def test_clash_overlapping_today(self):
patient = Patient(prescriptions=[Prescription('Codeine',
dispense_date = days_ago(days=2),
days_supply=2),
Prescription('Codeine',
dispense_date = days_ago(days=3),
days_supply=2)])
def test_initial_dispense_date(self):
self.medicine.add_prescription(
Prescription(dispense_date=date(2009, 11, 1), days_supply=30))
self.medicine.add_prescription(
Prescription(dispense_date=date(2009, 11, 30), days_supply=30))
self.assertEquals(date(2009, 11, 1),
self.medicine.initial_dispense_date())
def test_no_clash_when_no_overlap(self):
self.codeine.add_prescription(
Prescription(days_ago(30), days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(90),
days_supply=30))
self.assertEquals(
0, len(self.patient.clash([self.codeine, self.prozac], 90)))
def test_clash_overlaping_today(self):
patient = Patient(prescriptions=[
Prescription(
"Codeine", dispense_date=days_ago(days=2), days_supply=3),
Prescription(
"Prozac", dispense_date=days_ago(days=2), days_supply=3)
])
def test_two_medicines_taken_in_a_partially_overlapping_period(self):
self.codeine.add_prescription(
Prescription(days_ago(30), days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(40),
days_supply=30))
self.assertEquals(20, len(self.patient.clash(["Codeine", "Prozac"],
90)))
def test_two_medicines_taken_overlapping_start_of_period(self):
self.codeine.add_prescription(
Prescription(days_ago(91), days_supply=30))
self.prozac.add_prescription(
Prescription(days_ago(119), days_supply=30))
self.assertEquals(set([days_ago(90)]),
self.patient.clash(["Codeine", "Prozac"], 90))
def test_dates_taken_in_past_x_days(self):
prescription = Prescription( \
dispense_date=(date.today() - timedelta(days=2)),
days_supply=4)
self.assertEquals(set([date.today() - timedelta(days=2),
date.today() - timedelta(days=1)]),
prescription.dates_taken_in_past_x_days(2))
def test_days_supply(self):
prescription = Prescription(dispense_date=date.today(), days_supply=3)
self.assertEquals([
date.today(),
date.today() + timedelta(days=1),
date.today() + timedelta(days=2)
], prescription.days_taken())
def test_number_of_days_prescribed(self):
when(self.medicine)._possession_effective_range(90).thenReturn(
[date(2009, 10, 3) + timedelta(days=i) for i in range(75)])
self.medicine.add_prescription(
Prescription(dispense_date=date(2009, 10, 3), days_supply=30))
self.medicine.add_prescription(
Prescription(dispense_date=date(2009, 11, 17), days_supply=30))
self.assertEquals(60, self.medicine.number_of_days_prescribed(90))
def test_clash_with_two_prescriptions_for_same_medication(self):
patient = Patient(prescriptions=[Prescription('Codeine',
dispense_date = days_ago(days=2),
days_supply=2),
Prescription('Codeine',
dispense_date = days_ago(days=3),
days_supply=2)])
self.assertSetEqual({days_ago(days=3), days_ago(days=2), days_ago(days=1)},
patient.clash(['Codeine']))
def test_dates_taken_when_dates_overlap(self):
prescriptions = [Prescription(dispense_date=date(2009, 12, 1),
days_supply = 2),
Prescription(dispense_date=date(2009, 12, 2),
days_supply = 2))
self.assertEquals([date(2009, 12, 1),
date(2009, 12, 2),
date(2009, 12, 3)],
self.medicine.dates_taken_in_past_x_days(5))
def test_dates_prescribed_when_dates_overlap(self):
self.medicine.add_prescription(
Prescription(dispense_date=date(2009, 12, 1), days_supply=2))
self.medicine.add_prescription(
Prescription(dispense_date=date(2009, 12, 2), days_supply=2))
self.assertEquals(
[date(2009, 12, 1),
date(2009, 12, 2),
date(2009, 12, 3)], self.medicine.dates_prescribed(5))
def test_clash_with_two_prescriptions_for_same_medication(self):
patient = Patient(prescriptions=[
Prescription("Codeine", dispense_date=days_ago(2), days_supply=2),
Prescription("Codeine", dispense_date=days_ago(3), days_supply=2)
])
assert patient.clash(["Codeine"]) == {
days_ago(days=3),
days_ago(days=2),
days_ago(days=1)
}
def test_days_taking(self):
patient = Patient(prescriptions=[
Prescription("Codeine", dispense_date=days_ago(2), days_supply=2),
Prescription("Codeine", dispense_date=days_ago(3), days_supply=2)
])
assert patient.days_taking("Codeine") == {
days_ago(days=3),
days_ago(days=2),
days_ago(days=1)
}
def test_clash_overlapping_today(self):
patient = Patient(prescriptions=[
Prescription(
"Codeine", dispense_date=days_ago(days=2), days_supply=3),
Prescription(
"Prozac", dispense_date=days_ago(days=2), days_supply=3)
])
self.assertSetEqual(
{days_ago(days=2), days_ago(days=1)},
patient.clash(["Codeine", "Prozac"]))
def test_days_taking(self):
patient = Patient(prescriptions=[Prescription('Codeine',
dispense_date = days_ago(days=2),
days_supply=2),
Prescription('Codeine',
dispense_date = days_ago(days=3),
days_supply=2)])
self.assertSetEqual({days_ago(days=3),
days_ago(days=2),
days_ago(days=1)},patient.days_taking('Codeine'))
def test_clash_with_two_different_prescriptions(self):
patient = Patient(prescriptions=[
Prescription(
"Codeine", dispense_date=days_ago(days=2), days_supply=2),
Prescription(
"Prozac", dispense_date=days_ago(days=2), days_supply=2)
])
assert patient.clash(["Codeine", "Prozac"
]) == {days_ago(days=2),
days_ago(days=1)}
def test_prescriptions_in_range(self):
when(self.medicine).possession_effective_end_date().thenReturn(
date(2009, 12, 15))
p1 = Prescription(dispense_date=date(2009, 8, 1), days_supply=30)
p2 = Prescription(dispense_date=date(2009, 11, 1), days_supply=30)
p3 = Prescription(dispense_date=date(2009, 12, 1), days_supply=30)
self.medicine.add_prescription(p1)
self.medicine.add_prescription(p2)
self.medicine.add_prescription(p3)
self.assertEquals([p2, p3], self.medicine.prescriptions_in_range(90))
def test_clash_when_medecines_in_history_any_order(self):
prescA = Prescription(date(2020, 7, 1), 20)
prescB = Prescription(date(2020, 7, 10), 4)
prescC = Prescription(date(2020, 7, 10), 10)
patient = self.prepare_data(prescA, prescB, prescC)
self.assertEqual(patient.clash(["B", "A"], 20), [
date(2020, 7, 13),
date(2020, 7, 12),
date(2020, 7, 11),
date(2020, 7, 10)
])
def test_clash_AB_outofrange_C(self):
prescA = Prescription(date(2020, 7, 15), 5)
prescB = Prescription(date(2020, 7, 15), 5)
prescC = Prescription(date(2020, 7, 10), 5)
patient = self.prepare_data(prescA, prescB, prescC)
self.assertEqual(patient.clash(["A", "B"], 6), [
date(2020, 7, 19),
date(2020, 7, 18),
date(2020, 7, 17),
date(2020, 7, 16),
date(2020, 7, 15)
])
self.assertEqual(patient.clash(["A", "B", "C"], 6), [])
def test_clash_when_one_medicine_taken_on_some_of_the_days(self):
self.codeine.add_prescription(
Prescription(days_ago(30), days_supply=30))
self.codeine.add_prescription(
Prescription(days_ago(60), days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(30),
days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(60),
days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(90),
days_supply=30))
self.assertEquals(60, len(self.patient.clash(["Codeine", "Prozac"],
90)))
def test_one_clash_with_one_prescription(self):
patient = Patient(prescriptions=[
Prescription(
"Codeine", dispense_date=days_ago(days=2), days_supply=2)
])
self.assertSetEqual(
{days_ago(days=2), days_ago(days=1)}, patient.clash(["Codeine"]))
def test_dates_prescribed_in_effective_range(self):
self.medicine.add_prescription(
Prescription(dispense_date=date.today() - timedelta(days=2),
days_supply=4))
self.assertEquals([
date.today() - timedelta(days=2),
date.today() - timedelta(days=1)
], self.medicine.dates_prescribed_in_effective_range(2))
def prescriptions():
st.header('PRESCRIPTIONS')
option_list = ['', 'Add prescription', 'Update prescription', 'Delete prescription', 'Show prescriptions of a particular patient']
option = st.sidebar.selectbox('Select function', option_list)
m = Prescription()
if (option == option_list[1] or option == option_list[2] or option == option_list[3]) and verify_dr_mls_access_code():
if option == option_list[1]:
st.subheader('ADD PRESCRIPTION')
m.add_prescription()
elif option == option_list[2]:
st.subheader('UPDATE PRESCRIPTION')
m.update_prescription()
elif option == option_list[3]:
st.subheader('DELETE PRESCRIPTION')
m.delete_prescription()
elif option == option_list[4]:
st.subheader('PRESCRIPTIONS OF A PARTICULAR PATIENT')
m.prescriptions_by_patient()
def test_clash_with_two_patients(self):
prescA = Prescription(date(2020, 7, 1), 20)
prescB = Prescription(date(2020, 7, 10), 4)
prescC = Prescription(date(2020, 7, 10), 10)
medA = Medicine("A")
medB = Medicine("B")
medC = Medicine("C")
medA.add_prescription(prescA)
medB.add_prescription(prescB)
medC.add_prescription(prescC)
patientA = Patient()
patientB = Patient()
patientA.add_medicine(medA)
patientB.add_medicine(medA)
patientB.add_medicine(medB)
patientA.add_medicine(medC)
patientB.add_medicine(medC)
self.assertEqual(patientA.clash(["A", "B"], 90), [])
def get_prescriptions():
"""\
Returns a list of all the prescriptions known in the database
:return: A list of <Prescription> objects
"""
c = get_cursor()
cursor = c.execute('''SELECT * FROM Prescriptions''')
res = []
for row in cursor:
res.append(Prescription.parse_raw(row))
return res
def get_prescriptions_by_uid(uid):
"""\
Returns a list of prescriptions for a certain patient
:param uid: The userID of the patient
:return: A list of <Prescription> objects for the given uid
"""
c = get_cursor()
cursor = c.execute('''SELECT * FROM Prescriptions WHERE uid=?''', (uid, ))
res = []
for row in cursor:
res.append(Prescription.parse_raw(row))
return res
def client_thread(conn):
# Loop indefinitively
while True:
# This blocks the loop untill something is received
received = conn.recv(1024)
json_data = ""
# Received == None
if not received:
print("Closing connection")
break
# Something was received, decode it
if received:
json_data = received.decode()
# The decoded message is not empty, analyse it
if json_data != "":
# The messages use the JSON format
data = json.loads(json_data)
# The command is 'login', authenticate the credentials and send back the result
if data["command"] == "login":
tosend = {}
tosend["command"] = "authlogin"
tosend["auth"] = authenticate(data["username"], data["password"])
if (tosend["auth"] == "True"):
auth = True
print("Sending: " + json.dumps(tosend))
conn.send(json.dumps(tosend).encode())
# The command is 'getprescriptions', get the prescriptions of the user and compress them to a string
# in JSON format
if data["command"] == "getprescriptions" and auth:
user = database.get_user_by_uid(data["uid"])
print("Info: " + str(user.id) + ", " + str(user.username) + ", " + str(user.rfid))
prescriptions = user.get_prescriptions()
tosend = {}
tosend["command"] = "getprescriptions"
tosend["data"] = Prescription.to_json_list(prescriptions)
print("Sending: " + str(tosend))
conn.send(json.dumps(tosend).encode())
# Properly close the connection, shutdown notifies the client that is should stop listening
conn.shutdown(1)
conn.close()
def run(self):
print("Starting " + self.name)
global running
while running:
received = self.sock.recv(1024)
json_data = ""
if not received:
print("Closing connection")
break
if received:
json_data = received.decode()
if json_data != "":
# Messages are send in JSON format
data = json.loads(json_data)
print("Received: " + str(json_data))
if data["command"] == "authlogin":
if data["auth"] == "True":
# When the server accepts the login request, send a new request to the server in order to retrieve the prescriptions of the patient
tosend = {}
tosend["command"] = "getprescriptions"
print("uid: " + str(uid))
tosend["uid"] = uid
print("Sending: " + str(json.dumps(tosend)))
self.sock.send(json.dumps(tosend).encode())
elif data["auth"] == "False":
# The authentication failed (because of wrong credentials), exit the program
# messagebox.showerror("Error", "Authentication failed")
print("Authentication failed")
running = False
s.shutdown(1)
if data["command"] == "getprescriptions":
# The request to retrieve the prescriptions has been answered, convert them to prescription objects and notify the main thread
global prescriptions
prescriptions = {}
prescriptions = Prescription.from_json_list(data["data"])
from_dummy_thread(lambda: {unblock_main()})
print("Exiting " + self.name)
from_dummy_thread(lambda: unblock_main())
def test_clash_when_medicines_taken_continuously(self):
self.codeine.add_prescription(
Prescription(days_ago(30), days_supply=30))
self.codeine.add_prescription(
Prescription(days_ago(60), days_supply=30))
self.codeine.add_prescription(
Prescription(days_ago(90), days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(30),
days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(60),
days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(90),
days_supply=30))
self.assertEquals(90, len(self.patient.clash(["Codeine", "Prozac"],
90)))
def test_days_taken_excludes_future_dates(self):
prescription = Prescription("Codeine", dispense_date = days_ago(days=2), days_supply=4)
#assert prescription.days_taken() == [days_ago(1), days_ago(2)]
assert prescription.days_taken() == [days_ago(2), days_ago(1)]
def test_days_supply(self):
prescription = Prescription(dispense_date = date.today(), days_supply = 3)
self.assertEquals([date.today(), date.today()+timedelta(days=1), date.today()+timedelta(days=2)], prescription.days_taken())
def test_completion_date(self):
prescription = Prescription(dispense_date = date.today() - timedelta(days=15), days_supply = 30)
self.assertEquals(date.today() + timedelta(days=15), prescription.completion_date())