unsigned CShuangpinSegmentor::_push (unsigned ch)
{
int startFrom = 0;
bool isInputPy;
EShuangpinType shpType;
m_pystr.push_back (ch);
const int len = m_pystr.size();
if (m_hasInvalid) {
startFrom = len - 1;
m_segs.push_back (TSegment (ch, startFrom, 1, IPySegmentor::INVALID));
goto RETURN;
}
shpType = s_shpData.getShuangpinType();
isInputPy = ( islower(ch) ||
(ch == ';' && (shpType == MS2003 || shpType == ZIGUANG)) );
if (!isInputPy) {
startFrom = len - 1;
IPySegmentor::ESegmentType seg_type;
if (ch == '\'' && m_inputBuf.size() > 1)
seg_type = IPySegmentor::SYLLABLE_SEP;
else
seg_type = IPySegmentor::STRING;
m_segs.push_back (TSegment (ch, startFrom, 1, seg_type));
m_nAlpha += 1;
m_nLastValidPos += 1;
} else {
bool bCompleted = !((len - m_nAlpha)%2) && isInputPy;
char buf[4];
if (bCompleted) {
sprintf(buf, "%c%c", m_pystr[len-2], ch);
} else {
sprintf(buf, "%c", ch);
}
startFrom = _encode(buf, ch, bCompleted);
if (startFrom < 0) {
m_hasInvalid = true;
startFrom = m_pystr.size() - 1;
m_segs.push_back (TSegment (ch, startFrom, 1, IPySegmentor::INVALID));
}
}
RETURN:;
if (m_pGetFuzzySyllablesOp && m_pGetFuzzySyllablesOp->isEnabled())
if ( m_segs.back().m_type == SYLLABLE)
_addFuzzySyllables (m_segs.back ());
return startFrom;
}
// TOTEST
unsigned CHunpinSegmentor::_push (unsigned ch)
{
m_pystr.push_back (ch);
TSegmentVec::iterator ite = m_segs.size() > 0 ? m_segs.end() - 1 : m_segs.begin() - 1;
const unsigned maxStringCount = 6;
unsigned syllableCount = 0;
unsigned stringCount = 0;
for(; ite != m_segs.begin() - 1 ; ite --) {
stringCount += (*ite).m_len;
syllableCount ++;
if (stringCount > maxStringCount) {
syllableCount --;
break;
}
}
unsigned strlen = m_pystr.size();
unsigned ret;
for(int index = syllableCount ; index >= 0; index --) {
TSegmentVec::iterator it = m_segs.end() - index;
unsigned tmpl;
unsigned v;
if(index != 0) {
if((strlen - (*it).m_start) == 2) {
char buf[4];
sprintf(buf, "%c%c", m_pystr[(*it).m_start], m_pystr[(*it).m_start+1]);
int startFrom = _encode(buf);
if(startFrom >= 0) break;
}
v = m_pytrie.match_longest (m_pystr.rbegin(), m_pystr.rbegin() + strlen - (*it).m_start, tmpl);
if(tmpl == (strlen - (*it).m_start)) {
TSegmentVec new_segs(1, TSegment(v, (*it).m_start, tmpl));
m_segs.erase (m_segs.end()-index, m_segs.end());
std::copy (new_segs.rbegin(), new_segs.rend(), back_inserter (m_segs));
break;
}
}
else {
v = m_pytrie.match_longest (m_pystr.rbegin(), m_pystr.rbegin() + 1, tmpl);
if(tmpl == 0) {
IPySegmentor::ESegmentType seg_type;
if (ch == '\'' && m_inputBuf.size() > 1) {
seg_type = IPySegmentor::SYLLABLE_SEP;
}
else if (islower (ch)) {
seg_type = IPySegmentor::INVALID;
}
else {
seg_type = IPySegmentor::STRING;
}
ret = m_pystr.size () - 1;
m_segs.push_back (TSegment (ch, ret, 1, seg_type));
}
else {
ret = m_pystr.size () - 1;
m_segs.push_back (TSegment (v, ret, 1));
}
}
}
TSegment &last_seg = m_segs.back();
if (m_pGetFuzzySyllablesOp && m_pGetFuzzySyllablesOp->isEnabled())
if ( m_segs.back().m_type == SYLLABLE)
_addFuzzySyllables (last_seg);
return last_seg.m_start;
}