def create_visit(self, visit_id, new_patient, app_date, status, clinic):
#use spreadsheet data to create visit
try:
#create a the visit
new_visit = Visit(te_visit_id=visit_id,
patient=new_patient,
date=app_date,
status=status,
clinic=clinic)
new_visit.save()
logging.debug("Created the visit %s for new patien" % visit_id)
visit_created = True
visit = new_visit
except IntegrityError:
logging.exception("Failed to create visit %s." % visit_id)
visit_created = False
visit = None
return (visit, visit_created)
def create_visit(self, visit_id, new_patient, app_date, status, clinic):
#use spreadsheet data to create visit
try:
#create a the visit
new_visit = Visit(
te_visit_id=visit_id,
patient=new_patient,
date=app_date,
status=status,
clinic=clinic
)
new_visit.save()
logging.debug("Created the visit %s for new patien" % visit_id)
visit_created = True
visit = new_visit
except IntegrityError:
logging.exception("Failed to create visit %s." % visit_id)
visit_created = False
visit = None
return (visit, visit_created)
def update_local_missed_visit(self, owner, clinic, remote_visit):
# get the patient or raise error
patient = Patient.objects.get(te_id=remote_visit.te_id, owner=owner)
missed_date = iso8601.parse_date(remote_visit.missed_date).date()
try:
visit = Visit.objects.get(te_visit_id=remote_visit.key_id)
created = False
except Visit.DoesNotExist:
visit = Visit(te_visit_id=remote_visit.key_id)
created = True
# check if something actually changed in the visit, if not, immediately
# return the visit - no use continuing
if missed_date == visit.date and visit.status == 'm':
return
# it's a new visit
if created:
if missed_date <= date.today():
visit.status = 'm'
else:
visit.status = 'r'
# it's an existing visit
else:
if missed_date > visit.date:
visit.status = 'r'
else:
visit.status = 'm'
visit.clinic = clinic
visit.patient = patient
visit.date = missed_date
if visit.is_dirty():
visit.save()
if created:
logger.debug('Creating new Visit: %s' % visit.id)
else:
logger.debug('Updating Visit:%s, date: %s, status: %s' % (
visit.id,
missed_date,
visit.status
))
return visit
def update_local_coming_visit(self, owner, clinic, remote_visit):
# I'm assuming we'll always have the patient being referenced
# in the Visit object, if not - raise hell
patient = Patient.objects.get(te_id=remote_visit.te_id, owner=owner)
coming_date = iso8601.parse_date(remote_visit.scheduled_visit_date)
# FIXME: a lot of duplication between update_local_coming_visit and
# update_local_missed_visits with regard to the status of
# of the messages.
try:
visit = Visit.objects.get(te_visit_id=remote_visit.key_id)
created = False
except Visit.DoesNotExist:
visit = Visit(te_visit_id=remote_visit.key_id)
created = True
# check if something actually changed in the visit, if not, immediately
# return the visit - no use continuing
if coming_date.date() == visit.date:
return
# it's a new visit
if created:
if coming_date.date() <= date.today():
visit.status = 'm'
else:
visit.status = 's'
# it's an existing visit
else:
if coming_date.date() > visit.date:
visit.status = 'r'
else:
visit.status = 'm'
visit.clinic = clinic
visit.patient = patient
visit.date = coming_date
if visit.is_dirty():
visit.save()
if created:
logger.debug('Creating new Visit: %s' % visit.id)
else:
logger.debug('Updating existing Visit: %s / (%s vs %s)' % (visit.id, visit.get_dirty_fields(), visit._original_state))
return visit
def update_local_missed_visit(self, owner, clinic, remote_visit):
# get the patient or raise error
patient = Patient.objects.get(te_id=remote_visit.te_id, owner=owner)
missed_date = iso8601.parse_date(remote_visit.missed_date).date()
try:
visit = Visit.objects.get(te_visit_id=remote_visit.key_id)
created = False
except Visit.DoesNotExist:
visit = Visit(te_visit_id=remote_visit.key_id)
created = True
# check if something actually changed in the visit, if not, immediately
# return the visit - no use continuing
if missed_date == visit.date and visit.status == 'm':
return
# it's a new visit
if created:
if missed_date <= date.today():
visit.status = 'm'
else:
visit.status = 'r'
# it's an existing visit
else:
if missed_date > visit.date:
visit.status = 'r'
else:
visit.status = 'm'
visit.clinic = clinic
visit.patient = patient
visit.date = missed_date
if visit.is_dirty():
visit.save()
if created:
logger.debug('Creating new Visit: %s' % visit.id)
else:
logger.debug('Updating Visit:%s, date: %s, status: %s' %
(visit.id, missed_date, visit.status))
return visit
def update_local_coming_visit(self, owner, clinic, remote_visit):
# I'm assuming we'll always have the patient being referenced
# in the Visit object, if not - raise hell
patient = Patient.objects.get(te_id=remote_visit.te_id, owner=owner)
coming_date = iso8601.parse_date(remote_visit.scheduled_visit_date)
# FIXME: a lot of duplication between update_local_coming_visit and
# update_local_missed_visits with regard to the status of
# of the messages.
try:
visit = Visit.objects.get(te_visit_id=remote_visit.key_id)
created = False
except Visit.DoesNotExist:
visit = Visit(te_visit_id=remote_visit.key_id)
created = True
# check if something actually changed in the visit, if not, immediately
# return the visit - no use continuing
if coming_date.date() == visit.date:
return
# it's a new visit
if created:
if coming_date.date() <= date.today():
visit.status = 'm'
else:
visit.status = 's'
# it's an existing visit
else:
if coming_date.date() > visit.date:
visit.status = 'r'
# due to opt-in issues, we can no longer infer missed visits from
# overdue comming dates stored locally
#else:
#visit.status = 'm'
visit.clinic = clinic
visit.patient = patient
visit.date = coming_date
if visit.is_dirty():
visit.save()
if created:
logger.debug('Creating new Visit: %s' % visit.id)
else:
logger.debug(
'Updating existing Visit: %s / (%s vs %s)' %
(visit.id, visit.get_dirty_fields(), visit._original_state))
return visit
