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https://github.com/FlipsideCrypto/multicall.py.git
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add daistats
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banteg
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177
examples/daistats.py
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177
examples/daistats.py
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from decimal import Decimal
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from web3.datastructures import AttributeDict
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from multicall import Call, Multicall
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MCD_VAT = '0x35d1b3f3d7966a1dfe207aa4514c12a259a0492b'
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MCD_VOW = '0xa950524441892a31ebddf91d3ceefa04bf454466'
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MCD_DAI = '0x6b175474e89094c44da98b954eedeac495271d0f'
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UNISWAP_EXCHANGE = '0x2a1530C4C41db0B0b2bB646CB5Eb1A67b7158667'
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SAI = '0x89d24a6b4ccb1b6faa2625fe562bdd9a23260359'
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MCD_JOIN_SAI = '0xad37fd42185ba63009177058208dd1be4b136e6b'
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MCD_GOV = '0x9f8f72aa9304c8b593d555f12ef6589cc3a579a2'
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GEM_PIT = '0x69076e44a9C70a67D5b79d95795Aba299083c275'
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ETH = '0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2'
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MCD_JOIN_ETH_A = '0x2f0b23f53734252bda2277357e97e1517d6b042a'
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BAT = '0x0d8775f648430679a709e98d2b0cb6250d2887ef'
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MCD_JOIN_BAT_A = '0x3d0b1912b66114d4096f48a8cee3a56c231772ca'
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MCD_POT = '0x197e90f9fad81970ba7976f33cbd77088e5d7cf7'
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CDP_MANAGER = '0x5ef30b9986345249bc32d8928b7ee64de9435e39'
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MCD_JUG = '0x19c0976f590d67707e62397c87829d896dc0f1f1'
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MCD_FLIP_ETH_A = '0xd8a04f5412223f513dc55f839574430f5ec15531'
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MCD_FLIP_BAT_A = '0xaa745404d55f88c108a28c86abe7b5a1e7817c07'
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MCD_SPOT = '0x65c79fcb50ca1594b025960e539ed7a9a6d434a3'
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CHAI = '0x06AF07097C9Eeb7fD685c692751D5C66dB49c215'
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def from_wad(value):
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return Decimal(value) / 10**18
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def from_ray(value):
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return Decimal(value) / 10**27
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def from_rad(value):
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return Decimal(value) / 10**45
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def from_ilk(values):
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return {
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'Art': from_wad(values[0]),
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'rate': from_ray(values[1]),
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'spot': from_ray(values[2]),
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'line': from_rad(values[3]),
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'dust': from_rad(values[4]),
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}
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def from_jug(values):
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return {
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'duty': from_ray(values[0]),
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'rho': values[1],
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}
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def from_spot(values):
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return {
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'pip': values[0],
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'mat': from_ray(values[1]),
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}
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def calc_fee(rate):
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return rate ** (60 * 60 * 24 * 365) * 100 - 100
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def get_fee(base, jug):
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return calc_fee(base + jug['duty'])
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multi = Multicall([
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Call(MCD_VAT, ['Line()(uint256)'], [['Line', from_rad]]),
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Call(MCD_VAT, ['debt()(uint256)'], [['debt', from_rad]]),
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Call(MCD_VAT, ['vice()(uint256)'], [['vice', from_rad]]),
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Call(MCD_VAT, ['dai(address)(uint256)', MCD_VOW], [['vow_dai', from_rad]]),
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Call(MCD_VAT, ['sin(address)(uint256)', MCD_VOW], [['vow_sin', from_rad]]),
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Call(MCD_VAT, ['ilks(bytes32)((uint256,uint256,uint256,uint256,uint256))', b'ETH-A'], [['eth_ilk', from_ilk]]),
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Call(MCD_VAT, ['ilks(bytes32)((uint256,uint256,uint256,uint256,uint256))', b'BAT-A'], [['bat_ilk', from_ilk]]),
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Call(MCD_VAT, ['ilks(bytes32)((uint256,uint256,uint256,uint256,uint256))', b'SAI'], [['sai_ilk', from_ilk]]),
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Call(MCD_VOW, ['hump()(uint256)'], [['surplus_buffer', from_rad]]),
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Call(MCD_VOW, ['sump()(uint256)'], [['debt_size', from_rad]]),
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Call(MCD_VOW, ['Ash()(uint256)'], [['ash', from_rad]]),
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Call(MCD_VOW, ['Sin()(uint256)'], [['sin', from_rad]]),
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Call(MCD_DAI, ['totalSupply()(uint256)'], [['dai_supply', from_wad]]),
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Call(MCD_DAI, ['balanceOf(address)(uint256)', UNISWAP_EXCHANGE], [['uniswap_dai', from_wad]]),
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Call(SAI, ['totalSupply()(uint256)'], [['sai_supply', from_wad]]),
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Call(SAI, ['balanceOf(address)(uint256)', MCD_JOIN_SAI], [['sai_locked', from_wad]]),
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Call(MCD_GOV, ['balanceOf(address)(uint256)', GEM_PIT], [['gem_pit', from_wad]]),
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Call(ETH, ['balanceOf(address)(uint256)', MCD_JOIN_ETH_A], [['eth_locked', from_wad]]),
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Call(BAT, ['totalSupply()(uint256)'], [['bat_supply', from_wad]]),
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Call(BAT, ['balanceOf(address)(uint256)', MCD_JOIN_BAT_A], [['bat_locked', from_wad]]),
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Call(MCD_POT, ['Pie()(uint256)'], [['savings_pie', from_wad]]),
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Call(MCD_POT, ['chi()(uint256)'], [['pie_chi', from_ray]]),
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Call(MCD_POT, ['rho()(uint256)'], [['pot_drip', None]]),
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Call(MCD_POT, ['dsr()(uint256)'], [['dsr', from_ray]]),
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Call(CDP_MANAGER, ['cdpi()(uint256)'], [['cdps', None]]),
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Call(MCD_JUG, ['base()(uint256)'], [['base', from_ray]]),
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Call(MCD_JUG, ['ilks(bytes32)((uint256,uint256))', b'ETH-A'], [['eth_jug', from_jug]]),
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Call(MCD_JUG, ['ilks(bytes32)((uint256,uint256))', b'BAT-A'], [['bat_jug', from_jug]]),
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Call(MCD_JUG, ['ilks(bytes32)((uint256,uint256))', b'SAI'], [['sai_jug', from_jug]]),
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Call(MCD_FLIP_ETH_A, ['kicks()(uint256)'], [['eth_kicks', None]]),
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Call(MCD_FLIP_BAT_A, ['kicks()(uint256)'], [['bat_kicks', None]]),
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Call(MCD_SPOT, ['ilks(bytes32)((address,uint256))', b'ETH-A'], [['eth_mat', from_spot]]),
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Call(MCD_SPOT, ['ilks(bytes32)((address,uint256))', b'BAT-A'], [['bat_mat', from_spot]]),
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Call(CHAI, ['totalSupply()(uint256)'], [['chai_supply', from_wad]]),
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Call(MCD_GOV, ['totalSupply()(uint256)'], [['mkr_supply', from_wad]]),
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])
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def fetch_data():
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data = multi()
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data['eth_fee'] = get_fee(data['base'], data['eth_jug'])
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data['bat_fee'] = get_fee(data['base'], data['bat_jug'])
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data['sai_fee'] = get_fee(data['base'], data['sai_jug'])
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data['pot_fee'] = calc_fee(data['dsr'])
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data['savings_dai'] = data['savings_pie'] * data['pie_chi']
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data['eth_price'] = data['eth_mat']['mat'] * data['eth_ilk']['spot']
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data['bat_price'] = data['bat_mat']['mat'] * data['bat_ilk']['spot']
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data['sys_locked'] = data['eth_price'] * data['eth_locked'] + data['bat_price'] * data['bat_locked'] + data['sai_locked']
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data['sys_surplus'] = data['vow_dai'] - data['vow_sin']
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data['sys_debt'] = data['vow_sin'] - data['sin'] - data['ash']
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return data
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def main():
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data = fetch_data()
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data = AttributeDict.recursive(data)
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print('The Fundamental Equation of Dai')
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print(f"{data.eth_ilk.Art * data.eth_ilk.rate:,.0f} + {data.bat_ilk.Art * data.bat_ilk.rate:,.0f} + {data.sai_ilk.Art:,.0f} + {data.vice:,.0f} = {data.debt:,.0f}")
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print('(Dai from ETH + Dai from BAT + Dai from Sai + System Debt) = Total Dai')
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print()
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print(f'Total Dai: {data.debt:,.0f}')
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print(f'Total Sai: {data.sai_supply:,.0f}')
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print(f'Dai + Sai: {data.debt + data.sai_supply:,.0f}')
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print(f'Total Chai: {data.chai_supply:,.0f}')
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print()
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print(f'Dai from ETH: {data.eth_ilk.Art * data.eth_ilk.rate:,.0f} ({data.eth_ilk.Art * data.eth_ilk.rate / data.debt:.2%})')
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print(f'Dai from BAT: {data.bat_ilk.Art * data.bat_ilk.rate:,.0f} ({data.bat_ilk.Art * data.bat_ilk.rate / data.debt:.2%})')
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print(f'Dai from SAI: {data.sai_ilk.Art * data.sai_ilk.rate:,.0f} ({data.sai_ilk.Art * data.sai_ilk.rate / data.debt:.2%})')
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print()
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print(f'ETH Locked: {data.eth_locked:,.0f}') # eth_supply missing
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print(f'ETH Ceiling: {data.eth_ilk.line:,.0f} Dai ({data.eth_ilk.Art * data.eth_ilk.rate / data.eth_ilk.line:.2%} util.)')
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print(f'ETH Stability Fee: {data.eth_fee:.2f}%')
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print()
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print(f'BAT Locked: {data.bat_locked:,.0f} ({data.bat_locked / data.bat_supply:.2%} supply)')
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print(f'BAT Ceiling: {data.bat_ilk.line:,.0f} Dai ({data.bat_ilk.Art * data.bat_ilk.rate / data.bat_ilk.line:.2%} util.)')
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print(f'BAT Stability Fee: {data.bat_fee:.2f}%')
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print()
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print(f'Dai (ERC20) Supply: {data.dai_supply:,.0f} ({data.dai_supply / data.debt:.2%})')
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print(f'Dai in DSR: {data.savings_dai:,.0f} ({data.savings_dai / data.debt:.2%})')
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print(f'Pie in DSR: {data.savings_pie:,.0f}')
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print(f'Dai Savings Rate: {data.pot_fee:.2f}%')
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print()
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print(f'ETH Price: ${data.eth_price:,.2f}')
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print(f'BAT Price: ${data.bat_price:,.4f}')
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print(f'Collat. Ratio: {data.sys_locked / data.debt:,.2%}')
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print(f'Total Locked: ${data.sys_locked:,.0f}')
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print()
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print(f'System Surplus: {data.sys_surplus:,.0f} Dai')
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print(f'Surplus Buffer: {data.surplus_buffer:,.0f}')
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print()
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print(f'Debt available to heal: {data.sys_debt:,.0f} Dai')
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print(f'Debt Buffer: {data.debt_size:,.0f}')
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print()
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print(f'Vaults Opened: {data.cdps:,d}')
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print()
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print(f'ETH Vault Auctions: {data.eth_kicks:,d}')
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print(f'BAT Vault Auctions: {data.bat_kicks:,d}')
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print()
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print(f'MKR Supply: {data.mkr_supply:,.2f}')
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print(f'MKR in Burner: {data.gem_pit:,.2f}')
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print()
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print(f'Dai in Uniswap: {data.uniswap_dai:,.0f}')
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if __name__ == "__main__":
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main()
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