Best Python code snippet using autotest_python
test_swap.py
Source:test_swap.py
...18 current_balance_contract = int(token.GetBalance(user_wallet, TestSwapBase.swap_contract))19 amountToSwap = 100020 eth_addr = bytes.fromhex('7FAB4CB3D917719284F9E715A9c6B6FA1fBA217f')21 swap_args = [self.token_owner_addr(), eth_addr, Fixed8.FromDecimal(amountToSwap).value]22 tx, results = self.invoke_test(user_wallet, 'swapToEth', swap_args, contract=TestSwapBase.swap_contract.ToString())23 self.assertEqual(results[0].GetBoolean(), True)24 self.dispatched_events = []25 tx, block = self._invoke_tx_on_blockchain(tx, user_wallet)26 # now get the last event dispatched27 swap_event = self.dispatched_events[-1]28 self.assertEqual(swap_event.notify_type, b'onSwapToEth')29 event_results = swap_event.event_payload.Value30 self.assertEqual(len(event_results), 5)31 amount = event_results[3].Value32 ethAddr = event_results[2].Value33 addr = event_results[1].Value34 swapId = event_results[4].Value35 self.assertEqual(Fixed8.FromDecimal(amountToSwap).value, int.from_bytes(amount, 'little'))36 self.assertEqual(addr, self.token_owner_sh())37 self.assertEqual(ethAddr, eth_addr)38 self.assertEqual(swapId, '1')39 new_balance_user = int(token.GetBalance(user_wallet, self.token_owner_addr()))40 new_balance_contract = int(token.GetBalance(user_wallet, TestSwapBase.swap_contract))41 self.assertEqual(new_balance_contract, current_balance_contract + amountToSwap)42 self.assertEqual(new_balance_user, current_balance_user - amountToSwap)43 tx, results = self.invoke_test(user_wallet, 'totalSwapped', [], contract=TestSwapBase.swap_contract.ToString())44 amount = results[0].GetBigInteger()45 self.assertEqual(Fixed8.FromDecimal(new_balance_contract).value, amount)46 # invalid eth address47 invalid_eth_addr = bytes.fromhex('7FAB4CB3D917719284F9E715A9c6B6FA1fBA2a')48 swap_args = [self.token_owner_addr(), invalid_eth_addr, Fixed8.FromDecimal(amountToSwap).value]49 tx, results = self.invoke_test(user_wallet, 'swapToEth', swap_args, contract=TestSwapBase.swap_contract.ToString())50 self.assertEqual(len(results), 0)51 # Test min swap amount52 amountToSwap = 499.9999953 swap_args = [self.token_owner_addr(), eth_addr, Fixed8.FromDecimal(amountToSwap).value]54 tx, results = self.invoke_test(user_wallet, 'swapToEth', swap_args, contract=TestSwapBase.swap_contract.ToString())55 self.assertEqual(len(results), 0)56 # Test swap id increment57 amountToSwap = 60058 swap_args = [self.token_owner_addr(), eth_addr, Fixed8.FromDecimal(amountToSwap).value]59 60 tx, results = self.invoke_test(user_wallet, 'swapToEth', swap_args, contract=TestSwapBase.swap_contract.ToString())61 self.dispatched_events = []62 tx, block = self._invoke_tx_on_blockchain(tx, user_wallet)63 swap_event = self.dispatched_events[-1]64 event_results = swap_event.event_payload.Value65 swapId = event_results[4].Value66 self.assertEqual(swapId, '2')67 def test_b_swap_from_eth(self):68 user_wallet = self.GetTokenOwner()69 token = self.nep5_token_from_contract(TestSwapBase.nex_contract)70 current_balance_user = int(token.GetBalance(user_wallet, self.token_owner_addr()))71 amountToSwap = 100072 eth_addr = bytes.fromhex('7FAB4CB3D917719284F9E715A9c6B6FA1fBA217f')73 swap_id = 174 swap_args = [self.token_owner_addr(), eth_addr, Fixed8.FromDecimal(amountToSwap).value, swap_id]75 # should fail, only minter can swap from eth76 tx, results = self.invoke_test(user_wallet, 'swapFromEth', swap_args, contract=TestSwapBase.swap_contract.ToString())77 self.assertFalse(results[0].GetBoolean())78 owner_wallet = self.GetOwner1()79 minter_wallet = self.GetOwner2()80 setMinterArgs = [self.owner2_sh()]81 # Set a minter82 tx, results = self.invoke_test(owner_wallet, 'setMinter', setMinterArgs, contract=TestSwapBase.swap_contract.ToString())83 self.assertTrue(results[0].GetBoolean())84 self._invoke_tx_on_blockchain(tx, owner_wallet)85 # owner shouldn't be able to mint, only minter86 swap_args = [self.token_owner_addr(), eth_addr, Fixed8.FromDecimal(amountToSwap).value, swap_id]87 tx, results = self.invoke_test(owner_wallet, 'swapFromEth', swap_args, contract=TestSwapBase.swap_contract.ToString())88 self.assertFalse(results[0].GetBoolean())89 def test_c_swap_from_eth(self):90 user_wallet = self.GetTokenOwner()91 token = self.nep5_token_from_contract(TestSwapBase.nex_contract)92 current_balance_user = int(token.GetBalance(user_wallet, self.token_owner_addr()))93 amountToSwap = 160094 eth_addr = bytes.fromhex('7FAB4CB3D917719284F9E715A9c6B6FA1fBA217f')95 swap_id = '1'96 swap_args = [self.token_owner_addr(), eth_addr, Fixed8.FromDecimal(amountToSwap).value, swap_id]97 # should fail, only owner can swap from eth98 tx, results = self.invoke_test(user_wallet, 'swapFromEth', swap_args, contract=TestSwapBase.swap_contract.ToString())99 self.assertFalse(results[0].GetBoolean())100 minter_wallet = self.GetOwner2()101 # cant swap back more than has been swapped102 swap_args = [self.token_owner_addr(), eth_addr, Fixed8.FromDecimal(amountToSwap+10000).value, swap_id]103 tx, results = self.invoke_test(minter_wallet, 'swapFromEth', swap_args, contract=TestSwapBase.swap_contract.ToString())104 self.assertEqual(len(results), 0)105 # should be ok106 swap_args = [self.token_owner_addr(), eth_addr, Fixed8.FromDecimal(amountToSwap).value, swap_id]107 tx, results = self.invoke_test(minter_wallet, 'swapFromEth', swap_args, contract=TestSwapBase.swap_contract.ToString())108 self.assertEqual(results[0].GetBoolean(), True)109 self.dispatched_events = []110 tx, block = self._invoke_tx_on_blockchain(tx, minter_wallet)111 # now get the last event dispatched112 swap_event = self.dispatched_events[-1]113 self.assertEqual(swap_event.notify_type, b'onSwapFromEth')114 event_results = swap_event.event_payload.Value115 self.assertEqual(len(event_results), 5)116 amount = event_results[3].Value117 ethAddr = event_results[2].Value118 addr = event_results[1].Value119 swapid = event_results[4].Value120 self.assertEqual(Fixed8.FromDecimal(amountToSwap).value, int.from_bytes(amount, 'little'))121 self.assertEqual(addr, self.token_owner_sh())122 self.assertEqual(ethAddr, eth_addr)123 self.assertEqual(swap_id, swapid)124 tx, results = self.invoke_test(user_wallet, 'totalSwapped', [], contract=TestSwapBase.swap_contract.ToString())125 self.assertEqual(results[0].GetBigInteger(), 0)126 new_balance_user = int(token.GetBalance(user_wallet, self.token_owner_addr()))127 self.assertEqual(new_balance_user, current_balance_user + amountToSwap)128 # Now try with same swap ID, should fail129 swap_args = [self.token_owner_addr(), eth_addr, Fixed8.FromDecimal(amountToSwap).value, swap_id]130 tx, results = self.invoke_test(minter_wallet, 'swapFromEth', swap_args, contract=TestSwapBase.swap_contract.ToString())...
tests.py
Source:tests.py
...16 assert(d.X == "Class A atribute X") 17 assert(d.Y == "Class B atribute Y extend class A")18 assert(d.Z == "Class C atribute Z extend class A")19 20def invoke_test(test):21 return {22 "-a" : run_checks_class_A,23 "-b" : run_checks_class_B,24 "-c" : run_checks_class_C,25 "-d" : run_checks_class_D, 26 }[test]()27def run_checks(): 28 args, _ = getopt.getopt(sys.argv[1:], "abcd", [])29 30 if args:31 for o, _ in args: 32 invoke_test(o)33 else: 34 print("Tipo de teste não infomado.")...
test.py
Source:test.py
...4if __name__ == "__main__":5 if len(sys.argv) <= 1:6 print("Please specify a test name")7 for test_name in sys.argv[1:]:...
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