def main():
# deployer = accounts[0]
# deployer = accounts.at('0x1dcEf12e93b0aBF2d36f723e8B59Cc762775d513', force=True)
deployer = accounts.add(
'eb555556ca1b0a95142fa46019afa8451eb247dee035992742d60aa44316252f')
# ====================================
# 部署相关合约
# bank, add_strat, liq_strat, rem_strat, bank_config, goblin_config, oracle = deploy(deployer)
# 或者关联到已部署合约
bank_config = ConfigurableInterestBankConfig.at(
'0x50D73FF608c6a66b1c36f4a051363cC8a359621d')
bank = TransparentUpgradeableProxyImpl.at(
'0xF1FB892E5072cE129Af13a795f211598A8931132')
bank = interface.IAny(bank)
oracle = SimplePriceOracle.at('0xf3e2206a87014A3acE8def4Bd65BE84CC9B2b388')
add_strat = StrategyAllHTOnly.at(
'0x7Bc24bB9da86C808cf8cBC9ED935AC61068FCD34')
liq_strat = StrategyLiquidate.at(
'0x04492d6C6bB5439e5916CC792b570DEd6a3563f6')
rem_strat = StrategyWithdrawMinimizeTrading.at(
'0x5158e8E7a7C45050Cd039802530473b01570f1f2')
goblin_config = PancakeswapGoblinConfig.at(
'0x21952994097720Db2356B73617F7d03ee9662Eaa')
print('bank', bank.address)
print('bank_config', bank_config.address)
print('all ht', add_strat.address)
print('liq', liq_strat.address)
print('withdraw', rem_strat.address)
print('goblin_config', goblin_config.address)
# ====================================
pools = [
{
'name': 'sashimi',
'token': sashimi_address,
'lp': sashimi_lp_address,
'pid': 1,
'goblinConfig': [True, 6250, 7000, 11000]
}
# ====================================
# 屏蔽无需测试的token
# ,
# {
# 'name': 'busd',
# 'token': busd_address,
# 'lp': busd_lp_address,
# 'pid': 2,
# 'goblinConfig': [True, 7000, 8000, 11000]
# },
# {
# "name": "btcb",
# "token": btcb_address,
# "lp": btcb_lp_address,
# "pid": 15,
# "goblinConfig": [True, 7000, 8000, 11000]
# },
# {
# "name": "eth",
# "token": eth_address,
# "lp": eth_lp_address,
# "pid": 14,
# "goblinConfig": [True, 7000, 8000, 11000]
# },
# {
# "name": "usdt",
# "token": usdt_address,
# "lp": usdt_lp_address,
# "pid": 17,
# "goblinConfig": [True, 7000, 8000, 11000]
# },
# {
# "name": "alpha",
# "token": alpha_address,
# "lp": alpha_lp_address,
# "pid": 16,
# "goblinConfig": [True, 6250, 7000, 11000]
# }
# ====================================
]
# ====================================
# deploy pools
# registry = deploy_pools(deployer, bank, add_strat, liq_strat, rem_strat,
# bank_config, goblin_config, oracle, pools)
# 或者使用已部署的池子
registry = {}
goblin = PancakeswapPool1Goblin.at(
'0xB67e7267fc3180679AC2C4A0C13442C15321670D')
add_strat_2 = StrategyAddTwoSidesOptimal.at(
'0xe00ff084fe9d67CA6736052aFeb00F2870315F91')
registry['sashimi'] = {
'goblin': goblin,
'two_side': add_strat_2,
'token': '0xc2037C1c13dd589e0c14C699DD2498227d2172cC'
}
print('registry[ sashimi ]:', registry['sashimi'])
# ====================================
wht = interface.IAny(wht_address)
fToken = interface.IAny(sashimi_address)
# oracle.setPrices([wht], [fToken], [10**18 * 300], {'from': deployer, 'gas_price':1000000000})
# # set whitelist tokens to add_strat (no sashimi)
# add_fTokens = list(map(lambda pool: pool['token'], pools[1:]))
# print('add_fTokens:', add_fTokens)
# print('add_strat.setWhitelistTokens ...')
# add_strat.setWhitelistTokens(add_fTokens, [True] * len(add_fTokens), {'from': deployer, 'gas_price':1000000000})
# # set whitelist tokens to liq_strat, rem_strat
# fTokens = list(map(lambda pool: pool['token'], pools))
# print('fTokens:', fTokens)
# print('liq_strat.setWhitelistTokens ...')
# liq_strat.setWhitelistTokens(fTokens, [True] * len(fTokens), {'from': deployer, 'gas_price':1000000000})
# print('rem_strat.setWhitelistTokens ...')
# rem_strat.setWhitelistTokens(fTokens, [True] * len(fTokens), {'from': deployer, 'gas_price':1000000000})
#########################################################################
# test work
print('开始测试token: sashimi ...')
print('bank.nextPositionID=', bank.nextPositionID())
print('goblin.health()=', goblin.health(1))
print('goblin.shares[]=', goblin.shares(1))
print('goblin.shareToBalance(goblin.shares[])=',
goblin.shareToBalance(goblin.shares(1)))
def main():
# deployer = accounts[0]
# deployer = accounts.at('0x1dcEf12e93b0aBF2d36f723e8B59Cc762775d513', force=True)
deployer = accounts.add(
'eb555556ca1b0a95142fa46019afa8451eb247dee035992742d60aa44316252f')
alice = accounts.add(
'a8060afe2390bd0c00c7ef800f545d466b55cc84d4ad6d01e03220af03e97982')
bob = accounts.add(
'7b9009958a83807bbe38bf35f451ff0c4bf4d926cee63dd07658762db58ceba4')
# =====开始：重新部署合约===============================
# print('1 部署 银行配置合约...')
# print(' 部署3段式利率模型 triple_slope_model...')
# triple_slope_model = TripleSlopeModel.deploy({'from': deployer})
# print(' 部署可配银行配置合约 ConfigurableInterestBankConfig...')
# print(' min debt 0.2 HT at 10 gwei gas price (avg gas fee = ~0.006 HT) (killBps 1% -> at least 0.01BNB bonus)')
# print(' reserve pool bps 2000 (20%)')
# print(' kill bps 100 (1%)')
# bank_config = ConfigurableInterestBankConfig.deploy(
# 2 * 10*17, 2000, 100, triple_slope_model, {'from': deployer})
# print('2 部署 银行合约...')
# print(' 部署 ProxyAdminImpl...')
# proxy_admin = ProxyAdminImpl.deploy({'from': deployer})
# print(' 部署 Bank...')
# bank_impl = Bank.deploy({'from': deployer})
# print(' 部署 TransparentUpgradeableProxyImpl...')
# bank = TransparentUpgradeableProxyImpl.deploy(
# bank_impl, proxy_admin, bank_impl.initialize.encode_input(bank_config), {'from': deployer})
# bank = interface.IAny(bank)
# print('3 部署 测试用的预言机合约...')
# print(' 部署 SimplePriceOracle...')
# # oracle = SimplePriceOracle.deploy({'from': deployer})
# oracle = SimplePriceOracle.at('0xf3e2206a87014A3acE8def4Bd65BE84CC9B2b388')
# # strats
# print('4 部署 策略合约...')
# print(' 部署 StrategyAllHTOnly... router_address =',router_address)
# add_strat = StrategyAllHTOnly.deploy(router_address, {'from': deployer})
# print(' 部署流动性策略 StrategyLiquidate...')
# liq_strat = StrategyLiquidate.deploy(router_address, {'from': deployer})
# print(' 部署提款策略 StrategyWithdrawMinimizeTrading...')
# rem_strat = StrategyWithdrawMinimizeTrading.deploy(router_address, {'from': deployer})
# print(' 部署goblin的配置，传入oracle合约地址 PancakeswapGoblinConfig...')
# goblin_config = PancakeswapGoblinConfig.deploy(oracle, {'from': deployer})
# =====结束：重新部署合约===============================
# ====================================
# 或者关联到已部署合约
bank_config = ConfigurableInterestBankConfig.at(
'0x50D73FF608c6a66b1c36f4a051363cC8a359621d')
bank = TransparentUpgradeableProxyImpl.at(
'0xF1FB892E5072cE129Af13a795f211598A8931132')
bank = interface.IAny(bank)
oracle = SimplePriceOracle.at('0xf3e2206a87014A3acE8def4Bd65BE84CC9B2b388')
add_strat = StrategyAllHTOnly.at(
'0x7Bc24bB9da86C808cf8cBC9ED935AC61068FCD34')
liq_strat = StrategyLiquidate.at(
'0x04492d6C6bB5439e5916CC792b570DEd6a3563f6')
rem_strat = StrategyWithdrawMinimizeTrading.at(
'0x5158e8E7a7C45050Cd039802530473b01570f1f2')
goblin_config = PancakeswapGoblinConfig.at(
'0x21952994097720Db2356B73617F7d03ee9662Eaa')
# ====================================
print(' 部署后合约地址汇总：')
print(' bank', bank.address)
print(' bank_config', bank_config.address)
print(' all ht', add_strat.address)
print(' liq', liq_strat.address)
print(' withdraw', rem_strat.address)
print(' goblin_config', goblin_config.address)
pools = [{
'name': 'sashimi',
'token': sashimi_address,
'lp': sashimi_lp_address,
'pid': 1,
'goblinConfig': [True, 6250, 7000, 11000]
}]
wht = interface.IAny(wht_address)
print(' WHT的地址是:', wht_address)
# =====开始：重新配置交易池===============================
# registry = {}
# print('5 部署交易池...')
# for pool in pools:
# print(' ==============================')
# print(' 部署交易对：wht -'，pool['name'],'地址是：',pool['token'])
# fToken = interface.IAny(pool['token'])
# if pool['pid'] == 1:
# # reinvest 0.3% (avg gas fee ~0.006 BNB)
# print(' 部署 pid=1 的交易对的gobilin PancakeswapPool1Goblin ... reinvest 0.3%')
# goblin = PancakeswapPool1Goblin.deploy(
# ank,
# chef_address,
# router_address,
# add_strat,
# liq_strat,
# 30,
# {'from': deployer})
# else:
# # reinvest 0.3% (avg gas fee ~0.006 BNB)
# print(' 部署 pid>1 的交易对的gobilin PancakeswapGoblin ... reinvest 0.3%')
# goblin = PancakeswapGoblin.deploy(
# bank,
# chef_address,
# router_address,
# pool['pid'],
# add_strat,
# liq_strat,
# 30,
# {'from': deployer})
# print(' 配置goblin的配置数据到配置合约中 goblin_config.setConfigs ...',pool['goblinConfig'])
# goblin_config.setConfigs([goblin], [pool['goblinConfig']], {'from': deployer})
# print(' 部署双边策略合约：add_strat_2 StrategyAddTwoSidesOptimal ...')
# add_strat_2 = StrategyAddTwoSidesOptimal.deploy(
# router_address, goblin, fToken, {'from': deployer})
# print(' 配置双边策略add_strat_2到 goblin goblin.setStrategyOk ...')
# goblin.setStrategyOk([add_strat_2, rem_strat], True, {'from': deployer})
# print(' 配置goblin到银行配置合约 bank_config.setGoblins ...')
# bank_config.setGoblins([goblin], [goblin_config], {'from': deployer})
# # re-assign two side strat as add strat for pool 1 goblin
# if pool['pid'] == 1:
# print(' 对于pid=1的交易池 配置更严格的策略add_strat_2到goblin ...')
# goblin.setCriticalStrategies(add_strat_2, liq_strat, {'from': deployer})
# print(' 配置add_strat到goblin goblin.setStrategyOk ...')
# goblin.setStrategyOk([add_strat], False, {'from': deployer}) # unset add_strat
# registry[pool['name']] = {'goblin': goblin,
# 'two_side': add_strat_2,
# 'token': fToken.address}
# print(' 交易池配置完成！！ registry[',pool["name"],']:',registry[pool['name']])
# =====结束：重新配置交易池===============================
# 或者使用已部署的池子
registry = {}
goblin = PancakeswapPool1Goblin.at(
'0xB67e7267fc3180679AC2C4A0C13442C15321670D')
add_strat_2 = StrategyAddTwoSidesOptimal.at(
'0xe00ff084fe9d67CA6736052aFeb00F2870315F91')
registry['sashimi'] = {
'goblin': goblin,
'two_side': add_strat_2,
'token': '0xc2037C1c13dd589e0c14C699DD2498227d2172cC'
}
print('registry[ sashimi ]:', registry['sashimi'])
# ====================================
wht = interface.IAny(wht_address)
sashimi = interface.IAny(sashimi_address)
lp = interface.IAny(sashimi_lp_address)
r0, r1, _ = lp.getReserves()
sashimi_price = r1 * 10**18 // r0 # in bnb
oracle.setPrices([sashimi], [wht], [sashimi_price], {'from': deployer})
print('6 配置交易对的价格 sashimi对wht的价格的价格是', sashimi_price / 10**18)
print(' lptoken 总供应量是：', lp.totalSupply() / 10**18)
print(' 当前bank存款：', bank.totalSupply() / 10**18)
# set whitelist tokens to add_strat (no sashimi)
add_fTokens = list(map(lambda pool: pool['token'], pools[1:]))
print('add_fTokens:', add_fTokens)
print('add_strat.setWhitelistTokens ...')
add_strat.setWhitelistTokens(add_fTokens, [True] * len(add_fTokens), {
'from': deployer,
'gas_price': 1000000000
})
# set whitelist tokens to liq_strat, rem_strat
fTokens = list(map(lambda pool: pool['token'], pools))
print('fTokens:', fTokens)
print('liq_strat.setWhitelistTokens ...')
liq_strat.setWhitelistTokens(fTokens, [True] * len(fTokens),
{'from': deployer})
print('rem_strat.setWhitelistTokens ...')
rem_strat.setWhitelistTokens(fTokens, [True] * len(fTokens),
{'from': deployer})
# mint tokens
# mint_tokens(sashimi, alice)
# approve tokens
sashimi.approve(add_strat_2, 2**256 - 1, {'from': alice})
wht.approve(bank, 2**256 - 1, {'from': alice})
#########################################################################
# test work
print(' 开始测试token: sashimi ...')
print(' bank.nextPositionID=', bank.nextPositionID())
print(' 接收债务吗? ', bank_config.acceptDebt(registry['sashimi']['goblin']))
print(' minDebtSize= ', bank_config.minDebtSize())
print(
' minDebtSize.workFactor= ',
bank_config.workFactor(registry['sashimi']['goblin'],
bank_config.minDebtSize()))
print(' workFactor= ',
bank_config.workFactor(registry['sashimi']['goblin'], 10**17))
# ========================
prevBNBBal = alice.balance()
bank.work(
0, registry['sashimi']['goblin'], 10**17, 0,
eth_abi.encode_abi(['address', 'bytes'], [
registry['sashimi']['two_side'].address,
eth_abi.encode_abi(['address', 'uint256', 'uint256'],
[registry['sashimi']['token'], 0, 0])
]), {
'from': alice,
'value': '0.05 ether',
'gas_price': 1000000000
})
curBNBBal = alice.balance()
print(' bank.nextPositionID=', bank.nextPositionID())
pos_id = bank.nextPositionID() - 1
print(' goblin.health=', goblin.health(pos_id))
print(' goblin.shares=', goblin.shares(pos_id))
print(' goblin.shareToBalance(goblin.shares)=',
goblin.shareToBalance(goblin.shares(pos_id)))
print(' ∆ ht alice', curBNBBal - prevBNBBal)
print(' alice pos', bank.positionInfo(pos_id))