def add_patient():
"add new patient if logged in"
if not session.get('logged_in'): # logged_in key present and True
abort(401)
try:
xray = bool2int(request.form['xray'])
if not xray:
flash('No Xray data, cannot make diagnosis')
return redirect(url_for('new_patient'))
patient_id = request.form['patient_id'] # should not be empty
if len(patient_id) < 5:
# could flash(msg)
raise BadRequestKeyError('patient id invalid, too short')
ddensity = choice2int(request.form['double_density'])
ob_diam = float(request.form['oblique_diameter'])
app_shape = choice2appendage(request.form['appendage_shape'])
gender = request.form['gender']
except (BadRequestKeyError, Exception) as inst:
# app.logger.warning('request.form %s', str(type(request.form)))
# app.logger.warning("inst type %s args %s inst %s", str(type(inst)), inst.args, inst)
# we may: redirect if form incomplete (not store in db), re-raise exception, log messages
# raise
# raise BadRequestKeyError(*inst.args)
flash('Patient info incomplete, please re-enter')
return redirect(url_for('new_patient'))
has_patient = get_params(patient_id)
if has_patient:
flash("patient id '%s' already exists, please re-enter" % patient_id)
return redirect(url_for('new_patient'))
x_outcome = ''
if (xray > 0):
x_outcome = getXrayOutcome(gender, ddensity, ob_diam, app_shape)
dz = getNowTimeInt()
ctmri = 0
cur = g.db.cursor()
cur.execute('insert into patients (patient_id, gender, date_created, \
xray, double_density, oblique_diameter, \
appendage_shape, xray_outcome, ctmri) values \
(%s, %s, %s, %s, %s, %s, %s, %s, %s);',
(patient_id, gender, dz, xray, ddensity, ob_diam,
app_shape, x_outcome, ctmri))
g.db.commit()
flash('New patient was successfully posted')
return redirect(url_for('show_patient', patient_id=patient_id))
def test_choice2appendage(self):
self.assertEqual(0, choice2appendage('Concave'))
self.assertEqual(0, choice2appendage('Flat'))
self.assertEqual(2, choice2appendage('Convex'))
self.assertEqual(1, choice2appendage('Unsure'))
self.assertEqual(1, choice2appendage(''))
def test_choice2appendage(self):
self.assertEqual(0, choice2appendage('Concave'))
self.assertEqual(0, choice2appendage('Flat'))
self.assertEqual(2, choice2appendage('Convex'))
self.assertEqual(1, choice2appendage('Unsure'))
self.assertEqual(1, choice2appendage(''))
