def test_deposit_withdrawals(self):
self.banks, self.econ, self.simInfo = setup_banks1()
# gives 5 banks with the following:
# total investments: 0 50, 1 20, 2 40, 3 30, 4 80
# lending: 0 10, 1 10, 2 20, 3 30, 4 40
# borrowing: 0 100, 1 1, 2 2, 3 3, 4 4
# cash: 0 50, 1 20, 2 15, 3 10, 4 5
# deposits: 0 10, 1 20, 2 30, 3 40, 4 50
# liabilities: 0 110, 1 21, 2 32, 3 43, 4 54
# assets: 0 110, 1 50, 2 75, 3 70, 4 125
# capital: 0 0, 1 29, 2 43, 3 27, 4 71
self.simInfo.updateCount = 2
self.econ.do_deposit_withdrawals(0.2)
for b, d, c in zip(range(5), [8, 16, 24, 32, 40], [48, 16, 9, 2, -5]):
dep = self.banks[b].deposits
cash = self.banks[b].cash
eq_(d, dep, "Bank %r deposits should be %r but is %r (1)" % (b, d, dep))
eq_(c, cash, "Bank %r cash should be %r but is %r (1)" % (b, c, cash))
def test_withdraw_wrong2(self):
self.banks, self.econ, self.simInfo= setup_banks1()
self.simInfo.updateCount = 3
self.econ.do_deposit_withdrawals(1.2)
def setUp(self):
self.banks, self.econ, self.simInfo = setup_banks1()
