Tech Articles

cover of post: Mastering Rust’s Result Enum for Error Handling

Mastering Rust’s Result Enum for Error Handling

Mar 02, 2025

Mastering Rust’s Result type for safer and cleaner error handling.

By Ethan Miller#Engineering
cover of post: Why Do Your URLs Suck?

Why Do Your URLs Suck?

Mar 02, 2025

URL design is the facade project of the API architecture, and it is necessary to find a balance between technical implementation and user experience. By following the three principles of simplicity, semanticization, and compatibility, and combining mature mapping mechanisms and excellent case practices, a URL system that conforms to engineering specifications and has commercial value can be constructed. With the development of the API economy in the future, URL design will carry more business semantics and become an important bridge connecting the system and users.

By Grace Collins#programming
cover of post: Understanding Floating-Point Numbers in Go

Understanding Floating-Point Numbers in Go

Mar 02, 2025

Floating-point numbers in Go can cause precision issues; use `float64` or `decimal` for accuracy.

By Emily Parker#Engineering
cover of post: Logging in Go: Practices and Libraries

Logging in Go: Practices and Libraries

Mar 02, 2025

Go offers built-in and third-party logging solutions; choose based on features and performance needs.

By Grace Collins#Engineering
cover of post: Managing Concurrent Tasks in Go with `errgroup`

Managing Concurrent Tasks in Go with `errgroup`

Mar 02, 2025

Efficiently manage Go concurrency with `errgroup`'s error handling and context cancellation.

By James Reed#Engineering
cover of post: Understanding Struct Embedding in Go

Understanding Struct Embedding in Go

Mar 02, 2025

Go struct embedding enables flexible composition and method promotion for better code reuse.

By Olivia Novak#Engineering
cover of post: Understanding the `go build` Command in Go

Understanding the `go build` Command in Go

Mar 02, 2025

The `go build` command compiles Go programs with support for cross-compilation and customization.

By Lukas Schneider#Engineering
cover of post: Understanding Golang's `sync.WaitGroup`

Understanding Golang's `sync.WaitGroup`

Mar 02, 2025

Golang's `sync.WaitGroup` efficiently synchronizes goroutines using `Add`, `Done`, and `Wait`.

By Lukas Schneider#Engineering
cover of post: How to Convert JSON to a Go Struct

How to Convert JSON to a Go Struct

Mar 02, 2025

Convert JSON to Go structs using `json.Unmarshal`, struct tags, and nested struct definitions.

By James Reed#Engineering
cover of post: Understanding Inheritance in Golang

Understanding Inheritance in Golang

Mar 02, 2025

Golang uses struct embedding and interfaces instead of traditional inheritance for code reuse and polymorphism.

By Olivia Novak#Engineering
cover of post: Understanding Environment Variables in Golang

Understanding Environment Variables in Golang

Mar 02, 2025

Manage environment variables in Golang using `os` functions and `.env` files for flexible configurations.

By Emily Parker#Engineering
cover of post: How to Convert a String to Bytes in Golang

How to Convert a String to Bytes in Golang

Mar 02, 2025

String-to-byte conversion in Go is easy but requires performance considerations for large strings.

By Takashi Yamamoto#Engineering
cover of post: Is Golang Object-Oriented?

Is Golang Object-Oriented?

Mar 02, 2025

Go supports object-oriented principles but replaces inheritance with composition and interfaces.

By Lukas Schneider#Engineering
cover of post: Exploring Golang's Validation Libraries

Exploring Golang's Validation Libraries

Mar 02, 2025

Comparison of `validator` and `ozzo-validation` for Golang data validation.

By Min-jun Kim#Engineering
cover of post: Simplifying Testing in Go with Testify

Simplifying Testing in Go with Testify

Mar 02, 2025

Testify enhances Go testing with better assertions, mocking, and structured test suites.

By Min-jun Kim#Engineering
cover of post: Understanding Maximum Integer Values in Go

Understanding Maximum Integer Values in Go

Mar 02, 2025

Understanding Go integer limits helps prevent overflow and ensures robust code.

By Takashi Yamamoto#Engineering
cover of post: Deep Copy in Golang: Techniques and Best Practices

Deep Copy in Golang: Techniques and Best Practices

Mar 02, 2025

Deep copying in Go prevents unintended data sharing by handling reference types explicitly.

By James Reed#Engineering
cover of post: Golang Proverbs: Guiding Principles for Go Developers

Golang Proverbs: Guiding Principles for Go Developers

Mar 02, 2025

Golang proverbs guide developers to write efficient, maintainable, and idiomatic Go code.

By Daniel Hayes#Engineering
cover of post: Understanding File Globbing in Go

Understanding File Globbing in Go

Mar 02, 2025

Go’s `filepath.Glob` simplifies file pattern matching, but for advanced globbing, use third-party packages.

By Wenhao Wang#Engineering
cover of post: Exploring Golang Backend Frameworks

Exploring Golang Backend Frameworks

Mar 02, 2025

Golang’s backend frameworks offer high performance, scalability, and simplicity for web development.

By Min-jun Kim#Engineering
cover of post: Deep Dive into Rust Traits: Inheritance, Composition, and Polymorphism

Deep Dive into Rust Traits: Inheritance, Composition, and Polymorphism

Mar 02, 2025

A guide to Rust traits, covering definition, implementation, inheritance, composition, and polymorphism.

By Takashi Yamamoto#Engineering
cover of post: Understanding Go's Abstract Syntax Tree (AST)

Understanding Go's Abstract Syntax Tree (AST)

Mar 01, 2025

Go's AST enables source code analysis, transformation, and tooling development.

By Lukas Schneider#Engineering
cover of post: Generating Random Numbers in Go

Generating Random Numbers in Go

Mar 01, 2025

Guide to generating random numbers in Go using `math/rand` and seeding techniques.

By Wenhao Wang#Engineering
cover of post: Understanding Golang JSON Tags

Understanding Golang JSON Tags

Mar 01, 2025

Golang JSON tags customize struct field encoding, supporting options like `omitempty`, `-`, and `string`.

By Emily Parker#Engineering
cover of post: Understanding Generic Functions in Go

Understanding Generic Functions in Go

Mar 01, 2025

Go generics enhance flexibility, reusability, and type safety in function design.

By Emily Parker#Engineering
cover of post: Understanding Golang's Garbage Collector

Understanding Golang's Garbage Collector

Mar 01, 2025

Go’s concurrent GC efficiently manages memory using mark-and-sweep with minimal pause times.

By James Reed#Engineering
cover of post: Understanding Classes in Go

Understanding Classes in Go

Mar 01, 2025

Go replaces classes with structs, methods, and interfaces to simplify software design.

By Emily Parker#Engineering
cover of post: Understanding Dictionaries in Go: The `map` Data Structure

Understanding Dictionaries in Go: The `map` Data Structure

Mar 01, 2025

Go maps efficiently store key-value pairs but require initialization and have unpredictable iteration order.

By Grace Collins#Engineering
cover of post: Understanding Closures in Go: Capturing Variables for Flexible Functions

Understanding Closures in Go: Capturing Variables for Flexible Functions

Mar 01, 2025

Closures in Go enable flexible, encapsulated, and dynamic function behaviors.

By Wenhao Wang#Engineering
cover of post: How to Check if an Array Contains a Specific Element in Go

How to Check if an Array Contains a Specific Element in Go

Mar 01, 2025

Check for element existence in Go using iteration or maps for efficiency.

By Grace Collins#Engineering
cover of post: Understanding Struct Inheritance in Go

Understanding Struct Inheritance in Go

Mar 01, 2025

Go replaces traditional inheritance with struct composition and interfaces for flexibility.

By Takashi Yamamoto#Engineering
cover of post: Understanding the `omitempty` Tag in Go's JSON Encoding

Understanding the `omitempty` Tag in Go's JSON Encoding

Mar 01, 2025

The `omitempty` tag removes empty fields in Go's JSON encoding, affecting struct handling.

By Wenhao Wang#Engineering
cover of post: Understanding the `goto` Statement in Go

Understanding the `goto` Statement in Go

Mar 01, 2025

The `goto` statement in Go enables jumps but should be used sparingly for readability.

By Ethan Miller#Engineering
cover of post: Goose: A Database Migration Tool for Go

Goose: A Database Migration Tool for Go

Mar 01, 2025

Goose simplifies and automates database migrations in Go projects.

By Takashi Yamamoto#Engineering
cover of post: Understanding Global Variables in Go

Understanding Global Variables in Go

Mar 01, 2025

Global variables in Go offer convenience but require careful use to avoid issues.

By Daniel Hayes#Engineering
cover of post: How to Copy a Slice in Go

How to Copy a Slice in Go

Mar 01, 2025

Methods to copy Go slices using `copy` and `append`, with considerations for shallow and deep copies.

By Wenhao Wang#Engineering
cover of post: Mastering Time Parsing in Go with `time.Parse`

Mastering Time Parsing in Go with `time.Parse`

Mar 01, 2025

Go’s `time.Parse` requires a reference time format for accurate string-to-time conversion.

By Emily Parker#Engineering
cover of post: Writing to Files in Go: A Comprehensive Guide

Writing to Files in Go: A Comprehensive Guide

Mar 01, 2025

Writing files in Go requires choosing the right method (`os`, `bufio`), managing resources, and handling errors.

By Emily Parker#Engineering
cover of post: How to Replace Substrings in Go Using `strings.Replace`

How to Replace Substrings in Go Using `strings.Replace`

Mar 01, 2025

Learn how to replace substrings in Go using `strings.Replace` and `strings.NewReplacer`.

By Wenhao Wang#Engineering
cover of post: Boosting Go Testing Efficiency with Mockery

Boosting Go Testing Efficiency with Mockery

Mar 01, 2025

Mockery enhances Go testing by automating mock generation, integrating with Testify, and supporting CI/CD.

By Takashi Yamamoto#Engineering
cover of post: Building APIs with Goa: A Design-First Framework for Go Developers

Building APIs with Goa: A Design-First Framework for Go Developers

Mar 01, 2025

Goa streamlines API development with a design-first approach and automated code generation.

By Lukas Schneider#Engineering
cover of post: Efficient File Reading in Go: Techniques and Best Practices

Efficient File Reading in Go: Techniques and Best Practices

Mar 01, 2025

Go provides multiple file reading methods, with `bufio` offering the best performance for large files.

By Wenhao Wang#Engineering
cover of post: Understanding Enums in Go: Using `iota` for Enumerated Constants

Understanding Enums in Go: Using `iota` for Enumerated Constants

Mar 01, 2025

Go uses `iota` to create enums, enhancing readability and switch-case logic.

By Wenhao Wang#Engineering
cover of post: Simulating a Do-While Loop in Golang

Simulating a Do-While Loop in Golang

Mar 01, 2025

Golang lacks `do...while`, but `for` loops can achieve similar behavior.

By Emily Parker#Engineering
cover of post: How to Clean Go: A Guide to Keeping Your Go Environment Tidy

How to Clean Go: A Guide to Keeping Your Go Environment Tidy

Mar 01, 2025

Learn how to use `go clean` to manage Go’s build artifacts and caches efficiently.

By Lukas Schneider#Engineering
cover of post: Understanding Go Timers: Timer and Ticker in Action

Understanding Go Timers: Timer and Ticker in Action

Mar 01, 2025

Go's `Timer` and `Ticker` efficiently manage delayed and periodic tasks.

By Olivia Novak#Engineering
cover of post: How to Exclude a Directory as a Package in Golang

How to Exclude a Directory as a Package in Golang

Mar 01, 2025

Exclude Golang directories by removing `.go` files, using build constraints, or IDE settings.

By Takashi Yamamoto#Engineering
cover of post: How to Exclude Files from `go get` in Golang

How to Exclude Files from `go get` in Golang

Mar 01, 2025

Use build constraints and `go.mod` to exclude files and directories from `go get` in Go.

By Wenhao Wang#Engineering