def getWord(self):
"""
Effects: gets word from input stream
"""
regexp = RegExp.RegExp();
begin = self.findBegin()
fin = begin - 1
old_start = begin # start of word
rec = Recognizer()
# Verify string
if self.data[ begin:begin+1 ] == metadata["string"]:
fin = self.data.find(metadata["string"], begin+1)
word = self.data[ begin : fin+1 ]
self.cursy = fin+1
# Verify double delimiter
elif self.data[ begin:begin+2 ] in metadata["double"]:
word = self.data[ begin : begin+2 ]
self.cursy = begin+2
else:
isEndLexem = 0
while ((not isEndLexem) and (fin+1 < len(self.data))):
fin = fin + 1
if ((self.data[fin] in self.delimiters)
or (self.data[fin] in self.whitespaces)
):
isEndLexem = 1
for _cond_delim in self.conditional_delimiters.keys():
if (self.data[fin] == _cond_delim):
if not (regexp.match(self.data[fin-1], self.conditional_delimiters[_cond_delim]["before"])
and regexp.match(self.data[fin+1], self.conditional_delimiters[_cond_delim]["after"])
):
isEndLexem = 1
if ((self.data[fin] in metadata["sign"]) and (len(self.wordSequence) > 0)
and (not rec.isOperator(self.wordSequence[len(self.wordSequence)-1]))
and (not regexp.match(self.data[fin-2 : fin], "[0-9]e"))
):
isEndLexem = 1
#-- while
if begin == fin:
word = self.data[begin]
self.cursy = fin+1
else:
word = self.data[begin:fin]
self.cursy = fin
if old_start <> self.cursy:
self.code = self.code + self.data[old_start : self.cursy]
else:
self.code = self.code + self.data[old_start]
self.wordSequence.append(word)
return word
