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XimpleWare's VTD-XML is, far and away, the industry's most advanced and powerful XML processing model for SOA and Cloud Computing
/*
* Copyright (C) 2002-2015 XimpleWare, [email protected]
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
*/
package com.ximpleware.extended.parser;
/**
* this class contains method to map a ISO-8859-7 char
* into a Unicode char
*
*/
public class ISO8859_7 {
static final char[] chars = new char[0x100];
static {
for (int i=0;i<128;i++){
chars[i] = (char)i;
}
for (int i=128;i<256;i++){
chars[i]=0xfffd;
}
chars[0xA0 ]=0x00A0;
chars[0xA1 ]=0x02BD;
chars[0xA2 ]=0x02BC;
chars[0xA3 ]=0x00A3;
chars[0xA6 ]=0x00A6;
chars[0xA7 ]=0x00A7;
chars[0xA8 ]=0x00A8;
chars[0xA9 ]=0x00A9;
chars[0xAB ]=0x00AB;
chars[0xAC ]=0x00AC;
chars[0xAD ]=0x00AD;
chars[0xAF ]=0x2015;
chars[0xB0 ]=0x00B0;
chars[0xB1 ]=0x00B1;
chars[0xB2 ]=0x00B2;
chars[0xB3 ]=0x00B3;
chars[0xB4 ]=0x0384;
chars[0xB5 ]=0x0385;
chars[0xB6 ]=0x0386;
chars[0xB7 ]=0x00B7;
chars[0xB8 ]=0x0388;
chars[0xB9 ]=0x0389;
chars[0xBA ]=0x038A;
chars[0xBB ]=0x00BB;
chars[0xBC ]=0x038C;
chars[0xBD ]=0x00BD;
chars[0xBE ]=0x038E;
chars[0xBF ]=0x038F;
chars[0xC0 ]=0x0390;
chars[0xC1 ]=0x0391;
chars[0xC2 ]=0x0392;
chars[0xC3 ]=0x0393;
chars[0xC4 ]=0x0394;
chars[0xC5 ]=0x0395;
chars[0xC6 ]=0x0396;
chars[0xC7 ]=0x0397;
chars[0xC8 ]=0x0398;
chars[0xC9 ]=0x0399;
chars[0xCA ]=0x039A;
chars[0xCB ]=0x039B;
chars[0xCC ]=0x039C;
chars[0xCD ]=0x039D;
chars[0xCE ]=0x039E;
chars[0xCF ]=0x039F;
chars[0xD0 ]=0x03A0;
chars[0xD1 ]=0x03A1;
chars[0xD3 ]=0x03A3;
chars[0xD4 ]=0x03A4;
chars[0xD5 ]=0x03A5;
chars[0xD6 ]=0x03A6;
chars[0xD7 ]=0x03A7;
chars[0xD8 ]=0x03A8;
chars[0xD9 ]=0x03A9;
chars[0xDA ]=0x03AA;
chars[0xDB ]=0x03AB;
chars[0xDC ]=0x03AC;
chars[0xDD ]=0x03AD;
chars[0xDE ]=0x03AE;
chars[0xDF ]=0x03AF;
chars[0xE0 ]=0x03B0;
chars[0xE1 ]=0x03B1;
chars[0xE2 ]=0x03B2;
chars[0xE3 ]=0x03B3;
chars[0xE4 ]=0x03B4;
chars[0xE5 ]=0x03B5;
chars[0xE6 ]=0x03B6;
chars[0xE7 ]=0x03B7;
chars[0xE8 ]=0x03B8;
chars[0xE9 ]=0x03B9;
chars[0xEA ]=0x03BA;
chars[0xEB ]=0x03BB;
chars[0xEC ]=0x03BC;
chars[0xED ]=0x03BD;
chars[0xEE ]=0x03BE;
chars[0xEF ]=0x03BF;
chars[0xF0 ]=0x03C0;
chars[0xF1 ]=0x03C1;
chars[0xF2 ]=0x03C2;
chars[0xF3 ]=0x03C3;
chars[0xF4 ]=0x03C4;
chars[0xF5 ]=0x03C5;
chars[0xF6 ]=0x03C6;
chars[0xF7 ]=0x03C7;
chars[0xF8 ]=0x03C8;
chars[0xF9 ]=0x03C9;
chars[0xFA ]=0x03CA;
chars[0xFB ]=0x03CB;
chars[0xFC ]=0x03CC;
chars[0xFD ]=0x03CD;
chars[0xFE ]=0x03CE;
}
public static char decode(byte b){
return chars[b & 0xff];
}
}