Spring to Go

Free Spring to Go Code Converter

No email required. 100% free. Done in 30 seconds.

Transform your code from Spring to Go with our free AI-based code convertion tool. If you like what you see, we also create documentation for your code! We don't ever store your code or any representation of it in our databases, but it will be shared with the LLM of our choice for processing.

Other tools






Ionic + Angular










React Native


Ruby on Rails






How to convert from Spring to Go

Free Spring to Go Code Converter: An Introduction

Converting from Spring, a powerful Java-based framework, to Go (or Golang), which is known for its efficiency and simplicity, can be both a daunting and rewarding task. This guide is tailored for seasoned Spring developers looking to transition their applications to Go, offering a comprehensive walkthrough from a technical perspective.

Understanding the Basics of Spring and Go

Spring Framework

Spring is a comprehensive framework used widely for creating robust and scalable enterprise Java applications. It offers a plethora of features including dependency injection, aspect-oriented programming, and much more.

Go Language

Go, developed by Google, is distinguished by its simplicity and performance. It is statically typed, compiled, and designed for concurrency and efficiency. Understanding the syntax and idioms of Go is crucial before diving into the conversion process.

Setting Up Your Go Environment

Before converting your Spring-based application, ensure you have Go installed and properly configured:

  1. Install Go: Download and install the latest version of Go from the official website.
  2. Set Up Workspace: Configure your workspace by setting up the GOPATH environment variable.

Initializing a Go Project

Initialize a new Go module to manage dependencies and package your application:

go mod init your-module-name

Converting Spring Components to Go

Dependency Injection

In Spring, dependency injection is facilitated by annotations like @Autowired. Go, however, handles dependencies more explicitly.

Spring Example:

public class MyService {
    private MyRepository myRepository;

Go Equivalent:

In Go, dependency injection is often done manually or by using libraries such as wire:

type MyService struct {
    MyRepository *MyRepository

func NewMyService(repo *MyRepository) *MyService {
    return &MyService{MyRepository: repo}

Controller Layer

Spring uses @RestController for defining RESTful web services.

Spring Example:

public class MyController {
    private MyService myService;

    public List<Item> getItems() {
        return myService.getItems();

Go Equivalent:

Use net/http package in Go for defining HTTP handlers:

func MyController(w http.ResponseWriter, r *http.Request) {
    items := myService.GetItems()

func main() {
    http.HandleFunc("/api/items", MyController)
    http.ListenAndServe(":8080", nil)

Data Access Layer Transition

Spring leverages Spring Data JPA for database access. In Go, the database/sql package or ORM libraries like GORM can be used.

Spring Example with JPA:

public interface MyRepository extends JpaRepository<Item, Long> {}

Go Equivalent using sql package:

type MyRepository struct {
    db *sql.DB

func NewMyRepository(db *sql.DB) *MyRepository {
    return &MyRepository{db: db}

func (repo *MyRepository) GetItems() ([]Item, error) {
    rows, err := repo.db.Query("SELECT * FROM items")
    if err != nil {
        return nil, err
    defer rows.Close()
    var items []Item
    for rows.Next() {
        var item Item
        if err := rows.Scan(&item.ID, &item.Name); err != nil {
            return nil, err
        items = append(items, item)
    return items, nil

Handling Configuration

Spring uses application.properties or application.yml files. Go prefers environment variables or configuration files parsed by libraries like viper.

Spring Example:


Go Equivalent using viper:

import "github.com/spf13/viper"

func initConfig() {
    if err := viper.ReadInConfig(); err != nil {
        panic(fmt.Errorf("fatal error config file: %w", err))

Managing Dependencies

Spring uses Maven or Gradle for dependency management. Go uses go mod:

Spring Example with Maven:


Go Equivalent using go mod:

go get github.com/gin-gonic/gin

Concurrency Considerations

Go’s concurrency model is one of its standout features. Unlike Spring’s thread-based model, Go uses goroutines and channels.

Spring Example:

public CompletableFuture<String> asyncMethod() {
    // logic

Go Equivalent:

func asyncMethod() {
    go func() {
        // logic


Transitioning from Spring to Go requires a deep understanding of both frameworks. By understanding key areas such as dependency injection, controllers, data access, configuration, and concurrency, you can effectively convert your Spring application to Go. While both frameworks have their distinct idioms and practices, familiarizing yourself with Go’s simplicity and efficiency can lead to scalable and performant applications.

Document your code using AI

Sign up now
& free your developers' time

Start for free

Join thousands of companies documenting their code using AI.

Frequently Asked Questions

This free AI tool does its best to generate professional documentation. However, it's missing some context from other related files. The paid version takes into account different files to generate documentation for each use case, apart from the documentation of every file. You have also the possibility of add custom concepts to improve the knowledge of your codebase.

No. You don't have to enter any personal information to use Codex's free code documentation tool — it's 100% free.

No. An encrypted version of your code is stored only while its being processed and it's deleted immediately.

If you can work with a custom Azure model in your own account, let us know. If not, Codex also works with open source models that can run on-premises, on your own servers, so your data is always yours. Feel free to get in touch with us!