def __init__(self):
self.w3 = Web3(HTTPProvider('http://localhost:8545'))
self.root_chain = Deployer().deploy_contract('RootChain', concise=False)
self.child_chain = ChildChain(AUTHORITY['address'], self.root_chain)
self.transactions = []
self.accounts = []
def __init__(self):
self.root_chain = Deployer().deploy_contract('RootChain',
concise=False)
self.child_chain = ChildChain(AUTHORITY['address'], self.root_chain)
print("child chain {0}".format(self.child_chain))
print("init {0}".format(AUTHORITY['address']))
self.confirmations = {}
self.accounts = []
def __init__(self,
root_chain_provider=HTTPProvider('http://localhost:8545'),
child_chain_url="http://localhost:8546/jsonrpc"):
deployer = Deployer(root_chain_provider)
self.root_chain = deployer.get_contract_at_address("RootChain",
CONTRACT_ADDRESS,
concise=True)
self.child_chain = ChildChainService(child_chain_url)
def __init__(self,
root_chain_address,
root_chain_provider=HTTPProvider('http://localhost:8545'),
child_chain_url="http://localhost:8546/jsonrpc"):
deployer = Deployer(root_chain_provider)
root_chain_address = Web3.toChecksumAddress(root_chain_address)
self.root_chain = deployer.get_contract_at_address("RootChain",
root_chain_address,
concise=True)
self.child_chain = ChildChainService(child_chain_url)
def __init__(self, root_chain_provider=None, child_chain_url="http://localhost:8546/jsonrpc"):
if root_chain_provider is None:
if plasma_config['NETWORK'].startswith("wss://"):
root_chain_provider = WebsocketProvider(plasma_config['NETWORK'])
else:
root_chain_provider = HTTPProvider(plasma_config['NETWORK'])
self.deployer = Deployer(root_chain_provider)
self.w3 = self.deployer.w3
self.root_chain = self.deployer.get_contract_at_address("RootChain", plasma_config['ROOT_CHAIN_CONTRACT_ADDRESS'], concise=False)
self.child_chain = ChildChainService(child_chain_url)
def create_contract(path, args=(), sender=t.k0):
abi, hexcode, _ = Deployer().compile_contract(path, args)
bytecode = u.decode_hex(hexcode)
ct = ContractTranslator(abi)
code = bytecode + (ct.encode_constructor_arguments(args) if args else b'')
address = t.chain.tx(sender=sender, to=b'', startgas=(4 * 10 ** 6), value=0, data=code)
return t.ABIContract(t.chain, abi, address)
def __init__(self):
self.w3 = Web3(HTTPProvider('http://localhost:8545'))
self.root_chain = Deployer().deploy_contract('RootChain', concise=False)
self.child_chain = ChildChain(bytes.fromhex(AUTHORITY['address'][2:]), self.root_chain)
self.transactions = []
self.accounts = []
self.handlers = dict()
# Register handlers
self.register_handler('Deposit', self.deposit)
self.register_handler('Transfer', self.transfer)
self.register_handler('SubmitBlock', self.submit_block)
self.register_handler('Confirm', self.confirm)
self.register_handler('Withdraw', self.withdraw)
def __init__(self,
root_chain_provider=HTTPProvider('http://localhost:8545'),
child_chain_url="http://localhost:8546/jsonrpc"):
deployer = Deployer(root_chain_provider)
abi = json.load(open("contract_data/RootChain.json"))
self.root_chain = deployer.w3.eth.contract(
abi,
plasma_config['ROOT_CHAIN_CONTRACT_ADDRESS'],
ContractFactoryClass=ConciseContract)
self.child_chain = ChildChainService(child_chain_url)
def main(root_chain_address, eth_node_endpoint):
global child_chain
root_chain_address = Web3.toChecksumAddress(root_chain_address)
root_chain = Deployer(eth_node_endpoint).get_contract_at_address(
"RootChain", root_chain_address, concise=False)
print("root_chain is %s" % root_chain)
child_chain = ChildChain(root_chain, eth_node_endpoint)
run_simple('0.0.0.0', 8546, application)
def __init__(self,
authority,
root_chain_provider=HTTPProvider('http://localhost:8545'),
child_chain_url="http://localhost:8546/jsonrpc"):
deployer = Deployer(root_chain_provider)
abi = json.load(open("contract_data/RootChain.json"))
self.w3 = deployer.w3
self.root_chain = self.w3.eth.contract(
abi,
plasma_config['ROOT_CHAIN_CONTRACT_ADDRESS'],
ContractFactoryClass=ConciseContract)
self.authority = authority
self.blocks = {}
self.current_block_number = 1
self.current_block = Block()
self.pending_transactions = []
def __init__(self, child_chain, CONTRACT_DATA_DIR=CONTRACT_DATA_DIR):
self.CONTRACT_DATA_DIR = CONTRACT_DATA_DIR
self.child_chain = child_chain
self.root_chain = self.child_chain.root_chain
self.root_address = self.root_chain.address
self.authority = self.child_chain.authority
self.address = "0x" + self.authority.hex()
self.to_contractaddresses = set(
[to_contractaddress for _, to_contractaddress in EXCHANGE_RATE])
self.contract_instances = {}
for contractaddress in self.to_contractaddresses:
self.contract_instances[contractaddress] = Deployer(
).get_contract_at_address("ERC20", contractaddress, concise=False)
if not self.get_balance():
for contractaddress in self.to_contractaddresses:
contract_instance = self.contract_instances[contractaddress]
amount = int(100000000 * (10**18) / 100)
contract_instance.transact({
'from': self.address
}).approve(self.root_address, amount)
self.root_chain.transact({
'from': self.address
}).deposit(contractaddress, amount, 0)
import rlp
from werkzeug.wrappers import Request, Response
from werkzeug.serving import run_simple
from jsonrpc import JSONRPCResponseManager, dispatcher
from ethereum import utils
from plasma.child_chain.child_chain import ChildChain
from plasma.root_chain.deployer import Deployer
from plasma_core.constants import CONTRACT_ADDRESS, AUTHORITY
from plasma_core.block import Block
from plasma_core.transaction import Transaction
from plasma_core.utils.transactions import encode_utxo_id
root_chain = Deployer().get_contract_at_address("RootChain", CONTRACT_ADDRESS, concise=False)
child_chain = ChildChain(AUTHORITY['address'], root_chain)
@Request.application
def application(request):
# Dispatcher is dictionary {<method_name>: callable}
dispatcher["submit_block"] = lambda block: child_chain.submit_block(rlp.decode(utils.decode_hex(block), Block))
dispatcher["apply_transaction"] = lambda transaction: child_chain.apply_transaction(rlp.decode(utils.decode_hex(transaction), Transaction))
dispatcher["get_transaction"] = lambda blknum, txindex: rlp.encode(child_chain.get_transaction(encode_utxo_id(blknum, txindex, 0)), Transaction).hex()
dispatcher["get_current_block"] = lambda: rlp.encode(child_chain.get_current_block(), Block).hex()
dispatcher["get_current_block_num"] = lambda: child_chain.get_current_block_num()
dispatcher["get_block"] = lambda blknum: rlp.encode(child_chain.get_block(blknum), Block).hex()
dispatcher["get_test"] = lambda: child_chain.get_test()
dispatcher["set_dict"] = lambda **num: child_chain.set_dict(**num)
dispatcher["set_test"] = lambda num: child_chain.set_test(num)
dispatcher["hello"] = lambda: child_chain.hello()
response = JSONRPCResponseManager.handle(
request.data, dispatcher)
import os
import pytest
from ethereum.tools import tester, _solidity
from ethereum.abi import ContractTranslator
from ethereum import utils
from plasma.utils import utils as plasma_utils
from plasma.root_chain.deployer import Deployer
from testing_lang.testing_language import TestingLanguage
OWN_DIR = os.path.dirname(os.path.realpath(__file__))
# Compile contracts once before tests start
deployer = Deployer()
deployer.compile_all()
@pytest.fixture
def t():
tester.chain = tester.Chain()
return tester
def get_dirs(path):
abs_contract_path = os.path.realpath(
os.path.join(OWN_DIR, '..', 'plasma', 'root_chain', 'contracts'))
sub_dirs = [x[0] for x in os.walk(abs_contract_path)]
extra_args = ' '.join(
['{}={}'.format(d.split('/')[-1], d) for d in sub_dirs])
path = '{}/{}'.format(abs_contract_path, path)
return path, extra_args
def deploy():
print("deleting child chain pickle")
shutil.rmtree(plasma_config["PICKLE_DIR"], ignore_errors=True)
deployer = Deployer()
deployer.compile_all()
deployer.deploy_contract("RootChain")
deployer = Deployer(CONTRACTS_DIR=CONTRACTS_DIR, OUTPUT_DIR=OUTPUT_DIR)
deployer.compile_all()
erc721_contract = deployer.deploy_contract("ERC721Token", args=("My ERC721 Token", "MET721"))
erc20_contract = deployer.deploy_contract("EIP20", args=(100000000 * (10 ** 18), "FEX", 18, "FEX"))
print("minting erc721 ...")
erc721_contract.mint(plasma_config["COINBASE"], 1, transact={'from': plasma_config["COINBASE"]})
erc721_contract.mint(plasma_config["COINBASE"], 888, transact={'from': plasma_config["COINBASE"]})
print("erc721 initialized")
erc20_contract_2 = deployer.deploy_contract("EIP20", args=(100000000 * (10 ** 18), "TEST", 18, "TEST"))
deployer.w3.eth.sendTransaction({'from': plasma_config["COINBASE"], 'to': to_checksum_address('0xd03ce696c376882fab5e808aad2ffeae2789a712'), 'value': deployer.w3.toWei(50, 'ether')})
# wallet seed: desert allow payment inmate ribbon still hero claim return wear retreat stuff
print("test wallet eth sent")
class Client(object):
def __init__(self, root_chain_provider=None, child_chain_url="http://localhost:8546/jsonrpc"):
if root_chain_provider is None:
if plasma_config['NETWORK'].startswith("wss://"):
root_chain_provider = WebsocketProvider(plasma_config['NETWORK'])
else:
root_chain_provider = HTTPProvider(plasma_config['NETWORK'])
self.deployer = Deployer(root_chain_provider)
self.w3 = self.deployer.w3
self.root_chain = self.deployer.get_contract_at_address("RootChain", plasma_config['ROOT_CHAIN_CONTRACT_ADDRESS'], concise=False)
self.child_chain = ChildChainService(child_chain_url)
def create_transaction(self, blknum1=0, txindex1=0, oindex1=0,
blknum2=0, txindex2=0, oindex2=0,
newowner1=b'\x00' * 20, contractaddress1=b'\x00' * 20, amount1=0, tokenid1=0,
newowner2=b'\x00' * 20, contractaddress2=b'\x00' * 20, amount2=0, tokenid2=0):
return Transaction(blknum1, txindex1, oindex1,
blknum2, txindex2, oindex2,
newowner1, contractaddress1, amount1, tokenid1,
newowner2, contractaddress2, amount2, tokenid2)
def sign_transaction(self, transaction, key1=b'', key2=b''):
if key1:
transaction.sign1(key1)
if key2:
transaction.sign1(key2)
return transaction
def deposit(self, contractAddress, amount, tokenId, owner):
send_transaction(self.w3, self.root_chain.functions.deposit(contractAddress, amount, tokenId), options={'from': owner, 'value': amount})
# self.root_chain.deposit(contractAddress, amount, tokenId, transact={'from': owner, 'value': amount})
def apply_transaction(self, transaction):
self.child_chain.apply_transaction(transaction)
def submit_block(self, block):
self.child_chain.submit_block(block)
def withdraw(self, blknum, txindex, oindex, tx, proof, sigs):
utxo_pos = blknum * 1000000000 + txindex * 10000 + oindex * 1
self.root_chain.startExit(
utxo_pos,
rlp.encode(tx, UnsignedTransaction0),
proof,
sigs,
transact={'from': '0x' + tx.newowner1.hex()}
)
def withdraw_deposit(self, owner, deposit_pos, amount):
self.root_chain.startDepositExit(deposit_pos, amount, transact={'from': owner})
def get_transaction(self, blknum, txindex):
encoded_transaction = self.child_chain.get_transaction(blknum, txindex)
return rlp.decode(utils.decode_hex(encoded_transaction), Transaction)
def get_current_block(self):
encoded_block = self.child_chain.get_current_block()
return rlp.decode(utils.decode_hex(encoded_block), Block)
def get_block(self, blknum):
encoded_block = self.child_chain.get_block(blknum)
return rlp.decode(utils.decode_hex(encoded_block), Block)
def get_current_block_num(self):
return self.child_chain.get_current_block_num()
def get_balance(self, address, block):
return self.child_chain.get_balance(address, block)
def get_utxo(self, address, block):
return self.child_chain.get_utxo(address, block)
def get_all_transactions(self):
return self.child_chain.get_all_transactions()
from plasma.root_chain.deployer import Deployer
deployer = Deployer()
deployer.compile_all()
deployer.deploy_contract("RootChain")
import os
import sys
import json
import subprocess
sys.path.append(os.path.join(os.path.dirname(__file__), '..'))
from ethereum import utils
from web3.contract import ConciseContract
from web3 import Web3, HTTPProvider
from plasma.cli import cli
from plasma.config import plasma_config
from plasma_tools.config import tools_config
from plasma.root_chain.deployer import Deployer
w3 = Web3(HTTPProvider(plasma_config['NETWORK']))
deployer = Deployer()
erc721_contract = deployer.get_contract_at_address(
"ERC721Token", tools_config['ERC721_CONTRACT_ADDRESS'], concise=True)
erc20_contract = deployer.get_contract_at_address(
"EIP20", tools_config['ERC20_CONTRACT_ADDRESS'], concise=True)
def process_cmd(command, raise_exception=True):
command = "python plasma_tools/cli.py %s" % command
print("cmd: " + command)
status, output = subprocess.getstatusoutput(command)
if status != 0 and raise_exception:
raise Exception("None zero return code")
print(output)
return status, output
class TestingLanguage(object):
def __init__(self):
self.root_chain = Deployer().deploy_contract('RootChain', concise=False)
self.child_chain = ChildChain(AUTHORITY['address'], self.root_chain)
self.transactions = []
self.accounts = []
def get_account(self):
account = ACCOUNTS[len(self.accounts)]
self.accounts.append(account)
return account
def deposit(self, account, amount):
amount = int(amount)
self.root_chain.transact({
'from': account['address'],
'value': amount
}).deposit()
# Wait for the Deposit event to be detected
time.sleep(1)
tx = Transaction(0, 0, 0,
0, 0, 0,
NULL_ADDRESS,
account['address'], amount,
NULL_ADDRESS, 0)
self.transactions.append({
'tx': tx,
'confirm_sigs': b'',
'is_deposit': True
})
return len(self.transactions) - 1
def transfer(self,
input1, oindex1, newowner1, amount1, signatory1,
input2=None, oindex2=0, newowner2=None, amount2=None, signatory2=None, cur12=NULL_ADDRESS):
newowner_address1 = newowner1['address']
amount1 = int(amount1)
newowner_address2 = NULL_ADDRESS
if newowner2 is not None:
newowner_address2 = newowner2['address']
amount2 = int(amount2) if amount2 is not None else 0
encoded_input_tx1 = rlp.encode(self.transactions[input1]['tx']).hex()
blknum1, txindex1 = self.child_chain.get_tx_pos(encoded_input_tx1)
blknum2, txindex2 = 0, 0
if input2 is not None:
encoded_input_tx2 = rlp.encode(self.transactions[input2]['tx']).hex()
blknum2, txindex2 = self.child_chain.get_tx_pos(encoded_input_tx2)
tx = Transaction(blknum1, txindex1, oindex1,
blknum2, txindex2, oindex2,
cur12,
newowner_address1, amount1,
newowner_address2, amount2)
if signatory1 is not None:
key1 = signatory1['key']
tx.sign1(key1)
if signatory2 is not None:
key2 = signatory2['key']
tx.sign2(key2)
encoded_tx = rlp.encode(tx).hex()
self.child_chain.apply_transaction(encoded_tx)
self.transactions.append({
'tx': tx,
'confirm_sigs': b'',
'is_deposit': False
})
return len(self.transactions) - 1
def submit_block(self, signatory=AUTHORITY):
signing_key = None
if signatory is not None:
signing_key = signatory['key']
block = self.child_chain.current_block
block.make_mutable()
if signing_key:
block.sign(signing_key)
self.child_chain.submit_block(rlp.encode(block).hex())
def confirm(self, tx_id, signatory1, signatory2=None):
transaction = self.transactions[tx_id]
tx = transaction['tx']
encoded_tx = rlp.encode(tx).hex()
blknum, _ = self.child_chain.get_tx_pos(encoded_tx)
block_root = self.child_chain.blocks[blknum].merkle.root
confirm_sigs = b''
for signatory in [x for x in [signatory1, signatory2] if x is not None]:
confirm_sigs += tx.confirm(block_root, signatory['key'])
self.transactions[tx_id]['confirm_sigs'] = confirm_sigs
def withdraw(self, tx_id, oindex, exitor):
transaction = self.transactions[tx_id]
tx = transaction['tx']
encoded_tx = rlp.encode(tx).hex()
tx_bytes = rlp.encode(tx, UnsignedTransaction)
sigs = tx.sig1 + tx.sig2 + transaction['confirm_sigs']
blknum, txindex = self.child_chain.get_tx_pos(encoded_tx)
utxo_pos = blknum * 1000000000 + txindex * 10000 + oindex * 1
if transaction['is_deposit']:
deposit_amount = tx.amount1
self.root_chain.transact({
'from': exitor['address']
}).startDepositExit(utxo_pos + 1, NULL_ADDRESS_HEX, deposit_amount)
else:
output_block = self.child_chain.blocks[blknum]
hashed_transaction_set = [transaction.merkle_hash for transaction in output_block.transaction_set]
merkle = FixedMerkle(16, hashed_transaction_set, hashed=True)
proof = merkle.create_membership_proof(tx.merkle_hash)
self.root_chain.transact({
'from': exitor['address']
}).startExit(utxo_pos, tx_bytes, proof, sigs)
def __init__(self):
self.root_chain = Deployer().deploy_contract('RootChain', concise=False)
self.child_chain = ChildChain(AUTHORITY['address'], self.root_chain)
self.transactions = []
self.accounts = []
from functools import wraps
from werkzeug.wrappers import Request, Response
from werkzeug.serving import run_simple
from jsonrpc import JSONRPCResponseManager, dispatcher
from plasma.child_chain.child_chain import ChildChain
from plasma.child_chain.partially_signed_transaction_pool import PartiallySignedTransactionPool
from plasma.child_chain.block_auto_submitter import BlockAutoSubmitter
from plasma.child_chain.finalize_exits_auto_submitter import FinalizeExitsAutoSubmitter
# from plasma.child_chain.liquidity_provider import LiquidilyProvider
from plasma.config import plasma_config
from plasma.root_chain.deployer import Deployer
deployer = Deployer()
root_chain = deployer.get_contract_at_address(
"RootChain", plasma_config['ROOT_CHAIN_CONTRACT_ADDRESS'], concise=False)
partially_signed_transaction_pool = PartiallySignedTransactionPool()
child_chain = ChildChain(
plasma_config['AUTHORITY'],
root_chain,
partially_signed_transaction_pool=partially_signed_transaction_pool)
BlockAutoSubmitter(child_chain,
plasma_config['BLOCK_AUTO_SUMBITTER_INTERVAL']).start()
FinalizeExitsAutoSubmitter(
plasma_config['AUTHORITY'], root_chain,
plasma_config['FINALIZE_EXITS_AUTO_SUBMITTER_INTERVAL']).start()
# liquidity_provider = LiquidilyProvider(child_chain)
def printKey(key):
def decorator(func):
from werkzeug.wrappers import Request, Response
from werkzeug.serving import run_simple
from jsonrpc import JSONRPCResponseManager, dispatcher
from plasma.child_chain.child_chain import ChildChain
from plasma.config import plasma_config
from plasma.root_chain.deployer import Deployer
child_chain = ChildChain(plasma_config['AUTHORITY'],
Deployer().get_contract("RootChain/RootChain.sol"))
@Request.application
def application(request):
# Dispatcher is dictionary {<method_name>: callable}
dispatcher["submit_block"] = lambda block: child_chain.submit_block(block)
dispatcher[
"apply_transaction"] = lambda transaction: child_chain.apply_transaction(
transaction)
dispatcher[
"get_transaction"] = lambda blknum, txindex: child_chain.get_transaction(
blknum, txindex)
dispatcher["get_current_block"] = lambda: child_chain.get_current_block()
dispatcher[
"get_current_block_num"] = lambda: child_chain.get_current_block_num()
dispatcher["get_block"] = lambda blknum: child_chain.get_block(blknum)
response = JSONRPCResponseManager.handle(request.data, dispatcher)
return Response(response.json, mimetype='application/json')
if __name__ == '__main__':
run_simple('localhost', 8546, application)
class TestingLanguage(object):
def __init__(self):
self.root_chain = Deployer().deploy_contract('RootChain', concise=False)
self.child_chain = ChildChain(AUTHORITY['address'], self.root_chain)
self.confirmations = {}
self.accounts = []
def get_account(self):
account = ACCOUNTS[len(self.accounts)]
self.accounts.append(account)
return account
def deposit(self, account, amount):
deposit_blknum = self.child_chain.chain.next_deposit_block
self.root_chain.transact({
'from': account['address'],
'value': amount
}).deposit()
# Wait for the Deposit event to be detected
time.sleep(1)
return encode_utxo_id(deposit_blknum, 0, 0)
def transfer(self,
input1, newowner1, amount1, signatory1,
input2=0, newowner2=None, amount2=0, signatory2=None, cur12=NULL_ADDRESS):
newowner_address1 = newowner1['address']
newowner_address2 = NULL_ADDRESS
if newowner2 is not None:
newowner_address2 = newowner2['address']
tx = Transaction(*decode_utxo_id(input1),
*decode_utxo_id(input2),
cur12,
newowner_address1, amount1,
newowner_address2, amount2)
if signatory1 is not None:
key1 = signatory1['key']
tx.sign1(key1)
if signatory2 is not None:
key2 = signatory2['key']
tx.sign2(key2)
spend_id = self.child_chain.apply_transaction(tx)
self.submit_block()
return spend_id
def submit_block(self, signatory=AUTHORITY):
signing_key = None
if signatory is not None:
signing_key = signatory['key']
block = self.child_chain.current_block
if signing_key:
block.sign(signing_key)
self.child_chain.submit_block(block)
def confirm(self, tx_id, signatory1, signatory2=None):
tx = self.child_chain.get_transaction(tx_id)
(blknum, _, _) = decode_utxo_id(tx_id)
block_root = self.child_chain.get_block(blknum).root
confirm_sigs = b''
for signatory in [x for x in [signatory1, signatory2] if x is not None]:
confirm_sigs += confirm_tx(tx, block_root, signatory['key'])
self.confirmations[tx_id] = confirm_sigs
def start_deposit_exit(self, utxo_id, exitor):
tx = self.child_chain.get_transaction(utxo_id)
self.root_chain.transact({
'from': exitor['address']
}).startDepositExit(utxo_id, NULL_ADDRESS_HEX, tx.amount1)
def start_exit(self, utxo_id, exitor):
tx = self.child_chain.get_transaction(utxo_id)
sigs = tx.sig1 + tx.sig2 + self.confirmations[utxo_id]
(blknum, _, _) = decode_utxo_id(utxo_id)
block = self.child_chain.get_block(blknum)
proof = block.merkle.create_membership_proof(tx.merkle_hash)
self.root_chain.transact({
'from': exitor['address']
}).startExit(utxo_id, tx.encoded, proof, sigs)
