$$ \sum_{i=1}^{n} x_i \cdot \text{H0llyW00dzZ}_{i=1}^{tm} x_i + E=mc^2 + \begin{bmatrix} 0 & 1 & 0 & 0 \\ 1 & 0 & 1 & 0 \\ 0 & 1 & 0 & 1 \\ 0 & 0 & 1 & 0 \end{bmatrix} $$

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• Exemplary Developer

• Moonlight

• Github Server

Go Play Ground

• CRUD Simulation
• CRUD Simulation Dependency Injection (DI)
• Simplicity Simulation file system in-memory

• gotoolchain auto: Automated management of Go tools.
• golint & gopls: Essential for code linting and editor integration.
• deadcode: Removes unused code to maintain a clean codebase.
• gotests: Automates the generation of test cases.
• go doc & go fmt: Ensures consistent documentation and code formatting.
• go vet: Provides in-depth code analysis.
• gocyclo: Measures and aims to reduce cyclomatic complexity.
• pprof: A powerful profiling tool for measuring and visualizing the performance characteristics of Go programs, particularly adept at identifying resource-intensive operations.

Coding Philosophy:

• Prioritize error handling first before structuring logs.
• Strive for simplicity in each function, aiming for a cyclomatic complexity under 5 as a sign of Go programming expertise.
• As a general rule, maintain a maximum cyclomatic complexity of 10. If you have advanced expertise, aim for a cyclomatic complexity under 5.
• Emphasize reusable code as it encourages better testing practices, enhances readability for both humans and machines, and aids in minimizing bugs for more reliable code.
• Utilize constants in Go as a minimalist approach to avoid the pitfalls of stupid hard coding values.

By adhering to these principles, your Go code will stand out as superior when compared to others.

For example, even when using other packages, you'll find that your own package, built upon these principles, is superior. It will be less complex, have fewer bugs, and cause fewer panics compared to other packages that may be unnecessarily complex or prone to issues.

• Ignore Go test files (e.g, yourfunction_test.go) by adding them to .gitignore.

Because, just think again, why you have to push include go code test files when cyclomatic complexity are under 5 ? so be smart cyclomatic complexity under 5 you are go mastery.

Github Unwrapped

⚡ Fun fact

Did You Know? If your Go code resembles a jungle of if statements (think 10+ nested layers – a big no-no!), it's less Go and more Stop-and-ask-for-directions. Flatten those conditionals and let your code run as smoothly as a greased gopher on a slip 'n slide!

Did You Know? If your code is overly stupid complex, it could indicate a need for improvement in your development skills.