Where Should Local Golang Dependenies Be Installed

Let’s talk about the best practices for installing local Go dependencies. As a Go developer, I often find myself working on projects that require various dependencies, and it’s crucial to know where to place these dependencies so that my projects remain organized and efficient.

Understanding the Go Workspace

Before diving into the specifics of where to install local Go dependencies, it’s important to understand the structure of the Go workspace. The Go workspace is the directory hierarchy with three subdirectories: src, pkg, and bin.

The src directory contains Go source files organized into packages and is where our project source code and its dependencies reside. The pkg directory holds package objects, and bin contains executable binaries.

Managing Local Dependencies

When it comes to managing local dependencies, the recommended practice is to keep them within the project’s src directory. This approach aligns with Go’s convention and helps maintain the portability of the project.

Placing local dependencies within the project’s src directory allows for easy version control and facilitates collaboration with other developers. Furthermore, it ensures that the project can be built on any machine without relying on globally installed dependencies.

Vendor Directory

One effective way to manage local dependencies is by utilizing a vendor directory within the project’s src directory. The vendor directory serves as a container for all the project-specific dependencies.

By placing dependencies in the vendor directory, we create a self-contained environment for the project, reducing the risk of conflicting versions and ensuring that the project can be built consistently across different environments.


In conclusion, the best practice for installing local Go dependencies is to place them within the project’s src directory, utilizing a vendor directory for project-specific dependencies. This approach fosters code portability, version control, and collaboration while minimizing potential conflicts and ensuring consistent builds across different environments.