function encodeURL(str) {	//URL Encode (UTF-8)
var character = '';
var unicode   = '';
var string    = '';
var i         = 0;
for (i = 0; i < str.length; i++) {
character = str.charAt(i);
unicode   = str.charCodeAt(i);
if (character == ' ') {
string += '+';
} else {
if (unicode == 0x2a || unicode == 0x2d || unicode == 0x2e || unicode == 0x5f || ((unicode >= 0x30) && (unicode <= 0x39)) || ((unicode >= 0x41) && (unicode <= 0x5a)) || ((unicode >= 0x61) && (unicode <= 0x7a))) {
string = string + character;
} else {
if ((unicode >= 0x0) && (unicode <= 0x7f)) {
character   = '0' + unicode.toString(16);
string += '%' + character.substr(character.length - 2);
} else if (unicode > 0x1fffff) {
string += '%' + (oxf0 + ((unicode & 0x1c0000) >> 18)).toString(16);
string += '%' + (0x80 + ((unicode & 0x3f000) >> 12)).toString(16);
string += '%' + (0x80 + ((unicode & 0xfc0) >> 6)).toString(16);
string += '%' + (0x80 + (unicode & 0x3f)).toString(16);
} else if (unicode > 0x7ff) {
string += '%' + (0xe0 + ((unicode & 0xf000) >> 12)).toString(16);
string += '%' + (0x80 + ((unicode & 0xfc0) >> 6)).toString(16);
string += '%' + (0x80 + (unicode & 0x3f)).toString(16);
} else {
string += '%' + (0xc0 + ((unicode & 0x7c0) >> 6)).toString(16);
string += '%' + (0x80 + (unicode & 0x3f)).toString(16);
}
}
}
}
return string;
}
function decodeURL(str){
var s0, i, j, s, ss, u, n, f;
s0 = "";                // decoded str
for (i = 0; i < str.length; i++){   // scan the source str
s = str.charAt(i);
if (s == "+"){s0 += " ";}       // "+" should be changed to SP
else {
if (s != "%"){s0 += s;}     // add an unescaped char
else{               // escape sequence decoding
u = 0;          // unicode of the character
f = 1;          // escape flag, zero means end of this sequence
while (true) {
ss = "";        // local str to parse as int
for (j = 0; j < 2; j++ ) {  // get two maximum hex characters for parse
sss = str.charAt(++i);
if (((sss >= "0") && (sss <= "9")) || ((sss >= "a") && (sss <= "f"))  || ((sss >= "A") && (sss <= "F"))) {
ss += sss;      // if hex, add the hex character
} else {--i; break;}    // not a hex char., exit the loop
}
n = parseInt(ss, 16);           // parse the hex str as byte
if (n <= 0x7f){u = n; f = 1;}   // single byte format
if ((n >= 0xc0) && (n <= 0xdf)){u = n & 0x1f; f = 2;}   // double byte format
if ((n >= 0xe0) && (n <= 0xef)){u = n & 0x0f; f = 3;}   // triple byte format
if ((n >= 0xf0) && (n <= 0xf7)){u = n & 0x07; f = 4;}   // quaternary byte format (extended)
if ((n >= 0x80) && (n <= 0xbf)){u = (u << 6) + (n & 0x3f); --f;}         // not a first, shift and add 6 lower bits
if (f <= 1){break;}         // end of the utf byte sequence
if (str.charAt(i + 1) == "%"){ i++ ;}                   // test for the next shift byte
else {break;}                   // abnormal, format error
}
s0 += String.fromCharCode(u);           // add the escaped character
}
}
}
return s0;
}
function win_closed(winVar) {
var ua = navigator.userAgent
if( !!winVar )
if( ( ua.indexOf('Gecko')!=-1 || ua.indexOf('MSIE 4')!=-1 )
&& ua.indexOf('Win')!=-1 ) 
return winVar.closed
else return typeof winVar.document  != 'object'
else return true
}
function txtFmt(tgtstr){
tgtstr=tgtstr.replace(/\\/g,"\\\\");
tgtstr=tgtstr.replace(/'/g,"\\'");
tgtstr=tgtstr.replace(/[\r\n]/g,'');
return tgtstr;
}
function txtSani(tgtstr){
tgtstr=tgtstr.replace(/</g,"&lt;");
tgtstr=tgtstr.replace(/>/g,"&gt;");
tgtstr=tgtstr.replace(/"/g,"&quot;");
tgtstr=tgtstr.replace(/'/g,"&#39;");
return tgtstr;
}