old_contents: """
  This file is less about the results and much more about the fact, that no
  exception should be thrown.
  
  Basically this file could change depending on the current implementation. But
  there should never be any errors.
  """
  
  #? ['upper']
  str()).upper
  
  from a import (b
  def blub():
      return 0
  def openbrace():
      asdf = 3
       asdf
      asdf(
      #? int()
      asdf
      return 1
  
  #? int()
  openbrace()
  
  blub([
  #? int()
  openbrace()
  
  def indentfault():
      asd(
   indentback
  
  #? []
  indentfault().
  
  def openbrace2():
      asd(
  def normalfunc():
      return 1
  
  #? int()
  normalfunc()
  
  
  # first part not complete (raised errors)
  if a
      a
  else:
      #? ['AttributeError']
      AttributeError
  
  try
  #? ['AttributeError']
  except AttributeError
      pass
  finally:
      pass
  
  #? ['isinstance']
  if isi
  try:
      except TypeError:
          #? str()
          ""
  
  # wrong ternary expression
  a = 1 if
  #? int()
  a
  
  for for_local in :
      for_local
  #? ['for_local']
  for_local
  #? 
  for_local
  
  
  a2 = [for a2 in [0]]
  #? 
  a2[0]
  
  a3 = [for xyz in]
  #? 
  a3[0]
  
  a3 = [a4 for in 'b']
  #? str()
  a3[0]
  
  a3 = [a4 for a in for x in y]
  #? 
  a3[0]
  
  a = [for a in
  def break(): pass
  
  #? 
  a[0]
  
  a = [a for a in [1,2]
  def break(): pass
  #? int()
  a[0]
  
  #? []
  int()).
  
  def asdf(a or b): # multiple param names
      return a
  
  #? int()
  asdf(2)
  
  import datetime as 
  
new_contents: """
  This file is less about the results and much more about the fact, that no
  exception should be thrown.
  
  Basically this file could change depending on the current implementation. But
  there should never be any errors.
  """
  
  #? ['upper']
  str()).upper
  
  from a import (b
  def blub():
      return 0
  def openbrace():
      asdf = 3
       asdf
      asdf(
      #? int()
      asdf
      return 1
  
  #? int()
  openbrace()
  
  blub([
  #? int()
  openbrace()
  
  def indentfault():
      asd(
   indentback
  
  #? []
  indentfault().
  
  def openbrace2():
      asd(
  def normalfunc():
      return 1
  
  #? int()
  normalfunc()
  
  # dots in param
  def f(seq1...=None):
      return seq1
  #? int()
  f(1)
  
  
  # first part not complete (raised errors)
  if a
      a
  else:
      #? ['AttributeError']
      AttributeError
  
  try
  #? ['AttributeError']
  except AttributeError
      pass
  finally:
      pass
  
  #? ['isinstance']
  if isi
  try:
      except TypeError:
          #? str()
          ""
  
  # wrong ternary expression
  a = 1 if
  #? int()
  a
  
  for for_local in :
      for_local
  #? ['for_local']
  for_local
  #? 
  for_local
  
  
  a2 = [for a2 in [0]]
  #? 
  a2[0]
  
  a3 = [for xyz in]
  #? 
  a3[0]
  
  a3 = [a4 for in 'b']
  #? str()
  a3[0]
  
  a3 = [a4 for a in for x in y]
  #? 
  a3[0]
  
  a = [for a in
  def break(): pass
  
  #? 
  a[0]
  
  a = [a for a in [1,2]
  def break(): pass
  #? int()
  a[0]
  
  #? []
  int()).
  
  def asdf(a or b): # multiple param names
      return a
  
  #? int()
  asdf(2)
  
  import datetime as 
  
subject: test for dots in params (happens sometimes by accident when generating builtins)