A Comprehensive Overview of Hungarian Notation in Computer Programming

The text is a comprehensive overview of Hungarian notation, a naming convention in computer programming where the name of a variable or function indicates its intention, kind, or type. It was originally developed by Charles Simonyi and is used to provide explicit knowledge of each variable's data type. The notation has two variations: Apps Hungarian, which encodes the logical data type, and Systems Hungarian, which encodes the actual data type. The text discusses the advantages and disadvantages of Hungarian notation, along with notable opinions from industry experts. It also provides examples, history, and notable opinions about the notation.

Some key points from the text include:

• Hungarian notation is a naming convention in computer programming that indicates the intention, kind, or type of a variable or function.
• It was designed to be language-independent and found its first major use with the BCPL programming language.
• The notation has two variations: Apps Hungarian, which encodes the logical data type, and Systems Hungarian, which encodes the actual data type.
• The text discusses the advantages and disadvantages of Hungarian notation, along with notable opinions from industry experts.
• It also provides examples, history, and notable opinions about the notation.