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Integers are commonly stored using a word of memory, which is 4 bytes or 32 bits, so integers from 0 up to 4,294,967,295 (232 – 1) can be stored. Below are the integers 1 to 5 stored as four-byte values (each row represents one integer).
Eight bits are called a byte. One byte character sets can contain 256 characters. The current standard, though, is Unicode which uses two bytes to represent all characters in all writing systems in the world in a single set.
Characters can have 1 to 6 bytes (some of them may be not required right now). UTF-32 each character have 4 bytes a character. UTF-16 uses 16 bits for each character, and it represents only part of Unicode characters called BMP (for all practical purposes its enough). Java uses this encoding in its strings.
Yes, 1 byte does encode a character (inc spaces etc) from the ASCII set. However, in data units assigned to character encoding it can and often requires in practice up to 4 bytes. This is because English is not the only character set. And even in English documents other languages and characters are often represented.
An ASCII character in 8-bit ASCII encoding is 8 bits (1 byte), though it can fit in 7 bits. An ISO-8895-1 character in ISO-8859-1 encoding is 8 bits (1 byte). A Unicode character in UTF-8 encoding is between 8 bits (1 byte) and 32 bits (4 bytes).
Each bytes32 can store up to 32 letters (ASCII): each character is a byte.
A byte represents 256 different values. So that's it. A byte is a unit of storage in a computer which contains 8-bits and can store 256 different values: 0 to 255. In any case, 256 is special since it represents the most common base unit in a computer.
Because it's the largest number that can be stored in a single byte. Last edited by Amos. 05-18-2008 at 03:51 PM. Because it's the largest number that can be stored in a single byte.
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