github.com/tmrts/go-patterns
This package has a good security score with no known vulnerabilities.
Community Reviews
Educational reference material, not a production library
The main value is having common patterns illustrated in idiomatic Go, which helps when you're trying to figure out how to implement a specific pattern. However, the examples are intentionally simplified and lack the error handling, edge cases, and robustness you'd need in real projects. You'll copy concepts, not code.
The repository hasn't been updated since 2017, so it doesn't reflect modern Go practices like generics. There's no community support to speak of - you can't really ask questions about usage because there's nothing to use. It's purely educational scaffolding that you reference once and move on.
Best for: Developers learning design patterns who want quick Go reference implementations to study and adapt.
Avoid if: You need production-ready pattern implementations or an actual library to import into your project.
Educational reference only - not a production library
From a security perspective, the patterns are bare-bones implementations without input validation, proper error propagation, or consideration for common attack vectors. For instance, the behavioral patterns don't demonstrate secure state management or protection against race conditions beyond basic mutex usage. There's no guidance on secure defaults, authentication patterns, or handling sensitive data in these abstractions.
The last update in 2017 means it doesn't reflect modern Go best practices, including newer context patterns, generics, or updated crypto recommendations. If you copy-paste these patterns into production code, you'll need to substantially enhance them with proper validation, error handling, logging that doesn't leak sensitive information, and security controls appropriate to your use case.
Best for: Educational reference when learning design patterns in Go or explaining pattern concepts to junior developers.
Avoid if: You need production-ready implementations or security-conscious code examples for real applications.
Educational Reference, Not a Production Dependency
From a security perspective, treating this as a dependency is problematic. The pattern examples lack input validation, have no error handling sophistication, and weren't designed with security considerations in mind. For instance, the singleton implementations don't address concurrent access safely in all cases, and behavioral patterns have no authentication/authorization scaffolding. The package hasn't been updated since 2017, meaning no CVE responses or modern Go idiom updates.
If you're tempted to import this, you're better off reading the code on GitHub as reference material and writing your own implementations. Copy-pasting pattern code without understanding security implications (especially around concurrency, state management, and error handling) leads to vulnerabilities.
Best for: Reading pattern examples as educational reference material on GitHub, not as an imported dependency.
Avoid if: You need production-ready, security-conscious implementations or maintained dependencies with CVE response.
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