anchor.diff:          iterated_item_spec = ?ANY_MEASUREMENT_DATA_SPEC,
           iterated_items = gen_random_time_series_measurements(),
           target_store_type = time_series,
  -        target_store_config = ?ATM_TIME_SERIES_STORE_CONFIG,
  +        target_store_config = ?ATM_TS_STORE_CONFIG,
           target_store_update_options = #atm_time_series_store_content_update_options{
  -            dispatch_rules = ?ATM_TIME_SERIES_DISPATCH_RULES
  +            dispatch_rules = ?CORRECT_ATM_TS_DISPATCH_RULES
           }
       }).
   
  
positive.code:         target_store_schema_id = ?CURRENT_TASK_TIME_SERIES_STORE_SCHEMA_ID,
          target_store_type = time_series,
          target_store_update_options = #atm_time_series_store_content_update_options{
              dispatch_rules = ?ATM_TIME_SERIES_DISPATCH_RULES
          }
      }).
  
  
negative.code:                             assert_exp_target_store_content(TargetStoreType, IteratedItems, TargetStoreContent)
                          end, [
                              {list, TargetListStoreSchemaId},
                              {single_value, TargetSVStoreSchemaId},
                              {time_series, ?CURRENT_TASK_TIME_SERIES_STORE_SCHEMA_ID}
                          ])
                      end
                  }
              }],
              handle_workflow_execution_stopped = #atm_step_mock_spec{
                  after_step_exp_state_diff = [
                      {lane_runs, [{1, 1}], rerunable},
                      workflow_finished
                  ]
              }
          }]
      }).
  