def _claim_iscore(self, wallet, address):
print('\n>>> Claim IScore:')
iscore = IScore(self._icon_service)
result = iscore.query(address)
iscore.print_status(address, result)
estimated_icx = in_icx(int(result['estimatedICX'], 16))
if (estimated_icx - 1.0) <= 0:
die('Error: EstimatedICX should be larger than 1.0')
tx_hash = iscore.claim(wallet)
self._ensure_tx_result(tx_hash, True)
def balance(args):
icon_service = get_icon_service(args.endpoint)
if args.keystore:
address = get_address_from_keystore(args.keystore)
elif args.address:
address = args.address
else:
die('Error: keystore or address should be specified')
_balance = icon_service.get_balance(address)
print('ICX =', in_icx(_balance))
def _check_and_set(self, wallet, address, current_stake, auto_staking):
balance = self.balance(address)
status = {
'staked': in_icx(current_stake),
'unstaked': in_icx(balance),
}
total_icx = in_icx(current_stake + balance)
print_response('Balance (in ICX)', status)
print('Total ICX balance =', total_icx)
if auto_staking:
new_amount = int(total_icx -
1.0) # leave 1.0 ICX for future transactions
else:
input_value = input('\n==> New staking amount (in ICX)? ')
new_amount = self._check_value(input_value, int(total_icx))
self._check_total_delegated(address, in_loop(new_amount))
print('Requested amount =', new_amount,
f'({in_loop(new_amount)} loop)')
tx_hash = self.set(wallet, new_amount)
self._ensure_tx_result(tx_hash, auto_staking)
def print_status(address, result):
print('[Stake]')
print_response(address, result)
print('StakedICX =', in_icx(int(result['stake'], 16)))
def print_status(self, address, result=None):
print('[IScore]')
if result is None:
result = self.query(address)
print_response(address, result)
print('EstimatedICX =', in_icx(int(result['estimatedICX'], 16)))
def print_status(address, result):
print('[Delegation]')
print_response(address, result)
print('DelegatedICX =', in_icx(int(result['totalDelegated'], 16)))