def parse_statement(source: Source) -> StatementType:
if source.seek('#'):
return parse_line_comment(source)
if source.seek('['):
return parse_table(source)
kv_entry = parse_kv_entry(source)
return kv_entry
def parse_keyword(source: Source) -> str:
if source.seek('"'):
return _parse_basic_string(source)
if source.seek('\''):
return _parse_literal_string(source)
match = source.consume_regex(KEYWORD_REGEX)
if not match:
raise DoesNotMatch()
return source.last_consumed
def parse_value(source: Source) -> ValueType:
boolean_match = source.consume_regex(re.compile(r'(?P<res>(true)|(false))'))
if boolean_match:
return source.last_consumed == 'true'
if source.seek('"""'):
return _parse_multiline_string(source)
if source.seek('"'):
return _parse_basic_string(source)
if source.seek('\'\'\''):
return _parse_multiline_literal_string(source)
if source.seek('\''):
return _parse_literal_string(source)
# datetime_match = source.consume_regex(DATETIME_REGEX)
# if datetime_match:
# return _parse_datetime(source.last_consumed)
number_match = source.consume_regex(NUMBER_REGEX)
if number_match:
return _parse_number(source.last_consumed)
if source.seek('['):
return _parse_array(source)
if source.seek('{'):
return _parse_inline_table(source)
raise DoesNotMatch('Cannot find valid TOML value in string {text}'
.format(text=source._text[:100]))