Perform code analysis to identify issues, vulnerabilities and bugs and fix them with insightful reports
A popular open-source platform, SonarQube is used for automatic code review and static code analysis to identify bugs, vulnerabilities and code smells. It supports the most popular programming languages and brings powerful customization of quality gates and CI/CD integration capabilities.
You can use SonarQube to perform code quality analysis, identify potential issues, enforce coding standards, and continuously improve the quality of your software projects.
With Uptut’s lab-intensive training, participants will be adept in improving code quality using SonarQube’s extensive reports and work on real-time feedback during development through plugins such as SonarLint.
Why Code Quality Analysis using SonarQube for Your Business?
Improved Code Quality: SonarQube helps you identify code smells, bugs, security vulnerabilities, and other issues in your codebase.
Enforced Coding Standards: SonarQube allows you to define and enforce coding standards across your development team.
Early Issue Detection: SonarQube performs static code analysis, which means it can catch issues early in the development process. By integrating SonarQube into your CI/CD pipelines, you can automatically analyze code changes as part of the build process.
Make Your Team Proficient
Getting familiar with SonarQube's capabilities, features, and benefits as a code quality analysis tool.
Learn how to set up and configure SonarQube specifically for analyzing code
Gain knowledge of identifying code smells, bugs, security vulnerabilities, and adherence to coding standards in serverless code
Understand how to leverage language-specific analyzers and rule sets provided by SonarQube
workflow, including integration with CI/CD pipelines and IDEs for real-time feedback.
Gain experience in techniques for improving code quality, reducing technical debt, and promoting better coding practices.
Hands-on Experience with Tools
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Core Training Modules
1. Overview and introduction to SonarQube:
Understanding the benefits and key concepts used in SonarQube and learning to navigate its UI
2. Introduction to Code Quality Analysis:
Understand the importance of code quality analysis and its impact on software development.
3. Configuring SonarQube for Code Analysis:
This module will also help participants define quality gates and metrics.
4. Static Code Analysis:
Understanding how code is analysed and reviewing different scanners, defining analysis parameters, running tests and interpreting SonarQube Analysis Reports.
5. Integrating with IDEs:
Installing and configuring plugins, importing repositories and setting up projects, integrating SonarQube with IDEs for real-time feedback and installing SonarLint for code quality analysis in local development.
6. Continuous Code Quality Improvement:
Analyzing project history, defining rules with Quality Profiles, enhancing global security features and adding coding rules with SonarQube APIs.
7. Viewing Analysis Results:
Understand how to navigate the SonarQube web interface and interpret the analysis results for your projects.
8. Understanding Code Smells:
Dive into common code smells and learn how SonarQube identifies them in your codebase.
9. Identifying Bugs and Issues:
Explore how SonarQube detects bugs, errors, and potential issues in your code during static code analysis.
10. Security Vulnerability Detection:
Learn about SonarQube's security-focused rulesets and how it helps identify security vulnerabilities in your code.
11. Enforcing Coding Standards:
Discover how to define and enforce coding standards using SonarQube's quality profiles and custom rules.
12. Customizing SonarQube:
Explore advanced configurations in SonarQube, including custom rule creation, severity levels, and quality gate settings.
13. Integrating SonarQube with CI/CD:
Learn how to integrate SonarQube into your CI/CD pipelines to automate code analysis during the build and deployment process.
14. Tracking Code Quality Metrics:
Understand the importance of code quality metrics, such as technical debt, code coverage, duplication, and how SonarQube helps track them.
How does personalized training work?
Analyzing skill gap and assessing business requirements
Customising curriculum with core and additional modules to fit objectives
Supporting learning implementation with consulting
Who will benefit from this training?
Technical Leads/Team Leads
Is this training right for your team?
Frequently Asked Questions- Answered!
1. What are the pre-requisites for this training?
2. Will my team get any practical experience with this training?
3. What is your mode of delivery - online or on-sight?
4. Will trainees get certified?
5. What do we do if we need further support after the training?