Paris sur le cours du bitcoin 1 Octobre

Il es déjà fait
De loin pas mon meilleurs code mais il fait sont affaire pour un code fait en 1H
Code:
#!/usr/bin/python
import json, requests, pprint , sys
pp = pprint.PrettyPrinter(indent=4)
COIN=1E8
addresse='1octE21wzrfBKbHVD9sdts8UvUA3CKYUm' #Addresse pour recevoir les paris
basebet=1000000
block_limit=519000 #Dernoer block pour parier
nbbetmax=100     #Nombre de paris maximum
pricewin=400.00  #Prix a trouver
rpcPort = 8332   #Port RPC
rpcUser = 'bitcoinrpc' #User RPC
rpcPassword = '' #Pass RPC

url = 'https://blockchain.info/fr/unspent?active=' + addresse  #URL Transaction TXNO

serverURL = 'http://' + rpcUser + ':' + rpcPassword + '@localhost:' + str(rpcPort)
headers = {'content-type': 'application/json'}
resp = requests.get(url=url)
data = json.loads(resp.text)


refound_fee = {} #Dict pour le payement



def get_address(index):
   url = 'https://blockchain.info/tx-index/' + str(index) + '?format=json'
   resp = requests.get(url=url)
   return json.loads(resp.text)


print("Lancement BlockMaxi:%d AmountBets:%.8fBTC NB_BetMax:%d Resultat:%.8f ADDR:%s" % ( block_limit , (float(basebet) / COIN) , nbbetmax , pricewin , addresse   ))

addr_win = []
last_delta= 9999999999
nb_bet=0
total_bet=0

for tx in data['unspent_outputs']:    
   rfd =  (int(tx['value']) - basebet ) ;
   bet =  float(rfd) / 100    
   previous = get_address( tx['tx_index'])
   addr =previous['inputs'][0]['prev_out']['addr'] 
   tx['tx_id']= previous['hash']
   if int(previous['block_height']) > block_limit :   
       refound_fee[addr] = refound_fee.get(addr, 0) + (float(tx['value']) / COIN)
       print("TX %s ADDR %s TooLate remboursement de %.8fmBTC" % ( tx['tx_hash'] , addr , (float(int(tx['value'])) / 100000) ))
       continue
   else:
       nb_bet=nb_bet+1
       if ( nb_bet > nbbetmax ):
           print("Erreur plus de %d Bets relancer avec un block limit inferieur a %d" % ( nbbetmax , nb_bet , previous['block_height']))
           sys.exit(1)
       refound_fee[addr] = refound_fee.get(addr, 0) + (float(rfd) / COIN)
       total_bet=total_bet + int(basebet)
       delta=( bet - pricewin)
       if delta < 0:
           delta = delta * -1
       if ( delta == last_delta ) :
           addr_win.append(addr)
       if ( delta < last_delta ) :
           last_delta = delta
           addr_win= [ addr ]          
       print("TX %s ADDR %s mise sur %f delta %f Euro remboursement de %.8fmBTC" % ( tx['tx_hash'] , addr , bet , delta , (float(rfd) / 100000) ))


total_win=(float( total_bet) / 100000000)
pp.pprint({ 'win': addr_win , 'total_win' : total_win}) 
for win in addr_win:
    print("Addresse:%s Win:%.8fBTC" % ( win , total_win))
    refound_fee[win] = refound_fee[win] + total_win

print("Liste du Payout")
pp.pprint(refound_fee)


spend=[]
for tx in data['unspent_outputs']:
    spend.append({ 'txid' : tx['tx_id'] , 'vout' : tx['tx_output_n'] })

print("Creation de la transaction")
payload = json.dumps({"method": 'createrawtransaction', "params": [ spend , refound_fee], "jsonrpc": "2.0"})
response = requests.get(serverURL, headers=headers, data=payload)
print(response.json()['result'],response.json()['error'])
transaction=(response.json()['result'])

print("Signature de la transaction")
payload = json.dumps({"method": 'signrawtransaction', "params": [ transaction ] , "jsonrpc": "2.0"})
response = requests.get(serverURL, headers=headers, data=payload)
print(response.json()['result'],response.json()['error'])