# -*- coding: utf-8 -*-
import json
from pprint import pprint
from tvizbase.api import Api
print('connect')
b4 = Api()
print('try call')
initiator = 'ksantoprotein'
receiver = 'ksantoprotein'
energy = 0
wif = '5...'
memo = 'test'
tx = b4.award(initiator, receiver, energy, wif, memo=memo)
pprint(tx)
input()
block_num = viz.get_dynamic_global_properties()['head_block_number']
#Number of blocks for energy recovery
block_count = (20 * 60 * 24 / 20) * settings['award_percent']
#Blcok delay for posting in the blockchain
block_count -= 2
#Comparing the head block number with the number of the last operation
if block_num <= settings['last_block_num'] + block_count:
sys.exit()
#Getting account data
account = viz.get_accounts([settings['viz_account']['login']])[0]
receiver = 'committee'
#Calculating percentage of the award
award_percent = round(settings['award_percent'] * 100 *
settings['award_base'] / account['SHARES'])
#Sending award in the blockchain
res = viz.award(settings['viz_account']['login'], receiver, award_percent,
settings['viz_account']['key'])
if res == False:
sys.exit()
#Saving the last operation block number in the json file
settings['last_block_num'] = res['block_num']
with open(os.path.dirname(__file__) + '/settings.json', 'w') as sett_file:
json.dump(settings, sett_file)
#Getting current award size from the virtual operations
ops = viz.get_ops_in_block(int(res['block_num']))
for op in ops:
op = op['op']
if (op[0] == 'receive_award'
and op[1]['initiator'] == settings['viz_account']['login']
and op[1]['receiver'] == receiver):
award_size = round(
float(op[1]['shares'].split()[0]) *
