def stacking():
    headers = {'Content-type':'application/json'}
    url = 'https://nodes.wavesplatform.com/addresses/data/3PA2w9i9GnbKR3HB7XTmwf3DnaFBFcDiP12'
    answ = requests.get(url, headers = headers)
    r = answ.json()
    slices = {i*5 - 5: i*5 for i in range(int(len(r)/5)+1)}
    slices.pop(-5)
    rawdata = []
    cleardata = []
    cleared = {}
    for t in r:
        g = t['key'].split('_')
        rawdata.append({g[1] : t['value']})
    for j in slices:
        sliced = rawdata[j:slices.get(j)]
        for i in sliced:
           cleared.update(i)
        cleardata.append(cleared)
        cleared = {}
    for l in cleardata:
        t = 2629800 * 1000
        stack, created = Stack.get_or_create(address = l['address'])
        if created:
            stack.balance = l['balance']
            if l['starttime'] > l['updatetime']:
                droptime = l['starttime'] + t
                take = (l['balance'] + (droptime - l['starttime']) / t * l['balance'] * 0.01) / 100000
                time = l['starttime']
            else:
                droptime = l['updatetime'] + t
                take = (l['balance'] + (droptime - l['updatetime']) / t * l['balance'] * 0.01) / 100000
                time = l['updatetime']
            stack.starttime = time
            stack.droptime = droptime
            stack.drop = take
            stack.status = l['status']
            stack.save()
        else:
            if stack.status == True and l['status'] == True:
                if int(datetime.now().timestamp()*1000) > stack.droptime:
                    if l['starttime'] > l['updatetime']:
                        droptime = l['starttime'] + t
                        take = (l['balance'] + (droptime - l['starttime']) / t * l['balance'] * 0.01) / 100000
                        time = l['starttime']
                    else:
                        drop = l['updatetime'] + t
                        take = (l['balance'] + (droptime - l['updatetime']) / t * l['balance'] * 0.01) / 100000
                        time = l['updatetime']
                    stack.balance = stack.drop
                    stack.droptime = droptime
                    stack.drop = (stack.balance + (droptime - stack.starttime) / t * stack.balance * 0.01) / 100000
                    stack.save()
            elif stack.status == False and l['status'] == True:
                stack.balance = l['balance']
                if l['starttime'] > l['updatetime']:
                    droptime = l['starttime'] + t
                    take = (l['balance'] + (droptime - l['starttime']) / t * l['balance'] * 0.01) / 100000
                    time = l['starttime']
                else:
                    droptime = l['updatetime'] + t
                    take = (l['balance'] + (droptime - l['updatetime']) / t * l['balance'] * 0.01) / 100000
                    time = l['updatetime']
                stack.starttime = time
                stack.droptime = droptime
                stack.drop = take
                stack.status = l['status']
                stack.save()
            elif stack.status == True and l['status'] == False:
                stack.status = False
                stack.save()
            elif stack.status == False and l['status'] == False:
                pass