def test_returns_failed_transfer_count():
transfer_count = an_integer(7, 10)
failed_transfer_count = an_integer(2, 4)
transfers = build_transfers(transfer_count=transfer_count,
failed_transfer_count=failed_transfer_count)
national_metrics = calculate_national_metrics(transfers)
assert national_metrics.failed_transfer_count == failed_transfer_count
def test_returns_integrated_transfer_count():
transfer_count = an_integer(7, 10)
integrated_transfer_count = an_integer(2, 4)
transfers = build_transfers(
transfer_count=transfer_count,
integrated_transfer_count=integrated_transfer_count)
national_metrics = calculate_national_metrics(transfers)
assert national_metrics.integrated.transfer_count == integrated_transfer_count
def test_returns_pending_transfer_count_given_only_pending_transfers():
transfers = [a_pending_transfer(), a_pending_transfer()]
national_metrics = calculate_national_metrics(transfers)
expected_pending_transfer_count = 2
assert national_metrics.pending_transfer_count == expected_pending_transfer_count
def test_returns_pending_transfer_count_default_given_no_transfers():
transfers = []
national_metrics = calculate_national_metrics(transfers)
expected_pending_transfer_count = 0
assert national_metrics.pending_transfer_count == expected_pending_transfer_count
def calculate_national_metrics_data(
transfers: List[Transfer],
time_range: DateTimeRange) -> NationalMetricsPresentation:
national_metrics = calculate_national_metrics(transfers=transfers)
return construct_national_metrics(
national_metrics=national_metrics,
year=time_range.start.year,
month=time_range.start.month,
)
def test_returns_integrated_transfer_count_defaults_given_no_successful_transfers(
):
transfer_count = an_integer(2, 10)
transfers = build_transfers(transfer_count=transfer_count)
national_metrics = calculate_national_metrics(transfers)
assert national_metrics.integrated.transfer_count == 0
assert national_metrics.integrated.within_3_days == 0
assert national_metrics.integrated.within_8_days == 0
assert national_metrics.integrated.beyond_8_days == 0
def test_returns_pending_transfer_count_given_a_mixture_of_transfers():
transfers = [
a_pending_transfer(),
a_failed_transfer(),
an_integrated_transfer()
]
national_metrics = calculate_national_metrics(transfers)
expected_pending_transfer_count = 1
assert national_metrics.pending_transfer_count == expected_pending_transfer_count
def test_returns_integrated_transfer_count_by_sla_duration(
sla_duration, expected):
transfer_count = an_integer(7, 10)
integrated_transfer_count = 2
transfers = build_transfers(
transfer_count=transfer_count,
integrated_transfer_count=integrated_transfer_count,
sla_duration=sla_duration,
)
national_metrics = calculate_national_metrics(transfers)
assert national_metrics.integrated.within_3_days == expected[
"within_3_days"]
assert national_metrics.integrated.within_8_days == expected[
"within_8_days"]
assert national_metrics.integrated.beyond_8_days == expected[
"beyond_8_days"]
def test_returns_failed_transfer_count_default_given_no_transfers():
national_metrics = calculate_national_metrics([])
assert national_metrics.failed_transfer_count == 0
def test_returns_initiated_transfer_count():
initiated_transfer_count = an_integer(2, 10)
transfers = build_transfers(transfer_count=initiated_transfer_count)
national_metrics = calculate_national_metrics(transfers)
assert national_metrics.initiated_transfer_count == initiated_transfer_count
