ASCII decoding/conversion consists of replacing/translating each value (binary, octal, decimal or hexadecimal) with the corresponding character in the ASCII table. Its representation can be formatted into binary (0-1), octal (0-7), decimal (0-9) or hexadecimal (0-9a-f).

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ASCII（发音：，American Standard Code for Information Interchange，美国信息交换标准代码）是基于拉丁字母的一套电脑编码系统。 它主要用于显示现代英语，而其扩展版本延伸美国标准信息交换码则可以部分支持其他西欧语言，并等同于国际标准ISO/IEC 646。 ASCII 由电报码发展而来。 第一版标准发布于1963年 ，1967年经历了一次主要修订 [5] [6]，最后一次更新则是在1986年，至今为止共定义了128个字符；其中33个字符无法显示（一些终端提供了扩展，使得这些字符可显示为诸如笑脸、扑克牌花式等8-bit符号），且这33个字符多数都已是陈废的控制字符。 控制字符的用途主要是用来操控已经处理过的文字。

The extended ASCII codes (character code 128­255) There are several different variations of the 8­bit ASCII table. The table below is according to ISO 8859­1, also called ISO Latin­1. Codes 128­159 contain the Microsoft® Windows Latin­1 extended characters.

Because of this, in order to examine (or reproduce) the full character for individual character values of 65536 or greater, for such characters, it is necessary to retrieve not only charCodeAt(i), but also charCodeAt(i+1) (as if manipulating a string with two letters), or to use codePointAt(i) instead. See examples 2 and 3 (below).