def combined_stats_display(myarray, carray, w3, virutal_price_sum):
crv_func = load_contract("0xD533a949740bb3306d119CC777fa900bA034cd52",w3)
vecrv_func = load_contract("0x5f3b5DfEb7B28CDbD7FAba78963EE202a494e2A2",w3)
CRV_inwallet = round(call_me(crv_func.balanceOf(MY_WALLET_ADDRESS))/10**18, 2)
veCRV_locked = round(call_me(vecrv_func.locked(MY_WALLET_ADDRESS))/10**18)
veCRV_mine = round(call_me(vecrv_func.balanceOf(MY_WALLET_ADDRESS))/10**18)
x_claimable = round((myarray[-1]["cvx_rewards"][3]*(myarray[-1]["USD3pool"]/myarray[-1]["USD"]))+(myarray[-1]["cvx_rewards"][2]*(myarray[-1]["USDcvx"]/myarray[-1]["USD"]))+myarray[-1]["cvx_rewards"][1],2) + round((myarray[-1]["trix_rewards"][2]*(myarray[-1]["USDcvx"]/myarray[-1]["USD"]))+myarray[-1]["trix_rewards"][1],2)
print("$"+str(sum(carray["invested"])+(myarray[-1]["trix_rewards"][0]*carray["token_value_modifyer"][carray["longname"].index("tRicrypto")])), "invested,",sum(carray["invested"]),"is now",int(virutal_price_sum), end=' ')
print("("+str(format(round(( virutal_price_sum/sum(carray["invested"])*100)-100,5),'.3f'))+"%)", end=' ')
print("Ç"+str(round(veCRV_locked)), " veCRV locked" +Style.DIM+" ("+str(veCRV_mine), "voting) "+Style.RESET_ALL, end=' ')
print(csym+str(round(sum(carray["minted"])/10**18, 2))+Style.RESET_ALL, "minted", end=' ')
print(csym+str(format(round(myarray[-1]["claim"]-(sum(carray["minted"])/10**18)+x_claimable, 2),'5.2f')).rjust(6)+Style.RESET_ALL, "to claim", end=' ')
print("("+csym+str(CRV_inwallet)+Style.RESET_ALL,"wallet)", end=' ')
eoa = 0 - len(myarray)
if round((round(time.time())-myarray[eoa]["raw_time"])/60, 2)+eoa >= 0.5:
print(Fore.RED+str(round(((round(time.time())-myarray[eoa]["raw_time"])/60)+eoa, 2))+Style.RESET_ALL+"oos", end=' ')
if eoa > -61:
print(Style.BRIGHT+Fore.RED+str(61+eoa)+Style.RESET_ALL+" minutes under 60.", end=' ')
if sum(carray["invested"]) != myarray[eoa]["invested"]:
print(Fore.RED+str(sum(carray["invested"]) - myarray[eoa]["invested"])+Style.RESET_ALL+" of New $ obs. data", end='')
if myarray[-1]["cvx_rewards"][0] != myarray[eoa]["cvx_rewards"][0]:
print(Fore.RED+str(myarray[-1]["cvx_rewards"][0] - myarray[eoa]["cvx_rewards"][0])+Style.RESET_ALL+" of New $ obs. data", end=' ')
if myarray[-1]["trix_rewards"][0] != myarray[eoa]["trix_rewards"][0]:
print(Fore.RED+str(myarray[-1]["trix_rewards"][0] - myarray[eoa]["trix_rewards"][0])+Style.RESET_ALL+" of New $ obs. data", end=' ')
print("")
def update_curve_pools(mydict,carray,myarray,myarrayh,w3):
minter_func = load_contract("0xd061D61a4d941c39E5453435B6345Dc261C2fcE0",w3)
for i in range(0, len(carray["name"])):
mydict[carray["name"][i]+"invested"] = carray["invested"][i]
try:
if carray["invested"][i] > 0: #skip updating empty pools
carray["balanceof"][i] = call_me(load_contract(carray["guageaddress"][i],w3).balanceOf(MY_WALLET_ADDRESS))/10**18
carray["raw"][i] = call_me(load_contract(carray["guageaddress"][i],w3).claimable_tokens(MY_WALLET_ADDRESS))
potential_virtprice_update = call_me(load_contract(carray["swapaddress"][i],w3).get_virtual_price())/10**18
if potential_virtprice_update > carray["virtprice"][i]:
carray["virtprice"][i] = potential_virtprice_update
if (carray["virtprice"][i]*carray["balanceof"][i]*carray["token_value_modifyer"][i])-carray["invested"][i] > -10:
mydict[carray["name"][i]+"profit"] = (carray["virtprice"][i]*carray["balanceof"][i]*carray["token_value_modifyer"][i])-carray["invested"][i]
if abs(round((carray["raw"][i]+carray["minted"][i])/10**18, 5) - myarray[-1][carray["name"][i]+"pool"]) > 3:
print("\nMINTING HAPPENED:", carray["name"][i], "pool Before", carray["minted"][i], end=' ')
carray["minted"][i] = call_me(minter_func.minted(MY_WALLET_ADDRESS, carray["guageaddress"][i]))
print("After", carray["minted"][i])
mydict[carray["name"][i]+"pool"] = round((carray["raw"][i]+carray["minted"][i])/10**18, 5)
if myarray[-1][carray["name"][i]+"pool"] - mydict[carray["name"][i]+"pool"] > 0.01: #debug lines ... should not happen
print(myarray[-1][carray["name"][i]+"pool"] - mydict[carray["name"][i]+"pool"], "\nerror with lower raw value"+carray["name"][i], myarray[-1][carray["name"][i]+"pool"], mydict[carray["name"][i]+"pool"], end='')
except Exception: #usually happens when snx is down for maintenance
print("\nupdate curve pools exception", carray["name"][i], i)
mydict[carray["name"][i]+"pool"] = myarrayh[-1][carray["name"][i]+"pool"]
carray["raw"][i] = (myarrayh[-1][carray["name"][i]+"pool"]*10**18) - carray["minted"][i]
mydict["claim"] = round((sum(carray["raw"])+sum(carray["minted"]))/10**18, 6)
def curve_boost_check(carray,w3):
"""update variables to check boost status"""
try:
vecrv_func = load_contract("0x5f3b5DfEb7B28CDbD7FAba78963EE202a494e2A2",w3)
veCRV_mine = round(call_me(vecrv_func.balanceOf(MY_WALLET_ADDRESS))/10**18, 2)
veCRV_total = round(call_me(vecrv_func.totalSupply())/10**18, 2)
outputflag = 0
for i in range(0, len(carray["name"])):
if carray["currentboost"][i] >= 2.47: #hack to avoid spool which is annoyingly close to 2.5 boost
carray["booststatus"][i] = -1 #Green, all is well
elif carray["currentboost"][i] == 0:
carray["booststatus"][i] = 4 #Blue, pool is empty
else:
carray["balanceof"][i] = round(call_me(load_contract(carray["guageaddress"][i],w3).balanceOf(MY_WALLET_ADDRESS))/10**18, 2)
carray["totalsupply"][i] = round(call_me(load_contract(carray["guageaddress"][i],w3).totalSupply())/10**18, 2)
if carray["currentboost"][i] > 0:
carray["futureboost"][i] = 2.5 * min((carray["balanceof"][i]/2.5) + (carray["totalsupply"][i]*veCRV_mine/veCRV_total*(1-(1/2.5))), carray["balanceof"][i])/carray["balanceof"][i]
if carray["currentboost"][i] >= carray["futureboost"][i]:
carray["booststatus"][i] = 1 #Gray, boost status was higher before, nothing to do
else:
outputflag = 1
print(carray["name"][i], end='')
if carray["futureboost"][i]-carray["currentboost"][i] >= .05:
carray["booststatus"][i] = 2 #Red, big enough change in boost status to care
print(Style.BRIGHT+Fore.RED+str(format(round((carray["futureboost"][i]-carray["currentboost"][i])*10000), '04')).rjust(4)+Style.RESET_ALL, end=' ')
else:
carray["booststatus"][i] = 3 #Purple, small change in boost status
print(Style.DIM+Fore.RED+str(format(round((carray["futureboost"][i]-carray["currentboost"][i])*10000), '04')).rjust(4)+Style.RESET_ALL, end=' ')
if not outputflag:
print(Fore.GREEN+'Bööst'+Style.RESET_ALL, end=' ')
except Exception:
print("\nupdate boost exception")
def show_other_exchanges(w3):
try:
crcrv_interest = round(
((((load_contract("0xc7Fd8Dcee4697ceef5a2fd4608a7BD6A94C77480",
w3).supplyRatePerBlock().call() * 4 * 60 * 24 /
10**18) + 1)**364) - 1) * 100, 2)
aacrv_interest = round(
load_contract(
"0xc7Fd8Dcee4697ceef5a2fd4608a7BD6A94C77480",
w3).getReserveData(
"0xD533a949740bb3306d119CC777fa900bA034cd52").call()[3] /
10**25, 2)
print(
"A" + Fore.BLUE + str(format(aacrv_interest, '4.1f')).rjust(4) +
Style.RESET_ALL + "%",
"C" + Fore.BLUE + str(format(crcrv_interest, '4.1f')).rjust(4) +
Style.RESET_ALL + "%",
end=' '
) #+"C"+str(crusdc_interest)+"% "+Fore.MAGENTA+Style.BRIGHT+"Ç"+str(format(crcrv_interest, '.2f'))+"%"
except Exception:
print("AC", end='')
def cvx_getvalue(printit, myarray, w3):
cvxcrv_3pool = load_contract("0x7091dbb7fcbA54569eF1387Ac89Eb2a5C9F6d2EA",
w3) #convexCRV staking 3pool rewards
cvxcrv_crv = load_contract("0x3Fe65692bfCD0e6CF84cB1E7d24108E434A7587e",
w3) #convexCRV staking crv rewards
try:
invested = round(
cvxcrv_3pool.balanceOf(MY_WALLET_ADDRESS).call() / 10**18)
tpool_earned = cvxcrv_3pool.earned(MY_WALLET_ADDRESS).call() / 10**18
crv_earned = cvxcrv_crv.earned(MY_WALLET_ADDRESS).call() / 10**18
cvx_earned = crv_earned * CVX_fraction_factor
if printit:
print(f" CRV: {crv_earned}")
print(f" CVX: {cvx_earned}")
print(f"3pool: {tpool_earned}")
return [invested, crv_earned, cvx_earned, tpool_earned]
except Exception:
print("\nupdate cvx exception")
return [
myarray[-1]["cvx_rewards"][0], myarray[-1]["cvx_rewards"][1],
myarray[-1]["cvx_rewards"][2], myarray[-1]["cvx_rewards"][3]
]
def show_ellipsis():
try:
bsc_call = load_contract(
"0x4076CC26EFeE47825917D0feC3A79d0bB9a6bB5c",
bsc_w3).claimableRewards(MY_WALLET_ADDRESS).call(
) #manually downloaded abi due to BSC explorer limitations
print(Fore.MAGENTA + Style.BRIGHT + "Ë" + Style.RESET_ALL + Fore.BLUE +
str(format(round(bsc_call[0][1] / 10**18, 2), '5.2f').rjust(5)) +
Style.RESET_ALL,
end=' ')
#print(Fore.BLUE+str(format(round(bsc_call[1][1]/10**18,2),'.2f'))+Fore.WHITE+ "B"+Style.RESET_ALL,end=' - ')
except Exception:
print("B", end='')
def cvxcrv_getvalue(printit, myarray, w3):
cvx_cvxcrv = load_contract("0xCF50b810E57Ac33B91dCF525C6ddd9881B139332",
w3) #convex cvxCRV rewards
try:
invested = cvx_cvxcrv.balanceOf(MY_WALLET_ADDRESS).call() / 10**18
cvxcrv_earned = cvx_cvxcrv.earned(MY_WALLET_ADDRESS).call() / 10**18
if printit:
print(f" cvxCRV: {cvxcrv_earned}")
return [invested, cvxcrv_earned]
except Exception:
print("\nupdate cvxcrv exception")
return [
myarray[-1]["cvxcrv_rewards"][0], myarray[-1]["cvxcrv_rewards"][1]
]
def trix_getvalue(printit, myarray, w3):
trix_crv = load_contract("0x5Edced358e6C0B435D53CC30fbE6f5f0833F404F",
w3) #convex tripool crv rewards
try:
invested = round(trix_crv.balanceOf(MY_WALLET_ADDRESS).call() / 10**18)
crv_earned = trix_crv.earned(MY_WALLET_ADDRESS).call() / 10**18
cvx_earned = crv_earned * CVX_fraction_factor
if printit:
print(f" CRV: {crv_earned}")
print(f" CVX: {cvx_earned}")
return [invested, crv_earned, cvx_earned]
except Exception:
print("\nupdate trix exception")
return [
myarray[-1]["trix_rewards"][0], myarray[-1]["trix_rewards"][1],
myarray[-1]["trix_rewards"][2]
]
def load_curvepools_fromjson(myarray,barray,w3):
"""prepare iteratable array from json file"""
with open("curvepools.json", 'r') as thisfile:
thisarray = json.load(thisfile)
minter_func = load_contract("0xd061D61a4d941c39E5453435B6345Dc261C2fcE0",w3)
barray["minted"] = [0]*len(thisarray)
barray["balanceof"] = [0]*len(thisarray)
barray["raw"] = [0]*len(thisarray)
barray["totalsupply"] = [0]*len(thisarray)
barray["futureboost"] = [0]*len(thisarray)
barray["booststatus"] = [0]*len(thisarray)
barray["virtprice"] = [0]*len(thisarray)
barray["token_value_modifyer"] = [0]*len(thisarray)
print(len(thisarray),"pools loaded from curvepools.json")
for i in range(0, len(thisarray)):
barray["longname"].append(thisarray[i]["longname"])
barray["invested"].append(thisarray[i]["invested"])
barray["currentboost"].append(thisarray[i]["currentboost"])
barray["name"].append(thisarray[i]["name"])
barray["guageaddress"].append(thisarray[i]["guageaddress"])
barray["swapaddress"].append(thisarray[i]["swapaddress"])
try:
barray["minted"][i] = call_me(minter_func.minted(MY_WALLET_ADDRESS, barray["guageaddress"][i]))
barray["tokenaddress"].append(thisarray[i]["tokenaddress"])
except Exception:
barray["tokenaddress"].append("")
try:
_ = myarray[-1][barray["name"][i]+"pool"]
except Exception:
print(thisarray[i]["longname"], "not found in current history file, adding now.")
myarray[-1][barray["name"][i]+"pool"] = 0
myarray[-1][barray["name"][i]+"invested"] = 0
try:
barray["token_value_modifyer"][i] = thisarray[i]["token_value_modifyer"]
except Exception:
barray["token_value_modifyer"][i] = 1
def curve_header_display(myarray, carray, w3, fullheader):
"""display detailed pool information"""
vecrv_func = load_contract("0x5f3b5DfEb7B28CDbD7FAba78963EE202a494e2A2",w3)
virutal_price_sum = 0
cw = [5, 6, 11, 6, 7, 4, 0, 9, 6, 7, 5]
veCRV_mine = round(call_me(vecrv_func.balanceOf(MY_WALLET_ADDRESS))/10**18, 2)
veCRV_total = round(call_me(vecrv_func.totalSupply())/10**18, 2)
for i in range(0, len(carray["name"])):
if carray["currentboost"][i] > 0 or fullheader:
carray["totalsupply"][i] = round(call_me(load_contract(carray["guageaddress"][i],w3).totalSupply())/10**18, 2)
carray["virtprice"][i] = round(call_me(load_contract(carray["swapaddress"][i],w3).get_virtual_price())/10**18, 6)
carray["balanceof"][i] = round(call_me(load_contract(carray["guageaddress"][i],w3).balanceOf(MY_WALLET_ADDRESS))/10**18, 2)
if len(carray["tokenaddress"][i]) > 1:
carray["balanceof"][i] += round(call_me(load_contract(carray["tokenaddress"][i],w3).balanceOf(MY_WALLET_ADDRESS))/10**18, 2)
virutal_price_sum += carray["virtprice"][i]*carray["balanceof"][i]*carray["token_value_modifyer"][i]
maxinvestforfullboost = carray["totalsupply"][i]*veCRV_mine/veCRV_total
print(carray["longname"][i].ljust(len(max(carray["longname"], key=len))), carray["name"][i], end=' ')
print(str(format(carray["totalsupply"][i], ',.0f')).rjust(cw[2]), end=' ')
print("|", end=' ')
if carray["invested"][i] > 0:
print(str(carray["invested"][i]).rjust(cw[0]), end=' ')
else:
print(" "*cw[0], end=' ')
if carray["virtprice"][i]*carray["balanceof"][i]*carray["token_value_modifyer"][i] > 0:
print(Style.DIM+Fore.GREEN+str(format((carray["virtprice"][i]*carray["balanceof"][i]*carray["token_value_modifyer"][i])-carray["invested"][i], '.2f')).rjust(cw[1])+Style.RESET_ALL, end=' ')
else:
print(" "*cw[1], end=' ')
base_percent = ((carray["virtprice"][i]*carray["balanceof"][i]*carray["token_value_modifyer"][i])-carray["invested"][i])/(carray["invested"][i]+.00000001)*100
if base_percent > 0 and carray["currentboost"][i] > 0:
print("("+str(format(round(base_percent,3), '.3f')).rjust(5)+"%)", end=' ')
else:
print(" "*8, end=' ')
print("|", end=' ')
#needed_veCRV = round((carray["balanceof"][i]/carray["totalsupply"][i]*veCRV_total)-veCRV_mine)
carray["futureboost"][i] = 2.5*min((carray["balanceof"][i]/2.5) + (maxinvestforfullboost*(1-(1/2.5))), carray["balanceof"][i])/max(1,carray["balanceof"][i])
print(str(format(round(myarray[-1][carray["name"][i]+"pool"], 2), '.0f')).rjust(cw[5]), end=' ')
if abs(round(myarray[-1][carray["name"][i]+"pool"]-round(carray["minted"][i]/10**18,2), 2)) > 0.1:
print(Style.DIM+Fore.CYAN+str(format(round(myarray[-1][carray["name"][i]+"pool"]-(round(carray["minted"][i]/10**18,2)), 2), '.2f')).rjust(cw[3])+Style.RESET_ALL, end=' ')
else:
print(" "*cw[3], end=' ')
#print(Style.DIM+str(format(round(carray["minted"][i]/10**18, 2), '.2f')).rjust(cw[4])+Style.RESET_ALL, end=' ')
print("|", end=' ')
if carray["currentboost"][i] >= 2.47:
if carray["futureboost"][i]-carray["currentboost"][i] < 0:
#print(Style.DIM+Fore.GREEN+str(format(abs(round(maxinvestforfullboost-carray["balanceof"][i], 2)), '.2f')).rjust(cw[7])+Style.RESET_ALL, end=' ')
print(Style.BRIGHT+Fore.GREEN+str(format(carray["currentboost"][i], '.4f')).rjust(cw[8]).replace("0", " ")+Style.RESET_ALL, end=' ')
print(Style.DIM+Fore.GREEN+str(format(carray["futureboost"][i]-carray["currentboost"][i], '.4f')).rjust(cw[9])+Style.RESET_ALL, end=' ')
#print(Style.DIM+str(needed_veCRV).rjust(cw[10]), "additional veCRV needed to maintain full boost."+Style.RESET_ALL)
print("")
else:
print(Style.BRIGHT+Fore.GREEN+str(format(carray["currentboost"][i], '.4f')).rjust(cw[8]).replace("0", " ")+Style.RESET_ALL, end=' ')
print(" "*cw[9], end=' ')
print(("$"+str(format(round(maxinvestforfullboost-carray["balanceof"][i]), '.0f'))).rjust(cw[10])+Style.RESET_ALL, "can still fit")
elif carray["currentboost"][i] > 0:
#print(Style.DIM+str(format(round(maxinvestforfullboost-carray["balanceof"][i], 2), '.2f')).rjust(cw[7])+Style.RESET_ALL, end=' ')
print(str(format(carray["currentboost"][i], '.4f')).rjust(cw[8]), end=' ')
if carray["futureboost"][i]-carray["currentboost"][i] <= 0:
print(Style.DIM+Fore.GREEN+str(format(carray["futureboost"][i]-carray["currentboost"][i], '.4f')).rjust(cw[9])+Style.RESET_ALL, end=' ')
elif carray["futureboost"][i]-carray["currentboost"][i] < 0.05:
print(Style.DIM+Fore.RED+str(format(carray["futureboost"][i]-carray["currentboost"][i], '.4f')).rjust(cw[9])+Style.RESET_ALL, end=' ')
else:
print(Style.BRIGHT+Fore.RED+str(format(carray["futureboost"][i]-carray["currentboost"][i], '.4f')).rjust(cw[9])+Style.RESET_ALL, end=' ')
print("")
#print(Style.DIM+str(needed_veCRV).rjust(cw[10]), "additional veCRV needed for full boost."+Style.RESET_ALL)
else:
print("")
return virutal_price_sum
"tokens_recieved": 16.1750,
"btc_price": 31968,
"eth_price": 1828
}, {
"dollar_value": 5160,
"tokens_recieved": 3.9146,
"btc_price": 35391,
"eth_price": 2351
}]
MY_WALLET_ADDRESS = "0x8D82Fef0d77d79e5231AE7BFcFeBA2bAcF127E2B"
INFURA_ID = "1d651358519346beb661128bf65ab651"
infura_w3 = Web3(Web3.HTTPProvider('https://mainnet.infura.io/v3/' +
INFURA_ID))
tri_guage = load_contract("0xDeFd8FdD20e0f34115C7018CCfb655796F6B2168",
infura_w3)
tri_swap = load_contract("0xD51a44d3FaE010294C616388b506AcdA1bfAAE46",
infura_w3)
def tri_calc(fulldisplay, guage_bal):
_all_dollars_spent = sum(item['dollar_value'] for item in purchase_array)
labels = ['usd', 'btc', 'eth']
decimals = [6, 8, 18]
_curr_val = _return_total = sim_total = 0
buf = ""
_coins = []
_price_oracle = [1, 0, 0]
if fulldisplay:
parser2 = argparse.ArgumentParser()
parser2.add_argument("-e",
#!/usr/bin/env python3
from web3 import Web3
from load_contract import load_contract
MY_WALLET_ADDRESS = "0x8D82Fef0d77d79e5231AE7BFcFeBA2bAcF127E2B"
bsc_w3 = Web3(Web3.HTTPProvider('https://bsc-dataseed1.binance.org:443'))
try:
bsc_call=load_contract("0x4076CC26EFeE47825917D0feC3A79d0bB9a6bB5c", bsc_w3).claimableRewards(MY_WALLET_ADDRESS).call()
bsc_call2=load_contract("0x4076CC26EFeE47825917D0feC3A79d0bB9a6bB5c", bsc_w3).lockedBalances(MY_WALLET_ADDRESS).call()
print(round(bsc_call[0][1]/10**18,2), "EPS claimable")
print(round(bsc_call[1][1]/10**18,2), "BUSD")
print(round(bsc_call2[0]/10**18,2), "EPS locked")
except Exception:
print("\nBSC networking error")