The Complete Guide to Programming Reliable and Efficient Software Using Golang

Learn Go programming by example. GOSAMPLES is a library of Go tutorials and examples that helps you solve everyday code problems.

In this post, we will explore Go mododules design and learn how they support supply chain security.

In this post we're going to run through how to use cookies in your Go web application to persist data between HTTP requests for a specific client.

Neffos is a cross-platform real-time framework with expressive, elegant API written in Go.

Fibratus is a tool for exploration and tracing of the Windows kernel. It lets you trap system-wide events such as process life-cycle, file system I/O, registry modifications or network requests among many other observability signals. In a nutshell, Fibratus allows for gaining deep operational visibility into the Windows kernel but also processes running on top of it. It requires no drivers nor third-party software.

Chrono is a scheduler library that lets you run your tasks and code periodically. It provides different scheduling functionalities to make it easier to create a scheduling task.

slog is an experimental logging package from the Go team that provides the functionality of structured logging.

This article gives you an overview of logging functionality in this package.

Go Micro is a framework for distributed systems development.

Features:

- Authentication
- Dynamic Config
- Data Storage
- Service Discovery
- Load Balancing
- Message Encoding
- RPC Client/Server
- Async Messaging
- Event Streaming
- Synchronization
- Pluggable Interfaces

Since 2018, we've been using Dep to manage all the dependencies (473 at the time of counting) in our microservices monorepo. In 2020, Dep was deprecated in favour of the officially-supported Go modules system, but we weren’t able to migrate because of the new way it calculates the dependency tree; migrating to Go modules would have changed over 1.5 million lines of third-party code. This is extremely risky, difficult to review and hard to roll back, but continuing to use Dep meant we were relying on tooling that was no longer maintained and not sticking with the Go ecosystem which could cause problems down the line.

We wanted to find a way to switch to Go modules safely so we turned the operation into a ‘no-op’ by freezing dependency versions. We prepared our monorepo by iteratively updating our dependencies using the existing Dep tooling, which in turn reduced the risk of dependency changes during and after the migration to Go modules.

Effortlessly generate the ideal application scaffold for your Go project, customized to your needs and saving yourself hours of time and thinking.

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