1. How to get the last characters in a String in Java, regardless of String size stackoverflow.comI'm looking for a way to pull the last characters from a String, regardless of size. Lets take these strings into example:
As you can see, ... |
2. Is there a maximum size to char[]? stackoverflow.comIN JAVA Is there a maximum size of char[]? Can I have a char[5,000,000]? Is array in java composed of contiguous memory blocks? |
3. Isn't the size of character in Java 2 bytes? stackoverflow.comI used RandomAccessFile to read a byte from a txt file. Like this :
why am I seeing one full ... |
4. what is the size of one ASCII character coderanch.comPrior, to Java 1.5.x, any character is internally represented as a 16-bit Unicode character using the UTF-16 encoding. As of JDK 1.5.x, changes have been made to support the use of surrogate (16-bit) pairs as well. True "ASCII" characters only require 7 bits. Regards, JD [ August 26, 2006: Message edited by: John Dell'Oso ] |
5. Char size and usage coderanch.comi am able to use char c=(char)2147483647; where 2147483647 is the max size of an int. anything more than that throws an compile time error. however the size of a char is 2 bytes and its unsigned.so the maximum int value is around 65535. how is char variables able to hold values from 65535 to 2147483647 which exceeds its size? the ... |
6. what is size of char in java5? coderanch.comWell as everybody is saying a char is 16bit. But Java supports characters which are above the range of char through supplementary characters. I think this would help in understanding of supplementary characters- Sun Tutorial on Supplementary Characters If you don't want to read it in whole it basically tells that in earlier versions of UTF16 encoding range of \u0000 to ... |
7. How to distinguish a character be half-size katakana or full size katakana forums.oracle.com |
8. Unicode character size forums.oracle.com |
9. Import limit & char size forums.oracle.comJLS, Third edition, 4.2.1: The values of the integral types are integers in the following ranges: * For byte, from -128 to 127, inclusive * For short, from -32768 to 32767, inclusive * For int, from -2147483648 to 2147483647, inclusive * For long, from -9223372036854775808 to 9223372036854775807, inclusive * For char, from '\u0000' to '\uffff' inclusive, that is, from 0 to ... |