def convertToKana(self):
inputLen = len(self.lookup.text())
if inputLen > 0:
if scripts.script_type(self.lookup.text()) == scripts.Script.Kanji:
pass #TODO: ...
#if re.search('n{1}', self.lookup.text()[ inputLen - 2: ]) is None: #NB: yes, regexp would be better, yet I failed miserably at it
if self.lookup.text()[ inputLen - 1 ] != u'n' and self.lookup.text()[ inputLen - 2:] != u'ny':
converted = romkan(self.lookup.text()) #NB: does not convert naninuneno, somehow (purpotedly, 'n' normalization is to blame)
self.lookup.setText(converted)
#self.testConvert.setText(converted)
if self.lookup.text()[ inputLen - 2:] == u'nn':
converted = romkan(normalize_double_n(self.lookup.text()))
self.lookup.setText(converted)
#print self.lookup.text()
#scripts.script_type(cluster) == scripts.Script.Kanji:
if len(scripts.script_boundaries(self.lookup.text())) == 1:
if scripts.script_type(self.lookup.text()) == scripts.Script.Hiragana:
self.updateLookupResults(self.lookup.text())
else:
self.lookupResults.clearContents()
self.lookupResults.setRowCount(0)
def convertToKana(self):
inputLen = len(self.reading.text())
if inputLen > 0:
if self.reading.text()[ inputLen - 1 ] != u'n' and self.reading.text()[ inputLen - 2:] != u'ny':
converted = romkan(self.reading.text())
self.reading.setText(converted)
if self.reading.text()[ inputLen - 2:] == u'nn':
converted = romkan(normalize_double_n(self.reading.text()))
self.reading.setText(converted)
