def test_get_contract_with_write_address(self):
# Setup
util.write_address(self.MOCK_USER, self.VALID_CHALLENGE, self.MOCK_CONTRACT_ADDRESS)
contract_helper = util.get_icontract(self.MOCK_USER, self.VALID_CHALLENGE)
# Validate
assert contract_helper is not None
assert contract_helper.contract_address == self.MOCK_CONTRACT_ADDRESS
assert contract_helper.user_address == self.MOCK_USER
assert contract_helper.web3 is not None
# Cleanup
shutil.rmtree(constants.DB_PATH + self.MOCK_USER)
def done(address, contract):
print("deploying:\t{} {}".format(address, contract))
status = get_deploy_thread_status(address, contract)
if status[1] is not None and status[0] == "deployed":
print("Status is not none: " + str(status))
global deployers
deploy_key = (address, contract)
del deployers[deploy_key] # TODO race condition?
util.write_address(address, util.get_contract_number(contract),
status[1])
if status[0]:
return status[0]
else:
return "Starting deployment process"
def test_get_status(self):
ns = ("Not Started", "red")
dep = ("Deployed / Unfinished", "black", self.MOCK_CONTRACT_ADDRESS)
fin = ("Done!", "green", self.MOCK_CONTRACT_ADDRESS)
with run.app.app_context():
stat = util.get_status(self.MOCK_USER, 1)
self.assertTupleEqual(stat, ns)
util.exists(self.MOCK_USER)
stat = util.get_status(self.MOCK_USER, 1)
self.assertTupleEqual(stat, ns)
util.write_address(self.MOCK_USER, 1, self.MOCK_CONTRACT_ADDRESS)
stat = util.get_status(self.MOCK_USER, 1)
self.assertTupleEqual(stat, dep)
util.mark_finished(self.MOCK_USER, "01_naive_programmer")
stat = util.get_status(self.MOCK_USER, 1)
self.assertTupleEqual(stat, fin)
def test_util_get_status(self):
# Setup
path = constants.DB_PATH + self.MOCK_USER + "/" + self.MOCK_CHALLENGE
if os.path.exists(path):
os.remove(path)
# Validate
assert util.get_status(self.MOCK_USER, self.MOCK_CHALLENGE)[0] == "Not Started"
util.write_address(self.MOCK_USER, self.MOCK_CHALLENGE, self.MOCK_CONTRACT_ADDRESS)
assert util.get_status(self.MOCK_USER, self.MOCK_CHALLENGE)[0] == "Deployed / Unfinished"
util.mark_finished(self.MOCK_USER, self.MOCK_CHALLENGE)
assert util.get_status(self.MOCK_USER, self.MOCK_CHALLENGE)[0] == "Done!"
# Cleanup
if os.path.exists(path):
os.remove(path)
def test_write_address(self):
# Setup
path = constants.DB_PATH + self.MOCK_USER + "/" + self.MOCK_CHALLENGE
if os.path.exists(path):
os.remove(path)
# Validate
assert not os.path.exists(path)
util.write_address(self.MOCK_USER, self.MOCK_CHALLENGE, self.MOCK_CONTRACT_ADDRESS)
assert os.path.exists(path)
with open(path) as fd:
assert fd.read().strip() == self.MOCK_CONTRACT_ADDRESS
# Cleanup
if os.path.exists(path):
os.remove(path)
def test_mark_in_progress(self):
with run.app.app_context():
util.write_address(self.MOCK_USER, 1, self.MOCK_CONTRACT_ADDRESS)
util.mark_finished(self.MOCK_USER, "01_naive_programmer")
util.mark_in_progress(self.MOCK_USER, 1)
conn = sqlite3.connect(constants.DB_PATH)
cur = conn.cursor()
resp = cur.execute("SELECT * FROM htctable")
val = list(resp)[0]
# userid useraddress score c1state c1depoyaddr c2state c2deployaddr c3state c3deployaddr c4state c4deployaddr
self.assertTupleEqual(val,
(
1, # userid
self.MOCK_USER, # useraddress
1, # score
0, # c0state
None, # c0deployaddr
0, # c0finished
1, # c1state
self.MOCK_CONTRACT_ADDRESS, # c1deployaddr
1, # c1finished
0, # c2state
None, # c2deployaddr
0, # c2finished
0, # c3state
None, #c3deployaddr
0, # c3finished
0, # c4state
None, # c4deployaddr
0, # c4finished
0, # c5state
None, # c5deployaddr
0, # c5finished
0, # c6state
None, # c6deployaddr
0, # c6finished
0, #c7state
None, # c7deployaddr
0 # c7finished
)
)
conn.close()
def test_erase_challenge_deployed_address_from_db(self):
with run.app.app_context():
util.write_address(self.MOCK_USER, 1, self.MOCK_CONTRACT_ADDRESS)
util.erase_challenge_deployed_address_from_db(self.MOCK_USER, 1)
conn = sqlite3.connect(constants.DB_PATH)
cur = conn.cursor()
resp = cur.execute("SELECT * FROM htctable")
val = list(resp)[0]
self.assertTupleEqual(val,
(
1, #userid
self.MOCK_USER, #useraddress
0, # score
0, # c0state
None, # c0deployaddr
0, # c0finished
0, # c1state
None, # c1deployaddr
0, # c1finished
0, #c2state
None, # c2deployaddr
0, # c2finished
0, #c3state
None, # c3deployaddr
0, # c3finished
0, #c4state
None, # c4deployaddr
0, # c4finished
0, # c5state
None, # c5deployaddr
0, # c5finished
0, #c6state
None, # c6deployaddr
0, # c6finished
0, #c7state
None, # c7deployaddr
0 # c7finished
))
conn.close()
def test_get_ranking_from_db(self):
with run.app.app_context():
util.write_address(self.MOCK_USER, 1, self.MOCK_CONTRACT_ADDRESS)
util.mark_finished(self.MOCK_USER, "01_naive_programmer")
util.write_address(self.VALID_ADDRESSES[0], 2, self.VALID_ADDRESSES[1])
util.mark_finished(self.VALID_ADDRESSES[0], "02_coinflip")
util.write_address(self.VALID_ADDRESSES[0], 3, self.VALID_ADDRESSES[2])
util.mark_finished(self.VALID_ADDRESSES[0], "03_ERC20")
util.write_address(self.VALID_ADDRESSES[3], 5, self.VALID_ADDRESSES[4])
util.mark_finished(self.VALID_ADDRESSES[3], "05_bad_ico")
ranking = util.get_ranking_from_db()
self.assertListEqual(
[
(self.VALID_ADDRESSES[0], 6),
(self.VALID_ADDRESSES[3], 3),
(self.MOCK_USER, 1),
],
ranking)
def test_malicious_mark_finished(self):
with run.app.app_context():
conn = sqlite3.connect(constants.DB_PATH)
cur = conn.cursor()
util.write_address(self.MOCK_USER, 1, self.MOCK_CONTRACT_ADDRESS)
resp = cur.execute("SELECT * FROM htctable")
val = list(resp)[0]
self.assertTupleEqual(val,
(
1, # userid
self.MOCK_USER, # useraddress
0, # score
0, # c0state
None, # c0deployaddr
0, # c0finished
constants.STATE_DEPLOYED_IN_PROGRESS, # c1state
self.MOCK_CONTRACT_ADDRESS, # c1deployaddr
0, # c1finished
0, # c2state
None, # c2deployaddr
0, # c2finished
0, # c3state
None, #c3deployaddr
0, # c3finished
0, # c4state
None, # c4deployaddr
0, # c4finished
0, # c5state
None, # c5deployaddr
0, # c5finished
0, # c6state
None, # c6deployaddr
0, # c6finished
0, #c7state
None, # c7deployaddr
0 # c7finished
)
)
util.mark_in_progress(self.MOCK_USER, 1)
resp = cur.execute("SELECT * FROM htctable")
val = list(resp)[0]
self.assertTupleEqual(val,
(
1, # userid
self.MOCK_USER, # useraddress
0, # score
0, # c0state
None, # c0deployaddr
0, # c0finished
constants.STATE_DEPLOYED_IN_PROGRESS, # c1state
self.MOCK_CONTRACT_ADDRESS, # c1deployaddr
0, # c1finished
0, # c2state
None, # c2deployaddr
0, # c2finished
0, # c3state
None, #c3deployaddr
0, # c3finished
0, # c4state
None, # c4deployaddr
0, # c4finished
0, # c5state
None, # c5deployaddr
0, # c5finished
0, #c6state
None, # c6deployaddr
0, # c6finished
0, #c7state
None, # c7deployaddr
0 # c7finished
)
)
util.mark_finished(self.MOCK_USER, "01_naive_programmer")
resp = cur.execute("SELECT * FROM htctable")
val = list(resp)[0]
self.assertTupleEqual(val,
(
1, # userid
self.MOCK_USER, # useraddress
1, # score
0, # c0state
None, # c0deployaddr
0, # c0finished
constants.STATE_FINISHED, # c1state
self.MOCK_CONTRACT_ADDRESS, # c1deployaddr
1, # c1finished
0, # c2state
None, # c2deployaddr
0, # c2finished
0, # c3state
None, #c3deployaddr
0, # c3finished
0, # c4state
None, # c4deployaddr
0, # c4finished
0, # c5state
None, # c5deployaddr
0, # c5finished
0, #c6state
None, # c6deployaddr
0, # c6finished
0, #c7state
None, # c7deployaddr
0 # c7finished
)
)
util.mark_finished(self.MOCK_USER, "01_naive_programmer")
resp = cur.execute("SELECT * FROM htctable")
val = list(resp)[0]
self.assertTupleEqual(val,
(
1, # userid
self.MOCK_USER, # useraddress
1, # score
0, # c0state
None, # c0deployaddr
0, # c0finished
constants.STATE_FINISHED, # c1state
self.MOCK_CONTRACT_ADDRESS, # c1deployaddr
1, # c1finished
0, # c2state
None, # c2deployaddr
0, # c2finished
0, # c3state
None, #c3deployaddr
0, # c3finished
0, # c4state
None, # c4deployaddr
0, # c4finished
0, # c5state
None, # c5deployaddr
0, # c5finished
0, #c6state
None, # c6deployaddr
0, # c6finished
0, #c7state
None, # c7deployaddr
0 # c7finished
)
)
util.write_address(self.MOCK_USER, 1, self.VALID_ADDRESSES[1])
util.mark_in_progress(self.MOCK_USER, 1)
resp = cur.execute("SELECT * FROM htctable")
val = list(resp)[0]
self.assertTupleEqual(val,
(
1, # userid
self.MOCK_USER, # useraddress
1, # score
0, # c0state
None, # c0deployaddr
0, # c0finished
constants.STATE_DEPLOYED_IN_PROGRESS, # c1state
self.VALID_ADDRESSES[1], # c1deployaddr
1, # c1finished
0, # c2state
None, # c2deployaddr
0, # c2finished
0, # c3state
None, #c3deployaddr
0, # c3finished
0, # c4state
None, # c4deployaddr
0, # c4finished
0, # c5state
None, # c5deployaddr
0, # c5finished
0, #c6state
None, # c6deployaddr
0, # c6finished
0, #c7state
None, # c7deployaddr
0 # c7finished
)
)
util.mark_grading(self.MOCK_USER, 1)
resp = cur.execute("SELECT * FROM htctable")
val = list(resp)[0]
self.assertTupleEqual(val,
(
1, # userid
self.MOCK_USER, # useraddress
1, # score
0, # c0state
None, # c0deployaddr
0, # c0finished
constants.STATE_GRADING, # c1state
self.VALID_ADDRESSES[1], # c1deployaddr
1, # c1finished
0, # c2state
None, # c2deployaddr
0, # c2finished
0, # c3state
None, #c3deployaddr
0, # c3finished
0, # c4state
None, # c4deployaddr
0, # c4finished
0, # c5state
None, # c5deployaddr
0, # c5finished
0, #c6state
None, # c6deployaddr
0, # c6finished
0, #c7state
None, # c7deployaddr
0 # c7finished
)
)
util.mark_finished(self.MOCK_USER, "01_naive_programmer")
resp = cur.execute("SELECT * FROM htctable")
val = list(resp)[0]
self.assertTupleEqual(val,
(
1, # userid
self.MOCK_USER, # useraddress
1, # score
0, # c0state
None, # c0deployaddr
0, # c0finished
constants.STATE_FINISHED, # c1state
self.VALID_ADDRESSES[1], # c1deployaddr
1, # c1finished
0, # c2state
None, # c2deployaddr
0, # c2finished
0, # c3state
None, #c3deployaddr
0, # c3finished
0, # c4state
None, # c4deployaddr
0, # c4finished
0, # c5state
None, # c5deployaddr
0, # c5finished
0, #c6state
None, # c6deployaddr
0, # c6finished
0, #c7state
None, # c7deployaddr
0 # c7finished
)
)
conn.close()
def test_get_deployed_contract_address_for_challenge(self):
with run.app.app_context():
util.write_address(self.MOCK_USER, 1, self.MOCK_CONTRACT_ADDRESS)
self.assertEqual(self.MOCK_CONTRACT_ADDRESS, util.get_deployed_contract_address_for_challenge(self.MOCK_USER, 1))
def done(address, contract):
status = get_status(address, contract)
if status[1] is not None:
util.write_address(address, contract, status[1])
return status[0]