This article presents ten practical Go programming techniques—from using a single GOPATH and wrapping for‑select loops to defining custom types, improving enum handling with iota, and encapsulating repetitive logic with context helpers—aimed at building flexible, readable, and easily maintainable applications.
This article explains Go's core concepts, covering package definitions and imports, variable declaration styles and scopes, as well as constant usage with iota, providing clear examples and code snippets to help developers understand and apply these fundamentals effectively.
This article explores Go’s built‑in type aliases—byte, rune, any, and iota—detailing their design intent, practical usage scenarios, and how they help write clearer, more efficient code through conventions, Unicode handling, generic placeholders, and constant generation.
This article explains how Go implements enumeration using const and the iota counter, provides step‑by‑step code examples, demonstrates alternative type‑based enum patterns, and shows how to add a String method for readable output, helping developers write clean, maintainable constant definitions.
This article provides a comprehensive guide to Go’s fundamental data types—including iota, integers, floats, booleans, strings, and multi‑line strings—complete with explanations, code examples, and common string operations, helping readers deepen their understanding of Go’s core type system.
This article explains the fundamentals of blockchain technology, introduces IOTA’s Tangle as a DAG‑based alternative without miners, and discusses its claimed benefits such as decentralised security, quantum resistance, scalability and suitability for IoT micro‑payments.
