/**
* Suggest constructor.
*
* @param $app
* @param array $config
*/
public function __construct($connect, $prepare = [])
{
if (!empty($prepare)) {
foreach (self::$config as $name => $value) {
if (isset($prepare[$name])) {
self::$config[$name] = $prepare[$name];
}
}
}
// prepare redis conection
if (isset(self::$config['database'])) {
$connect->select(self::$config['database']);
} else {
$connect->select(RedisStore::DATABASE);
}
Pinyin::init();
$this->bank = new Bank($connect);
}
/**
* 缓存全拼的 模糊音
* @param int $isAll
* @return array $cacheArray
*/
public function getCacheFuzzySoundPinyin($isAll = 0, $dict = null)
{
$fss = Pinyin::$fuzzySoundTranslate;
//$cacheArray = $this->CacheInitials($isAll);
$pinyin = Pinyin::init();
if ($dict === null) {
$dict = $this->getAnalyzeDict();
}
if ($isAll == 1) {
//each word
foreach ($dict as $words) {
$stringArray = $pinyin->stringToArray($words);
$linkpinyin = '';
foreach ($stringArray as $k => $word) {
$tranPinyin = $pinyin->getPinyin($word);
$linkpinyin = $linkpinyin . $tranPinyin;
$cacheArray[$linkpinyin][] = $words;
if ($k > 0) {
$cacheArray[$linkpinyin][] = $words;
}
}
}
} else {
//first word
foreach ($dict as $v) {
$stringArray = $pinyin->stringToArray($v);
$key = $pinyin->getPinyin($stringArray[0]);
$cacheArray[$key][] = $v;
}
}
$selfToRelative = [];
$relativeToSelf = [];
//exchange fuzzy sound
//self to relative
foreach ($cacheArray as $key => $words) {
//check exist fuzzy sound
foreach ($fss['first'] as $self => $relative) {
//case first self to relative
if (preg_match("/^{$self}+[^h]/i", $key) === 1) {
//exist relative letter
$keyRelative = str_replace($self, $relative, $key);
if (!array_key_exists($keyRelative, $cacheArray)) {
//copy
$selfToRelative[$keyRelative] = $cacheArray[$key];
}
if (array_key_exists($keyRelative, $cacheArray)) {
//merge
$merge = array_unique(array_merge($cacheArray[$keyRelative], $cacheArray[$key]));
$selfToRelative[$keyRelative] = $merge;
}
}
}
foreach ($fss['last'] as $self => $relative) {
if (preg_match("/{$self}\$/i", $key) === 1) {
//exist relative letter
$keyRelative = str_replace($self, $relative, $key);
if (!array_key_exists($keyRelative, $cacheArray)) {
//copy
$selfToRelative[$keyRelative] = $cacheArray[$key];
}
if (array_key_exists($keyRelative, $cacheArray)) {
//merge
$merge = array_unique(array_merge($cacheArray[$keyRelative], $cacheArray[$key]));
$selfToRelative[$keyRelative] = $merge;
}
}
}
}
//relative to self
foreach ($cacheArray as $key => $words) {
//check exist fuzzy sound
foreach ($fss['first'] as $self => $relative) {
//case first self to relative
if (preg_match("/^{$relative}/i", $key) === 1) {
//exist relative letter
$keyRelative = str_replace($relative, $self, $key);
if (!array_key_exists($keyRelative, $cacheArray)) {
//copy
$relativeToSelf[$keyRelative] = $cacheArray[$key];
}
if (array_key_exists($keyRelative, $cacheArray)) {
//merge
$merge = array_unique(array_merge($cacheArray[$keyRelative], $cacheArray[$key]));
$relativeToSelf[$keyRelative] = $merge;
}
}
}
foreach ($fss['last'] as $self => $relative) {
//case first self to relative
if (preg_match("/{$relative}\$/i", $key) === 1) {
//exist relative letter
$keyRelative = str_replace($relative, $self, $key);
if (!array_key_exists($keyRelative, $cacheArray)) {
//copy
$relativeToSelf[$keyRelative] = $cacheArray[$key];
}
if (array_key_exists($keyRelative, $cacheArray)) {
//merge
$merge = array_unique(array_merge($cacheArray[$keyRelative], $cacheArray[$key]));
$relativeToSelf[$keyRelative] = $merge;
}
}
}
}
return $this->mergeData($relativeToSelf, $selfToRelative);
}
