本文整理汇总了PHP中UtfNormal::NFC方法的典型用法代码示例。如果您正苦于以下问题：PHP UtfNormal::NFC方法的具体用法？PHP UtfNormal::NFC怎么用？PHP UtfNormal::NFC使用的例子？那么, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类UtfNormal的用法示例。
在下文中一共展示了UtfNormal::NFC方法的2个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的PHP代码示例。
示例1: toNFC
/**
* Convert a UTF-8 string to normal form C, canonical composition.
* Fast return for pure ASCII strings; some lesser optimizations for
* strings containing only known-good characters.
*
* @param $string String: a valid UTF-8 string. Input is not validated.
* @return string a UTF-8 string in normal form C
*/
static function toNFC($string)
{
if (NORMALIZE_INTL) {
return normalizer_normalize($string, Normalizer::FORM_C);
} elseif (NORMALIZE_ICU) {
return utf8_normalize($string, UNORM_NFC);
} elseif (UtfNormal::quickIsNFC($string)) {
return $string;
} else {
return UtfNormal::NFC($string);
}
}示例2: doTestTripleBytes
/** @todo document */
function doTestTripleBytes($head, $tail)
{
for ($first = 0xc0; $first < 0x100; $first++) {
for ($second = 0x80; $second < 0x100; $second++) {
#for( $third = 0x80; $third < 0x100; $third++ ) {
for ($third = 0x80; $third < 0x81; $third++) {
$char = $head . chr($first) . chr($second) . chr($third) . $tail;
$clean = UtfNormal::cleanUp($char);
$x = sprintf("%02X,%02X,%02X", $first, $second, $third);
if ($first >= 0xe0 && $first < 0xf0 && $second < 0xc0 && $third < 0xc0) {
if ($first == 0xe0 && $second < 0xa0) {
$this->assertEquals(bin2hex($head . UTF8_REPLACEMENT . $tail), bin2hex($clean), "Overlong triplet {$x} should be rejected");
} elseif ($first == 0xed && chr($first) . chr($second) . chr($third) >= UTF8_SURROGATE_FIRST) {
$this->assertEquals(bin2hex($head . UTF8_REPLACEMENT . $tail), bin2hex($clean), "Surrogate triplet {$x} should be rejected");
} else {
$this->assertEquals(bin2hex(UtfNormal::NFC($char)), bin2hex($clean), "Triplet {$x} should be intact");
}
} elseif ($first > 0xc1 && $first < 0xe0 && $second < 0xc0) {
$this->assertEquals(bin2hex(UtfNormal::NFC($head . chr($first) . chr($second)) . UTF8_REPLACEMENT . $tail), bin2hex($clean), "Valid 2-byte {$x} + broken tail");
} elseif ($second > 0xc1 && $second < 0xe0 && $third < 0xc0) {
$this->assertEquals(bin2hex($head . UTF8_REPLACEMENT . UtfNormal::NFC(chr($second) . chr($third) . $tail)), bin2hex($clean), "Broken head + valid 2-byte {$x}");
} elseif (($first > 0xfd || $second > 0xfd) && ($second > 0xbf && $third > 0xbf || $second < 0xc0 && $third < 0xc0 || $second > 0xfd || $third > 0xfd)) {
# fe and ff are not legal head bytes -- expect three replacement chars
$this->assertEquals(bin2hex($head . UTF8_REPLACEMENT . UTF8_REPLACEMENT . UTF8_REPLACEMENT . $tail), bin2hex($clean), "Forbidden triplet {$x} should be rejected");
} elseif ($first > 0xc2 && $second < 0xc0 && $third < 0xc0) {
$this->assertEquals(bin2hex($head . UTF8_REPLACEMENT . $tail), bin2hex($clean), "Forbidden triplet {$x} should be rejected");
} else {
$this->assertEquals(bin2hex($head . UTF8_REPLACEMENT . UTF8_REPLACEMENT . $tail), bin2hex($clean), "Forbidden triplet {$x} should be rejected");
}
}
}
}
}