字符串是这样的
北京欢乐谷门票价格在浏览器上显示的是中文 北京欢乐谷门票价格
但查看源代码是北京欢乐谷门票价格请问php如何将这种字符串转换成中文汉字，就是查看源代码的时候显示相应的汉字
字符串是这样的
北京欢乐谷门票价格在浏览器上显示的是中文 北京欢乐谷门票价格
但查看源代码是北京欢乐谷门票价格请问php如何将这种字符串转换成中文汉字，就是查看源代码的时候显示相应的汉字
<meta http-equiv="Content-Type" content="text/html; charset=utf-8"/>
确定你的这个网页的charset是什么，然后在php中用下面的语句转换输出：
$newStr = iconv("网页的charset", "gbk", $string);
* php版的javascript同名函数
**/
if(! function_exists("unescape")):
function unescape($str) {
$str = rawurldecode($str);
preg_match_all("/%u.{4}|&#x.{4};|&#\d+;|&#\d+?|.+/U",$str,$r);
$ar = $r[0];
foreach($ar as $k=>$v) {
if(substr($v,0,2) == "%u")
$ar[$k] = iconv("UCS-2","GBK",pack("H4",substr($v,-4)));
elseif(substr($v,0,3) == "&#x")
$ar[$k] = iconv("UCS-2","GBK",pack("H4",substr($v,3,-1)));
elseif(substr($v,0,2) == "&#") {
$ar[$k] = iconv("UCS-2","GBK",pack("n",preg_replace("/[^\d]/","",$v)));
}
}
return join("",$ar);
}
endif;$s = '北京欢乐谷门票价格';
echo unescape($s);
<?php
class StrFormat_F10{
static function encode($var){
$ascii = '';
$strlen_var = strlen($var);
for ($c = 0; $c < $strlen_var; ++$c) { $ord_var_c = ord($var{$c}); switch (true) {
case $ord_var_c == 0x08:
$ascii .= '\b';
break;
case $ord_var_c == 0x09:
$ascii .= '\t';
break;
case $ord_var_c == 0x0A:
$ascii .= '\n';
break;
case $ord_var_c == 0x0C:
$ascii .= '\f';
break;
case $ord_var_c == 0x0D:
$ascii .= '\r';
break; case $ord_var_c == 0x22:
case $ord_var_c == 0x2F:
case $ord_var_c == 0x5C:
$ascii .= '\\'.$var{$c};
break; case (($ord_var_c >= 0x20) && ($ord_var_c <= 0x7F)):
$ascii .= $var{$c};
break; case (($ord_var_c & 0xE0) == 0xC0):
$char = pack('C*', $ord_var_c, ord($var{$c + 1}));
$c += 1;
$utf16 = self::utf82utf16($char);
$ascii .= '&#'.hexdec(bin2hex($utf16)).';';
break; case (($ord_var_c & 0xF0) == 0xE0):
$char = pack('C*', $ord_var_c,
ord($var{$c + 1}),
ord($var{$c + 2}));
$c += 2;
$utf16 = self::utf82utf16($char);
$ascii .= '&#'.hexdec(bin2hex($utf16)).';';
break; case (($ord_var_c & 0xF8) == 0xF0):
$char = pack('C*', $ord_var_c,
ord($var{$c + 1}),
ord($var{$c + 2}),
ord($var{$c + 3}));
$c += 3;
$utf16 = self::utf82utf16($char);
$ascii .= '&#'.hexdec(bin2hex($utf16)).';';
break; case (($ord_var_c & 0xFC) == 0xF8):
$char = pack('C*', $ord_var_c,
ord($var{$c + 1}),
ord($var{$c + 2}),
ord($var{$c + 3}),
ord($var{$c + 4}));
$c += 4;
$utf16 = self::utf82utf16($char);
$ascii .= '&#'.hexdec(bin2hex($utf16)).';';
break; case (($ord_var_c & 0xFE) == 0xFC):
$char = pack('C*', $ord_var_c,
ord($var{$c + 1}),
ord($var{$c + 2}),
ord($var{$c + 3}),
ord($var{$c + 4}),
ord($var{$c + 5}));
$c += 5;
$utf16 = self::utf82utf16($char);
$ascii .= '&#'.hexdec(bin2hex($utf16)).';';
break;
}
} return $ascii;
}
static function decode($var){
$chrs = $var;
$utf8 = '';
$strlen_chrs = strlen($chrs); for ($c = 0; $c < $strlen_chrs; $c++) { $substr_chrs_c_2 = substr($chrs, $c, 2);
$ord_chrs_c = ord($chrs{$c}); switch (true) {
case $substr_chrs_c_2 == '\b':
$utf8 .= chr(0x08);
++$c;
break;
case $substr_chrs_c_2 == '\t':
$utf8 .= chr(0x09);
++$c;
break;
case $substr_chrs_c_2 == '\n':
$utf8 .= chr(0x0A);
++$c;
break;
case $substr_chrs_c_2 == '\f':
$utf8 .= chr(0x0C);
++$c;
break;
case $substr_chrs_c_2 == '\r':
$utf8 .= chr(0x0D);
++$c;
break; case $substr_chrs_c_2 == '\\"':
case $substr_chrs_c_2 == '\\\'':
case $substr_chrs_c_2 == '\\\\':
case $substr_chrs_c_2 == '\\/':
if (($delim == '"' && $substr_chrs_c_2 != '\\\'') ||
($delim == "'" && $substr_chrs_c_2 != '\\"')) {
$utf8 .= $chrs{++$c};
}
break; case preg_match('/\&\#[0-9]{5};/i', substr($chrs, $c, 8)):
$tmpstr=substr($chrs, $c, 8);
$tmpstr=dechex(substr($tmpstr, 2, 5));
$utf16 = chr(hexdec(substr($tmpstr, 0, 2)))
. chr(hexdec(substr($tmpstr, 2, 2)));
$utf8 .= self::utf162utf8($utf16);
$c += 7;
break; case ($ord_chrs_c >= 0x20) && ($ord_chrs_c <= 0x7F):
$utf8 .= $chrs{$c};
break; case ($ord_chrs_c & 0xE0) == 0xC0:
$utf8 .= substr($chrs, $c, 2);
++$c;
break; case ($ord_chrs_c & 0xF0) == 0xE0:
$utf8 .= substr($chrs, $c, 3);
$c += 2;
break; case ($ord_chrs_c & 0xF8) == 0xF0:
$utf8 .= substr($chrs, $c, 4);
$c += 3;
break; case ($ord_chrs_c & 0xFC) == 0xF8:
$utf8 .= substr($chrs, $c, 5);
$c += 4;
break; case ($ord_chrs_c & 0xFE) == 0xFC:
$utf8 .= substr($chrs, $c, 6);
$c += 5;
break; } } return $utf8;
} static function utf82utf16($utf8){
if(function_exists('mb_convert_encoding')) {
return mb_convert_encoding($utf8, 'UTF-16', 'UTF-8');
} switch(strlen($utf8)) {
case 1:
return $utf8; case 2:
return chr(0x07 & (ord($utf8{0}) >> 2))
. chr((0xC0 & (ord($utf8{0}) << 6))
| (0x3F & ord($utf8{1}))); case 3:
return chr((0xF0 & (ord($utf8{0}) << 4))
| (0x0F & (ord($utf8{1}) >> 2)))
. chr((0xC0 & (ord($utf8{1}) << 6))
| (0x7F & ord($utf8{2})));
}
return '';
}
static function utf162utf8($utf16){
if(function_exists('mb_convert_encoding')) {
return mb_convert_encoding($utf16, 'UTF-8', 'UTF-16');
}
$bytes = (ord($utf16{0}) << 8) | ord($utf16{1});
switch(true) {
case ((0x7F & $bytes) == $bytes):
return chr(0x7F & $bytes); case (0x07FF & $bytes) == $bytes:
return chr(0xC0 | (($bytes >> 6) & 0x1F))
. chr(0x80 | ($bytes & 0x3F)); case (0xFFFF & $bytes) == $bytes:
return chr(0xE0 | (($bytes >> 12) & 0x0F))
. chr(0x80 | (($bytes >> 6) & 0x3F))
. chr(0x80 | ($bytes & 0x3F));
}
return '';
}
}
?>