#btc = enode.create_contract(acc, btcfile, bt_cstcb, [acc.address], True);
#print("btc address:", btc.address)
#btd = enode.create_contract(acc, btdfile, bt_cstcb, [acc.address], True);
#print("btd address:", btd.address)
# get contract: BTA, BTB, BTC, BTD
qts = ["0x8e4d8D520f52B044e1E8B054D763B723B7C3E716",
"0x45e110F81bBf89041A63Bc2403058743bc552bAF",
"0x7B29ed69368B0Ed0d3b21A857BaEeF788B13c626",
"0x60423Ebc63245631Ea71bdF58CF23A3949329cDb"]
bta = enode.get_contract(qts[0], btafile)
btb = enode.get_contract(qts[1], btbfile)
btc = enode.get_contract(qts[2], btcfile)
btd = enode.get_contract(qts[3], btdfile)
# transfer token: BTA, BTB, BTC, BTD
TRANS_VALUE = 1000000 * MAGNITUDE
#accounts = ["0xfcff222a998b0cfa175d769663fb8d750c93b24f",
# "0xab890808775d51e9bf9fa76f40ee5fff124dece5",
# "0xFc2003889D3430A7D0931B5adE5c7A101356Efd7",
# ]
accounts = ["0xFc2003889D3430A7D0931B5adE5c7A101356Efd7"]
for act in accounts:
act = Web3.toChecksumAddress(act)
print("transfer toke for acc", act)
enode.call_func(acc, bta.functions.transfer(act, TRANS_VALUE), False)
enode.call_func(acc, btb.functions.transfer(act, TRANS_VALUE), False)
enode.call_func(acc, btc.functions.transfer(act, TRANS_VALUE), False)
enode.call_func(acc, btd.functions.transfer(act, TRANS_VALUE), False)
return to
orderset = AttributeDict({
'baseToken': btoken.address,
'quoteToken': qtoken.address,
'relayer': relayer.address
})
so1 = get_order(200, 20, 0, True, acc)
so2 = get_order(200, 19, 0, True, acc)
so3 = get_order(200, 18, 0, True, acc)
bo = get_order(550, 55, 0, False, acc)
print(so1)
print(so2)
print(so3)
print(bo)
print(orderset)
enode.call_func(
relayer,
hd.functions.matchOrders(
bo, [so3, so2, so1],
[50 * MAGNITUDE, 100 * MAGNITUDE, 200 * MAGNITUDE], orderset), True)
#enode.call_func(relayer, hd.functions.matchOrders(bo, [so3, so2], [50 * MAGNITUDE, 100 * MAGNITUDE], orderset), True)
#enode.call_func(relayer, hd.functions.matchOrders(bo, (so3,), (50 * MAGNITUDE,), orderset), True)
################### match order ##############end
# get ether node
enode = EtherNode(ETH_NODE_HTTP)
# decrype keystore file
acc = enode.decrypt_keystore(ownerfile, "123456")
print("acc address:", acc.address)
relayer = acc
print("relayer address:", relayer.address)
# get contract
proxy = enode.get_contract(proxyaddr, proxyjson)
hd = enode.get_contract(hdaddr, hdjson)
tm = enode.get_contract(ymaddr, tmjson)
APPROVE_VALUE = 10**27
# approve
for qt in qts:
print("approve proxy for token:", qt)
qtoken = enode.get_contract(qt, tptjson)
enode.call_func(acc, qtoken.functions.approve(proxy.address,
APPROVE_VALUE), True)
# check approve
for qt in qts:
print("check approve proxy for token:", qt)
qtoken = enode.get_contract(qt, tptjson)
aq = qtoken.functions.allowance(relayer.address, proxy.address).call()
print("relayer quote token appove:", aq)
from ether_node import EtherNode
randaddr = "0x53bf75a6948ce0B0A7680d87881008972c7CcBcB"
randfile = "../build/contracts/Random.json"
ownerfile = "./keystore/UTC--2019-07-20T04-00-01.800933268Z--a9535b10ee96b4a03269d0e0def417af97477fd6"
if __name__ == "__main__":
# get ether node
enode = EtherNode()
# decrype keystore file
acc = enode.decrypt_keystore(ownerfile)
random = enode.get_contract(randaddr, randfile)
rnum = enode.call_func(acc, random.functions.random(1), True)
print("random number:", rnum)