def masterMiner():
miners_started = 0
challenge,apiId,difficulty,apiString,granularity = getVariables();
while True:
nonce = mine(str(challenge),public_keys[miners_started],difficulty);
if(nonce > 0):
value = max(0,(5000- miners_started*10) * granularity);
#value = max(0,(getAPIvalue(apiString) - miners_started*10) * granularity); #account 2 should always be winner
arg_string =""+ str(nonce) + " "+ str(apiId) +" " + str(value)+" "+str(contract_address)+" "+str(public_keys[miners_started])+" "+str(private_keys[miners_started])
print('Arg String', arg_string)
#success = execute_js('testSubmitter.js',arg_string)
#print('WE WERE SUCCESSFUL: ', success)
run_js('testSubmitter.js',arg_string);
miners_started += 1
if(miners_started == 5):
v = False;
while(v == False):
time.sleep(2);
_challenge,_apiId,_difficulty,_apiString,_granularity= getVariables();
if challenge == _challenge:
v = False
time.sleep(10);
elif _apiId > 0:
v = True
challenge = _challenge;
apiId = _apiId;
difficulty = _difficulty;
apiString = _apiString;
granularity = _granularity;
miners_started = 0;
else:
challenge,apiId,difficulty,apiString = getVariables();
print('variables grabbed')
print('Miner Stopping')
def masterMiner():
while True:
challenge, difficulty = getVariables()
print(challenge, difficulty)
nonce = mine(challenge, public_address[2:], difficulty)
print(nonce)
if (nonce > 0):
print("You guessed the hash")
value = getAPIvalue()
arg_string = "" + str(nonce) + " " + str(value) + " " + str(
contract_address) + " " + str(public_address)
run_js('submitter.js', arg_string)
time.sleep(30)
else:
pass
def startExit():
global contract_address
contract_address = getAddress()
while True:
_utxoPos = createSignature()
arg_string = "" + str(_utxoPos) + " " + str(NULL_ADDRESS) + " " + str(
1e18) + " " + str(contract_address) + " " + str(
public_keys[1]) + " " + str(private_keys[1])
run_js('submitter.js', arg_string)
print("whithdrawal submitted")
break
new_address = getAddress()
if (contract_address != new_address):
contract_address = new_address
else:
block = getPlasmaBlock()
print('Stopping Tests')
def execute(self):
"""
Executes the action_block in the PinFile
"""
for action in self.action_data["actions"]:
context = self.action_data.get("context", True)
path = self.action_data["path"]
file_path = "{0}/{1}".format(path, action)
command = self.add_ctx_params(file_path, context)
success = run_js(command)
return success
def masterMiner():
miners_started = 0
challenge, apiId, difficulty, apiString = getVariables()
while True:
nonce = mine(str(challenge), public_keys[miners_started], difficulty)
print('n', nonce)
if (nonce > 0):
print("You guessed the hash!")
value = max(0,
getAPIvalue(apiString) - miners_started * 10)
#account 2 should always be winner
arg_string = "" + str(nonce) + " " + str(apiId) + " " + str(
value) + " " + str(contract_address) + " " + str(
public_keys[miners_started]) + " " + str(
private_keys[miners_started])
print(arg_string)
#success = execute_js('testSubmitter.js',arg_string)
#print('WE WERE SUCCESSFUL: ', success)
run_js('testSubmitter.js', arg_string)
miners_started += 1
if (miners_started == 5):
v = False
while (v == False):
time.sleep(2)
_challenge, _apiId, _difficulty, _apiString = getVariables(
)
if challenge == _challenge:
v = False
time.sleep(10)
elif _apiId > 0:
v = True
challenge = _challenge
apiId = _apiId
difficulty = _difficulty
apiString = _apiString
miners_started = 0
else:
challenge, apiId, difficulty, apiString = getVariables()
print('Miner Stopping')
def execute(self):
"""
Executes the action_block in the PinFile
"""
for action in self.action_data["actions"]:
context = self.action_data.get("context", True)
path = self.action_data["path"]
file_path = "{0}/{1}".format(path, action)
command = self.add_ctx_params(file_path, context)
success = run_js(command)
return success
def masterMiner():
miners_started = 0
getAddress()
challenge, difficulty = getVariables()
while True:
nonce = mine(str(challenge), public_keys[miners_started], difficulty)
if (nonce > 0):
print("You guessed the hash!")
value = getAPIvalue() - miners_started * 10
#account 2 should always be winner
arg_string = "" + str(nonce) + " " + str(value) + " " + str(
contract_address) + " " + str(
public_keys[miners_started]) + " " + str(
private_keys[miners_started])
run_js('submitter.js', arg_string)
miners_started += 1
if (miners_started == 5):
getAddress()
challenge, difficulty = getVariables()
miners_started = 0
else:
pass
print('Miner Stopping')
def masterMiner():
miners_started = 0
while True:
nonce = mine(str(challenge), public_keys[miners_started], difficulty)
print('n', nonce)
if (nonce > 0):
print("You guessed the hash!")
value = max(0, (5000 - miners_started * 10) * granularity)
#value = max(0,(getAPIvalue(apiString) - miners_started*10) * granularity); #account 2 should always be winner
arg_string = "" + str(nonce) + " " + str(apiId) + " " + str(
value) + " " + str(contract_address) + " " + str(
public_keys[miners_started]) + " " + str(
private_keys[miners_started])
print(arg_string)
#success = execute_js('testSubmitter.js',arg_string)
#print('WE WERE SUCCESSFUL: ', success)
run_js('rinkebySubmitter.js', arg_string)
miners_started += 1
if (miners_started == 5):
break
else:
break
print('Miner Stopping')
def clearNonce():
arg_string =""+ str(nonce) + " "+str(private_key)+" "+str(gasPrice)+" "+str(public_address)
run_js('submitter.js',arg_string);
def test_run_rb_success_suppress_exitstatus_false(self):
out = run_js(self.node_success_path, suppress_exit_status_call=False
) # when command succeeds SystemExit is not raised
self.assertEqual(b'success\n', out)
def test_run_node_fail_suppress_exitstatus_false(self):
with self.assertRaises(SystemExit):
out = run_js(
self.node_fail_path, suppress_exit_status_call=False
) # when suppress_exit_status=True, Python script stopped prematurely
def test_run_node_fail_suppress_stderr(self):
out = run_js(self.node_fail_path, suppress_stderr=True)
self.assertEqual(False, out) # returns False
def test_run_node_success_suppress_stdout(self):
out = run_js(self.node_success_path, suppress_stdout=True)
self.assertEqual(
b'success\n',
out) # still returns a value, does not print to std out
def test_run_node_success(self):
out = run_js(self.node_success_path)
self.assertEqual(b'success\n', out)
def test_run_rb_success_suppress_exitstatus_false(self):
out = run_js(self.node_success_path, suppress_exit_status_call=False) # when command succeeds SystemExit is not raised
self.assertEqual(b'success\n', out)
def test_run_node_fail_suppress_exitstatus_false(self):
with self.assertRaises(SystemExit):
out = run_js(self.node_fail_path, suppress_exit_status_call=False) # when suppress_exit_status=True, Python script stopped prematurely
def test_run_node_fail_suppress_stderr(self):
out = run_js(self.node_fail_path, suppress_stderr=True)
self.assertEqual(False, out) # returns False
def test_run_node_success_suppress_stdout(self):
out = run_js(self.node_success_path, suppress_stdout=True)
self.assertEqual(b'success\n', out) # still returns a value, does not print to std out
def test_run_node_success(self):
out = run_js(self.node_success_path)
self.assertEqual(b'success\n', out)
