Fuzz Testing a Go Security CLI: 8 Targets that Found What Unit Tests Missed
📰 Dev.to · Bala Paranj
Learn how to use Go's built-in fuzzer to test a security CLI and catch bugs that unit tests miss, improving the reliability of your Go applications
Action Steps
- Install Go's built-in fuzzer using the go install command
- Identify targets in your security CLI that can be fuzz tested, such as parsers and validators
- Write fuzz test cases using the go-fuzz library
- Run the fuzzer using the go test command with the -fuzz flag
- Analyze the results to identify and fix bugs that were missed by unit tests
- Integrate fuzz testing into your CI/CD pipeline to ensure continuous testing
Who Needs to Know This
Developers and security engineers on a team can benefit from using fuzz testing to ensure the reliability and security of their Go applications, especially when working with security-related code
Key Insight
💡 Fuzz testing can help catch bugs that unit tests miss, especially in security-related code, by feeding millions of random inputs into parsers, compilers, validators, and other targets
Share This
🚨 Use Go's built-in fuzzer to catch bugs that unit tests miss and improve the security of your Go applications! 🚨
Key Takeaways
Learn how to use Go's built-in fuzzer to test a security CLI and catch bugs that unit tests miss, improving the reliability of your Go applications
Full Article
How Go's built-in fuzzer — feeding millions of random inputs into parsers, compilers, validators, and...
DeepCamp AI