded.
  • Operands of the logical ‘&&’ or the ‘||’ operators, the ‘!’ operator should have the ‘bool’ type.
  • Conversions between pointers to objects and integer types should not be performed.
  • Identifiers that start with ‘__’ or ‘_[A-Z]’ are reserved.
  • It is highly probable that the semicolon ‘;’ is missing after the ‘return’ keyword.
  • An empty exception handler. Silent suppression of exceptions can hide the presence of bugs in source code during testing.
  • The object was created but it is not being used. The ‘throw’ keyword could be missing.
  • Consider inspecting the expression. Bit shifting of the 32-bit value with a subsequent expansion to the 64-bit type.
  • A value is being subtracted from the unsigned variable. This can result in an overflow. In such a case, the comparison operation can potentially behave unexpectedly.
  • More than N bits are required to store the value, but the expression evaluates to the T type which can only hold K bits.
  • Consider inspecting the loop expression. The ‘i’ variable may be incremented instead of the ‘n’ variable.
  • Classes should always be derived from std::exception (and alike) as ‘public’.
  • Unchecked tainted data is used in the expression.
  • The variable is incremented in the loop. Undefined behavior will occur in the case of signed integer overflow.
  • Possible overflow. Consider casting operands, not the result.
  • Potentially unsafe double-checked locking.
  • An exception handling block does not contain any code.
  • Exception classes should be publicly accessible.
  • The object was created but it is not being used. The ‘throw’ keyword could be missing.
  • Unsafe double-checked locking.
  • Storing credentials inside source code can lead to security issues.
  • Storing credentials inside source code can lead to security issues.
  • The object was created but it is not being used. The ‘throw’ keyword could be missing.
  • The original exception object was swallowed. Stack of original exception could be lost.
  • Potentially unsafe double-checked locking. Use volatile variable(s) or synchronization primitives to avoid this.
  • Unsafe invocation of event, NullReferenceException is possible. Consider assigning an event to a local variable before invoking it.
  • An exception handling block does not contain any code.
  • Exception classes should be publicly accessible.
  • Inconsistent synchronization of a field. Consider synchronizing the field on all usages.
  • Ignored InterruptedException could lead to delayed thread shutdown.
  • A pattern was detected: A || (A && …). The expression is excessive or contains a logical error.
  • Consider inspecting the loop expression. Different variables may be used inside the initializer and iterator.
  • Casting expression to ‘X’ type before implicitly casting it to another type may be excessive or incorrect.

How to install & activate?

  • Disconnect from the internet (Recommended).
  • Extract and install PVS-Studio by using setup.
  • After the installation, don’t run the program or exit if launched.
  • Copy the crack file to the installation directory and replace it.
  • It’s done, Enjoy PVS-Studio Full Version.



PVS-Studio License Key Free Download


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