def get_eos_cost(request):
eos_url = 'https://%s' % (str(NETWORKS['EOS_MAINNET']['host']))
command1 = [
'cleos', '-u', eos_url, 'get', 'table', 'eosio', 'eosio', 'rammarket'
]
result = implement_cleos_command(command1)
ram = result['rows'][0]
ram_price = float(ram['quote']['balance'].split()[0]) / float(
ram['base']['balance'].split()[0]) * 1024
print('get ram price', flush=True)
ram = request.query_params['buy_ram_kbytes']
net = request.query_params['stake_net_value']
cpu = request.query_params['stake_cpu_value']
eos_cost = round(
(float(ram) * ram_price + float(net) + float(cpu)) * 2 + 0.3, 0)
print('eos cost', eos_cost, flush=True)
return JsonResponse({
'EOS':
str(eos_cost),
'EOSISH':
str(int(eos_cost) * convert('EOS', 'EOSISH')['EOSISH']),
'ETH':
str(round(int(eos_cost) * convert('EOS', 'ETH')['ETH'], 2)),
'WISH':
str(int(eos_cost) * convert('EOS', 'WISH')['WISH']),
'BTC':
str(int(eos_cost) * convert('EOS', 'BTC')['BTC'])
})
def get_eos_airdrop_cost(request):
eos_url = 'https://%s' % (str(NETWORKS['EOS_MAINNET']['host']))
command1 = [
'cleos', '-u', eos_url, 'get', 'table', 'eosio', 'eosio', 'rammarket'
]
result = implement_cleos_command(command1)
ram = result['rows'][0]
ram_price = float(ram['quote']['balance'].split()[0]) / float(
ram['base']['balance'].split()[0])
count = float(request.query_params['address_count'])
eos_cost = round(250 + ram_price * 240 * count * 1.2, 4)
return JsonResponse({
'EOS':
str(eos_cost),
'EOSISH':
str(int(eos_cost) * convert('EOS', 'EOSISH')['EOSISH']),
'ETH':
str(round(int(eos_cost) * convert('EOS', 'ETH')['ETH'], 2)),
'WISH':
str(int(eos_cost) * convert('EOS', 'WISH')['WISH']),
'BTC':
str(int(eos_cost) * convert('EOS', 'BTC')['BTC'])
})