0){ nameBuf.append("+");}
nameBuf.append(UCharacter.getExtendedName(UTF16.charAt(str,f)));
}
name = nameBuf.toString();
if(fallback){
if(UCharacter.getExtendedName(UTF16.charAt(str,0)).indexOf("unassigned")>0){
os.write(" "+"
"+Utility.hex(str)+""+" | \n");
}else{
os.write(" "+ str+"
"+Utility.hex(str)+""+" | \n");
}
}else if(unmapped){
os.write(" "+"
"+Utility.hex(str)+""+" | \n");
}else if(unassigned){
if(UCharacter.getExtendedName(UTF16.charAt(str,0)).indexOf("unassigned")>0){
os.write(" "+"
"+Utility.hex(str)+""+" | \n");
}else{
os.write(" "+ str+"
"+Utility.hex(str)+""+" | \n");
}
}else if(consumed){
if(UCharacter.getExtendedName(UTF16.charAt(str,0)).indexOf("unassigned")>0){
os.write(" "+"
"+Utility.hex(str)+""+" | \n");
}else{
os.write(" "+"
"+Utility.hex(str)+""+" | \n");
}
}else if(name.indexOf("private")!=-1){
String s = t10.transliterate(str);
os.write(" "+"
"+Utility.hex(str)+""+" | \n");
if(!s.equals(str)){
os.write(" "+s +" | ");
}else{
os.write(" | ");
}
}else{
os.write(" "+ str+"
"+Utility.hex(str)+""+" | \n");
}
}else{
os.write(" | \n");
}
}
os.write(" \n");
}
}
os.write(footer);
os.close();
}catch( Exception e){
e.printStackTrace();
}
}
public static void writeCharts(){
try{
Transliterator t1 = Transliterator.getInstance("InterIndic-Bengali");
Transliterator t2 = Transliterator.getInstance("InterIndic-Gurmukhi");
Transliterator t3 = Transliterator.getInstance("InterIndic-Gujarati");
Transliterator t4 = Transliterator.getInstance("InterIndic-Oriya");
Transliterator t5 = Transliterator.getInstance("InterIndic-Tamil");
Transliterator t6 = Transliterator.getInstance("InterIndic-Telugu");
Transliterator t7 = Transliterator.getInstance("InterIndic-Kannada");
Transliterator t8 = Transliterator.getInstance("InterIndic-Malayalam");
Transliterator t9 = Transliterator.getInstance("InterIndic-Devanagari");
//UnicodeSetIterator sIter = new UnicodeSetIterator(deva);
for(int i=0x0900;i<=0x097F;i++){
String[] arr = new String[10];
arr[0]=UTF16.valueOf((i&0xFF) + 0xE000);
table.put(UTF16.valueOf(i),arr);
}
OutputStreamWriter os = new OutputStreamWriter(new FileOutputStream("comparison-chart.html"),"UTF-8");
os.write(header);
/*
writeCharts(t1,beng,1);
writeCharts(t2,guru,2);
writeCharts(t3,gujr,3);
writeCharts(t4,orya,4);
writeCharts(t5,taml,5);
writeCharts(t6,telu,6);
writeCharts(t7,knda,7);
writeCharts(t8,mlym,8);
*/
/*
writeCharts(t9,0x0900,1);
writeCharts(t1,0x0980,2);
writeCharts(t2,0x0A00,3);
writeCharts(t3,0x0A80,4);
writeCharts(t4,0x0B00,5);
writeCharts(t5,0x0B80,6);
writeCharts(t6,0x0c00,7);
writeCharts(t7,0x0C80,8);
writeCharts(t8,0x0D00,9);
*/
writeIICharts(t9,0x0900,1);
writeIICharts(t1,0x0980,2);
writeIICharts(t2,0x0A00,3);
writeIICharts(t3,0x0A80,4);
writeIICharts(t4,0x0B00,5);
writeIICharts(t5,0x0B80,6);
writeIICharts(t6,0x0c00,7);
writeIICharts(t7,0x0C80,8);
writeIICharts(t8,0x0D00,9);
for(int i=0x0900;i<=0x097F;i++){
String[] temp = (String[])table.get(UTF16.valueOf(i));
boolean write = false;
for(int k=1;k\n");
for(int j=0; j=0){
str = temp[j].substring(0,temp[j].indexOf(":"));
fallback=true;
// os.write(" "+str+"
"+Utility.hex(str)+""+" | \n");
}
String name = UCharacter.getExtendedName(UTF16.charAt(str,0));
if(fallback){
os.write(" "+ str+"
"+Utility.hex(str)+""+" | \n");
}else if(name.indexOf("unassigned")!=-1){
os.write(" "+"
"+Utility.hex(str)+""+" | \n");
}else if(name.indexOf("private")!=-1){
os.write(" "+"
"+Utility.hex(str)+""+" | \n");
}else{
os.write(" "+ str+"
"+Utility.hex(str)+""+" | \n");
}
}else{
os.write(" | \n");
}
}
os.write(" \n");
}
}
os.write(footer);
os.close();
}catch( Exception e){
e.printStackTrace();
}
}
static Hashtable table = new Hashtable();
static String getKey(int cp){
int delta = cp & 0xFF;
delta-= (delta>0x7f)? 0x80 : 0;
//delta+=0x0900;
return UTF16.valueOf(delta);
}
public static void writeCharts(Transliterator trans, int start, int index){
Transliterator inverse = trans.getInverse();
for(int i=0;i<=0x7f;i++){
String cp = UTF16.valueOf(start+i);
String s1 = inverse.transliterate(cp);
String s2 = trans.transliterate(s1);
String[] arr = (String[])table.get(getKey(start+i));
if(cp.equals(s2)){
arr[index] = s1;
}else{
arr[index] = s1 + ":FALLBACK";
}
}
}
public static void writeIICharts(Transliterator trans,int start, int index){
Transliterator inverse = trans.getInverse();
UnicodeSetIterator iter = new UnicodeSetIterator(inter);
while(iter.next()){
String cp =UTF16.valueOf(iter.codepoint);
String s1 = trans.transliterate(cp);
String s2 = inverse.transliterate(s1);
String[] arr = (String[])table.get(UTF16.valueOf(iter.codepoint&0xFF));
if(cp.equals(s1)){
arr[index] = UTF16.valueOf(start+(((byte)iter.codepoint)&0xFF))+":UNASSIGNED";
}else if(cp.equals(s2)){
arr[index] = s1;
}else if(s1.equals(s2)){
if(s1.equals("")){
arr[index] = UTF16.valueOf(start+(((byte)iter.codepoint)&0xFF))+":CONSUMED";
}else{
arr[index] = s1+ ":FALLBACK";
}
} else{
if(s2.equals("")){
arr[index] = UTF16.valueOf(start+(((byte)iter.codepoint)&0xFF))+":CONSUMED";
}else{
arr[index] = s1+ ":FALLBACK";
}
}
}
}
public static void writeCharts(Transliterator trans, UnicodeSet target, int index){
UnicodeSetIterator tIter = new UnicodeSetIterator(target);
Transliterator inverse = trans.getInverse();
while(tIter.next()){
String cp = UTF16.valueOf(tIter.codepoint);
String s1 = inverse.transliterate(cp);
String s2 = trans.transliterate(s1);
String[] arr = (String[])table.get(getKey(tIter.codepoint));
if(cp.equals(s2)){
arr[index] = cp;
}else{
arr[index] = cp + ":FALLBACK";
}
}
}
}