Open Source Python Source Code Analysis Tools - Page 2

Tencent Cloud Code Analysis (TCA for short, used internally by the R&D code CodeDog ) is a cloud-native, distributed, high-performance comprehensive code analysis and tracking platform that integrates many analysis tools, including server, web and client The three components have integrated a number of self-developed tools, and also support the dynamic integration of analysis tools of various programming languages ​​in the industry. Obtain the Tencent Cloud code analysis platform by deploying TCA Server and Web, and complete the creation of related projects on the platform. After the project is created, you can deploy and configure the Tencent Cloud code analysis client to perform code analysis locally or as an online resident node. Before starting your first code analysis project, you need to deploy the Tencent Cloud Code Analysis client locally. After completing the project configuration on the client, you can start your first code analysis project and view your analysis results.

The web lint checks HTML and XHTML pages for possible markup problems. It attempts to find problems with your code that an HTML validator does not.

XRay is an analysis tool built upon your SCMs, aimed to consolidade project statistics from many repositories in a single tool, generating code reports and development statistics obtained from log data and file versions.

CPIP is a C/C++ preprocessor implemented in Python. CPIP exposes all aspects of preprocessing for inspection. NOTE: This project has now moved to https://github.com/paulross/cpip. This is no reflection on Sourceforge, indeed I am very grateful for them hosting CPIP for may years. It is merely because I can't manage two workflows!

Patch file shows difference in files in whole lines. Sometimes those lines are very similar, only one or two words changed. This script compares changed lines by characters and highlights actual differences in them - very helpful with long lines.

EvoFETCH is a tool to extract information about software entities such as classes, methods, and attributes from software repositories. EvoFETCH is middleware and makes use of other freely available software to perform the extraction and provide query functionality.

A program to check source code for mispelings...

Static security code scanner (SAST) for Node.js applications powered by libsast and semgrep. nodejsscan is a static security code scanner for Node.js applications.

Create a simple class diagram with docstring and variable descriptions. The program takes a .py file as an input and creates a class diagram in a form of a html file.

PyCDep is a tool to analyze include dependencies between files in C and C++ programs. PyCDep itself is written in python. It dumps all the facts in a prolog database which can be queried. Visualization is possible by dumping graphviz (.dot) files.

A command-line Python utility to mine information on open source projects using the ohloh web service APIs. The script is enables analysis of open source projects indexed by ohloh by providing source lines of code (SLOC), contributor data and other info.

The 'pysourceinfo' package provides source information on Python runtime objects based on 'inspect', 'sys', 'os', and 'imp'. The covered objects include packages, modules, functions, methods, scripts, and classes by two views: - File System View - packages, modules, and linenumbers - based on files and paths - Runtime Object View - callables, classes, and containers - based on in-memory RTTI / introspection The supported platforms are: - Linux, BSD, Unix, OS-X, Cygwin, and Windows - Python2, Python3 - CPython, PyPy Object addresses within modules - Object Identifier OID - and the display of the runtime call flow are supported by 'PyStackInfo'. Online documents: https://pysourceinfo.sourceforge.io/

pytype is a static type analyzer that checks and infers types for Python code without executing it, catching errors at “compile time” and generating actionable diagnostics. It grew alongside Python typing at Google and can understand both inline annotations and unannotated code via powerful inference. The tool consumes stub files (.pyi) for the standard library and third-party packages (from typeshed and its own built-ins), enabling accurate checks even in large, mixed-quality codebases. Developers can run pytype locally or wire it into CI to prevent regressions and track tightening type discipline over time. Because pytype infers types, it’s useful during gradual typing, surfacing mismatches, missing attributes, or unsafe unions before runtime. Documentation and a user guide detail configuration, supported features, and how inference interacts with modern Python idioms.

Reviewing memory allocation and data structures of an extant Sourceforge project unix-named "simupop". A new development version of the extant project is established and the ultimate goal is to "rev up" the old, hence the project name.

Simplify Todo management with Todo Notifier - a versatile Python library that generates automated summaries and sends reminders via email, SNS, SES & more. Integrate easily with other project management tools. The package is available on PyPi: https://pypi.org/project/todonotifier/ For more information, please check out the GitHub repository: https://github.com/ashu-tosh-kumar/todo_notifier Detailed code documentation on GitHub Pages: https://ashu-tosh-kumar.github.io/todo_notifier/todonotifier.html Medium Article on how to use: https://at-k.medium.com/streamline-your-todos-with-todo-notifier-for-python-projects-6f95c03a2d34

Unique finds patterns in source code. It helps you build better software by finding pieces of code that could benefit from a refactoring.

Welcome to the strictest and most opinionated Python linter ever. wemake-python-styleguide is actually a flake8 plugin with some other plugins as dependencies. Ensures consistency - no matter who works on it, the end product will always be the same dependable code. Helps avoid potential bugs - strict rules make sure that you don't make common mistakes. Efficient code reviews - each piece of code has a similar familiar style and syntax. If it passes all the checks, there's little left to review! Fewer code revisions - strict linting ensures that you don't have to re-write the codebase again and again. Reduce code redundancy - Sometimes we write complex code as we are thinking in a certain way about a problem. The linter offers suggestions that can help simplify the code and eliminate redundant statements. The ultimate goal of this project is to make all people write exactly the same Python code.