original_docstring: 
          Abstract method for determining whether a trial should be killed. Must override.
  
          The NNI framework has little guarantee on ``trial_history``.
          This method is not guaranteed to be invoked for each time ``trial_history`` get updated.
          It is also possible that a trial's history keeps updating after receiving a bad result.
          And if the trial failed and retried, ``trial_history`` may be inconsistent with its previous value.
  
          The only guarantee is that ``trial_history`` is always growing.
          It will not be empty and will always be longer than previous value.
  
          This is an example of how :meth:`assess_trial` get invoked sequentially:
  
          ::
  
              trial_job_id | trial_history   | return value
              ------------ | --------------- | ------------
              Trial_A      | [1.0, 2.0]      | Good
              Trial_B      | [1.5, 1.3]      | Bad
              Trial_B      | [1.5, 1.3, 1.9] | Good
              Trial_A      | [0.9, 1.8, 2.3] | Good
  
          Parameters
          ----------
          trial_job_id : str
              Unique identifier of the trial.
          trial_history : list
              Intermediate results of this trial. The element type is decided by trial code.
  
          Returns
          -------
          AssessResult
              :obj:`AssessResult.Good` or :obj:`AssessResult.Bad`.
          
docstring: Abstract method for determining whether a trial should be killed. Must override.
  The NNI framework has little guarantee on ``trial_history``.
  This method is not guaranteed to be invoked for each time ``trial_history`` get updated.
  It is also possible that a trial's history keeps updating after receiving a bad result.
  And if the trial failed and retried, ``trial_history`` may be inconsistent with its previous value.
  
  The only guarantee is that ``trial_history`` is always growing.
  It will not be empty and will always be longer than previous value.
  
  This is an example of how :meth:`assess_trial` get invoked sequentially.
docstring_tokens: Abstract method for determining whether a trial should be killed . Must override . The NNI framework has little guarantee on ` ` trial_history ` ` . This method is not guaranteed to be invoked for each time ` ` trial_history ` ` get updated . It is also possible that a trial ' s history keeps updating after receiving a bad result . And if the trial failed and retried ` ` trial_history ` ` may be inconsistent with its previous value . The only guarantee is that ` ` trial_history ` ` is always growing . It will not be empty and will always be longer than previous value . This is an example of how : meth : ` assess_trial ` get invoked sequentially .
code: def assess_trial(self, trial_job_id, trial_history):
          """
          Abstract method for determining whether a trial should be killed. Must override.
  
          The NNI framework has little guarantee on ``trial_history``.
          This method is not guaranteed to be invoked for each time ``trial_history`` get updated.
          It is also possible that a trial's history keeps updating after receiving a bad result.
          And if the trial failed and retried, ``trial_history`` may be inconsistent with its previous value.
  
          The only guarantee is that ``trial_history`` is always growing.
          It will not be empty and will always be longer than previous value.
  
          This is an example of how :meth:`assess_trial` get invoked sequentially:
  
          ::
  
              trial_job_id | trial_history   | return value
              ------------ | --------------- | ------------
              Trial_A      | [1.0, 2.0]      | Good
              Trial_B      | [1.5, 1.3]      | Bad
              Trial_B      | [1.5, 1.3, 1.9] | Good
              Trial_A      | [0.9, 1.8, 2.3] | Good
  
          Parameters
          ----------
          trial_job_id : str
              Unique identifier of the trial.
          trial_history : list
              Intermediate results of this trial. The element type is decided by trial code.
  
          Returns
          -------
          AssessResult
              :obj:`AssessResult.Good` or :obj:`AssessResult.Bad`.
          """
          raise NotImplementedError('Assessor: assess_trial not implemented')
code_tokens: def assess_trial ( self , trial_job_id , trial_history ) : raise NotImplementedError ( 'Assessor: assess_trial not implemented' )
short_docstring: Abstract method for determining whether a trial should be killed.
short_docstring_tokens: Abstract method for determining whether a trial should be killed .
comment: """
          Abstract method for determining whether a trial should be killed. Must override.
  
          The NNI framework has little guarantee on ``trial_history``.
          This method is not guaranteed to be invoked for each time ``trial_history`` get updated.
          It is also possible that a trial's history keeps updating after receiving a bad result.
          And if the trial failed and retried, ``trial_history`` may be inconsistent with its previous value.
  
          The only guarantee is that ``trial_history`` is always growing.
          It will not be empty and will always be longer than previous value.
  
          This is an example of how :meth:`assess_trial` get invoked sequentially:
  
          ::
  
              trial_job_id | trial_history   | return value
              ------------ | --------------- | ------------
              Trial_A      | [1.0, 2.0]      | Good
              Trial_B      | [1.5, 1.3]      | Bad
              Trial_B      | [1.5, 1.3, 1.9] | Good
              Trial_A      | [0.9, 1.8, 2.3] | Good
  
          Parameters
          ----------
          trial_job_id : str
              Unique identifier of the trial.
          trial_history : list
              Intermediate results of this trial. The element type is decided by trial code.
  
          Returns
          -------
          AssessResult
              :obj:`AssessResult.Good` or :obj:`AssessResult.Bad`.
          """