A Unicode character can be up to 4 bytes, so 2^32 or 4,294,967,296 potential unique characters. And it’d be easy enough to adjust the standard to allow for an extra byte(s) if necessary – it’s been done before.
This is incorrect. While in UTF-32 a character (actually a code point) requires 4 bytes, and in UTF-8 up to 4 bytes, the Unicode standard is limited to 17*2^16 code points. (edit: apparently because that is the limit of UTF-16. 4 Byte UTF-8 can encode 2^21 code points, but it is not technically limited to four bytes, so in total is a ble to encode 2^31 code points)
Unicode is the standard that says “the thing we call captial A is the 65th character”, literally defining a mapping from numbers to concepts.
UTF-8 or UTF-32 are a way to encode a list of numbers in a more (UTF-8) or less (UTF-32) efficient way.
How many unicode characters could you add to the standard until it becomes unreliable?
aparently unicode supports about 1.1 million characters, and we
currently only use 96,382 as of version 4.0EDIT: i just read that unicode 4.0 is very outdated, current version is unicode 15.1 with 149,878 characters.
A Unicode character can be up to 4 bytes, so 2^32 or 4,294,967,296 potential unique characters. And it’d be easy enough to adjust the standard to allow for an extra byte(s) if necessary – it’s been done before.
This is incorrect. While in UTF-32 a character (actually a code point) requires 4 bytes, and in UTF-8 up to 4 bytes, the Unicode standard is limited to 17*2^16 code points. (edit: apparently because that is the limit of UTF-16. 4 Byte UTF-8 can encode 2^21 code points, but it is not technically limited to four bytes, so in total is a ble to encode 2^31 code points)
Unicode is the standard that says “the thing we call captial A is the 65th character”, literally defining a mapping from numbers to concepts.
UTF-8 or UTF-32 are a way to encode a list of numbers in a more (UTF-8) or less (UTF-32) efficient way.