def _get_find_diploma_vars(user: user_pb2.User,
database: Optional[
pymongo.database.Database] = None,
**unused_kwargs: Any) -> Optional[Dict[str, Any]]:
"""Compute vars for the "Prepare your application" email."""
project = user.projects[0]
assert database
scoring_project = scoring.ScoringProject(project, user, database)
if not any(s.strategy_id == 'get-diploma'
for s in project.opened_strategies):
return None
trainings = scoring_project.get_trainings()[:3]
deep_link_training_url = \
campaign.get_deep_link_advice(user.user_id, project, 'training')
return dict(
campaign.get_default_coaching_email_vars(user), **{
'deepTrainingAdviceUrl':
deep_link_training_url,
'inDepartement':
scoring_project.populate_template('%inDepartement'),
'loginUrl':
campaign.create_logged_url(user.user_id,
f'/projet/{project.project_id}'),
'numTrainings':
len(trainings),
'ofJobName':
scoring_project.populate_template('%ofJobName'),
'trainings': [json_format.MessageToDict(t) for t in trainings],
})
def _make_application_mode_section(application_modes, advices, user_id):
if not application_modes:
return None
best_application_mode = next((mode for mode in sorted(
application_modes, key=lambda mode: -mode.percentage) if mode.mode),
None)
if not best_application_mode:
return None
application_mode_advice = ''
if best_application_mode == job_pb2.SPONTANEOUS_APPLICATION:
application_mode_advice = 'spontaneous-application'
if best_application_mode == job_pb2.PERSONAL_OR_PROFESSIONAL_CONTACTS:
application_mode_advice = next(
(advice.advice_id
for advice in advices if advice.advice_id.startswith('network')),
'')
application_mode_link = ''
if application_mode_advice:
application_mode_link = campaign.create_logged_url(
user_id,
path='/projet/0/avancer/{}'.format(application_mode_advice))
return {
'link': application_mode_link,
'title': _APPLICATION_MODES_SHORT[best_application_mode.mode],
'name': _APPLICATION_MODES[best_application_mode.mode],
'percent': str(round(best_application_mode.percentage)),
}
def test_create_logged_url(self) -> None:
"""Test the create logged url function."""
user_id = '02499e64387edfcc2ab7a948'
base_url = f'https://www.bob-emploi.fr/project/0/wow-baker?userId={user_id}'
regex = re.compile(rf'^{re.escape(base_url)}&authToken=(\d+\.[a-f0-9]+)$')
logged_url = campaign.create_logged_url(user_id, '/project/0/wow-baker')
self.assertRegex(logged_url, regex)
match_token = regex.match(logged_url)
assert match_token
token = match_token.group(1)
self.assertTrue(auth.check_token(user_id, token, role='auth'))
def test_create_logged_url(self):
"""Test the create logged url function."""
user_id = '02499e64387edfcc2ab7a948'
regex = re.compile(r'^{}&authToken=(\d+\.[a-f0-9]+)$'.format(
re.escape(
'https://www.bob-emploi.fr/project/0/avancer/wow-baker?user={}'
.format(user_id))))
logged_url = campaign.create_logged_url(
user_id, '/project/0/avancer/wow-baker')
self.assertRegex(logged_url, regex)
token = regex.match(logged_url).group(1)
self.assertTrue(auth.check_token(user_id, token, role='auth'))
def _get_prepare_your_application_vars(
user: user_pb2.User, **unused_kwargs: Any) -> Optional[Dict[str, Any]]:
"""Compute vars for the "Prepare your application" email."""
project = user.projects[0]
deep_link_motivation_email_url = \
campaign.get_deep_link_advice(user.user_id, project, 'motivation-email')
return dict(campaign.get_default_coaching_email_vars(user), **{
'deepLinkMotivationEmailUrl': deep_link_motivation_email_url,
'hasInterviewFrustration':
campaign.as_template_boolean(user_pb2.INTERVIEW in user.profile.frustrations),
'hasSelfConfidenceFrustration':
campaign.as_template_boolean(user_pb2.SELF_CONFIDENCE in user.profile.frustrations),
'loginUrl': campaign.create_logged_url(user.user_id, f'/projet/{project.project_id}'),
})
def _get_jobbing_vars(user: user_pb2.User,
database: Optional[pymongo.database.Database] = None,
**unused_kwargs: Any) -> Optional[Dict[str, Any]]:
"""Compute vars for the "Jobbing" email."""
project = user.projects[0]
if not any(s.strategy_id == 'diploma-free-job'
for s in project.opened_strategies):
return None
assert database
scoring_project = scoring.ScoringProject(project, user, database)
model = scoring.get_scoring_model('advice-reorient-jobbing')
if not model:
return None
reorient_jobs = typing.cast(
reorient_jobbing_pb2.JobbingReorientJobs,
model.get_expanded_card_data(scoring_project),
).reorient_jobbing_jobs
if not reorient_jobs:
return None
return dict(
campaign.get_default_coaching_email_vars(user), **{
'inDepartement':
scoring_project.populate_template('%inDepartement'),
'jobs': [{
'name': job.name
} for job in reorient_jobs],
'loginUrl':
campaign.create_logged_url(user.user_id,
f'/projet/{project.project_id}'),
'ofJobName':
scoring_project.populate_template('%ofJobName'),
})
def _get_imt_vars(user: user_pb2.User,
database: Optional[pymongo.database.Database] = None,
**unused_kwargs: Any) -> Optional[Dict[str, Any]]:
"""Compute vars for the "IMT" email."""
project = user.projects[0]
assert database
scoring_project = scoring.ScoringProject(project, user, database)
genderized_job_name = french.lower_first_letter(
french.genderize_job(project.target_job, user.profile.gender))
departement_id = project.city.departement_id
rome_id = project.target_job.job_group.rome_id
local_diagnosis = scoring_project.local_diagnosis()
if not local_diagnosis.HasField('imt'):
logging.info('User market has no IMT data')
return None
imt = local_diagnosis.imt
shown_sections = []
market_stress_section = _make_market_stress_section(
imt.yearly_avg_offers_per_10_candidates)
if market_stress_section:
shown_sections.append('marketStress')
application_modes_section = _make_application_mode_section(
scoring_project.get_best_application_mode(), project, user.user_id)
if application_modes_section:
shown_sections.append('applicationModes')
departements_section = _make_departements_section(
departement_id,
_get_best_departements_for_job_group(rome_id, database),
project.area_type, database)
if departements_section:
shown_sections.append('departements')
employment_types_section = _make_employment_type_section(
imt.employment_type_percentages)
if employment_types_section:
shown_sections.append('employmentTypes')
months_section = _make_months_section(imt.active_months)
if months_section:
shown_sections.append('months')
if len(shown_sections) < 3:
logging.info('Only %d section(s) to be shown for user (%s).',
len(shown_sections), shown_sections)
return None
imt_link = 'http://candidat.pole-emploi.fr/marche-du-travail/statistiques?' \
f'codeMetier={project.target_job.code_ogr}&codeZoneGeographique={departement_id}&' \
'typeZoneGeographique=DEPARTEMENT'
in_departement = geo.get_in_a_departement_text(database, departement_id)
job_name_in_departement = f'{genderized_job_name} {in_departement}'
return dict(
campaign.get_default_coaching_email_vars(user), **{
'applicationModes':
_make_section(application_modes_section),
'departements':
_make_section(departements_section),
'employmentType':
_make_section(employment_types_section),
'imtLink':
imt_link,
'inCity':
french.in_city(project.city.name),
'jobNameInDepartement':
job_name_in_departement,
'loginUrl':
campaign.create_logged_url(user.user_id),
'marketStress':
_make_section(market_stress_section),
'months':
_make_section(months_section),
'ofJobNameInDepartement':
french.maybe_contract_prefix('de ', "d'", job_name_in_departement),
'ofJobName':
french.maybe_contract_prefix('de ', "d'", genderized_job_name),
})
def imt_vars(user, database):
"""Compute vars for the "IMT" email."""
if not user.projects:
logging.info('User has no project')
return None
project = user.projects[0]
genderized_job_name = french.lower_first_letter(
french.genderize_job(project.target_job, user.profile.gender))
departement_id = project.mobility.city.departement_id
rome_id = project.target_job.job_group.rome_id
diagnosis_key = '{}:{}'.format(departement_id, rome_id)
local_diagnosis = _LOCAL_DIAGNOSIS.get_collection(database).get(
diagnosis_key)
if not local_diagnosis:
logging.info('User market does not exist')
return None
imt = local_diagnosis.imt
if not imt:
logging.info('User market has no IMT data')
return None
shown_sections = 0
market_stress_section = _make_market_stress_section(
imt.yearly_avg_offers_per_10_candidates)
if market_stress_section:
shown_sections += 1
application_modes_section = _make_application_mode_section(
campaign.get_application_modes(rome_id, database), project.advices,
user.user_id)
if application_modes_section:
shown_sections += 1
departements_section = _make_departements_section(
project.mobility.city.departement_id,
_get_best_departements_for_job_group(rome_id, database),
project.mobility.area_type, database)
if departements_section:
shown_sections += 1
employment_types_section = _make_employment_type_section(
sorted(imt.employment_type_percentages, key=lambda e: e.percentage))
if employment_types_section:
shown_sections += 1
months_section = _make_months_section(imt.active_months)
if months_section:
shown_sections += 1
if shown_sections < 3:
logging.info('Only %d section(s) to be shown for user.',
shown_sections)
return None
imt_link = 'http://candidat.pole-emploi.fr/marche-du-travail/statistiques?' + \
'codeMetier={}&codeZoneGeographique={}&typeZoneGeographique=DEPARTEMENT'.format(
project.target_job.code_ogr, departement_id)
job_name_in_departement = '{} {}'.format(
genderized_job_name,
geo.get_in_a_departement_text(database,
project.mobility.city.departement_id))
return dict(
campaign.get_default_vars(user), **{
'applicationModes':
_make_section(application_modes_section),
'departements':
_make_section(departements_section),
'employmentType':
_make_section(employment_types_section),
'imtLink':
imt_link,
'inCity':
french.in_city(project.mobility.city.name),
'jobNameInDepartement':
job_name_in_departement,
'loginUrl':
campaign.create_logged_url(user.user_id),
'marketStress':
_make_section(market_stress_section),
'months':
_make_section(months_section),
'ofJobNameInDepartement':
french.maybe_contract_prefix('de ', "d'", job_name_in_departement),
'ofJobName':
french.maybe_contract_prefix('de ', "d'", genderized_job_name),
'showPs':
campaign.as_template_boolean(
_can_go_to_arles_hotellerie_event(rome_id, project.mobility)),
'statusUpdateUrl':
campaign.get_status_update_link(user.user_id, user.profile),
})
def _account_deletion_notice_vars(user: user_pb2.User,
**unused_kwargs: Any) -> Dict[str, str]:
return dict(campaign.get_default_vars(user),
loginUrl=campaign.create_logged_url(user.user_id))
