def _relational_delim_list(self, sep):
quoted = quotedString.copy()
quoted.setParseAction(lambda s, p, t: self._parse_rel(removeQuotes(s, p, t), sep))
value = quoted | Word(printables, excludeChars=('%' + sep))
value.setParseAction(self._inc_index)
comment = self._comment()
parser = comment | delimitedList(value, delim=sep)
return parser
def _relational_delim_list(self, sep):
quoted = quotedString.copy()
quoted.setParseAction(
lambda s, p, t: self._parse_rel(removeQuotes(s, p, t), sep))
value = quoted | Word(printables, excludeChars=('%' + sep))
value.setParseAction(self._inc_index)
comment = self._comment()
parser = comment | delimitedList(value, delim=sep)
return parser
def string_literal(self):
"""
string_literal ::= "'" string "'" | "\"" string "\""
Any successful match is converted to a single quoted string to simplify
post-parsed operations.
"""
return quotedString.setParseAction(
lambda s, l, t: "'{string}'".format(string=removeQuotes(s, l, t)))
def string_literal(self):
"""
string_literal ::= "'" string "'" | "\"" string "\""
Any successful match is converted to a single quoted string to simplify
post-parsed operations.
"""
return quotedString.setParseAction(
lambda s, l, t: "'{string}'".format(string=removeQuotes(s, l, t)))
def action(s, loc, tokens):
try:
return self.parser.get_time_stamp(removeQuotes(s, loc, tokens))
except ValueError as e:
raise DateValFormatError(e)
def action(s, loc, tokens):
try:
return self.parser.get_time_stamp(removeQuotes(s, loc, tokens))
except ValueError as e:
raise DateValFormatError(e)