def test_patient_equality():
pt_1 = Patient("111 111 1111")
pt_2 = Patient("111 111 1111")
pt_3 = Patient("222 222 2222")
assert pt_1 == pt_2
assert pt_1 != pt_3
assert pt_2 != pt_3
def test_patient_list_extend(empty_patient_list, patient):
patient_2 = Patient("222 222 2222")
x = empty_patient_list.extend([patient, patient_2])
assert x is None
assert empty_patient_list.patients == [patient, patient_2]
def test_patient_list_iter(empty_patient_list, patient):
patient_2 = Patient("222 222 2222")
empty_patient_list.extend([patient, patient_2])
for list_pt, other_pt in zip(empty_patient_list, [patient, patient_2]):
assert list_pt == other_pt
def test_merge_fails_with_diff_patients(patient):
pt_dict = {
"forename": "Ronald",
"surname": "O'Sullivan",
"dob": date.today(),
"reason_for_admission": "Aspiration pneumonia",
"jobs": "Chase CXR",
"edd": "Wed",
"ds": "no",
"tta": "yes",
"bloods": "7",
}
new_location = {"ward": Ward.GLOSSOP, "room": "BAY 04 GL", "bed": "BedE"}
old_location = {"ward": Ward.CAPENER, "room": "BAY 02 CA", "bed": "2A"}
# start with a patient just with the up to date details from CareFlow
patient.forename = pt_dict["forename"]
patient.surname = pt_dict["surname"]
patient.dob = pt_dict["dob"]
for attr, value in new_location.items():
setattr(patient, attr, value)
# make a different patient, who is on the handover list, with all their jobs etc
patient2 = Patient("222 222 2222")
for attr, value in list(old_location.items()) + list(pt_dict.items()):
setattr(patient2, attr, value)
# merge them together
with pytest.raises(ValueError):
patient.merge(patient2)
def test_patient_consistent_nhs_num():
nhs_nums = [
"1111111111", "111 111 1111", "1 1 11 1 11111", "111 111 1111\n"
]
expected = "111 111 1111"
for nhs_num in nhs_nums:
assert Patient(nhs_num).nhs_number == expected
def test_patient_from_table_row():
class MockCell:
def __init__(self, contents):
self.text = contents
class MockRow:
def __init__(self, row):
self.cells = [MockCell(text) for text in row]
row = [
"1A", # location
f"ALLEN, Mark\n{date.today():%d/%m/%Y} (0 Yrs)\n111 111 1111", # patient details
"Aspiration pneumonia", # reason for admission
"Settling", # inpatient progress
"Chase CXR", # jobs
"Wed", # edd
"Both done", # tta_ds
"7", # bloods
]
pt = Patient.from_table_row(MockRow(row))
pt_dict = {
"reason_for_admission": "Aspiration pneumonia",
"jobs": "Chase CXR",
"edd": "Wed",
"tta_ds": "Both done",
"bloods": "7",
}
for attr in pt_dict:
assert getattr(pt, attr) == pt_dict[attr]
row[1] = "pt details with no nhs number"
with pytest.raises(ValueError):
Patient.from_table_row(MockRow(row))
def test_parse_nhs_number_from_table_cell():
class MockCell:
def __init__(self, contents):
self.text = contents
class MockRow:
def __init__(self, row):
self.cells = [MockCell(text) for text in row]
for pt_details in [
f"ALLEN, Mark\n{date.today():%d/%m/%Y} (0 Yrs)\n111 111 1111",
f"ALLEN, Mark\n{date.today():%d/%m/%Y}\n111 111 1111",
f"ALLEN, Mark\n{date.today():%d/%m/%Y} 111 111 1111",
f"ALLEN, Mark\n{date.today():%d/%m/%Y} 1111111111",
f"ALLEN, Mark\n{date.today():%d/%m/%Y} 111 111 1111 ",
f"ALLEN, Mark\n{date.today():%d/%m/%Y} \t 111 111 1111 ",
f"ALLEN, Mark\n{date.today():%d/%m/%Y} \t 111 111 1111 \n\t\n",
# f"ALLEN, Mark\n{date.today():%d/%m/%Y}111 111 1111 \n\t\n",
f"ALLEN, Mark\n{date.today():%d/%m/%Y}(0 Yrs)1111111111",
f"ALLEN, Mark{date.today():%d/%m/%Y}(0 Yrs)1111111111",
f"ALLEN, Mark\n111 111 1111\n{date.today():%d/%m/%Y} (0 Yrs)",
f"ALLEN, Mark\n111 111 1111 {date.today():%d/%m/%Y} (0 Yrs)",
f"ALLEN, Mark\n1111111111 {date.today():%d/%m/%Y} (0 Yrs)",
f"1111111111\nALLEN, Mark\n{date.today():%d/%m/%Y} (0 Yrs)",
]:
row = [
"1A", # location
"{pt_details}".format(pt_details=pt_details), # patient details
"Aspiration pneumonia", # reason for admission
"Chase CXR", # jobs
"Wed", # edd
"no", # ds
"yes", # tta
"7", # bloods
]
pt = Patient.from_table_row(MockRow(row))
print(pt_details)
print(pt)
assert pt.patient_id == "111 111 1111"
def test_merge_patients(patient):
pt_dict = {
"forename": "Ronald",
"surname": "O'Sullivan",
"dob": date.today(),
"reason_for_admission": "Aspiration pneumonia",
"jobs": "Chase CXR",
"edd": "Wed",
"tta_ds": "Both done",
"bloods": "7",
"is_new": False,
}
new_location = {"ward": Ward.GLOSSOP, "room": "BAY 04 GL", "bed": "BedE"}
old_location = {"ward": Ward.CAPENER, "room": "BAY 02 CA", "bed": "2A"}
new_location_inst = Location(**new_location)
# start with a patient just with the up to date details from TrakCare
patient.forename = pt_dict["forename"]
patient.surname = pt_dict["surname"]
patient.dob = pt_dict["dob"]
for attr, value in new_location.items():
setattr(patient, attr, value)
# make the same patient, who is on the handover list, with all their jobs etc
patient2 = Patient(patient_id="111 111 1111")
for attr, value in list(old_location.items()) + list(pt_dict.items()):
setattr(patient2, attr, value)
# merge them together
patient.merge(patient2)
# ensure that the resulting patient has all of the attributes taken from the handover list
# but is also in the up to date location according to TrakCare
for attr in pt_dict:
assert getattr(patient, attr) == pt_dict[attr]
assert patient.location == new_location_inst
def test_parse_reg_number_from_table_cell():
class MockCell:
def __init__(self, contents):
self.text = contents
class MockRow:
def __init__(self, row):
self.cells = [MockCell(text) for text in row]
pt_details = f"ALLEN, Mark\n{date.today():%d/%m/%Y} (0 Yrs)\n0123456"
row = MockRow([
"1A", # location
f"{pt_details}", # patient details
"Aspiration pneumonia", # reason for admission
"Chase CXR", # jobs
"Wed", # edd
"no", # ds
"yes", # tta
"7", # bloods
])
pt = Patient.from_table_row(row)
assert pt.patient_id == "0123456"
def patient():
return Patient("111 111 1111")