Python tester.a3方法代码示例

# 需要导入模块: from ethereum import tester [as 别名]
# 或者: from ethereum.tester import a3 [as 别名]
def init_market(self):
        self.buy_heap = self.s.abi_contract(self.HEAP_CONTRACT)
        self.sell_heap = self.s.abi_contract(self.HEAP_CONTRACT)

        self.buy_heap.set_owner(self.m.address)
        self.sell_heap.set_owner(self.m.address)

        self.c1 = self.s.abi_contract(self.SUBCURRENCY_CONTRACT)
        self.c2 = self.s.abi_contract(self.SUBCURRENCY_CONTRACT)

        self.c1.issue(tester.a0, 1000)
        self.c1.issue(tester.a1, 1000)
        self.c2.issue(tester.a2, 1000000)
        self.c2.issue(tester.a3, 1000000)

        self.m.init_market(self.buy_heap.address, self.sell_heap.address, self.c1.address, self.c2.address) 

# 需要导入模块: from ethereum import tester [as 别名]
# 或者: from ethereum.tester import a3 [as 别名]
def test_lottery_5(self):
        payments = {
            tester.a1: 1*eth,
            tester.a4: 4*eth,
            tester.a2: 2*eth,
            tester.a5: 5*eth,
            tester.a3: 3*eth,
        }

        lottery = Lottery(payments)
        assert lottery.value == 15*eth
        assert lottery.tickets[0].address == tester.a5

        assert lottery.root.left.left.value == lottery.tickets[0]
        assert lottery.root.left.right.value == lottery.tickets[1]
        assert lottery.root.right.left.value == lottery.tickets[2]
        assert lottery.root.right.right.left.value == lottery.tickets[3]
        assert lottery.root.right.right.right.value == lottery.tickets[4]

        assert lottery.root.hash.encode('hex') == 'a4a2fe70f894005badf01e06726c770f100f0969c491b065ef252f5ea48b87df' 

# 需要导入模块: from ethereum import tester [as 别名]
# 或者: from ethereum.tester import a3 [as 别名]
def test_hedge():
    s, c = test_data_feeds()
    c2 = s.abi_contract(hedge_code, sender=tester.k0)
    # Have the first party register, sending 10^16 wei and
    # asking for a hedge using currency code 500
    o1 = c2.main(c.address, 500, value=10 ** 16)
    assert o1 == 1
    # Have the second party register. It should receive the
    # amount of units of the second currency that it is
    # entitled to. Note that from the previous test this is
    # set to 726
    o2 = c2.main(0, 0, value=10 ** 16, sender=tester.k2)
    assert o2 == 7260000000000000000
    snapshot = s.snapshot()
    # Set the price of the asset down to 300 wei
    o3 = c.set(500, 300)
    assert o3 == 1
    # Finalize the contract. Expect code 3, meaning a margin call
    o4 = c2.main(0, 0)
    assert o4 == 3
    s.revert(snapshot)
    # Don't change the price. Finalize, and expect code 5, meaning
    # the time has not expired yet
    o5 = c2.main(0, 0)
    assert o5 == 5
    s.mine(100, tester.a3)
    # Mine ten blocks, and try. Expect code 4, meaning a normal execution
    # where both get their share
    o6 = c2.main(0, 0)
    assert o6 == 4


# Test the LIFO nature of call 

# 需要导入模块: from ethereum import tester [as 别名]
# 或者: from ethereum.tester import a3 [as 别名]
def test_crowdfund():
    s = tester.state()
    c = s.abi_contract(crowdfund_code)
    # Create a campaign with id 100
    c.create_campaign(100, 45, 100000, 2)
    # Create a campaign with id 200
    c.create_campaign(200, 48, 100000, 2)
    # Make some contributions
    c.contribute(100, value=1, sender=tester.k1)
    assert 1 == c.progress_report(100)
    c.contribute(200, value=30000, sender=tester.k2)
    c.contribute(100, value=59049, sender=tester.k3)
    assert 59050 == c.progress_report(100)
    c.contribute(200, value=70001, sender=tester.k4)
    # Expect the 100001 units to be delivered to the destination
    # account for campaign 2
    assert 100001 == s.block.get_balance(utils.int_to_addr(48))
    mida1 = s.block.get_balance(tester.a1)
    mida3 = s.block.get_balance(tester.a3)
    # Mine 5 blocks to expire the campaign
    s.mine(5)
    # Ping the campaign after expiry
    c.contribute(100, value=1)
    # Expect refunds
    assert mida1 + 1 == s.block.get_balance(tester.a1)
    assert mida3 + 59049 == s.block.get_balance(tester.a3) 

# 需要导入模块: from ethereum import tester [as 别名]
# 或者: from ethereum.tester import a3 [as 别名]
def test_full_scenario(self):
        self.init_market()

        # Place orders
        self.c1.send(self.m.address, 1000, sender=tester.k0)
        self.m.buy(1200, sender=tester.k0)

        self.c1.send(self.m.address, 1000, sender=tester.k1)
        self.m.buy(1400, sender=tester.k1)

        self.c2.send(self.m.address, 1000000, sender=tester.k2)
        self.m.sell(800, sender=tester.k2)

        self.c2.send(self.m.address, 1000000, sender=tester.k3)
        self.m.sell(600, sender=tester.k3)

        print("Orders placed")

        # Next epoch and ping
        self.s.mine(100)
        print("Mined 100")
        assert self.m.tick() == 1
        print("Updating")

        # Check
        assert self.c2.balance(tester.a0) == 800000
        assert self.c2.balance(tester.a1) == 600000
        assert self.c1.balance(tester.a2) == 833
        assert self.c1.balance(tester.a3) == 714
        print("Balance checks passed")

        assert self.m.volume() == 1547
        assert self.m.price() == 1000
        assert self.c1.balance(self.m.address) == 453
        assert self.c2.balance(self.m.address) == 600000
        assert self.buy_heap.size() == 0
        assert self.sell_heap.size() == 0 

# 需要导入模块: from ethereum import tester [as 别名]
# 或者: from ethereum.tester import a3 [as 别名]
def test_create(self):
        addr, _ = self.deploy_contract(urandom(20), 1, 2)
        self.state.mine(1)
        v = 13 * denoms.ether + 13
        self.c.create(sender=tester.k3, value=v)
        assert self.c.balanceOf(tester.a3) == v * self.c.tokenCreationRate() 

# 需要导入模块: from ethereum import tester [as 别名]
# 或者: from ethereum.tester import a3 [as 别名]
def test_create_raw(self):
        addr, _ = self.deploy_contract(urandom(20), 1, 2)
        self.state.mine(1)
        v = 13 * denoms.ether + 13
        create_fn_id = decode_hex('efc81a8c')
        self.state.send(tester.k3, addr, value=v, evmdata=create_fn_id)
        assert self.c.balanceOf(tester.a3) == v * self.c.tokenCreationRate() 

# 需要导入模块: from ethereum import tester [as 别名]
# 或者: from ethereum.tester import a3 [as 别名]
def test_no_fallback_fn(self):
        addr, _ = self.deploy_contract(urandom(20), 1, 2)
        self.state.mine(1)
        v = 13 * denoms.ether + 13
        with self.assertRaises(TransactionFailed):
            self.state.send(tester.k3, addr, value=v)
        assert self.c.balanceOf(tester.a3) == 0 

# 需要导入模块: from ethereum import tester [as 别名]
# 或者: from ethereum.tester import a3 [as 别名]
def test_lottery_find_winner2(self):
        lottery = Lottery({
            tester.a4: 40 * eth,
            tester.a3: 30 * eth,
            tester.a2: 20 * eth,
            tester.a1: 10 * eth,
        })
        r = int(2**32 * 0.4)
        assert lottery.find_winner(r)[0].address == tester.a3 

# 需要导入模块: from ethereum import tester [as 别名]
# 或者: from ethereum.tester import a3 [as 别名]
def test_lottery_payout(self):
        self.deploy_contract()
        lottery = Lottery({
            tester.a4: 40 * eth,
            tester.a3: 30 * eth,
            tester.a2: 20 * eth,
            tester.a1: 10 * eth,
        })
        self.lottery_init(5, lottery)
        self.state.mine(100)
        self.lottery_randomise(5, lottery)
        self.state.mine(1)
        self.lottery_get_value(lottery) != 0

        lottery._print_tree()

        r = self.lottery_get_rand(lottery)
        assert r != 0
        winner, proof = lottery.find_winner(r)
        validate_proof(lottery, winner, proof)
        assert winner.address in (tester.a1, tester.a2, tester.a3, tester.a4)
        w0 = self.state.block.get_balance(winner.address)
        g = self.lottery_payout(5, lottery, r)
        assert g <= 50000
        win = self.state.block.get_balance(winner.address) - w0
        assert win == lottery.value