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test_multiSig.py
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test_multiSig.py
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# coding=utf-8
'''
Created on 2018-09-05
@author: sarcy
Project:
'''
from modules import *
import logging
def test_multiSig1(INSTANCE, cleartxpool):
reset_wallet(INSTANCE)
# create three new accounts A B C, C is the multi-sig account
# parents A B, child C
accounts = create_accounts(INSTANCE, num=3)
if accounts == False:
logging.info('create account error')
assert 0
name1 = accounts[0]['account']
name2 = accounts[1]['account']
name3 = accounts[2]['account']
activeKey1 = accounts[0]['active']['wif_priv_key']
ownerKey1 = accounts[0]['owner']['wif_priv_key']
activeKey2 = accounts[1]['active']['wif_priv_key']
ownerKey2 = accounts[1]['owner']['wif_priv_key']
activeKey3 = accounts[2]['active']['wif_priv_key']
ownerKey3 = accounts[2]['owner']['wif_priv_key']
logging.info(accounts)
INSTANCE.wallet.addPrivateKey(activeKey3)
obj = {'weight_threshold': 2, 'account_auths': [[cybex.Account(name1)['id'], 1],[cybex.Account(name2)['id'],1]], 'key_auths': [], 'address_auths': []}
update_active_keys(INSTANCE, obj, account=name3)
obj2 = {'weight_threshold': 2, 'account_auths': [[cybex.Account(name1)['id'], 1],[cybex.Account(name2)['id'],1]], 'key_auths': [], 'address_auths': []}
# 需要owner key才能改owner key 为多签
INSTANCE.wallet.addPrivateKey(ownerKey3)
update_owner_keys(INSTANCE, obj2, account=name3)
assert cybex.Account(name3).balance('CYB') == 0
assert cybex.Account(name3)['active']['weight_threshold'] == 2
assert cybex.Account(name3)['owner']['weight_threshold'] == 2
amount = 100
INSTANCE.transfer(name1, amount, 'CYB', '', account='nathan')
INSTANCE.transfer(name2, amount, 'CYB', '', account='nathan')
INSTANCE.transfer(name3, amount, 'CYB', '', account='nathan')
temp = cybex.Cybex(node = INSTANCE.const['node_url'], proposer=name3)
cybex.cybex.cybex_debug_config(INSTANCE.const['chain_id'])
if temp.wallet.locked():
temp.wallet.unlock(CFG['wallet']['test_wallet_pwd'])
# # need A, B active key to fire a multi-sig transanction
reset_wallet(INSTANCE)
INSTANCE.wallet.addPrivateKey(activeKey1)
INSTANCE.wallet.addPrivateKey(activeKey2)
logging.debug("%s try to transfer 1 CYB to nathan", name3)
temp.transfer('nathan', 1, "CYB", account=name3)
fee = INSTANCE.fee[0]['fee']['fee']/100000
assert cybex.Account(name3).balance('CYB') == amount-fee
id = cybex.Account(name3).proposals[0]['id']
logging.info('%s proposal id %s', name3, id)
# approve propsal should cost fee
logging.info("%s accept the propsal", name1)
# account A approve proposal
INSTANCE.approveproposal(id, appprover=name1, account=name1)
assert cybex.Account(name1).balance('CYB') == amount-fee
# account A remove previous proposal
logging.info("%s remove previous propsal", name1)
INSTANCE.disapproveproposal(id, account=name1)
assert cybex.Account(name1).balance('CYB') == amount-2*fee
# account B approve proposal
logging.info("%s accept the propsal", name2)
INSTANCE.approveproposal(id, appprover=name2, account=name2)
assert cybex.Account(name2).balance('CYB') == amount-fee
# account A approve proposal again
INSTANCE.approveproposal(id, appprover=name1, account=name1)
assert cybex.Account(name1).balance('CYB') == amount-3*fee
assert len(cybex.Account(name3).proposals) == 0
assert cybex.Account(name3).balance('CYB') == amount-2*fee-1
def test_multiSig2(INSTANCE, cleartxpool):
reset_wallet(INSTANCE)
# create three new accounts A B C, C is the multi-sig account
# parents A B, child C
accounts = create_accounts(INSTANCE, num=3)
if accounts == False:
logging.info('create account error')
assert 0
name1 = accounts[0]['account']
name2 = accounts[1]['account']
name3 = accounts[2]['account']
activeKey1 = accounts[0]['active']['wif_priv_key']
ownerKey1 = accounts[0]['owner']['wif_priv_key']
activeKey2 = accounts[1]['active']['wif_priv_key']
ownerKey2 = accounts[1]['owner']['wif_priv_key']
activeKey3 = accounts[2]['active']['wif_priv_key']
ownerKey3 = accounts[2]['owner']['wif_priv_key']
logging.info(accounts)
INSTANCE.wallet.addPrivateKey(activeKey3)
logging.info('update account %s to multi sig account', name3)
key_auths = cybex.Account(name3)['active']['key_auths']
key_auths[0][1] = 2
obj = {'weight_threshold': 2, 'account_auths': [[cybex.Account(name1)['id'], 1],[cybex.Account(name2)['id'],1],[cybex.Account(name3)['id'],2]], 'key_auths': key_auths, 'address_auths': []}
update_active_keys(INSTANCE, obj, account=name3)
assert cybex.Account(name3).balance('CYB') == 0
assert cybex.Account(name3)['active']['weight_threshold'] == 2
assert len(cybex.Account(name3)['active']['account_auths']) == 3
amount = 100
INSTANCE.transfer(name1, amount, 'CYB', '', account='nathan')
INSTANCE.transfer(name2, amount, 'CYB', '', account='nathan')
INSTANCE.transfer(name3, amount, 'CYB', '', account='nathan')
temp = cybex.Cybex(node = INSTANCE.const['node_url'], proposer=name3)
cybex.cybex.cybex_debug_config(INSTANCE.const['chain_id'])
if temp.wallet.locked():
temp.wallet.unlock(CFG['wallet']['test_wallet_pwd'])
# need A, B active key to fire a multi-sig transanction
reset_wallet(INSTANCE)
INSTANCE.wallet.addPrivateKey(activeKey1)
INSTANCE.wallet.addPrivateKey(activeKey2)
logging.debug("%s try to transfer 1 CYB to nathan", name3)
temp.transfer('nathan', 1, "CYB", account=name3)
fee = INSTANCE.fee[0]['fee']['fee']/100000
assert cybex.Account(name3).balance('CYB') == amount-fee
id = cybex.Account(name3).proposals[0]['id']
logging.info('%s proposal id %s', name3, id)
# approve propsal should cost fee
logging.info("%s accept the propsal", name1)
# account A approve proposal
INSTANCE.approveproposal(id, appprover=name1, account=name1)
assert cybex.Account(name1).balance('CYB') == amount-fee
# account A remove previous proposal
logging.info("%s remove previous propsal", name1)
INSTANCE.disapproveproposal(id, account=name1)
assert cybex.Account(name1).balance('CYB') == amount-2*fee
# account B approve proposal
logging.info("%s accept the propsal", name2)
INSTANCE.approveproposal(id, appprover=name2, account=name2)
assert cybex.Account(name2).balance('CYB') == amount-fee
# account A approve proposal again, now op should be sent
INSTANCE.approveproposal(id, appprover=name1, account=name1)
assert cybex.Account(name1).balance('CYB') == amount-3*fee
assert len(cybex.Account(name3).proposals) == 0
assert cybex.Account(name3).balance('CYB') == amount-2*fee-1
reset_wallet(INSTANCE)
INSTANCE.wallet.addPrivateKey(activeKey3)
temp2 = cybex.Cybex(node = INSTANCE.const['node_url'], proposer=name3)
cybex.cybex.cybex_debug_config(INSTANCE.const['chain_id'])
if temp2.wallet.locked():
temp2.wallet.unlock(CFG['wallet']['test_wallet_pwd'])
# need A, B active key to fire multi-sig op
INSTANCE.wallet.addPrivateKey(activeKey1)
INSTANCE.wallet.addPrivateKey(activeKey2)
temp2.transfer('init1', 2, "CYB", account=name3)
id2 = cybex.Account(name3).proposals[0]['id']
logging.info('%s new proposal id %s', name3, id2)
reset_wallet(INSTANCE)
INSTANCE.wallet.addPrivateKey(activeKey3)
INSTANCE.approveproposal(id2, appprover=name3, account=name3)
assert len(cybex.Account(name3).proposals) == 0
assert cybex.Account(name3).balance('CYB') - (amount-2*fee-1-3*fee-2) < 1e-6
def test_multiSig3(INSTANCE, cleartxpool):
reset_wallet(INSTANCE)
# create three new accounts A B C D, D is the multi-sig account
# parents A B, child C
accounts = create_accounts(INSTANCE, num=4)
if accounts == False:
logging.info('create account error')
assert 0
name1 = accounts[0]['account'] # grandparent
name2 = accounts[1]['account'] # parent1, active和owner权限仅受grandparent控制
name3 = accounts[2]['account'] # parent2
name4 = accounts[3]['account'] # child
activeKey1 = accounts[0]['active']['wif_priv_key']
ownerKey1 = accounts[0]['owner']['wif_priv_key']
activeKey2 = accounts[1]['active']['wif_priv_key']
ownerKey2 = accounts[1]['owner']['wif_priv_key']
activeKey3 = accounts[2]['active']['wif_priv_key']
ownerKey3 = accounts[2]['owner']['wif_priv_key']
activeKey4 = accounts[3]['active']['wif_priv_key']
ownerKey4 = accounts[3]['owner']['wif_priv_key']
logging.info(accounts)
INSTANCE.wallet.addPrivateKey(activeKey2)
obj1 = {'weight_threshold': 2, 'account_auths': [[cybex.Account(name1)['id'], 2],[cybex.Account(name2)['id'],1]], 'key_auths': [], 'address_auths': []}
update_active_keys(INSTANCE, obj1, account=name2)
obj2 = {'weight_threshold': 2, 'account_auths': [[cybex.Account(name1)['id'], 2],[cybex.Account(name2)['id'],1]], 'key_auths': [], 'address_auths': []}
# 需要owner key才能改name3的owner key为多签
INSTANCE.wallet.addPrivateKey(ownerKey2)
update_owner_keys(INSTANCE, obj2, account=name2)
assert cybex.Account(name2).balance('CYB') == 0
assert cybex.Account(name2)['active']['weight_threshold'] == 2
assert cybex.Account(name2)['owner']['weight_threshold'] == 2
assert len(cybex.Account(name2)['active']['account_auths']) == 2
assert len(cybex.Account(name2)['owner']['account_auths']) == 2
INSTANCE.wallet.addPrivateKey(activeKey4)
obj3 = {'weight_threshold': 2, 'account_auths': [[cybex.Account(name2)['id'], 1],[cybex.Account(name3)['id'],1]], 'key_auths': [], 'address_auths': []}
update_active_keys(INSTANCE, obj3, account=name4)
amount = 100
INSTANCE.transfer(name1, amount, 'CYB', '', account='nathan')
INSTANCE.transfer(name2, amount, 'CYB', '', account='nathan')
INSTANCE.transfer(name3, amount, 'CYB', '', account='nathan')
INSTANCE.transfer(name4, amount, 'CYB', '', account='nathan')
temp = cybex.Cybex(node = INSTANCE.const['node_url'], proposer=name4)
cybex.cybex.cybex_debug_config(INSTANCE.const['chain_id'])
if temp.wallet.locked():
temp.wallet.unlock(CFG['wallet']['test_wallet_pwd'])
# need parenet1, parent2 active key to fire a multi-sig transanction
reset_wallet(INSTANCE)
INSTANCE.wallet.addPrivateKey(activeKey2)
INSTANCE.wallet.addPrivateKey(activeKey3)
logging.debug("%s try to transfer 1 CYB to nathan", name4)
try:
temp.transfer('nathan', 1, "CYB", account=name4)
except Exception as err:
assert 'Missing Active Authority' in str(err)
reset_wallet(INSTANCE)
INSTANCE.wallet.addPrivateKey(activeKey1)
INSTANCE.wallet.addPrivateKey(activeKey3)
temp.transfer('nathan', 1, "CYB", account=name4)
fee = INSTANCE.fee[0]['fee']['fee']/100000
assert cybex.Account(name4).balance('CYB') == amount-fee
id = cybex.Account(name4).proposals[0]['id']
logging.info('%s proposal id %s', name4, id)
# grandparent and parent2 approve proposal
logging.info("%s and %s accept the propsal", name1, name3)
INSTANCE.approveproposal(id, appprover=name1, account=name1)
INSTANCE.approveproposal(id, appprover=name3, account=name3)
assert cybex.Account(name4).balance('CYB') -(amount-2-3*fee) < 1e-6
def test_multiSig4(INSTANCE, cleartxpool):
reset_wallet(INSTANCE)
# create three new accounts A B C, C is the multi-sig account
# parents A B, child C
accounts = create_accounts(INSTANCE, num=4)
if accounts == False:
logging.info('create account error')
assert 0
name1 = accounts[0]['account']
name2 = accounts[1]['account']
name3 = accounts[2]['account']
name4 = accounts[3]['account']
activeKey1 = accounts[0]['active']['wif_priv_key']
ownerKey1 = accounts[0]['owner']['wif_priv_key']
activeKey2 = accounts[1]['active']['wif_priv_key']
ownerKey2 = accounts[1]['owner']['wif_priv_key']
activeKey3 = accounts[2]['active']['wif_priv_key']
ownerKey3 = accounts[2]['owner']['wif_priv_key']
activeKey4 = accounts[3]['active']['wif_priv_key']
ownerKey4 = accounts[3]['owner']['wif_priv_key']
logging.info(accounts)
key_auths1 = cybex.Account(name1)['active']['key_auths'][0][0]
key_auths2 = cybex.Account(name2)['active']['key_auths'][0][0]
key_auths3 = cybex.Account(name3)['active']['key_auths'][0][0]
key_auths4 = cybex.Account(name4)['active']['key_auths'][0][0]
INSTANCE.wallet.addPrivateKey(activeKey2)
obj1 = {'weight_threshold': 2, 'account_auths': [[cybex.Account(name1)['id'], 2],[cybex.Account(name2)['id'],1]], 'key_auths': [], 'address_auths': []}
update_active_keys(INSTANCE, obj1, account=name2)
obj2 = {'weight_threshold': 2, 'account_auths': [[cybex.Account(name1)['id'], 2],[cybex.Account(name2)['id'],1]], 'key_auths': [], 'address_auths': []}
# 需要owner key才能改name3的owner key为多签
INSTANCE.wallet.addPrivateKey(ownerKey2)
update_owner_keys(INSTANCE, obj2, account=name2)
INSTANCE.wallet.addPrivateKey(activeKey4)
obj = {'weight_threshold': 2, 'account_auths': [], 'key_auths': [[key_auths2, 1],[key_auths3, 1],[key_auths4, 2]], 'address_auths': []}
update_active_keys(INSTANCE, obj, account=name4)
assert cybex.Account(name4).balance('CYB') == 0
assert cybex.Account(name4)['active']['weight_threshold'] == 2
assert len(cybex.Account(name4)['active']['key_auths']) == 3
INSTANCE.wallet.addPrivateKey(activeKey1)
account = cybex.Account(name1)
info = INSTANCE.rpc.get_committee_member_by_account(account["id"])
logging.info("%s is not a committee member at first", name1)
assert info == None
amount = 1030
INSTANCE.transfer(name1, amount, 'CYB', '', 'nathan')
assert cybex.Account(name1).balance('CYB') == amount
INSTANCE.upgrade_account(account=cybex.Account(name1))
# fee to update an account to LTM
fee = INSTANCE.fee[8]['fee']['membership_lifetime_fee']/100000
left = amount - fee
assert cybex.Account(name1).balance('CYB') == left
logging.info("upgrade %s to committee member", name1)
INSTANCE.create_committee_member(account=name1)
info = INSTANCE.rpc.get_committee_member_by_account(account["id"])
assert info != None
amount = 100
INSTANCE.transfer(name1, amount, 'CYB', '', account='nathan')
INSTANCE.transfer(name2, amount, 'CYB', '', account='nathan')
INSTANCE.transfer(name3, amount, 'CYB', '', account='nathan')
INSTANCE.transfer(name4, amount, 'CYB', '', account='nathan')
temp = cybex.Cybex(node = INSTANCE.const['node_url'], proposer=name4)
cybex.cybex.cybex_debug_config(INSTANCE.const['chain_id'])
if temp.wallet.locked():
temp.wallet.unlock(CFG['wallet']['test_wallet_pwd'])
# need parenet1, parent2 active key to fire a multi-sig transanction
reset_wallet(INSTANCE)
INSTANCE.wallet.addPrivateKey(activeKey2)
INSTANCE.wallet.addPrivateKey(activeKey3)
logging.debug("%s try to transfer 1 CYB to nathan", name4)
try:
temp.transfer('nathan', 1, "CYB", account=name4)
except Exception as err:
assert 'Missing Active Authority' in str(err)
reset_wallet(INSTANCE)
INSTANCE.wallet.addPrivateKey(activeKey1)
INSTANCE.wallet.addPrivateKey(activeKey3)
temp.transfer('nathan', 1, "CYB", account=name4)
fee = INSTANCE.fee[0]['fee']['fee']/100000
assert cybex.Account(name4).balance('CYB') == amount-fee
id = cybex.Account(name4).proposals[0]['id']
logging.info('%s proposal id %s', name4, id)
# grandparent(committee member) and parent2 approve proposal
logging.info("%s and %s accept the propsal", name1, name3)
INSTANCE.approveproposal(id, appprover=name1, account=name1)
INSTANCE.approveproposal(id, appprover=name3, account=name3)
logging.info("propsal will not executed since %s is committee member", name1)
assert len(cybex.Account(name4).proposals) == 1
# to committee accept this proposal, note that committee-account cannot approve proposal but propose one
# 用child私钥签名，发送交易，检查是否balance减少
# 1. add name3 active key so it could do a propose
reset_wallet(INSTANCE)
INSTANCE.wallet.addPrivateKey(activeKey3)
temp2 = cybex.Cybex(node = INSTANCE.const['node_url'], proposer=name3)
cybex.cybex.cybex_debug_config(INSTANCE.const['chain_id'])
if temp2.wallet.locked():
temp2.wallet.unlock(CFG['wallet']['test_wallet_pwd'])
id2 = cybex.Account(name4).proposals[0]['id']
logging.info('%s proposal id %s', name3, id2)
assert len(cybex.Account(name4).proposals) == 1
# need parenet1, parent2 active key to fire a multi-sig transanction
reset_wallet(INSTANCE)
INSTANCE.wallet.addPrivateKey(activeKey4)
INSTANCE.approveproposal(id2, appprover=name4, account=name4)
assert len(cybex.Account(name4).proposals) == 0
logging.info('proposal was executed properly after %s signed', name4)