Open Source Code Review Software
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Code Review Software
View 72 business solutionsBrowse free open source Code Review software and projects below. Use the toggles on the left to filter open source Code Review software by OS, license, language, programming language, and project status.
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AI-powered service management for IT and enterprise teamsGive your IT, operations, and business teams the ability to deliver exceptional services—without the complexity. Maximize operational efficiency with refreshingly simple, AI-powered Freshservice.
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Forever Free Full-Stack Observability | Grafana CloudBuilt on open standards like Prometheus and OpenTelemetry, Grafana Cloud includes Kubernetes Monitoring, Application Observability, Incident Response, plus the AI-powered Grafana Assistant. Get started with our generous free tier today.
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tkdiff
Side-by-side diff viewer, editor and merge preparer
tkdiff is a graphical front end to the diff program. It provides a side-by-side view of the differences between two text files, along with several innovative features such as diff bookmarks, a graphical map of differences for quick navigation, and a facility for slicing diff regions to achieve exactly the merge output desired. -
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SonarQube
Continuous inspection
SonarQube empowers all developers to write cleaner and safer code. Thousands of automated Static Code Analysis rules, protecting your app on multiple fronts, and guiding your team. Catch tricky bugs to prevent undefined behavior from impacting end-users. Fix vulnerabilities that compromise your app, and learn AppSec along the way with Security Hotspots. Make sure your codebase is clean and maintainable, to increase developer velocity! We embrace progress - whether it's multi-language applications, teams composed of different backgrounds or a workflow that's a mix of modern and legacy, SonarQube has you covered. SonarQube fits with your existing tools and pro-actively raises a hand when the quality or security of your codebase is at risk. SonarQube can analyse branches of your repo, and notify you directly in your Pull Requests! -
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Chroma
A general purpose syntax highlighter in pure Go
As Chroma has just been released, its API is still in flux. That said, the high-level interface should not change significantly. Chroma takes source code and other structured text and converts it into syntax-highlighted HTML, ANSI-coloured text, etc. Chroma is based heavily on Pygments and includes translators for Pygments lexers and styles. ABAP, ABNF, ActionScript, ActionScript 3, Ada, Angular2, ANTLR, ApacheConf, APL, AppleScript, Arduino, Awk. PacmanConf, Perl, PHP, PHTML, Pig, PkgConfig, PL/pgSQL, plaintext, Pony, PostgreSQL SQL dialect, PostScript, POVRay, PowerShell, Prolog, PromQL, Properties, Protocol Buffer, PSL, Puppet, Python 2, Python. Lexers convert source text into a stream of tokens, styles specify how token types are mapped to colours, and formatters convert tokens and styles into formatted output. A package exists for each of these, containing a global Registry variable with all of the registered implementations. -
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Eclipse Checkstyle Plug-in
Integrates Checkstye into the Eclipse IDE
The Eclipse Checkstyle plug-in integrates the Checkstyle Java code auditor into the Eclipse IDE. The plug-in provides real-time feedback to the user about violations of rules that check for coding style and possible error prone code constructs. -
Gemini 3 and 200+ AI Models on One PlatformBuild, govern, and optimize agents and models with Gemini Enterprise Agent Platform.
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cargo-crev
A cryptographically verifiable code review system for the cargo
A cryptographically verifiable code review system for the cargo (Rust) package manager. cargo-crev is an implementation of Crev as a command-line tool integrated with cargo. This tool helps Rust users evaluate the quality and trustworthiness of their package dependencies. Crev is a language and ecosystem agnostic, distributed code review system. Use reviews produced by other users. Increase the trustworthiness of your own code. Build a web of trust of other reputable users to help verify the code you use. Static binaries are available from the releases page. Crev is a system for verifying the security and reliability of dependencies based on collaborative code reviews. Crev users review the source code of packages/libraries/crates and share their findings with others. Crev then uses Web of Trust to select trusted reviews and judge the reputation of projects' dependencies. -
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Highlight.js
JavaScript syntax highlighter with language auto-detection
Highlight.js is a syntax highlighter written in JavaScript. It works in the browser as well as on the server. It can work with pretty much any markup, doesn’t depend on any other frameworks, and has automatic language detection. Highlight.js supports over 180 languages in the core library. There are also 3rd party language definitions available to support even more languages. We strongly recommend <pre><code> wrapping for code blocks. It's quite semantic and "just works" out of the box with zero fiddling. It is possible to use other HTML elements (or combos), but you may need to pay special attention to preserving linebreaks. You can run highlighting inside a web worker to avoid freezing the browser window while dealing with very big chunks of code. -
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Patchwork
Automate code reviews, patching and documentation
Patchwork automates development gruntwork like PR reviews, bug fixing, security patching, and more using a self-hosted CLI agent and your preferred LLMs. -
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Periphery
A tool to identify unused code in Swift projects
A tool to identify unused code in Swift projects. The scan command is Periphery's primary function. To begin a guided setup, simply change to your project directory. To get coherent results from Periphery, it's crucial to understand the implications of the build targets you choose to analyze. For example, imagine a project consisting of three targets: App, Lib and Tests. The App target imports Lib, and the Tests targets imports both App and Lib. If you were to provide all three to the --targets option then Periphery will be able to analyze your project as a whole. However, if you only choose to analyze App and Lib, but not Tests, Periphery may report some instances of unused code that are only referenced by Tests. Therefore when you suspect Periphery has provided an incorrect result, it's important to consider the targets that you have chosen to analyze. -
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diff-so-fancy
Make your diffs human readable instead of machine readable
diff-so-fancy strives to make your diffs human readable instead of machine readable. This helps improve code quality and helps you spot defects faster. diff-so-fancy is also available from NPM, Nix, brew, and as a package on Arch and Debian Linux. Windows users may need to install MinGW or the Windows subsystem for Linux. By default, the separator for the file header uses Unicode line-drawing characters. If this is causing output errors on your terminal, set this to false to use ASCII characters instead. By default, the separator for the file header spans the full width of the terminal. Use this setting to set the width of the file header manually. Pull requests are quite welcome, and should target the next branch. You can simplify git header chunks to a more human readable format. We are also looking for any feedback or ideas on how to make diff-so-fancy even fancier. -
Build Securely on Azure with Proven FrameworksMoving to the cloud brings new challenges. How can you manage a larger attack surface while ensuring great network performance? Turn to Fortinet’s Tested Reference Architectures, blueprints for designing and securing cloud environments built by cybersecurity experts. Learn more and explore use cases in this white paper.
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eslint-plugin-import
ESLint plugin with rules that help validate proper imports.
This plugin intends to support linting of ES2015+ (ES6+) import/export syntax, and prevent issues with misspelling of file paths and import names. All the goodness that the ES2015+ static module syntax intends to provide, is marked up in your editor. The maintainers of eslint-plugin-import and thousands of other packages are working with Tidelift to deliver commercial support and maintenance for the open-source dependencies you use to build your applications. Save time, reduce risk, and improve code health, while paying the maintainers of the exact dependencies you use. With the advent of module bundlers and the current state of modules and module syntax specs, it's not always obvious where import x from 'module' should look to find the file behind module. Up through v0.10ish, this plugin has directly used substack's resolve plugin, which implements Node's import behavior. This works pretty well in most cases. -
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git-autofixup
Create fixup commits for topic branches
git-autofixup parses hunks of changes in the working directory out of git diff output and uses git blame to assign those hunks to commits in <revision>..HEAD, which will typically represent a topic branch, and then creates fixup commits to be used with git rebase --interactive --autosquash. It is assumed that hunks near changes that were previously committed to the topic branch are related. <revision> defaults to git merge-base --fork-point HEAD @{upstream} || git merge-base HEAD @{upstream}, but this will only work if the current branch has an upstream/tracking branch. See git help revisions for info about how to specify revisions. -
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Enlightn
Your performance & security consultant, an artisan command away
Enlightn scans your Laravel app code to provide you actionable recommendations on improving its performance, security & more. We'll perform over 100 checks against your application for common issues, and provide actionable feedback for fixing them. Think of Enlightn as your performance and security consultant. Enlightn will "review" your code and server configurations, and give you actionable recommendations on improving performance, security, and reliability! The Enlightn OSS (open source software) version has 64 automated checks that scan your application code, web server configurations, and routes to identify performance bottlenecks, possible security vulnerabilities, and code reliability issues. Enlightn Pro (commercial) is available for purchase on the Enlightn website and has an additional 64 automated checks (a total of 128 checks). Serving Assets: Minification, cache headers, CDN, and compression headers. -
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Flow
A static type checker for JavaScript
Flow is a static type checker for JavaScript. It was designed to help improve code quality and developer productivity. It does this through several smart capabilities. First, it identifies problems as you code, so you no longer have to waste time guessing and checking again and again. Second, it understands your code and makes its knowledge available, allowing you to build other smart tools on top of it. Third, it helps you refactor safely so you can focus on the changes you want to make and not on what you might break. Lastly, it can help prevent bad rebases and protect your carefully designed library, which is especially relevant when working with a large group of developers. Flow integrates with many tools, so you can easily and seamlessly insert it into your existing workflow and toolchain. -
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Gnomock
Test your code without writing mocks with ephemeral Docker containers
Gnomock is an integration and end-to-end testing toolkit. It uses Docker to create temporary containers for application dependencies, set up their initial state and clean them up in the end. Gnomock allows to testing the code with no mocks wherever possible. The power of Gnomock is in a variety of Presets, each implementing a specific database, service, or other tools. Each preset provides ways of setting up its initial state as easily as possible: SQL schema creation, test data upload into S3, sending test events to Splunk, etc. -
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Sentry
Cross-platform application monitoring and error tracking software
Sentry is a cross-platform, self-hosted error monitoring solution that helps software teams discover, monitor and fix errors in real-time. The most users and logs will have to provide are the clues, and Sentry provides the answers. Sentry offers enhanced application performance monitoring through information-laden stack traces. It lets you build better software faster and more efficiently by showing you all issues in one place and providing the trail of events that lead to errors. It also provides real-time monitoring and data visualization through dashboards. Sentry’s server is in Python, but its API enables for sending events from any language, in any application. More than fifty-thousand companies already ship better software faster thanks to Sentry; let yours be one of them! -
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SonarJS
SonarSource Static Analyzer for JavaScript and TypeScript
This SonarSource project is a static code analyzer for JavaScript, TypeScript and CSS languages. In order to analyze JavaScript, TypeScript or CSS code, you need to have a supported version of Node.js installed on the machine running the scan. Recommended versions are the previous LTS version v14 and the latest version - v16. We recommend using the latest available LTS version (v16 as of today) for optimal stability and performance. v12 is still supported, but it already reached end-of-life and is deprecated. If node is not available in the PATH, you can use property sonar.nodejs.executable to set an absolute path to Node.js executable. If you have a community plugin for CSS analysis installed on your SonarQube instance it will conflict with the analysis of CSS, so it should be removed. -
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HTMLHint
The static code analysis tool you need for your HTML
Static code analysis tool you need for your HTML. By default, htmlhint looks for a .htmlhintrc file in the current directory and all parent directories and applies its rules when parsing a file. -
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Pylint
It's not just a linter that annoys you!
Pylint is a static code analyzer for Python 2 or 3. The latest version supports Python 3.7.2 and above. Pylint analyses your code without actually running it. It checks for errors, enforces a coding standard, looks for code smells, and can make suggestions about how the code could be refactored. Projects that you might want to use alongside pylint include flake8 (faster and simpler checks with very few false positives), mypy, pyright or pyre (typing checks), bandit (security-oriented checks), black and isort (auto-formatting), autoflake (automated removal of unused import or variable), pyupgrade (automated upgrade to newer python syntax) and pydocstringformatter (automated pep257). Pylint isn't smarter than you: it may warn you about things that you have conscientiously done or checks for some things that you don't care about. During adoption, especially in a legacy project where pylint was never enforced. -
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nvim-regexplainer
Describe the regexp under the cursor
Describe the regular expression under the cursor. You need to install regex with nvim-treesitter, as well as the grammar for whichever host language you're using. -
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VisualCodeGrepper V2.3.2
Code security review tool for C/C++, C#, VB, PHP, Java, PL/SQL, COBOL.
VCG is an automated code security review tool for C++, C#, VB, PHP, Java, PL/SQL and COBOL, which is intended to speed up the code review process by identifying bad/insecure code. New beta functionality has been added for R. It has a few features that should make it useful. In addition to performing some more complex checks it also has a config file for each language that basically allows you to add any bad functions (or other text) that you want to search for. It attempts to find phrases within comments that can indicate broken code and it provides stats and a pie chart (for the entire codebase and for individual files) showing relative proportions of code, whitespace, comments, 'ToDo'-style comments and bad code. I've tried to produce something which searches intelligently for buffer overflows and signed/unsigned comparison in C, violations of OWASP recommendations in Java code, etc. Current version: 2.3.2 -
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JavaScript Standard Style
JavaScript style guide, linter, and formatter
JavaScript Standard Style is a JavaScript style guide with linter and automatic formatter. It’s the simple, easy, fuss-free way to get a consistent style in your project. No more hundred-line style configuration files for every module/project; no more messy or inconsistent code; and no more wasting time sending code back and forth between reviewer and contributor. With Standard, your code is automatically formatted, no configuration necessary. With Standard, code clarity and community conventions is paramount. This may not make sense to all projects or development cultures, but does make a lot of sense for open source projects where setting up clear, automated contributor expectations makes a project healthier. -
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Kotlin Explorer
Desktop tool to quickly explore disassembled Kotlin code
Kotlin Explorer is a desktop tool to quickly and easily disassemble Kotlin code. After launching Kotlin Explorer, type valid Kotlin code in the left pane, then click File > Decompile or use Cmd-Shift-D on macOS, Ctrl-Shift-D on Linux and Windows. The middle pane will show the Android DEX bytecode, and the right panel the native assembly resulting from ahead of time compilation (AOT). -
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PHP_CodeSniffer
Tokenize PHP files and detects violations of coding standards
PHP_CodeSniffer is a set of two PHP scripts; the main phpcs script that tokenizes PHP, JavaScript and CSS files to detect violations of a defined coding standard, and a second phpcbf script to automatically correct coding standard violations. PHP_CodeSniffer is an essential development tool that ensures your code remains clean and consistent. PHP_CodeSniffer requires PHP version 5.4.0 or greater, although individual sniffs may have additional requirements such as external applications and scripts. See the Configuration Options manual page for a list of these requirements. If you're using PHP_CodeSniffer as part of a team, or you're running it on a CI server, you may want to configure your project's settings using a configuration file. If you use PEAR, you can install PHP_CodeSniffer using the PEAR installer. This will make the phpcs and phpcbf commands immediately available for use. -
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R.swift
Autocompleted resources like images, fonts & segues in Swift projects
Get strong typed, autocompleted resources like images, fonts and segues in Swift projects. It makes your code that uses resources to be fully typed, less casting and guessing what a method will return. Compile time checked, no more incorrect strings that make your app crash at runtime. Autocompleted, never have to guess that image name again. For autocompleted images, and compiletime checked images. After installing R.swift into your project you can use the R-struct to access resources. If the struct is outdated just build and R.swift will correct any missing/changed/added resources. Runtime validation with R.validate() ff all images used in storyboards and nibs are available, if all named colors used in storyboards and nibs are available, if all view controllers with storyboard identifiers can be loaded, if all custom fonts can be loaded. -
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RefactorFirst
Identifies and prioritizes God Classes Highly Coupled classes
A tool designed to automate code refactoring for developers, reducing technical debt and improving code quality.
Guide to Open Source Code Review Software
Open source code review software is a type of software specifically designed to help developers identify problems in their source code and correct them. It allows developers to quickly analyze their own software or that of other developers to make sure it meets certain standards or specifications. By using an open source code review tool, developers can evaluate the quality of code, check for potential bugs and security flaws, optimize performance, and improve coding practices within the organization.
This type of software provides access to a variety of review capabilities such as automated testing tools, peer reviews, and defect tracking systems. Automated testing tools are used to compare different versions of the same program in order to identify any differences between them. Peer reviews involve having experienced professionals examine the project's design, coding architecture, and user experience in order to make sure everything fits together correctly. Lastly, defect tracking systems provide a way for users to assign tasks related to bug fixes or feature development which can be tracked by everyone involved in the project.
Open source code review software allows teams or organizations to collaborate on projects more efficiently by creating transparent communication channels across all levels of development such as management, technical staffs and external stakeholders who may be involved in specific stages within the production cycle. They usually include features that enable team members or contributors working remotely from different locations around the world—for example distributed version control systems (DVCSs), issue-tracking databases like JIRA with integrated bug reports and feature requests so team members can monitor progress without needing manual updates from each other. Additionally they offer synchronization services which allow admins to keep source codes up-to-date allowing remote workers access latest versions when needed even if changes have been made since they last logged into system.
In summary open source code review provides powerful tools for managing complex projects; where transparency between team members is paramount for successful completion. For unique features may require specific types tools not provided by this type software custom application programming interfaces (APIs) could be developed easily accommodate needs any organization or individual looking build best possible product available market today
Open Source Code Review Software Features
- Code Review: This feature allows users to easily review, navigate, and analyze source code. It has support for many popular languages, including Java, C++, C# and HTML. The code can be reviewed side-by-side with the original source tree so that changes can be more quickly identified and tracked.
- Issue Tracking: This feature tracks potential issues with a project’s codebase by highlighting potential bugs or security vulnerabilities and providing comments from collaborators about possible solutions. Administrators can also assign tasks to other developers for resolving any flagged issues.
- Collaboration Tools: Open source code review software typically provides tools for sharing code snippets between team members or in a larger community context. It facilitates communication by allowing users to comment on snippets of code directly within the software's interface, as well as through notifications sent via email or text message.
- Version Control & History Management: Most open source systems provide version control and history management capabilities in order to keep track of changes made to a project’s code over time. These features make it easy to compare different versions of code based on specific points in time or commit messages associated with those versions.
- Automated Analysis & Reports: Many open source systems provide automated analysis tools which detect structural patterns within the project’s source files and generate reports containing detailed information about them (e.g., various metrics such as cyclomatic complexity). Additionally they often contain built-in API connectors which allow integrations/reports from external tooling/services (such as coverage reporting services).
What Types of Open Source Code Review Software Are There?
- Gerrit: Gerrit is a self-hosted open source code review platform. It provides an integrated system for peer review, version control, and automated tests. It supports code collaboration from developers around the world with features like patch sets, continuous integration support, and advanced reporting tools.
- Phabricator: Phabricator is a web-based open source code review tool that enables users to collaborate on software projects in real time. It allows developers to manage tasks and develop faster by having conversations within their development environment. With features like task creation, reviewing pull requests, and advanced analytics, it makes developing efficient and enjoyable.
- GitLab Code Review: GitLab Code Review is an open source tool designed specifically for developers who want to ensure high quality code before deploying it in production environments. This tool allows teams of developers to discuss new changes and review them together without having to commit any code until they’re happy with it. Unnecessary tasks are also reduced through automation capabilities such as linting and unit testing.
- GitHub Pull Requests: GitHub Pull Requests allow developers to easily submit proposed changes which can then be reviewed by other members of their team or project contributors before being merged into the main branch of the repository. This facilitates distributed collaboration on software projects since all proposed changes are visible for everyone working together on the same project at once allowing quick fixes or improvements in no time at all.
- Bitbucket Reviews: Bitbucket Reviews provide an easy way for multiple people to collaborate on changes within version control before they're committed forever into the official production environment while enabling each user's peers an opportunity to suggest improvements or quick fixes using comments along with voting options that indicate agreement or disagreement of a particular change applied by another person in real time making it convenient for everyone involved who wants input with coding efforts throughout various phases of development regardless if it’s initial setup or ongoing modifications needed over time due major bug issues or conducting routine maintenance checks too
Benefits of Open Source Code Review Software
- Increased Quality: Open source code review software can improve the overall quality of a product by allowing developers to find and identify issues before deployment. This can save time and money by avoiding costly testing and rework cycles.
- Improved Collaboration: With open source code review tools, teams are able to collaborate more effectively on projects. Teams can share ideas and feedback quickly with multiple reviewers at once, fostering better communication between developers.
- Streamlined Testing Processes: Automated code reviews can help streamline the process of sanity tests, improving efficiency and accuracy. Automation also allows teams to run additional tests that would otherwise require manual effort or not be possible in some cases.
- Enhanced Security: Open source code review software allows developers to check for security vulnerabilities and/or malicious activities within their own code as soon as it’s written. This helps protect against potential threats from hackers or other malicious actors which could lead to data loss or irreparable damage to a system’s functionality.
- Increased Visibility: Finally, open source code reviews provide greater visibility into how a project is progressing, allowing teams to make timely changes if needed while enabling them keep up with the latest best practices and trends related to development project management.
Types of Users That Use Open Source Code Review Software
- Software Developers: These individuals use open source code review software to review their own code and the code of other developers. They are usually looking for bugs, identify areas for improvement, or collaborate with others on projects.
- System Administrators: System administrators use open source code review software to ensure that all changes made to system configurations are secure and correct. They also use it to roll out new features and verify the accuracy of systems maintenance operations.
- Security experts: Security experts can take advantage of open source code review software by analyzing the security risks associated with specific portions of source code before they’re committed to a project or system. This helps them identify any potential vulnerabilities that could be exploited by malicious actors.
- Quality Assurance (QA) Professionals: These professionals typically rely on open source code review software during the development cycle in order to check for errors or flaws within applications or systems before they’re released into production environments.
- UX Designers: UX designers leverage open source code review tools when building interface designs as this helps them quickly create prototypes and measure user experience metrics throughout the design process. It also allows them to get real-time feedback from users regarding their designs without having to deploy fully developed versions of a product first.
- Project Managers: Project managers often utilize open source code review tools when scheduling tasks, tracking progress, sharing resources, estimating timelines, and tracking budgets. This helps them quickly identify development bottlenecks and optimize resource utilization across teams working on different aspects of a project at the same time.
How Much Does Open Source Code Review Software Cost?
Open source code review software is available for free. This means that businesses and individual users can access the software without paying any upfront cost. The benefits of open source code review software include lower maintenance costs as there are no licenses or subscription fees, as well as a wide range of features made possible by the collaborative nature of open source communities. In addition, since open source projects are often supported by a robust user community, bugs and other issues tend to be addressed quickly and efficiently.
However, while the initial cost of obtaining an open source code review tool may be zero, it should still not be overlooked that some associated costs may arise with using such tools over time. For instance, businesses requiring professional support services or custom feature development may need to pay for such services in order to use their chosen open source solution effectively. Additionally, in larger-scale operations involving multiple teams working on different projects simultaneously, additional costs may appear related to infrastructure and scalability requirements (e.g., cloud hosting). So while it's true that many excellent options exist when it comes to free or low-cost code review tools, companies should consider the long-term costs associated with utilizing any particular option before making their decision.
What Software Does Open Source Code Review Software Integrate With?
Software that can integrate with open source code review software typically includes tools and services related to the development process, such as bug tracking and version control systems. Moreover, automated testing platforms can be integrated into an open source code review software setup in order to streamline the code review process. Additionally, for those using a continuous integration (CI) system, it is possible to automatically trigger builds when code changes are made so that each commit is tested before being merged into a shared repository. Finally, popular collaboration tools such as Slack or Microsoft Teams can also be used together with open source code review software to simplify communication between team members involved in the reviewing process.
Open Source Code Review Software Trends
- Increased Transparency: Open source code review software has allowed for a transparent development process, as code changes can be tracked and discussed in an open forum. This has enabled developers to collaborate more effectively, as well as make sure that code is up to high standards before it is deployed.
- Increased Quality Assurance: Code reviews also provide an opportunity to detect potential bugs and defects before they become a problem in the production environment, helping to ensure that the code is of high quality before it is released.
- Improved Collaboration: Open source code review software has made it easier for developers to work together, regardless of their physical location. This has enabled teams to easily discuss changes and modifications to code, while still maintaining version control and collaboration on projects.
- Improved Security: By using code review software, developers can easily identify potential security flaws in their code before they become a major issue. This helps to ensure that the final product is secure and protected from malicious attacks.
- Lower Costs: Open source software typically requires less financial investment than proprietary solutions, making it a more cost-effective choice for organizations looking to develop quality products. Additionally, open source solutions allow for more flexibility in terms of customization and scalability, meaning organizations can tailor their solutions to their specific needs without having to invest heavily in proprietary solutions.
How Users Can Get Started With Open Source Code Review Software
Getting started with using open source code review software is relatively straightforward and can be achieved in three main steps.
First, you will need to choose the specific open source code review software that best suits your needs. This step requires doing a bit of research on what solutions are available, so you can compare features and decide which one fits your particular requirements. You may also want to consider factors such as ease of use, cost (if any) and compatibility with your existing technology stack when making the decision.
Once you’ve chosen the appropriate tool for your project, the next step is to download it from its repository or website. The installation process may vary depending on the type of computer system you are using but in most cases, it should only take a few minutes depending on how quickly your connection downloads files.
The final step is to create an account for yourself or members of your team within the code review software so everyone has access when needed. This will usually involve setting up user roles and permissions based on who needs to do what within the application so they have access to only those areas they need while keeping other parts secure if desired. Once these accounts have been set up, users can now start working with the code review software by creating reviews, assigning tasks or even file reports if required. Working with these tools can be challenging at first because there is often a lot of information to take in but over time they get simpler and easier as users learn more about their particular platform's features and functions.
