def main():
boxId = 4
seedOffset = 0
nonMint = True
fileName = f'boxHolders_{boxId}_1.csv'
seedStr = '0x54279ad7faff7f0ff1322f048798a80f987c394899e5a0a146e5415f4ad40d0a'
byteSeed = web3.toBytes(hexstr=seedStr)
seed = web3.soliditySha3(['bytes32'], [byteSeed])
seedInt = web3.toInt(seed)
if seedOffset > 0:
(seed, seedInt) = offsetSeed(seed, seedOffset, web3)
box = NFTBoxesBox.at('0xf876bBc810E84854C9C37018103C0045544a6Af9')
print(f'Box contract at {box.address}\nFetching holders of box edition {boxId}...')
ids = 8
box_contract = web3.eth.contract(address=box.address, abi=box.abi)
filt = box_contract.events.BoxBought.createFilter(fromBlock=0, toBlock= 'latest', argument_filters={'boxMould':boxId})
res = filt.get_all_entries()
holders = [box.ownerOf(e.args.tokenId) for e in res]
print(f'Box holders fetched. Size: {len(holders)}\nExecuting distribution from initial seed: {seedStr}')
dissArr = []
for i in range(ids):
dissArr.append([h for h in holders])
winnerArray = []
for i in range(len(holders)):
tempWinnerArray = []
for j in range(ids):
indexWinner = seedInt % len(dissArr[j])
winner = dissArr[j][indexWinner]
(seed, seedInt) = newSeed(seed, web3)
tempWinnerArray.append(winner)
dissArr[j].pop(indexWinner)
winnerArray.append([w for w in tempWinnerArray])
tempWinnerArray.clear()
print(f'Distribution finished, writing data onto {fileName}...')
strcsv = ''
for row in winnerArray:
for i in range(len(row)):
strcsv += row[i]
if i != len(row) - 1:
strcsv += ','
strcsv += '\n'
file = open (fileName, 'w')
file.write(strcsv)
file.close()
print('done')
def main():
boxId = 2
seedStr = '0x4f22a72b37e5acea8fc863522419e05e71bc9947bd0559995ee58702533bbb44'
byteSeed = web3.toBytes(hexstr=seedStr)
seed = web3.soliditySha3(['bytes32'], [byteSeed])
seedInt = web3.toInt(seed)
box = NFTBoxesBox.at('0x067ab2FbdBED63401aF802d1DD786E6D83b0ff1B')
print(
f'Box contract at {box.address}\nFetching holders of box edition {boxId}...'
)
ids = 6
box_contract = web3.eth.contract(address=box.address, abi=box.abi)
filt = box_contract.events.BoxBought.createFilter(
fromBlock=0, toBlock='latest', argument_filters={'boxMould': boxId})
res = filt.get_all_entries()
holders = [box.ownerOf(e.args.tokenId) for e in res]
print(
f'Box holders fetched. Size: {len(holders)}\nExecuting distribution from initial seed: {seedStr}'
)
dissArr = []
for i in range(ids):
dissArr.append([h for h in holders])
winnerArray = []
for i in range(len(holders)):
tempWinnerArray = []
for j in range(ids):
indexWinner = seedInt % len(dissArr[j])
winner = dissArr[j][indexWinner]
(seed, seedInt) = newSeed(seed, web3)
tempWinnerArray.append(winner)
dissArr[j].pop(indexWinner)
winnerArray.append([w for w in tempWinnerArray])
tempWinnerArray.clear()
print(
f'Distribution finished, writing data onto boxHolders_{boxId}.csv...')
strcsv = ''
for row in winnerArray:
for i in range(len(row)):
strcsv += row[i]
if i != len(row) - 1:
strcsv += ','
strcsv += '\n'
file = open(f'boxHolders_{boxId}.csv', 'w')
file.write(strcsv)
file.close()
print('done')
def main():
boxId = 1
seedStr = '0xc63e18417049d1aed1dc4bea9f25838f3423fcd552bb316546f6b92e4979065c'
byteSeed = web3.toBytes(hexstr=seedStr)
seed = web3.soliditySha3(['bytes32'], [byteSeed])
seedInt = web3.toInt(seed)
box = NFTBoxesBox.at('0xB9134aef577b7cb43B03856E308ebDC80d51E126')
print(
f'Box contract at {box.address}\nFetching holders of box edition {boxId}...'
)
ids = 9
box_contract = web3.eth.contract(address=box.address, abi=box.abi)
filt = box_contract.events.BoxBought.createFilter(
fromBlock=0, toBlock='latest', argument_filters={'boxMould': boxId})
res = filt.get_all_entries()
holders = [box.ownerOf(e.args.tokenId) for e in res]
print(
f'Box holders fetched. Size: {len(holders)}\nExecuting distribution from initial seed: {seedStr}'
)
dissArr = []
for i in range(ids):
dissArr.append([h for h in holders])
winnerArray = []
for i in range(len(holders)):
tempWinnerArray = []
for j in range(ids):
indexWinner = seedInt % len(dissArr[j])
winner = dissArr[j][indexWinner]
(seed, seedInt) = newSeed(seed, web3)
tempWinnerArray.append(winner)
dissArr[j].pop(indexWinner)
winnerArray.append([w for w in tempWinnerArray])
tempWinnerArray.clear()
print(
f'Distribution finished, writing data onto boxHolders_{boxId}.csv...')
wtr = csv.writer(open(f'boxHolders_{boxId}.csv', 'w'),
delimiter=',',
lineterminator='\n')
for x in winnerArray:
wtr.writerow(x)
print('done')
def main():
boxId = 1
seedStr = '0x6b81fc5c9ff7a165c1f5254bc7dff5280dbc1d7d6d2f16a3cb9de105b1b67561'
byteSeed = web3.toBytes(hexstr=seedStr)
seed = web3.soliditySha3(['bytes32'], [byteSeed])
seedInt = web3.toInt(seed)
box = NFTBoxes.at('0xE3Bc15412a26039384ED773cA5882D10F8BD48c7')
print(
f'Box contract at {box.address}\nFetching holders of box edition {boxId}...'
)
ids = box.getIdsLength(boxId)
box_contract = web3.eth.contract(address=box.address, abi=box.abi)
filt = box_contract.events.BoxBought.createFilter(
fromBlock=0, toBlock='latest', argument_filters={'boxMould': boxId})
res = filt.get_all_entries()
holders = [box.ownerOf(e.args.tokenId) for e in res]
print(
f'Box holders fetched. Size: {len(holders)}\nExecuting distribution from initial seed: {seedStr}'
)
dissArr = []
for i in range(ids):
dissArr.append([h for h in holders])
winnerArray = []
for i in range(len(holders)):
tempWinnerArray = []
for j in range(ids):
indexWinner = seedInt % len(dissArr[j])
winner = dissArr[j][indexWinner]
(seed, seedInt) = newSeed(seed, web3)
tempWinnerArray.append(winner)
dissArr[j].pop(indexWinner)
winnerArray.append([w for w in tempWinnerArray])
tempWinnerArray.clear()
print(
f'Distribution finished, writing data onto boxHolders_{boxId}.csv...')
wtr = csv.writer(open(f'boxHolders_{boxId}.csv', 'w'),
delimiter=',',
lineterminator='\n')
for x in winnerArray:
wtr.writerow(x)
print('done')
def parse_string(hex_obj: HexBytes) -> str:
hex_str = str(hex_obj.hex())
# chunk = web3.toInt(hexstr=hex_str[:64])
len = web3.toInt(hexstr=hex_str[64:128])
data = hex_str[128:128 + len * 2]
return web3.toText(hexstr=data)
def newSeed(seed, web3):
seed = web3.soliditySha3(['bytes32'], [seed])
return (seed, web3.toInt(seed))
def offsetSeed(seed, offset, web3):
for i in range(offset):
seed = web3.soliditySha3(['bytes32'], [seed])
return (seed, web3.toInt(seed))