This article explains computer storage units from bits to petabytes, clarifies the binary (1024) vs decimal (1000) discrepancy causing drives to appear smaller, provides real-world capacity examples, file size references, and practical storage recommendations for phones and computers.
This article explains why computers use binary (0 and 1) instead of decimal, covering the physical reliability of two voltage states, binary counting and conversion methods, how all data types are represented as bit sequences, and the role of Boolean logic and hexadecimal shorthand in computing.
This article explores the origin of the term “byte,” explains why Go defines byte as an alias for uint8 to improve semantic clarity and readability, and shows how the byte type is used in file I/O, networking, and binary data processing.
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.
