old_contents: def repeat(*args):
      from recognition.actions import perform
      count = args[-1]()
      try:
          count = int(count)
      except (TypeError, ValueError):
          count = 1
      largs = args[:-1]
      for i in range(count):
          for larg in largs:
              perform.perform_io(larg())
  
  def osspeak_if(*args):
      assert 1 < len(args) < 4
      condition_evaluation = args[0]()
      if condition_evaluation:
          return args[1]()
      elif len(args) == 3:
          return args[2]()
  
  def osspeak_while(*args):
      action_args = args[1:]
      while args[0]():
          for arg in action_args:
              arg()
  
  def wait_for(condition, timeout=None):
      import time
      start = time.clock()
      timeout = timeout if timeout is None else float(timeout())
      while not condition():
          time.sleep(.01)
          if timeout and time.clock() - start > timeout:
              break
      
new_contents: def repeat(*args):
      from recognition.actions import perform
      count = args[-1]()
      try:
          count = int(count)
      except (TypeError, ValueError):
          count = 1
      lambda_args = args[:-1]
      for i in range(count):
          for lambda_arg in lambda_args:
              perform.perform_io(lambda_arg())
  
  def osspeak_if(*args):
      assert 1 < len(args) < 4
      condition_evaluation = args[0]()
      if condition_evaluation:
          return args[1]()
      elif len(args) == 3:
          return args[2]()
  
  def osspeak_while(*args):
      action_args = args[1:]
      while args[0]():
          for arg in action_args:
              arg()
  
  def wait_for(condition, timeout=None):
      import time
      start = time.clock()
      timeout = timeout if timeout is None else float(timeout())
      while not condition():
          time.sleep(.01)
          if timeout and time.clock() - start > timeout:
              break
      
subject: rename variable