Search Results for "cyclomatic complexity"

Independent set of GDScript tools, parser, linter and formatter. This project provides a set of tools for daily work with GDScript. At the moment it provides a parser that produces a parse tree for debugging and educational purposes. A linter that performs a static analysis according to some predefined configuration. A formatter that formats the code according to some predefined rules. A code metrics calculator which calculates the cyclomatic complexity of functions and classes. To install...

Sloc, Cloc and Code: scc is a very fast accurate code counter with complexity calculations and COCOMO estimates written in pure Go. The tool is similar to cloc, sloccount and tokei. For counting the lines of code, blank lines, comment lines, and physical lines of source code in many programming languages. The goal is to be the fastest code counter possible, but also perform COCOMO calculations like sloccount, estimate code complexity similar to cyclomatic complexity calculators, and produce...

detekt helps you write cleaner Kotlin code so you can focus on what matters the most building amazing software. detekt comes with a set of plugins that helps you configure it easily in your Gradle, Maven, Bazel, ... build. Enjoy static analysis on Android, JVM, JS, Native, and Multiplatform projects out of the box. detekt can be easily extended with custom rules that help you track and fix anti-patterns in your codebase. detekt is entirely open-source and developed by the community. Join us...

Kaengu is a framework to build Code Flow Graphs from C-Source Code and to calculate different metrics. Graphical view on Code is a strong tool to a.) understand software and b.) detect flaws. Additionally, Kaengu can calculate some interesting metrics, such as the newly developed F-Complexity as well as Graph energy and propositions for Code Refactoring.

An analyzing tool for projects written in PHP. It analyzes a system, calculates various unit metrics, such as cyclomatic complexity and dependencies to other units. It can also be integrated with Xdebug to perform other dynamic measures

Coupling-Complexity Between Objects is a metric suite that predicts software quality. It consists of ten metrics that are based on Thomas McCabe's Cyclomatic Complexity and Chidamber and Kemerer's Coupling Between Objects.

PyMetrics produces metrics for Python programs. Metrics include McCabe's Cyclomatic Complexity metric, LoC, %Comments, etc. Users can also define their own metrics using data from PyMetrics. PyMetrics optionally outputs stdout, SQL command files and CSV

Calculates cyclomatic and the NPATH complexity measures. It reads the coverage information produced by GCC and determines the complexity of all functions.

CherryPick is a development tool able to compute NCSS (Non Commenting Source Statement) and CCN (Cyclomatic Complexity Number) on java sources.

Lachesis is a Software Complexity Measurement program for object-oriented source code. Includes Halstead Complexity Measures, McCabe’s Cyclomatic Complexity and Maintainability Index.

C and ASM code metrics and review tools. XML, Excel, and CSV reports for multiple segments within files such as production and unit test code. Web server GUI interface. Calculates lines of code (both LOC and eLOC), cyclomatic complexity, and others.