def test_add_tach_to_db():
from hr_sentinel_server import add_patient_to_db
from hr_sentinel_server import add_tach_to_db
add_patient_to_db(12, "*****@*****.**", 91)
in_dict = {"patient_id": 12, "heart_rate": 75}
answer = add_tach_to_db(in_dict, False)
expected = True
assert answer == expected
def test_is_tachycardic(in_dict, expected):
from hr_sentinel_server import add_patient_to_db
from hr_sentinel_server import add_hr_to_db
from hr_sentinel_server import is_tachycardic
add_patient_to_db(5, "*****@*****.**", 12)
add_hr_to_db(in_dict)
answer = is_tachycardic(in_dict)
assert answer == expected
def test_is_patient_in_database_false():
from hr_sentinel_server import add_patient_to_db
from hr_sentinel_server import is_patient_in_database
add_patient_to_db(12, "*****@*****.**", 91)
id = 13
answer = is_patient_in_database(id)
expected = False
assert answer == expected
def test_generate_select_hr(input, expected):
from hr_sentinel_server import generate_select_hr
from hr_sentinel_server import add_patient_to_db
patient = add_patient_to_db(19283, "*****@*****.**", 46)
patient["heart_rate"].append(
(56, 'not tachycardic', '2020-04-11 14:00:01'))
patient["heart_rate"].append(
(64, 'not tachycardic', '2020-04-11 14:01:50'))
patient["heart_rate"].append((111, 'tachycardic', '2020-04-11 14:03:54'))
add_patient_to_db(13857, "*****@*****.**", 23)
answer = generate_select_hr(input[0], input[1])
assert answer == expected
def test_generate_latest_hr(patient_id, expected):
from hr_sentinel_server import generate_latest_hr
from hr_sentinel_server import add_patient_to_db
patient = add_patient_to_db(28594, "*****@*****.**", 85)
patient["heart_rate"].append(
(83, 'not tachycardic', '2020-04-11 00:00:01'))
patient["heart_rate"].append(
(85, 'not tachycardic', '2020-04-11 00:00:50'))
patient["heart_rate"].append(
(93, 'not tachycardic', '2020-04-11 00:00:54'))
add_patient_to_db(34857, "*****@*****.**", 35)
answer = generate_latest_hr(patient_id)
assert answer == expected
def test_add_patient_to_db():
from hr_sentinel_server import add_patient_to_db
answer = add_patient_to_db(3, "*****@*****.**", 53)
expected = {
"patient_id": 3,
"attending_email": "*****@*****.**",
"patient_age": 53,
"heart_rate": []
}
assert answer == expected
def test_compose_email():
from hr_sentinel_server import add_patient_to_db
from hr_sentinel_server import add_tach_to_db
from hr_sentinel_server import compose_email
add_patient_to_db(7, "*****@*****.**", 54)
in_dict = {"patient_id": 7, "heart_rate": 130}
add_tach_to_db(in_dict, True)
timestamp = datetime.now().strftime('%Y-%m-%d %H:%M:%S')
answer = compose_email(in_dict)
expected = {
'from_email':
'*****@*****.**',
'to_email':
'*****@*****.**',
'subject':
'Urgent Tachycardia Alert',
'content':
'Patient 7 is tachycardic with HR of 130 at {}'.format(timestamp)
}
assert answer == expected
def test_add_patient_to_db(id, email, age, out):
from hr_sentinel_server import add_patient_to_db
add_patient_to_db(id, email, age)
assert db == out
def test_get_status_id(id, output):
from hr_sentinel_server import add_patient_to_db
from hr_sentinel_server import get_status
add_patient_to_db(2, "*****@*****.**", 40)
answer = get_status(id)
assert output == answer
def test_verify_id_input(patient_id, expected):
from hr_sentinel_server import add_patient_to_db
from hr_sentinel_server import verify_id_input
add_patient_to_db(584393, "*****@*****.**", 27)
answer = verify_id_input(patient_id)
assert answer == expected
