function __construct(phpMorphy_Fsa_FsaInterface $fsa, phpMorphy_AnnotDecoder_AnnotDecoderInterface $annotDecoder, $encoding, phpMorphy_GramInfo_GramInfoInterface $graminfo, $minPostfixMatch = 2, $collectLimit = 32)
{
parent::__construct($fsa, $annotDecoder);
$this->graminfo = $graminfo;
$this->min_postfix_match = $minPostfixMatch;
$this->collector = $this->createCollector($collectLimit, $this->getAnnotDecoder());
$this->unicode = phpMorphy_UnicodeHelper_UnicodeHelperAbstract::getHelperForEncoding($encoding);
}
function __construct(phpMorphy_Fsa_FsaInterface $fsa, phpMorphy_AnnotDecoder_AnnotDecoderInterface $annotDecoder, $encoding, $minimalSuffixLength = 4)
{
parent::__construct($fsa, $annotDecoder);
$this->min_suf_len = (int) $minimalSuffixLength;
$this->unicode = phpMorphy_UnicodeHelper_UnicodeHelperAbstract::getHelperForEncoding($encoding);
}
function bench_morphy($words, $encoding, $dictDir, $lang, $storage, $useBulk, $usePrediction = true)
{
$opts = array('storage' => $storage, 'predict_by_suffix' => $usePrediction, 'predict_by_db' => false);
$bundle = new phpMorphy_FilesBundle($dictDir, $lang);
$morphy = new phpMorphy($bundle, $opts);
$unicode = phpMorphy_UnicodeHelper_UnicodeHelperAbstract::getHelperForEncoding($morphy->getEncoding());
echo "Bench phpMorphy[{$encoding}][{$storage}][" . ($useBulk ? 'BULK' : 'SINGLE') . "] : ";
convert_words($words, $encoding, MB_CASE_UPPER);
$predicted = 0;
$b = microtime(true);
if ($useBulk) {
$morphy->getBaseForm($words);
} else {
foreach ($words as $word) {
//$unicode->strrev($word); mb_strtoupper($word, 'utf-8');
//strtr($word, $replace);
//strrev($word);
//mb_strtolower($word, 'utf-8');
$lemma = $morphy->getBaseForm($word);
if ($morphy->isLastPredicted()) {
$predicted++;
}
}
}
$e = microtime(true);
printf("time = %0.2f sec, words per second = %0.2f, predicted = %d\n", $e - $b, count($words) / ($e - $b), $predicted);
}