Delving into the Difference between Strings and Byte Strings
Understanding the distinction between strings and byte strings is crucial when working with data encodings and representations. In this context, a library returns a "byte string" (bytes), which necessitates the conversion to a recognizable string format.
Bytes: The Underlying Foundation
At its core, computers only operate with bytes. To store any form of data, it must first be encoded into a sequence of bytes. This encompasses audio, images, and text, which rely on formats such as MP3, PNG, and ASCII or UTF-8 to encode into bytes.
Byte Strings: A Collection of Raw Bytes
In Python, a byte string is precisely what its name implies: a raw sequence of bytes. It does not possess any human-readable format and represents data as low-level bytes.
Character Strings: A Human-Friendly Representation
Conversely, a character string, or simply a "string," contains a series of characters that are legible to humans. However, characters cannot be directly stored in computers and must first undergo encoding into a byte string. ASCII and UTF-8 are prevalent encodings used for this purpose.
Demonstration of Encoding and Decoding
Encoding converts a character string into a byte string, while decoding reverses the process to obtain the original string.
string = 'I am a string' encoded_bytes = string.encode('ASCII') # Convert to bytes using ASCII encoding decoded_string = encoded_bytes.decode('ASCII') # Convert back to string
Key Points to Remember
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