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from jmespath.compat import with_str_method class JMESPathError(ValueError): pass @with_str_method class ParseError(JMESPathError): _ERROR_MESSAGE = 'Invalid jmespath expression' def __init__(self, lex_position, token_value, token_type, msg=_ERROR_MESSAGE): super(ParseError, self).__init__(lex_position, token_value, token_type) self.lex_position = lex_position self.token_value = token_value self.token_type = token_type.upper() self.msg = msg # Whatever catches the ParseError can fill in the full expression self.expression = None def __str__(self): # self.lex_position +1 to account for the starting double quote char. underline = ' ' * (self.lex_position + 1) + '^' return ( '%s: Parse error at column %s, ' 'token "%s" (%s), for expression:\n"%s"\n%s' % ( self.msg, self.lex_position, self.token_value, self.token_type, self.expression, underline)) @with_str_method class IncompleteExpressionError(ParseError): def set_expression(self, expression): self.expression = expression self.lex_position = len(expression) self.token_type = None self.token_value = None def __str__(self): # self.lex_position +1 to account for the starting double quote char. underline = ' ' * (self.lex_position + 1) + '^' return ( 'Invalid jmespath expression: Incomplete expression:\n' '"%s"\n%s' % (self.expression, underline)) @with_str_method class LexerError(ParseError): def __init__(self, lexer_position, lexer_value, message, expression=None): self.lexer_position = lexer_position self.lexer_value = lexer_value self.message = message super(LexerError, self).__init__(lexer_position, lexer_value, message) # Whatever catches LexerError can set this. self.expression = expression def __str__(self): underline = ' ' * self.lexer_position + '^' return 'Bad jmespath expression: %s:\n%s\n%s' % ( self.message, self.expression, underline) @with_str_method class ArityError(ParseError): def __init__(self, expected, actual, name): self.expected_arity = expected self.actual_arity = actual self.function_name = name self.expression = None def __str__(self): return ("Expected %s %s for function %s(), " "received %s" % ( self.expected_arity, self._pluralize('argument', self.expected_arity), self.function_name, self.actual_arity)) def _pluralize(self, word, count): if count == 1: return word else: return word + 's' @with_str_method class VariadictArityError(ArityError): def __str__(self): return ("Expected at least %s %s for function %s(), " "received %s" % ( self.expected_arity, self._pluralize('argument', self.expected_arity), self.function_name, self.actual_arity)) @with_str_method class JMESPathTypeError(JMESPathError): def __init__(self, function_name, current_value, actual_type, expected_types): self.function_name = function_name self.current_value = current_value self.actual_type = actual_type self.expected_types = expected_types def __str__(self): return ('In function %s(), invalid type for value: %s, ' 'expected one of: %s, received: "%s"' % ( self.function_name, self.current_value, self.expected_types, self.actual_type)) class EmptyExpressionError(JMESPathError): def __init__(self): super(EmptyExpressionError, self).__init__( "Invalid JMESPath expression: cannot be empty.") class UnknownFunctionError(JMESPathError): pass