def test_upcharge_at_target(self):
actual = upcharge(CHARGE_TARGET)
expected = (D('94.19'), D('2.19'), D('0.32'))
assert actual == expected
assert actual[1] / actual[0] < D('0.024') # less than 2.4% fee
def test_upcharge_at_min_minus_one_cent(self):
actual = upcharge(CHARGE_MIN - D('0.01'))
expected = upcharge(CHARGE_MIN)
assert actual == expected
def test_upcharge_full_in_rounded_case(self):
actual = upcharge(D('5.00'))
expected = upcharge(CHARGE_MIN)
assert actual == expected
def test_upcharge_at_min(self):
actual = upcharge(CHARGE_MIN)
expected = (D('15.54'), D('0.54'), D('0.08'))
assert actual == expected
assert actual[1] / actual[0] < D('0.035') # less than 3.5% fee
def test_upcharge_at_nine_ninty_nine(self):
actual = upcharge(D('9.99'))
expected = (D('10.37'), D('0.37'))
assert actual == expected
def test_upcharge_at_ten_dollars(self):
actual = upcharge(D('10.00'))
expected = (D('10.37'), D('0.37'))
assert actual == expected
def test_upcharge_full_in_rounded_case(self):
actual = upcharge(D('5.00'))
expected = upcharge(CHARGE_MIN)
assert actual == expected
def test_upcharge_at_ten_dollars(self):
actual = upcharge(D('10.00'))
expected = (D('10.37'), D('0.37'))
assert actual == expected
def test_upcharge_at_target(self):
actual = upcharge(CHARGE_TARGET)
expected = (D('93.87'), D('1.87'))
assert actual == expected
assert actual[1] / actual[0] < D('0.02') # less than 2% fee
def test_upcharge_basically_works(self):
actual = upcharge(D('20.00'))
expected = (D('20.65'), D('0.65'), D('0.10'))
assert actual == expected
def test_upcharge_at_ten_eleven(self):
actual = upcharge(D('10.11'))
expected = (D('10.48'), D('0.37'))
assert actual == expected
def test_upcharge_at_nine_ninty_nine(self):
actual = upcharge(D('9.99'))
expected = (D('10.37'), D('0.37'))
assert actual == expected
def test_upcharge_at_eighty_cents(self):
actual = upcharge(D('0.80'))
expected = (D('10.37'), D('0.37'))
assert actual == expected
def test_upcharge_basically_works(self):
actual = upcharge(D('20.00'))
expected = (D('20.55'), D('0.55'))
assert actual == expected
def test_upcharge_at_min(self):
actual = upcharge(CHARGE_MIN)
expected = (D('15.54'), D('0.54'), D('0.08'))
assert actual == expected
assert actual[1] / actual[0] < D('0.035') # less than 3.5% fee
def test_upcharge_full_in_rounded_case(self):
actual = upcharge(D('5.00'))
expected = (D('10.37'), D('0.37'))
assert actual == expected
def test_upcharge_at_target(self):
actual = upcharge(CHARGE_TARGET)
expected = (D('94.19'), D('2.19'), D('0.32'))
assert actual == expected
assert actual[1] / actual[0] < D('0.024') # less than 2.4% fee
def test_upcharge_at_eighty_cents(self):
actual = upcharge(D('0.80'))
expected = (D('10.37'), D('0.37'))
assert actual == expected
def test_upcharge_at_min_minus_one_cent(self):
actual = upcharge(CHARGE_MIN - D('0.01'))
expected = upcharge(CHARGE_MIN)
assert actual == expected
def test_upcharge_at_ten_eleven(self):
actual = upcharge(D('10.11'))
expected = (D('10.48'), D('0.37'))
assert actual == expected
def test_upcharge_full_in_rounded_case(self):
actual = upcharge(D('5.00'))
expected = (D('10.37'), D('0.37'))
assert actual == expected
