Even in debug mode, wing still fails to give the completion suggestions for aiida.

edit

In wing, if run the script with print(dir(PwCalculation)) before the last line, it will give the same result as the ones obtained in ipython. But if debug to the last line, will give very few completion info which doesn't including get_builder.

See the result in ipython which should also be obtained by the wing's debug mode:

(aiida-quantum-mobile) werner@ubuntu-01:~$ verdi shell 
Python 3.6.9 (default, Apr 11 2020, 22:07:08) 
Type 'copyright', 'credits' or 'license' for more information
IPython 7.13.0 -- An enhanced Interactive Python. Type '?' for help.

In [1]: from aiida.plugins import CalculationFactory                            

In [2]: PwCalculation = CalculationFactory('quantumespresso.pw')                

In [3]: dir(PwCalculation)                                                      
Out[3]: 
['CLASS_NAME',
 'SINGLE_OUTPUT_LINKNAME',
 'STATES',
 'SaveKeys',
 '_DATAFILE_XML_POST_6_2',
 '_DATAFILE_XML_PRE_6_2',
 '_DEFAULT_INPUT_FILE',
 '_DEFAULT_OUTPUT_FILE',
 '_ENVIRON_INPUT_FILE_NAME',
 '_OUTPUT_SUBFOLDER',
 '_PREFIX',
 '_PSEUDO_SUBFOLDER',
 '_STATES_MAP',
 '_StateMachine__ensure_built',
 '__abstractmethods__',
 '__class__',
 '__delattr__',
 '__dict__',
 '__dir__',
 '__doc__',
 '__eq__',
 '__format__',
 '__ge__',
 '__getattribute__',
 '__gt__',
 '__hash__',
 '__init__',
 '__init_subclass__',
 '__le__',
 '__lt__',
 '__module__',
 '__ne__',
 '__new__',
 '__reduce__',
 '__reduce_ex__',
 '__repr__',
 '__setattr__',
 '__sizeof__',
 '__str__',
 '__subclasshook__',
 '__weakref__',
 '_abc_cache',
 '_abc_negative_cache',
 '_abc_negative_cache_version',
 '_abc_registry',
 '_auto_persist',
 '_automatic_namelists',
 '_blocked_keywords',
 '_cleanups',
 '_closed',
 '_create_and_setup_db_record',
 '_create_interrupt_action',
 '_create_state_instance',
 '_default_symlink_usage',
 '_default_verbosity',
 '_do_pause',
 '_ensure_persist_configured',
 '_ensure_state_class',
 '_enter_next_state',
 '_exit_current_state',
 '_fire_event',
 '_fire_state_event',
 '_flat_inputs',
 '_flat_outputs',
 '_flatten_inputs',
 '_flatten_outputs',
 '_generate_PWCPinputdata',
 '_get_class_name',
 '_get_create_meta',
 '_get_meta_type',
 '_get_namespace_list',
 '_get_value',
 '_if_pos',
 '_internal_retrieve_list',
 '_interrupt_action',
 '_killing',
 '_node_class',
 '_paused',
 '_pausing',
 '_persist_configured',
 '_process_scope',
 '_restart_copy_from',
 '_restart_copy_to',
 '_run_task',
 '_save_checkpoint',
 '_schedule_rpc',
 '_set_class_name',
 '_set_interrupt_action',
 '_set_interrupt_action_from_exception',
 '_set_meta_type',
 '_setup_db_record',
 '_setup_event_hooks',
 '_setup_inputs',
 '_setup_metadata',
 '_spec_class',
 '_stepping',
 '_transition_failing',
 '_transitioning',
 '_use_kpoints',
 'add_cleanup',
 'add_process_listener',
 'add_state_event_callback',
 'auto_persist',
 'broadcast_receive',
 'build_process_type',
 'call_soon',
 'callback_excepted',
 'close',
 'create_initial_state',
 'create_state',
 'creation_time',
 'current',
 'decode_input_args',
 'define',
 'done',
 'encode_input_args',
 'exception',
 'execute',
 'exit_codes',
 'exposed_inputs',
 'exposed_outputs',
 'fail',
 'future',
 'get_builder',
 'get_custom_meta',
 'get_debug',
 'get_description',
 'get_exit_statuses',
 'get_name',
 'get_or_create_db_record',
 'get_parent_calc',
 'get_provenance_inputs_iterator',
 'get_state_class',
 'get_state_classes',
 'get_states',
 'get_states_map',
 'get_status_info',
 'has_terminated',
 'init',
 'initial_state_label',
 'input_file_name_hubbard_file',
 'input_helper',
 'inputs',
 'is_successful',
 'is_valid_cache',
 'kill',
 'killed',
 'killed_msg',
 'launch',
 'link_label_retrieved',
 'load',
 'load_instance_state',
 'load_members',
 'log_with_pid',
 'logger',
 'loop',
 'message_receive',
 'metadata',
 'node',
 'on_close',
 'on_create',
 'on_entered',
 'on_entering',
 'on_except',
 'on_excepted',
 'on_exit_running',
 'on_exit_waiting',
 'on_exiting',
 'on_finish',
 'on_finished',
 'on_kill',
 'on_killed',
 'on_output_emitted',
 'on_output_emitting',
 'on_paused',
 'on_pausing',
 'on_playing',
 'on_run',
 'on_running',
 'on_terminated',
 'on_wait',
 'on_waiting',
 'options',
 'out',
 'out_many',
 'outputs',
 'parse',
 'pause',
 'paused',
 'persist',
 'pid',
 'play',
 'prepare_for_submission',
 'presubmit',
 'raw_inputs',
 'recreate_from',
 'recreate_state',
 'remove_process_listener',
 'remove_state_event_callback',
 'report',
 'result',
 'resume',
 'run',
 'runner',
 'save',
 'save_instance_state',
 'save_members',
 'set_custom_meta',
 'set_debug',
 'set_logger',
 'set_status',
 'spec',
 'spec_metadata',
 'spec_options',
 'state',
 'status',
 'step',
 'step_until_terminated',
 'submit',
 'successful',
 'transition_excepted',
 'transition_failed',
 'transition_to',
 'update_node_state',
 'update_outputs',
 'uuid',
 'xml_filenames',
 'xml_filepaths']

In [4]:

Hi,

The environment setting-up for aiida's code and computer is not so easy and intuitive for user who doesn't familiar with solid state physics and HPC.

Could you please instead download and use the ready-to-use ova image for virtualbox to do test here:

https://github.com/marvel-nccr/quantu...

The ova image is ubuntu based and with all needed components pre-configed, so easy to do the things we disccussed here.

If you do so, use the following steps after imported the ova into virtualbox and stared it:

# activate the virtualenv to see the python interpreter's location
# and set that python in the wing
$ workon aiida
$ which python

Then use the following code to do the test:

from aiida import load_profile
load_profile()
from aiida.plugins import CalculationFactory

PwCalculation = CalculationFactory('quantumespresso.pw')
builder = PwCalculation.get_builder()

Regards