def submit():
"""Get form data and start workflow."""
form = LiteratureForm(formdata=request.form)
visitor = DataExporter()
visitor.visit(form)
workflow_object = workflow_object_class.create(
data={}, id_user=current_user.get_id(), data_type="hep")
workflow_object.extra_data['formdata'] = copy.deepcopy(visitor.data)
visitor.data = normalize_formdata(workflow_object, visitor.data)
workflow_object.data = formdata_to_model(workflow_object, visitor.data)
workflow_object.extra_data['source_data'] = {
'extra_data': copy.deepcopy(workflow_object.extra_data),
'data': copy.deepcopy(workflow_object.data),
}
workflow_object.save()
db.session.commit()
# Start workflow. delayed=True will execute the workflow in the
# background using, for example, Celery.
start.delay("article", object_id=workflow_object.id)
if 'chapter' in visitor.data.get(
'type_of_doc') and not visitor.data.get('parent_book'):
return redirect(url_for('.success_book_parent'))
else:
return redirect(url_for('.success'))
def start_author_workflow():
submission_data = request.get_json()['data']
workflow_object = workflow_object_class.create(
data={},
# can be changed to get the user id from the current user once we implement authentication
id_user=submission_data['acquisition_source']['internal_uid'],
data_type='authors'
)
submission_data['acquisition_source']['submission_number'] = str(workflow_object.id)
workflow_object.data = submission_data
workflow_object.extra_data['is-update'] = bool(submission_data.get('control_number'))
workflow_object.extra_data['source_data'] = {
'data': copy.deepcopy(workflow_object.data),
'extra_data': copy.deepcopy(workflow_object.extra_data)
}
workflow_object.save()
db.session.commit()
workflow_object_id = workflow_object.id
start.delay(
'author', object_id=workflow_object.id)
return jsonify({'workflow_object_id': workflow_object_id})
def submitupdate():
"""Form action handler for INSPIRE author update form."""
form = AuthorUpdateForm(formdata=request.form, is_update=True)
visitor = DataExporter()
visitor.visit(form)
workflow_object = workflow_object_class.create(
data={},
id_user=current_user.get_id(),
data_type="authors"
)
workflow_object.extra_data['formdata'] = copy.deepcopy(visitor.data)
workflow_object.extra_data['is-update'] = True
workflow_object.data = formdata_to_model(workflow_object, visitor.data)
workflow_object.save()
db.session.commit()
# Start workflow. delay will execute the workflow in the background
start.delay("author", object_id=workflow_object.id)
ctx = {
"inspire_url": get_inspire_url(visitor.data)
}
return render_template('authors/forms/update_success.html', **ctx)
def start_workflow_for_literature_submission():
json = request.get_json()
submission_data = json['data']
workflow_object = workflow_object_class.create(
data={},
id_user=submission_data['acquisition_source']['internal_uid'],
data_type="hep")
submission_data['acquisition_source']['submission_number'] = str(
workflow_object.id)
workflow_object.data = submission_data
workflow_object.extra_data['formdata'] = json['form_data']
# Add submission pdf from formdata.url
form_url = workflow_object.extra_data['formdata'].get('url')
if form_url and 'arxiv.org' not in form_url:
workflow_object.extra_data['submission_pdf'] = form_url
# Remember that source_data should be created at the end, with all fields already
# filled. As first step in WF will overwrite everything with data form source_data
workflow_object.extra_data['source_data'] = {
'extra_data': copy.deepcopy(workflow_object.extra_data),
'data': copy.deepcopy(workflow_object.data),
}
workflow_object.save()
db.session.commit()
workflow_object_id = workflow_object.id
start.delay("article", object_id=workflow_object.id)
return jsonify({'workflow_object_id': workflow_object_id})
def start_workflow_for_literature_submission():
json = request.get_json()
submission_data = json['data']
workflow_object = workflow_object_class.create(
data={},
id_user=submission_data['acquisition_source']['internal_uid'],
data_type="hep")
submission_data['acquisition_source']['submission_number'] = str(
workflow_object.id)
workflow_object.data = submission_data
workflow_object.extra_data['formdata'] = json['form_data']
workflow_object.extra_data['source_data'] = {
'extra_data': copy.deepcopy(workflow_object.extra_data),
'data': copy.deepcopy(workflow_object.data),
}
workflow_object.save()
db.session.commit()
workflow_object_id = workflow_object.id
start.delay("article", object_id=workflow_object.id)
return jsonify({'workflow_object_id': workflow_object_id})
def spawn_arXiv_workflow_from_oai_harvest(request, records, name, **kwargs):
"""Receive a list of harvested arXiv records and schedule workflow."""
from flask import current_app
from invenio_workflows import start, workflows
if request.endpoint not in ARXIV_URLS:
# This is not arXiv
return
spider = kwargs.get('spider')
workflow = kwargs.get('workflow')
if spider or workflow:
# Taken care of by inspire-crawler
return
workflow = "article"
if workflow not in workflows:
current_app.logger.warning(
"{0} not in available workflows. Skipping workflow {1}.".format(
workflow, name
)
)
return
for record in records:
recxml = six.text_type(record)
marcxml = convert(recxml, "oaiarXiv2marcxml.xsl")
record = create_record(marcxml)
hep_record = hep.do(record)
start.delay(workflow, data=[hep_record])
def test_wf_replaces_old_workflow_which_is_in_halted_state(
app, celery_app_with_context, celery_session_worker, generated_record):
app.config['FEATURE_FLAG_ENABLE_UPDATE_TO_LEGACY'] = False
app.config['PRODUCTION_MODE'] = False
app.config['USE_SIGNALS_ON_TIMEOUT'] = False
record = generated_record
workflow = build_workflow(record)
workflow.save()
db.session.commit()
wf1_id = workflow.id
start.delay('article', object_id=wf1_id)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.HALTED)
workflow2 = build_workflow(record)
workflow2.save()
db.session.commit()
wf2_id = workflow2.id
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.HALTED)
check_wf_state(wf2_id, ObjectStatus.INITIAL)
start.delay('article', object_id=wf2_id)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.COMPLETED)
check_wf_state(wf2_id, ObjectStatus.HALTED)
def submitnew():
"""Form action handler for INSPIRE author new form."""
form = AuthorUpdateForm(formdata=request.form)
visitor = DataExporter()
visitor.visit(form)
workflow_object = workflow_object_class.create(
data={},
id_user=current_user.get_id(),
data_type="authors"
)
workflow_object.extra_data['formdata'] = copy.deepcopy(visitor.data)
workflow_object.data = formdata_to_model(workflow_object, visitor.data)
workflow_object.save()
db.session.commit()
# Start workflow. delayed=True will execute the workflow in the
# background using, for example, Celery.
start.delay("author", object_id=workflow_object.id)
ctx = {
"inspire_url": get_inspire_url(visitor.data)
}
return render_template('authors/forms/new_success.html', **ctx)
def submitnew():
"""Form action handler for INSPIRE author new form."""
form = AuthorUpdateForm(formdata=request.form)
visitor = DataExporter()
visitor.visit(form)
workflow_object = workflow_object_class.create(
data={},
id_user=current_user.get_id(),
data_type="authors"
)
workflow_object.extra_data['formdata'] = copy.deepcopy(visitor.data)
workflow_object.extra_data['is-update'] = False
workflow_object.data = formdata_to_model(workflow_object, visitor.data)
workflow_object.extra_data['source_data'] = {
'extra_data': copy.deepcopy(workflow_object.extra_data),
'data': copy.deepcopy(workflow_object.data),
}
workflow_object.save()
db.session.commit()
# Start workflow. delayed=True will execute the workflow in the
# background using, for example, Celery.
start.delay("author", object_id=workflow_object.id)
ctx = {
"inspire_url": get_inspire_url(visitor.data)
}
return render_template('authors/forms/new_success.html', **ctx)
def spawn_arXiv_workflow_from_oai_harvest(request, records, name, **kwargs):
"""Receive a list of harvested arXiv records and schedule workflow."""
from flask import current_app
from invenio_workflows import start, workflows
if request.endpoint not in ARXIV_URLS:
# This is not arXiv
return
spider = kwargs.get('spider')
workflow = kwargs.get('workflow')
if spider or workflow:
# Taken care of by inspire-crawler
return
workflow = "article"
if workflow not in workflows:
current_app.logger.warning(
"{0} not in available workflows. Skipping workflow {1}.".format(
workflow, name
)
)
return
for record in records:
recxml = six.text_type(record)
marcxml = convert(recxml, "oaiarXiv2marcxml.xsl")
record = create_record(marcxml)
hep_record = hep.do(record)
start.delay(workflow, data=[hep_record])
def start_workflow_for_literature_submission():
json = request.get_json()
submission_data = json['data']
workflow_object = workflow_object_class.create(
data={},
id_user=submission_data['acquisition_source']['internal_uid'],
data_type="hep"
)
submission_data['acquisition_source']['submission_number'] = str(workflow_object.id)
workflow_object.data = submission_data
workflow_object.extra_data['formdata'] = json['form_data']
workflow_object.extra_data['source_data'] = {
'extra_data': copy.deepcopy(workflow_object.extra_data),
'data': copy.deepcopy(workflow_object.data),
}
workflow_object.save()
db.session.commit()
workflow_object_id = workflow_object.id
start.delay("article", object_id=workflow_object.id)
return jsonify({'workflow_object_id': workflow_object_id})
def submit():
"""Get form data and start workflow."""
form = LiteratureForm(formdata=request.form)
visitor = DataExporter()
visitor.visit(form)
workflow_object = workflow_object_class.create(
data={},
id_user=current_user.get_id(),
data_type="hep"
)
workflow_object.extra_data['formdata'] = copy.deepcopy(visitor.data)
visitor.data = normalize_formdata(workflow_object, visitor.data)
workflow_object.data = formdata_to_model(workflow_object, visitor.data)
workflow_object.extra_data['source_data'] = {
'extra_data': copy.deepcopy(workflow_object.extra_data),
'data': copy.deepcopy(workflow_object.data),
}
workflow_object.save()
db.session.commit()
# Start workflow. delayed=True will execute the workflow in the
# background using, for example, Celery.
start.delay("article", object_id=workflow_object.id)
if 'chapter' in visitor.data.get('type_of_doc') and not visitor.data.get('parent_book'):
return redirect(url_for('.success_book_parent'))
else:
return redirect(url_for('.success'))
def submitupdate():
"""Form action handler for INSPIRE author update form."""
form = AuthorUpdateForm(formdata=request.form)
visitor = DataExporter()
visitor.visit(form)
workflow_object = WorkflowObject.create_object(
id_user=current_user.get_id())
workflow_object.data = visitor.data
workflow_object.save()
db.session.commit()
# Start workflow. delay will execute the workflow in the background
start.delay("authorupdate", object_id=workflow_object.id)
ctx = {"inspire_url": get_inspire_url(visitor.data)}
return render_template('authors/forms/update_success.html', **ctx)
def test_wf_rejects_automatically_when_previous_matched_wf_was_rejected(
app,
celery_app_with_context,
celery_session_worker,
generated_record
):
app.config['FEATURE_FLAG_ENABLE_UPDATE_TO_LEGACY'] = False
app.config['PRODUCTION_MODE'] = False
app.config['USE_SIGNALS_ON_TIMEOUT'] = False
record = generated_record
workflow = build_workflow(record)
workflow.save()
db.session.commit()
wf1_id = workflow.id
start.delay('article', object_id=wf1_id)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.HALTED)
wf1 = workflow_object_class.get(wf1_id)
wf1.extra_data["approved"] = False
wf1.continue_workflow(delayed=True)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.COMPLETED)
wf1 = workflow_object_class.get(wf1_id)
assert wf1.extra_data.get("approved") is False
workflow2 = build_workflow(record)
workflow2.save()
db.session.commit()
wf2_id = workflow2.id
start.delay('article', object_id=wf2_id)
es.indices.refresh("holdingpen-hep")
check_wf_state(wf2_id, ObjectStatus.COMPLETED)
wf2 = workflow_object_class.get(wf2_id)
assert wf2.extra_data["previously_rejected"] is True
assert wf2.extra_data["previously_rejected_matches"] == [wf1_id]
def submit():
"""Get form data and start workflow."""
form = LiteratureForm(formdata=request.form)
visitor = DataExporter()
visitor.visit(form)
workflow_object = WorkflowObject.create_object(
id_user=current_user.get_id())
workflow_object.data = visitor.data
workflow_object.save()
db.session.commit()
# Start workflow. delayed=True will execute the workflow in the
# background using, for example, Celery.
start.delay("literature", object_id=workflow_object.id)
return redirect(url_for('.success'))
def submit():
"""Get form data and start workflow."""
form = LiteratureForm(formdata=request.form)
visitor = DataExporter()
visitor.visit(form)
workflow_object = WorkflowObject.create_object(
id_user=current_user.get_id())
workflow_object.data = convert_data_to_model(workflow_object, visitor.data)
workflow_object.save()
db.session.commit()
# Start workflow. delayed=True will execute the workflow in the
# background using, for example, Celery.
start.delay("literature", object_id=workflow_object.id)
return redirect(url_for('.success'))
def submitupdate():
"""Form action handler for INSPIRE author update form."""
form = AuthorUpdateForm(formdata=request.form)
visitor = DataExporter()
visitor.visit(form)
workflow_object = WorkflowObject.create_object(id_user=current_user.get_id())
workflow_object.data = visitor.data
workflow_object.save()
db.session.commit()
# Start workflow. delay will execute the workflow in the background
start.delay("authorupdate", object_id=workflow_object.id)
ctx = {
"inspire_url": get_inspire_url(visitor.data)
}
return render_template('authors/forms/update_success.html', **ctx)
def submit():
"""Get form data and start workflow."""
form = LiteratureForm(formdata=request.form)
visitor = DataExporter()
visitor.visit(form)
workflow_object = workflow_object_class.create(
data={}, id_user=current_user.get_id(), data_type="hep")
workflow_object.extra_data['formdata'] = copy.deepcopy(visitor.data)
workflow_object.data = formdata_to_model(workflow_object, visitor.data)
workflow_object.save()
db.session.commit()
# Start workflow. delayed=True will execute the workflow in the
# background using, for example, Celery.
start.delay("article", object_id=workflow_object.id)
return redirect(url_for('.success'))
def start_workflow_for_submission(self, endpoint, submission_data,
control_number=None):
workflow_object = workflow_object_class.create(
data={},
id_user=current_user.get_id(),
data_type=self.endpoint_to_data_type[endpoint]
)
submission_data['acquisition_source'] = dict(
email=current_user.email,
datetime=datetime.datetime.utcnow().isoformat(),
method='submitter',
submission_number=str(workflow_object.id),
internal_uid=int(workflow_object.id_user),
)
orcid = self._get_user_orcid()
if orcid:
submission_data['acquisition_source']['orcid'] = orcid
serializer = self._get_serializer_from_endpoint(endpoint)
serialized_data = serializer().load(submission_data).data
if control_number:
serialized_data['control_number'] = int(control_number)
workflow_object.data = serialized_data
workflow_object.extra_data['is-update'] = bool(control_number)
workflow_object.extra_data['source_data'] = {
'data': copy.deepcopy(workflow_object.data),
'extra_data': copy.deepcopy(workflow_object.extra_data)
}
workflow_object.save()
db.session.commit()
workflow_object_id = workflow_object.id
start.delay(
self.endpoint_to_workflow_name[endpoint], object_id=workflow_object.id)
return workflow_object_id
def test_wf_rejects_automatically_when_previous_matched_wf_was_rejected(
app, celery_app_with_context, celery_session_worker, generated_record):
app.config['FEATURE_FLAG_ENABLE_UPDATE_TO_LEGACY'] = False
app.config['PRODUCTION_MODE'] = False
app.config['USE_SIGNALS_ON_TIMEOUT'] = False
record = generated_record
workflow = build_workflow(record)
workflow.save()
db.session.commit()
wf1_id = workflow.id
start.delay('article', object_id=wf1_id)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.HALTED)
wf1 = workflow_object_class.get(wf1_id)
wf1.extra_data["approved"] = False
wf1.continue_workflow(delayed=True)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.COMPLETED)
wf1 = workflow_object_class.get(wf1_id)
assert wf1.extra_data.get("approved") is False
workflow2 = build_workflow(record)
workflow2.save()
db.session.commit()
wf2_id = workflow2.id
start.delay('article', object_id=wf2_id)
es.indices.refresh("holdingpen-hep")
check_wf_state(wf2_id, ObjectStatus.COMPLETED)
wf2 = workflow_object_class.get(wf2_id)
assert wf2.extra_data["previously_rejected"] is True
assert wf2.extra_data["previously_rejected_matches"] == [wf1_id]
def submit():
"""Get form data and start workflow."""
form = LiteratureForm(formdata=request.form)
visitor = DataExporter()
visitor.visit(form)
workflow_object = workflow_object_class.create(
data={},
id_user=current_user.get_id(),
data_type="hep"
)
workflow_object.extra_data['formdata'] = copy.deepcopy(visitor.data)
workflow_object.data = formdata_to_model(workflow_object, visitor.data)
workflow_object.save()
db.session.commit()
# Start workflow. delayed=True will execute the workflow in the
# background using, for example, Celery.
start.delay("article", object_id=workflow_object.id)
return redirect(url_for('.success'))
def test_wf_replaces_old_workflow_which_is_in_halted_state(
app,
celery_app_with_context,
celery_session_worker,
generated_record
):
app.config['FEATURE_FLAG_ENABLE_UPDATE_TO_LEGACY'] = False
app.config['PRODUCTION_MODE'] = False
app.config['USE_SIGNALS_ON_TIMEOUT'] = False
record = generated_record
workflow = build_workflow(record)
workflow.save()
db.session.commit()
wf1_id = workflow.id
start.delay('article', object_id=wf1_id)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.HALTED)
workflow2 = build_workflow(record)
workflow2.save()
db.session.commit()
wf2_id = workflow2.id
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.HALTED)
check_wf_state(wf2_id, ObjectStatus.INITIAL)
start.delay('article', object_id=wf2_id)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.COMPLETED)
check_wf_state(wf2_id, ObjectStatus.HALTED)
def spawn_arXiv_workflow_from_oai_harvest(request, records, name, **kwargs):
"""Receive a list of harvested arXiv records and schedule workflow."""
from flask import current_app
from invenio_workflows import start, workflows
if not request.endpoint == "http://export.arxiv.org/oai2":
return
workflow = "arxiv_ingestion"
if workflow not in workflows:
current_app.logger.warning(
"{0} not in available workflows. Skipping workflow {1}.".format(
workflow, name
)
)
return
for record in records:
recxml = six.text_type(record)
marcxml = convert(recxml, "oaiarXiv2marcxml.xsl")
record = create_record(marcxml)
hep_record = hep.do(record)
start.delay(workflow, data=[hep_record])
def start_workflow_for_author_submission():
submission_data = request.get_json()['data']
workflow_object = workflow_object_class.create(
data={},
id_user=submission_data['acquisition_source']['internal_uid'],
data_type='authors')
submission_data['acquisition_source']['submission_number'] = str(
workflow_object.id)
workflow_object.data = submission_data
workflow_object.extra_data['is-update'] = bool(
submission_data.get('control_number'))
workflow_object.extra_data['source_data'] = {
'data': copy.deepcopy(workflow_object.data),
'extra_data': copy.deepcopy(workflow_object.extra_data)
}
workflow_object.save()
db.session.commit()
workflow_object_id = workflow_object.id
start.delay('author', object_id=workflow_object.id)
return jsonify({'workflow_object_id': workflow_object_id})
def test_delayed_execution_api(app, halt_workflow):
"""Test continue object task."""
with app.app_context():
data = [{'foo': 'bar'}]
async_result = start.delay('halttest', data)
eng = WorkflowEngine.from_uuid(async_result.get())
obj = eng.processed_objects[0]
assert obj.known_statuses.WAITING == obj.status
assert WorkflowStatus.HALTED == eng.status
obj_id = obj.id
resume.delay(obj_id)
obj = WorkflowObject.get(obj_id)
assert obj.known_statuses.COMPLETED == obj.status
def test_delayed_execution_api(app, halt_workflow):
"""Test continue object task."""
with app.app_context():
data = [{'foo': 'bar'}]
async_result = start.delay('halttest', data)
eng = WorkflowEngine.from_uuid(async_result.get())
obj = eng.processed_objects[0]
assert obj.known_statuses.WAITING == obj.status
assert WorkflowStatus.HALTED == eng.status
obj_id = obj.id
resume.delay(obj_id)
obj = WorkflowObject.get(obj_id)
assert obj.known_statuses.COMPLETED == obj.status
def test_wf_not_stops_when_blocking_another_one_after_restarted_on_running(
app,
celery_app_with_context,
celery_session_worker
):
app.config['FEATURE_FLAG_ENABLE_UPDATE_TO_LEGACY'] = False
app.config['PRODUCTION_MODE'] = False
record = {
'$schema': 'https://labs.inspirehep.net/schemas/records/hep.json',
'titles': [
{
'title': 'Update without conflicts title.'
},
],
'arxiv_eprints': [
{
'categories': [
'astro-ph.HE'
],
'value': '9999.9999'
}
],
'document_type': ['article'],
'_collections': ['Literature'],
'acquisition_source': {'source': 'arXiv'},
'keywords': [{'value': 'none'}]
}
workflow = build_workflow(record)
workflow.status = ObjectStatus.RUNNING
workflow.save()
record['titles'][0]['title'] = 'second title?'
workflow2 = build_workflow(record)
workflow2.save()
record['titles'].append({'title': 'thirtd_title'})
workflow3 = build_workflow(record)
workflow3.save()
db.session.commit()
wf1_id = workflow.id
wf2_id = workflow2.id
wf3_id = workflow3.id
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.RUNNING)
check_wf_state(wf2_id, ObjectStatus.INITIAL)
check_wf_state(wf3_id, ObjectStatus.INITIAL)
start.delay('article', object_id=wf3_id)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.RUNNING)
check_wf_state(wf2_id, ObjectStatus.INITIAL)
check_wf_state(wf3_id, ObjectStatus.ERROR)
start.delay('article', object_id=wf2_id)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.RUNNING)
check_wf_state(wf2_id, ObjectStatus.ERROR)
check_wf_state(wf3_id, ObjectStatus.ERROR)
start.delay('article', object_id=wf1_id)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.COMPLETED)
check_wf_state(wf2_id, ObjectStatus.COMPLETED)
check_wf_state(wf3_id, ObjectStatus.COMPLETED)
wf1 = workflow_object_class.get(wf1_id)
wf2 = workflow_object_class.get(wf2_id)
wf3 = workflow_object_class.get(wf3_id)
assert wf1.data['control_number'] == wf2.data['control_number']
assert wf2.data['control_number'] == wf3.data['control_number']
assert wf1.extra_data.get('restarted-by-wf') is None
assert wf2.extra_data.get('restarted-by-wf') == [1]
assert wf3.extra_data.get('restarted-by-wf') == [2]
def test_wf_not_stops_when_blocking_another_one_after_restarted_on_running(
app, celery_app_with_context, celery_session_worker):
app.config['FEATURE_FLAG_ENABLE_UPDATE_TO_LEGACY'] = False
app.config['PRODUCTION_MODE'] = False
record = {
'$schema': 'https://labs.inspirehep.net/schemas/records/hep.json',
'titles': [
{
'title': 'Update without conflicts title.'
},
],
'arxiv_eprints': [{
'categories': ['astro-ph.HE'],
'value': '9999.9999'
}],
'document_type': ['article'],
'_collections': ['Literature'],
'acquisition_source': {
'source': 'arXiv'
},
'keywords': [{
'value': 'none'
}]
}
workflow = build_workflow(record)
workflow.status = ObjectStatus.RUNNING
workflow.save()
record['titles'][0]['title'] = 'second title?'
workflow2 = build_workflow(record)
workflow2.save()
record['titles'].append({'title': 'thirtd_title'})
workflow3 = build_workflow(record)
workflow3.save()
db.session.commit()
wf1_id = workflow.id
wf2_id = workflow2.id
wf3_id = workflow3.id
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.RUNNING)
check_wf_state(wf2_id, ObjectStatus.INITIAL)
check_wf_state(wf3_id, ObjectStatus.INITIAL)
start.delay('article', object_id=wf3_id)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.RUNNING)
check_wf_state(wf2_id, ObjectStatus.INITIAL)
check_wf_state(wf3_id, ObjectStatus.ERROR)
start.delay('article', object_id=wf2_id)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.RUNNING)
check_wf_state(wf2_id, ObjectStatus.ERROR)
check_wf_state(wf3_id, ObjectStatus.ERROR)
start.delay('article', object_id=wf1_id)
es.indices.refresh('holdingpen-hep')
check_wf_state(wf1_id, ObjectStatus.COMPLETED)
check_wf_state(wf2_id, ObjectStatus.COMPLETED)
check_wf_state(wf3_id, ObjectStatus.COMPLETED)
wf1 = workflow_object_class.get(wf1_id)
wf2 = workflow_object_class.get(wf2_id)
wf3 = workflow_object_class.get(wf3_id)
assert wf1.data['control_number'] == wf2.data['control_number']
assert wf2.data['control_number'] == wf3.data['control_number']
assert wf1.extra_data.get('restarted-by-wf') is None
assert wf2.extra_data.get('restarted-by-wf') == [1]
assert wf3.extra_data.get('restarted-by-wf') == [2]
