def __parse_object(self):
"""Parse a JSON object. The scanner must be at the first '{'."""
object_start = self.__scanner.position
self.__scanner.read_ubyte()
result_object = JsonObject()
while True:
c = self.__peek_next_non_whitespace()
if c is None:
return self.__error("Need '}' for end of object", object_start)
elif c == '"':
key = self.__parse_string()
elif c == '_' or 'a' <= c <= 'z' or 'A' <= c <= 'Z':
key = self.__parse_identifier()
next_char = self.__scanner.peek_next_ubyte(
none_if_bad_index=True)
if next_char is None:
return self.__error("Need '}' for end of object",
object_start)
if ord(next_char) > 32 and next_char != ':':
self.__error("To use character '%s' in an attribute name, "
"you must place the attribute name in "
"double-quotes" % next_char)
elif c == '}':
# End-of-object.
self.__scanner.read_ubyte()
return result_object
else:
return self.__error(
"Expected string literal for object attribute name")
self.__peek_next_non_whitespace()
c = self.__scanner.read_ubyte()
if c != ':':
self.__error("Expected ':' delimiting object attribute value")
# skip any whitespace after the colon
self.__peek_next_non_whitespace()
if self.check_duplicate_keys and result_object.__contains__(key):
self.__error("Duplicate key [" + key + "]", object_start)
result_object.put(key, self.parse_value())
c = self.__peek_next_non_whitespace()
if c is None:
self.__error("Need '}' for end of object", object_start)
elif c == '}':
# do nothing we'll process the '}' back around at the top of
# the loop.
continue
elif c == ',':
self.__scanner.read_ubyte()
else:
if self.__preceding_line_break() and self.allow_missing_commas:
# proceed, inferring a comma
continue
else:
self.__error("After object field, expected ',' or '}' but "
"found '%s'... are you missing a comma?" % c)
def __parse_object(self):
"""Parse a JSON object. The scanner must be at the first '{'."""
object_start = self.__scanner.position
self.__scanner.read_ubyte()
result_object = JsonObject()
while True:
c = self.__peek_next_non_whitespace()
if c is None:
return self.__error("Need '}' for end of object", object_start)
elif c == '"':
key = self.__parse_string()
elif c == '_' or 'a' <= c <= 'z' or 'A' <= c <= 'Z':
key = self.__parse_identifier()
next_char = self.__scanner.peek_next_ubyte(
none_if_bad_index=True)
if next_char is None:
return self.__error("Need '}' for end of object",
object_start)
if ord(next_char) > 32 and next_char != ':':
self.__error("To use character '%s' in an attribute name, "
"you must place the attribute name in "
"double-quotes" % next_char)
elif c == '}':
# End-of-object.
self.__scanner.read_ubyte()
return result_object
else:
return self.__error(
"Expected string literal for object attribute name")
self.__peek_next_non_whitespace()
c = self.__scanner.read_ubyte()
if c != ':':
self.__error("Expected ':' delimiting object attribute value")
# skip any whitespace after the colon
self.__peek_next_non_whitespace()
if self.check_duplicate_keys and result_object.__contains__(key):
self.__error("Duplicate key [" + key + "]", object_start)
result_object.put(key, self.parse_value())
c = self.__peek_next_non_whitespace()
if c is None:
self.__error("Need '}' for end of object", object_start)
elif c == '}':
# do nothing we'll process the '}' back around at the top of
# the loop.
continue
elif c == ',':
self.__scanner.read_ubyte()
else:
if self.__preceding_line_break() and self.allow_missing_commas:
# proceed, inferring a comma
continue
else:
self.__error("After object field, expected ',' or '}' but "
"found '%s'... are you missing a comma?" % c)
