/**
* GB2312Unicde.java
* Copyright (c) 2003 by Dr. Herong Yang, http://www.herongyang.com/
*/
import java.io.*.
import java.nio.*.
import java.nio.charset.*.
class GB2312Unicde {
static OutputStream out = null.
static char hexDigit[] = { 0 , 1 , 2 , 3 , 4 , 5 , 6 , 7 ,
8 , 9 , A , B , C , D , E , F }.
static int b_out[] = {201,267,279,293,484,587,625,657,734,782,827,
874,901,980,5590}.
static int e_out[] = {216,268,280,294,494,594,632,694,748,794,836,
894,903,994,5594}.
public static void main(String[] args) {
try {
out = new FileOutputStream("gb2312.gb").
writeCode().
out.close().
} catch (IOException e) {
System.out.println(e.toString()).
}
}
public static void writeCode() throws IOException {
boolean reserved = false.
String name = null.
// GB2312 is not supported by JDK. So I am using GBK.
CharsetDecoder gbdc = Charset.forName("GBK").newDecoder().
CharsetEncoder uxec = Charset.forName("UTF-16BE").newEncoder().
CharsetEncoder u8ec = Charset.forName("UTF-8").newEncoder().
ByteBuffer gbbb = null.
ByteBuffer uxbb = null.
ByteBuffer u8bb = null.
CharBuffer cb = null.
int count = 0.
for (int i=1. i<=94. i ) {
// Defining row settings
if (i>=1 &.&. i<=9) {
reserved = false.
name = "Graphic symbols".
} else if (i>=10 &.&. i<=15) {
reserved = true.
name = "Reserved".
} else if (i>=16 &.&. i<=55) {
reserved = false.
name = "Level 1 characters".
} else if (i>=56 &.&. i<=87) {
reserved = false.
name = "Level 2 characters".
} else if (i>=88 &.&. i<=94) {
reserved = true.
name = "Reserved".
}
// writing row title
writeln().
writeString("").
writeNumber(i).
writeString(" Row: " name).
writeln().
writeString(" ").
writeln().
if (!reserved) {
writeln().
writeHeader().
// looping through all characters in one row
for (int j=1. j<=94. j ) {
byte hi = (byte)(0xA0 i).
byte lo = (byte)(0xA0 j).
if (validGB(i,j)) {
// getting GB, UTF-16BE, UTF-8 codes
gbbb = ByteBuffer.wrap(new byte[]{hi,lo}).
try {
cb = gbdc.decode(gbbb).
uxbb = uxec.encode(cb).
cb.rewind().
u8bb = u8ec.encode(cb).
} catch (CharacterCodingException e) {
cb = null.
uxbb = null.
u8bb = null.
}
} else {
cb = null.
uxbb = null.
u8bb = null.
}
writeNumber(i).
writeNumber(j).
writeString(" ").
if (cb!=null) {
writeByte(hi).
writeByte(lo).
writeString(" ").
writeHex(hi).
writeHex(lo).
count .
} else {
writeGBSpace().
writeString(" null").
}
writeString(" ").
writeByteBuffer(uxbb,2).
writeString(" ").
writeByteBuffer(u8bb,3).
if (j%2 == 0) {
writeln().
} else {
writeString(" ").
}
}
writeFooter().
}
}
System.out.println("Number of GB characters worte: " count).
}
public static void writeln() throws IOException {
out.write(0x0D).
out.write(0x0A).
}
public static void writeByte(byte b) throws IOException {
out.write(b &. 0xFF).
}
public static void writeByteBuffer(ByteBuffer b, int l)
throws IOException {
int i = 0.
if (b==null) {
writeString("null").
i = 2.
} else {
for (i=0. i> 4) &. 0x0F]).
out.write((int) hexDigit[b &. 0x0F]).
}
public static void writeHeader() throws IOException {
writeString("").
writeln().
writeString("Q.W. ").
writeGBSpace().
writeString(" GB Uni. UTF-8 ").
writeString(" ").
writeString("Q.W. ").
writeGBSpace().
writeString(" GB Uni. UTF-8 ").
writeln().
writeln().
}
public static void writeFooter() throws IOException {
writeString("").
writeln().
}
public static boolean validGB(int i,int j) {
for (int l=0. l=b_out[l] &.&. i*100 j<=e_out[l]) return false.
}
return true.
}
} |