def make_one_batch(i):
keys = private_keys[i * num_per_batch : (i + 1) * num_per_batch]
addrs = addresses[i * num_per_batch : (i + 1) * num_per_batch]
for i in range(int(num_per_batch/2)):
acc1 = Account(keys[i])
acc2 = Account(keys[num_per_batch - 1 - i])
raw_tx, tx_hash = acc1.sign({
'nonce': 0,
'value': 1,
'gasPrice': 1,
'gas': 21000,
'to': bytes(bytearray.fromhex(addrs[num_per_batch - 1 - i][2:])),
'data': b'',
})
lines.append('{},{}\n'.format(raw_tx.hex(), tx_hash.hex()))
raw_tx, tx_hash = acc2.sign({
'nonce': 0,
'value': 1,
'gasPrice': 1,
'gas': 21000,
'to': bytes(bytearray.fromhex(addrs[i][2:])),
'data': b'',
})
lines.append('{},{}\n'.format(raw_tx.hex(), tx_hash.hex()))
def make_one_batch(i):
users = all_users[i * 2000 : (i+1) * 2000]
for i in range(num_per_batch):
acc = Account(users[i]['private_key'])
raw_tx, tx_hash = acc.sign(kitty_core_contract.functions.approveSiring(
users[i + num_per_batch]['address'],
users[i]['kitty'],
).buildTransaction({
'value': 0,
'gas': 100000000,
'gasPrice': 1,
}))
lines1.append('{},{}\n'.format(raw_tx.hex(), tx_hash.hex()))
for i in range(num_per_batch):
acc = Account(users[i + num_per_batch]['private_key'])
raw_tx, tx_hash = acc.sign(kitty_core_contract.functions.breedWithAuto(
users[i + num_per_batch]['kitty'],
users[i]['kitty'],
).buildTransaction({
'value': int(1e15),
'gas': 100000000,
'gasPrice': 1,
}))
lines2.append('{},{}\n'.format(raw_tx.hex(), tx_hash.hex()))
def make_one_batch():
users = []
idsToRemove = []
ret_set = db.candidates.aggregate([{
'$sample': {
'size': num_per_batch * 2
}
}])
for i in ret_set:
users.append(i)
idsToRemove.append(i['_id'])
if len(users) < num_per_batch * 2:
assert False
db.candidates.remove({'_id': {'$in': idsToRemove}})
txs = {}
hashes = []
for i in range(num_per_batch):
acc = Account(users[i]['private_key'])
raw_tx, tx_hash = acc.sign(
kitty_core_contract.functions.createSaleAuction(
users[i]['kitty'],
int(1e15),
0,
86400,
).buildTransaction({
'value': 0,
'gas': 100000000,
'gasPrice': 1,
}))
txs[tx_hash] = raw_tx
hashes.append(tx_hash)
cli.sendTransactions(txs)
receipts = wait_for_receipts(cli, hashes)
with open(output, 'a') as f:
for i in range(num_per_batch):
receipt = receipts[hashes[i]]
if receipt['status'] != 1:
assert False
processed_receipt = sale_auction_contract.processReceipt(receipt)
if 'AuctionCreated' not in processed_receipt:
assert False
acc = Account(users[i + num_per_batch]['private_key'])
raw_tx, tx_hash = acc.sign(
sale_auction_contract.functions.bid(
users[i]['kitty']).buildTransaction({
'value': int(1e15),
'gas': 100000000,
'gasPrice': 1,
}))
f.write('{},{}\n'.format(raw_tx.hex(), tx_hash.hex()))
def make_one_batch(i):
users = all_users[i * 1000 : (i+1) * 1000]
#idsToRemove = []
#ret_set = db.candidates.aggregate([{'$sample': {'size': num_per_batch}}])
#for i in ret_set:
# users.append(i)
# idsToRemove.append(i['_id'])
#if len(users) < num_per_batch:
# assert False
#db.candidates.remove({'_id': {'$in': idsToRemove}})
with open(output, 'a') as f:
for i in range(num_per_batch):
acc = Account(users[i]['private_key'])
raw_tx, tx_hash = acc.sign(kitty_core_contract.functions.createSaleAuction(
users[i]['kitty'],
int(1e15),
0,
86400,
).buildTransaction({
'gas': 100000000,
'gasPrice': 1,
}))
lines.append('{},{}\n'.format(raw_tx.hex(), tx_hash.hex()))
def make_one_batch(i):
for j in range(int(num_per_batch / 2)):
acc = Account(private_keys[int(i * num_per_batch + j)])
raw_tx, tx_hash = acc.sign(
ds_token_contract.functions.transfer(
addresses[int(i * num_per_batch + num_per_batch / 2 + j)],
1,
).buildTransaction({
'gas': 10000000000,
'gasPrice': 1,
}))
lines.append('{},{}\n'.format(raw_tx.hex(), tx_hash.hex()))
def make_one_batch(i):
users = all_users[i * 1000:(i + 1) * 1000]
for i in range(num_per_batch):
acc = Account(users[i]['private_key'])
raw_tx, tx_hash = acc.sign(
kitty_core_contract.functions.createSiringAuction(
users[i]['kitty'],
int(1e15),
0,
86400,
).buildTransaction({
'gas': 100000000,
'gasPrice': 1,
}))
lines.append('{},{}\n'.format(raw_tx.hex(), tx_hash.hex()))
_, contract_interface = compiled_sol.popitem()
cli = Cli(HTTPProvider("http://localhost:8080"))
example_contract = cli.eth.contract(abi=contract_interface['abi'],
bytecode=contract_interface['bin'])
tx = example_contract.constructor(1).buildTransaction({
'nonce': 1,
'gas': 100000,
'gasPrice': 100,
})
print(tx)
account = Account(
"cfac4f5fa828072ba8313b0686f02f576fa0fc8caba947569429e88968577865")
raw_tx, tx_hash = account.sign(tx)
# print("raw_tx = {}, tx_hash = {}".format(raw_tx, tx_hash))
cli.sendTransactions({tx_hash: raw_tx})
receipt = cli.getTransactionReceipt(tx_hash)
example_contract.setAddress(receipt['contractAddress'])
tx = example_contract.functions.func1(2).buildTransaction({
'nonce': 2,
'gas': 200000,
'gasPrice': 100,
})
raw_tx, tx_hash = account.sign(tx)
cli.sendTransactions({tx_hash: raw_tx})
balance = cli.getBalance("1234567890123456789012345678901234567890", height=1)
print('balance = {}'.format(balance))
kitty_core = compiled_sol['./contract/KittyCore.sol:KittyCore']
kitty_core_contract = cli.eth.contract(
abi=kitty_core['abi'],
address='b1e0e9e68297aae01347f6ce0ff21d5f72d3fa0f',
)
coo_private_key = '2289ae919f03075448d567c9c4a22846ce3711731c895f1bea572cef25bb346f'
user_private_key = 'd9815a0fa4f31172530f17a6ae64bf5f00a3a651f3d6476146d2c62ae5527dc4'
coo = Account(coo_private_key)
user1 = Account(user_private_key)
user2_address = '230DCCC4660dcBeCb8A6AEA1C713eE7A04B35cAD'
raw_tx, tx_hash = coo.sign(
kitty_core_contract.functions.createPromoKitty(
0, user1.address()).buildTransaction({
'gas': 1000000,
'gasPrice': 1,
}))
cli.sendTransactions({tx_hash: raw_tx})
receipts = []
while True:
receipts = cli.getTransactionReceipts([tx_hash])
if receipts is None or len(receipts) != 1:
time.sleep(1)
continue
break
events = kitty_core_contract.processReceipt(receipts[0])
new_kitty = events['Birth']['kittyId']
print(
f'New kitty {new_kitty} born and assigned to {events["Birth"]["owner"][24:]}'
storage_svc = compiled_sol['./contract/MainService.sol:StorageService']
computing_svc = compiled_sol['./contract/MainService.sol:ComputingService']
main_svc = compiled_sol['./contract/MainService.sol:MainService']
cli = Cli(HTTPProvider(frontend))
storage_svc_contract = cli.eth.contract(abi=storage_svc['abi'],
bytecode=storage_svc['bin'])
computing_svc_contract = cli.eth.contract(abi=computing_svc['abi'],
bytecode=computing_svc['bin'])
main_svc_contract = cli.eth.contract(abi=main_svc['abi'],
bytecode=main_svc['bin'])
account = Account(private_key)
raw_tx, tx_hash = account.sign(
storage_svc_contract.constructor().buildTransaction({
'nonce': 1,
'gas': 1000000000,
'gasPrice': 1,
}))
cli.sendTransactions({tx_hash: raw_tx})
receipts = wait_for_receipts(cli, [tx_hash])
storage_svc_address = receipts[tx_hash]['contractAddress']
raw_tx, tx_hash = account.sign(
computing_svc_contract.constructor().buildTransaction({
'nonce': 2,
'gas': 1000000000,
'gasPrice': 1,
}))
cli.sendTransactions({tx_hash: raw_tx})
receipts = wait_for_receipts(cli, [tx_hash])
computing_svc_address = receipts[tx_hash]['contractAddress']
acc_from = Account('316b4cb5409a7c8998c04ad81ffb5f771c70ae7305cbd976845c27320aa2fb36')
to_address1 = 'd024a83F83394B90AA2db581250Bc00B0B0f414a'
to_address2 = 'd7cB260c7658589fe68789F2d678e1e85F7e4831'
origin_balance_from = cli.getBalance(acc_from.address())
origin_balance_to1 = cli.getBalance(to_address1)
origin_balance_to2 = cli.getBalance(to_address2)
print('Before transfer:')
print(f'\tBalance of {acc_from.address()}: {origin_balance_from}')
print(f'\tBalance of {to_address1}: {origin_balance_to1}')
print(f'\tBalance of {to_address2}: {origin_balance_to2}')
raw_tx1, tx_hash1 = acc_from.sign({
'nonce': 1,
'value': origin_balance_from - 21000,
'gas': 21000,
'gasPrice': 1,
'data': b'',
'to': bytearray.fromhex(to_address1)
})
raw_tx2, tx_hash2 = acc_from.sign({
'nonce': 2,
'value': origin_balance_from - 21000,
'gas': 21000,
'gasPrice': 1,
'data': b'',
'to': bytearray.fromhex(to_address2)
})
cli.sendTransactions({tx_hash1: raw_tx1, tx_hash2: raw_tx2})
while True:
receipts = cli.getTransactionReceipts([tx_hash1, tx_hash2])
for line in f:
line = line.rstrip('\n')
segments = line.split(',')
addresses.append(segments[1])
lines = []
print('len(addresses) = {}'.format(len(addresses)))
num_batches = int(math.ceil(len(addresses)) / 1000)
#num_batches = 1
for i in range(num_batches):
batch_start = i * 1000
batch_end = (i + 1) * 1000
if i == num_batches - 1:
batch_end = len(addresses)
print('batch_start = {}, batch_end = {}'.format(batch_start, batch_end))
for j in range(batch_start, batch_end):
raw_tx, tx_hash = owner.sign(
ds_token_contract.functions.mint(
addresses[j],
10000000000,
).buildTransaction({
'gas': 10000000000,
'gasPrice': 1,
}))
lines.append('{},{}'.format(raw_tx.hex(), tx_hash.hex()))
print('len(lines) = {}'.format(len(lines)))
with open(output, 'a') as f:
for l in lines:
f.write(l + '\n')
coo = Account(coo_private_key)
num_batches = int(math.ceil(len(private_keys)) / 1000)
for i in range(num_batches):
batch_start = i * 1000
batch_end = (i + 1) * 1000
if i == num_batches - 1:
batch_end = len(private_keys)
print('batch_start = {}, batch_end = {}'.format(batch_start, batch_end))
txs = {}
hashes = []
for j in range(batch_start, batch_end):
raw_tx, tx_hash = coo.sign(
kitty_core_contract.functions.createPromoKitty(
j, addresses[j]).buildTransaction({
'nonce': j,
'gas': 1000000,
'gasPrice': 1,
}))
txs[tx_hash] = raw_tx
hashes.append(tx_hash)
cli.sendTransactions(txs)
candidates = []
receipts = wait_for_receipts(cli, hashes)
for j in range(len(hashes)):
receipt = receipts[hashes[j]]
if receipt['status'] != 1:
assert False
processed_receipt = kitty_core_contract.processReceipt(receipt)
from utils import wait_for_receipt
frontend = sys.argv[1]
private_key = sys.argv[2]
compiled_sol = compile_files(
[
'./contract/ConcurrentCounter.sol',
'./contract/ConcurrentLibInterface.sol'
],
output_values=['abi', 'bin'],
)
concurrent_counter = compiled_sol[
'./contract/ConcurrentCounter.sol:ConcurrentCounter']
cli = Cli(HTTPProvider(frontend))
concurrent_counter_contract = cli.eth.contract(
abi=concurrent_counter['abi'],
bytecode=concurrent_counter['bin'],
)
account = Account(private_key)
raw_tx, tx_hash = account.sign(
concurrent_counter_contract.constructor().buildTransaction({
'nonce': 1,
'gas': 1000000000,
'gasPrice': 1,
}))
cli.sendTransactions({tx_hash: raw_tx})
receipt = wait_for_receipt(cli, tx_hash)
print(f'python test.py {frontend} {private_key} {receipt["contractAddress"]}')
get_keys_by_weights(private_keys, config['test_case_weights'],
'kitties_exchanger'), kitty_exchanger_keys)
cli = Cli(HTTPProvider(frontend))
kitty_core_contract = cli.eth.contract(abi=kitty_core['abi'],
bytecode=kitty_core['bin'])
# 1. Deploy KittyCore.
ceo = Account(ceo_private_key)
coo = Account(coo_private_key)
cfo = Account(cfo_private_key)
raw_tx, tx_hash = ceo.sign(kitty_core_contract.constructor().buildTransaction({
'nonce':
1,
'gas':
10000000000,
'gasPrice':
1,
}))
cli.sendTransactions({tx_hash: raw_tx})
receipts = wait_for_receipts(cli, [tx_hash])
check_receipts(receipts)
kitty_core_address = receipts[tx_hash]['contractAddress']
kitty_core_contract.setAddress(kitty_core_address)
# 2. Deploy SaleClockAuction, SiringAuction and GeneScience.
sale_auction_contract = cli.eth.contract(abi=sale_auction['abi'],
bytecode=sale_auction['bin'])
raw_tx1, tx_hash1 = ceo.sign(
sale_auction_contract.constructor(kitty_core_address,
abi = sale_auction['abi'],
address = sale_auction_address
)
# print(kitty_core['abi'])
mongo = MongoClient('localhost', 32768)
db = mongo['parallelkitties']
hashes = []
coo = Account(coo_private_key)
for i in range(10):
txs = {}
for j in range(kitty_count):
raw_tx, tx_hash = coo.sign(kitty_core_contract.functions.createGen0Auction(j+i*kitty_count).buildTransaction({
'nonce': 100+j+i*kitty_count,
'gas': 1000000,
'gasPrice': 1,
}))
txs[tx_hash] = raw_tx
hashes.append(tx_hash)
cli.sendTransactions(txs)
time.sleep(30)
print(i)
#print(txs.keys())
for i in range(10):
print(i)
l = hashes[i*kitty_count:(i+1)*kitty_count]
auctions = []
kitties = []
concurrent_counter_contract = cli.eth.contract(
abi = concurrent_counter['abi'],
address = address,
)
account = Account(private_key)
txs = {}
hashes = []
for i in range(100):
tx = concurrent_counter_contract.functions.increment(i).buildTransaction({
'nonce': 1 + i,
'gas': 1000000000,
'gasPrice': 1,
})
raw_tx, tx_hash = account.sign(tx)
txs[tx_hash] = raw_tx
hashes.append(tx_hash)
cli.sendTransactions(txs)
receipts = wait_for_receipts(cli, hashes)
for receipt in receipts.values():
if receipt['status'] != 1:
print(receipt)
exit(1)
raw_tx, tx_hash = account.sign(concurrent_counter_contract.functions.getCounter().buildTransaction({
'gas': 1000000000,
'gasPrice': 1,
}))
cli.sendTransactions({tx_hash: raw_tx})
from ammolite import (Cli, HTTPProvider, Account)
from utils import wait_for_receipt
frontend = sys.argv[1]
private_key = sys.argv[2]
compiled_sol = compile_files(
['./contract/PhoneBook.sol', './contract/ConcurrentLibInterface.sol'],
output_values = ['abi', 'bin']
)
phone_book = compiled_sol['./contract/PhoneBook.sol:PhoneBook']
cli = Cli(HTTPProvider(frontend))
phone_book_contract = cli.eth.contract(
abi = phone_book['abi'],
bytecode = phone_book['bin']
)
account = Account(private_key)
raw_tx, tx_hash = account.sign(phone_book_contract.constructor().buildTransaction({
'nonce': 1,
'gas': 1000000,
'gasPrice': 1,
}))
cli.sendTransactions({tx_hash: raw_tx})
receipt = wait_for_receipt(cli, tx_hash)
print('Deployment complete, run this command to start the test:')
print('python3 run.py {} accounts.txt {}'.format(frontend, receipt['contractAddress']))
cli = Cli(HTTPProvider('http://192.168.1.111:8080'))
acc_from = Account(
'3d381aaf963bc03c634664cddfbf48c71962c2747824bebdf2505d7a5640c47f')
to_address = '0xd024a83F83394B90AA2db581250Bc00B0B0f414a'
origin_balance_from = cli.getBalance(acc_from.address())
origin_balance_to = cli.getBalance(to_address)
print('Before transfer:')
print(f'\tBalance of {acc_from.address()}: {origin_balance_from}')
print(f'\tBalance of {to_address}: {origin_balance_to}')
raw_tx, tx_hash = acc_from.sign({
'nonce': 1,
'value': 1000000000,
'gas': 21000,
'gasPrice': 10,
'data': b'',
'to': bytearray.fromhex(to_address[2:])
})
print(
f'Transfer 1000000000 from {acc_from.address()} to {to_address}, pay 210000 for gas'
)
cli.sendTransactions({tx_hash: raw_tx})
while True:
receipts = cli.getTransactionReceipts([tx_hash])
if receipts is None or len(receipts) != 1:
time.sleep(1)
continue
break
new_balance_from = cli.getBalance(acc_from.address())
def make_one_batch():
users = []
idsToRemove = []
ret_set = db.candidates.aggregate([{
'$sample': {
'size': num_per_batch * 2
}
}])
for i in ret_set:
users.append(i)
idsToRemove.append(i['_id'])
if len(users) < num_per_batch * 2:
assert False
db.candidates.remove({'_id': {'$in': idsToRemove}})
txs = {}
hashes = []
for i in range(num_per_batch):
acc = Account(users[i]['private_key'])
raw_tx, tx_hash = acc.sign(
kitty_core_contract.functions.approveSiring(
users[i + num_per_batch]['address'],
users[i]['kitty'],
).buildTransaction({
'value': 0,
'gas': 100000000,
'gasPrice': 1,
}))
txs[tx_hash] = raw_tx
hashes.append(tx_hash)
cli.sendTransactions(txs)
receipts = wait_for_receipts(cli, hashes)
txs = {}
hashes2 = []
for i in range(num_per_batch):
receipt = receipts[hashes[i]]
if receipt['status'] != 1:
assert False
acc = Account(users[i + num_per_batch]['private_key'])
raw_tx, tx_hash = acc.sign(
kitty_core_contract.functions.breedWithAuto(
users[i + num_per_batch]['kitty'],
users[i]['kitty'],
).buildTransaction({
'value': int(1e15),
'gas': 100000000,
'gasPrice': 1,
}))
txs[tx_hash] = raw_tx
hashes2.append(tx_hash)
cli.sendTransactions(txs)
receipts = wait_for_receipts(cli, hashes2)
miner = Account(miner_private_key)
with open(output, 'a') as f:
for i in range(num_per_batch):
receipt = receipts[hashes2[i]]
if receipt['status'] != 1:
assert False
raw_tx, tx_hash = miner.sign(
kitty_core_contract.functions.giveBirth(
users[i + num_per_batch]['kitty']).buildTransaction({
'value':
0,
'gas':
100000000,
'gasPrice':
1,
}))
f.write('{},{}\n'.format(raw_tx.hex(), tx_hash.hex()))
compiled_sols = compile_files(sols, output_values = ['abi', 'bin'])
ds_token = compiled_sols[sol_dir + 'token.sol:DSToken']
cli = Cli(HTTPProvider(frontend))
ds_token_contract = cli.eth.contract(
abi = ds_token['abi'],
bytecode = ds_token['bin'],
)
contract_owner = Account(owner_key)
console = Console()
with console.status('[bold green]Working on tasks...') as status:
raw_tx, tx_hash = contract_owner.sign(ds_token_contract.constructor(b'DST').buildTransaction({
'nonce': 1,
'gas': 10000000000,
'gasPrice': 1,
}))
#print(tx_hash.hex())
cli.sendTransactions({tx_hash: raw_tx})
while True:
time.sleep(1)
receipts = cli.getTransactionReceipts([tx_hash])
#print(receipts)
if receipts is None or len(receipts) != 1:
continue
if receipts[0]['status'] != 1:
console.log('Deploy DSToken failed.')
exit(1)
#print(receipts)
