def visit_re_match(self, node, children):
to_match = node.extra_info.group(1)
# print("**** visit_re_match, to_match == '{}'".format(to_match))
regex = RegExMatch(to_match, ignore_case=self.metamodel.ignore_case)
try:
regex.compile()
except Exception as e:
line, col = self.grammar_parser.pos_to_linecol(node[1].position)
raise TextXSyntaxError(text(e), line, col)
return regex
def re_match_SA(parser, node, children):
to_match = children[0]
regex = RegExMatch(to_match, ignore_case=parser.metamodel.ignore_case)
try:
regex.compile()
except Exception as e:
line, col = parser.pos_to_linecol(node[1].position)
raise TextXSyntaxError("{} at {}".format(text(e), text((line, col))),
line, col)
return regex
def re_match_SA(parser, node, children):
to_match = children[0]
regex = RegExMatch(to_match, ignore_case=parser.metamodel.ignore_case)
try:
regex.compile()
except Exception as e:
line, col = parser.pos_to_linecol(node[1].position)
raise TextXSyntaxError(
"{} at {}"
.format(text(e), text((line, col))), line, col)
return regex
def str_match_SA(parser, node, children):
to_match = children[0]
# Support for autokwd metamodel param.
if parser.metamodel.autokwd:
match = parser.keyword_regex.match(to_match)
if match and match.span() == (0, len(to_match)):
regex_match = RegExMatch(r'{}\b'.format(to_match),
ignore_case=parser.metamodel.ignore_case,
str_repr=to_match)
regex_match.compile()
return regex_match
return StrMatch(to_match, ignore_case=parser.metamodel.ignore_case)
def visit_re_match(self, node, children):
try:
to_match = children[0]
except:
to_match = ''
regex = RegExMatch(to_match, ignore_case=self.metamodel.ignore_case)
try:
regex.compile()
except Exception as e:
line, col = self.grammar_parser.pos_to_linecol(node[1].position)
raise TextXSyntaxError(
"{} at {}".format(text(e), text((line, col))), line, col)
return regex
def str_match_SA(parser, node, children):
to_match = children[0]
# Support for autokwd metamodel param.
if parser.metamodel.autokwd:
match = parser.keyword_regex.match(to_match)
if match and match.span() == (0, len(to_match)):
regex_match = RegExMatch(r'{}\b'.format(to_match),
ignore_case=parser.metamodel.ignore_case,
str_repr=to_match)
regex_match.compile()
return regex_match
return StrMatch(to_match, ignore_case=parser.metamodel.ignore_case)
def visit_re_match(self, node, children):
try:
to_match = children[0]
except IndexError:
to_match = ''
regex = RegExMatch(to_match,
ignore_case=self.metamodel.ignore_case)
try:
regex.compile()
except Exception as e:
line, col = self.grammar_parser.pos_to_linecol(node[1].position)
raise TextXSyntaxError(
"{} at {}"
.format(text(e), text((line, col))), line, col)
return regex
def visit_str_match(self, node, children):
try:
to_match = children[0][1:-1]
except IndexError:
to_match = ''
# Support for autokwd metamodel param.
if self.metamodel.autokwd:
match = self.keyword_regex.match(to_match)
if match and match.span() == (0, len(to_match)):
regex_match = RegExMatch(
r'{}\b'.format(to_match),
ignore_case=self.metamodel.ignore_case,
str_repr=to_match)
regex_match.compile()
return regex_match
return StrMatch(to_match, ignore_case=self.metamodel.ignore_case)
def visit_str_match(self, node, children):
try:
to_match = children[0][1:-1]
except IndexError:
to_match = ''
# Support for autokwd metamodel param.
if self.metamodel.autokwd:
match = self.keyword_regex.match(to_match)
if match and match.span() == (0, len(to_match)):
regex_match = RegExMatch(
r'{}\b'.format(to_match),
ignore_case=self.metamodel.ignore_case,
str_repr=to_match)
regex_match.compile()
return regex_match
return StrMatch(to_match, ignore_case=self.metamodel.ignore_case)
