continue
# Moving average
d_info_data['EMAvalue'] = moc_state.bitcoin_moving_average(
block_identifier=n_block)
# days to settlement, 0 is the day of the settlement
d_info_data['daysToSettlement'] = int(
moc_state.days_to_settlement(block_identifier=n_block))
# bkt_0 Storage DOC
d_info_data['C0_getBucketNDoc'] = moc_state.bucket_ndoc(
str.encode('C0'), block_identifier=n_block)
# bkt_0 Storage BPro
d_info_data['C0_getBucketNBPro'] = moc_state.bucket_nbpro(
str.encode('C0'), block_identifier=n_block)
# bkt_0 Storage BTC
d_info_data['C0_getBucketNBTC'] = moc_state.bucket_nbtc(
str.encode('C0'), block_identifier=n_block)
# bkt_0 Storage InrateBag
d_info_data['C0_getInrateBag'] = moc_state.get_inrate_bag(
str.encode('C0'), block_identifier=n_block)
# bkt_0 Storage Coverage
d_info_data['C0_coverage'] = moc_state.coverage(
str.encode('C0'), block_identifier=n_block)
# bkt_0 Storage Leverage
d_info_data['C0_leverage'] = moc_state.leverage(
def block_info(block):
network = 'mocMainnet2'
connection_manager = ConnectionManager(network=network)
#print("Connecting to %s..." % network)
#print("Connected: {conectado}".format(conectado=connection_manager.is_connected))
if connection_manager.options['networks'][network]['app_mode'] == 'MoC':
moc_state = MoCState(connection_manager)
else:
moc_state = RDOCMoCState(connection_manager)
n_block = int(block)
if isinstance(block, int):
n_block = int(connection_manager.block_number)
if n_block <= 0:
n_block = int(connection_manager.block_number)
hours_delta = 0
ts = connection_manager.block_timestamp(n_block)
dt = ts - datetime.timedelta(hours=hours_delta)
d_timestamp = dt.strftime("%Y-%m-%d %H:%M:%S")
d_info_data = dict()
d_info_data['blockNumber'] = n_block
d_info_data['Timestamp'] = d_timestamp
# bitcoin price
d_info_data['BTCprice'] = float(
moc_state.bitcoin_price(block_identifier=n_block))
# Moving average
d_info_data['EMAvalue'] = float(
moc_state.bitcoin_moving_average(block_identifier=n_block))
# days to settlement, 0 is the day of the settlement
d_info_data['daysToSettlement'] = int(
moc_state.days_to_settlement(block_identifier=n_block))
# bkt_0 Storage DOC
d_info_data['C0_getBucketNDoc'] = float(
moc_state.bucket_ndoc(str.encode('C0'), block_identifier=n_block))
# bkt_0 Storage BPro
d_info_data['C0_getBucketNBPro'] = float(
moc_state.bucket_nbpro(str.encode('C0'), block_identifier=n_block))
# bkt_0 Storage BTC
d_info_data['C0_getBucketNBTC'] = float(
moc_state.bucket_nbtc(str.encode('C0'), block_identifier=n_block))
# bkt_0 Storage InrateBag
d_info_data['C0_getInrateBag'] = float(
moc_state.get_inrate_bag(str.encode('C0'), block_identifier=n_block))
# bkt_0 Storage Coverage
d_info_data['C0_coverage'] = float(
moc_state.coverage(str.encode('C0'), block_identifier=n_block))
# bkt_0 Storage Leverage
d_info_data['C0_leverage'] = float(
moc_state.leverage(str.encode('C0'), block_identifier=n_block))
# bkt_2 Storage DOC
d_info_data['X2_getBucketNDoc'] = float(
moc_state.bucket_ndoc(str.encode('X2'), block_identifier=n_block))
# bkt_2 Storage BPro
d_info_data['X2_getBucketNBPro'] = float(
moc_state.bucket_nbpro(str.encode('X2'), block_identifier=n_block))
# bkt_2 Storage BTC
d_info_data['X2_getBucketNBTC'] = float(
moc_state.bucket_nbtc(str.encode('X2'), block_identifier=n_block))
# bkt_2 Inrate Bag
d_info_data['X2_getInrateBag'] = float(
moc_state.get_inrate_bag(str.encode('X2'), block_identifier=n_block))
# bkt_2 Coverage
d_info_data['X2_coverage'] = float(
moc_state.coverage(str.encode('X2'), block_identifier=n_block))
# bkt_2 Storage Leverage
d_info_data['X2_leverage'] = float(
moc_state.leverage(str.encode('X2'), block_identifier=n_block))
# Global Coverage
d_info_data['globalCoverage'] = float(
moc_state.global_coverage(block_identifier=n_block))
# Bitpro total supply in system
d_info_data['bproTotalSupply'] = float(
moc_state.bitpro_total_supply(block_identifier=n_block))
# All DOC in circulation
d_info_data['docTotalSupply'] = float(
moc_state.doc_total_supply(block_identifier=n_block))
# RBTC in sytem
d_info_data['rbtcInSystem'] = float(
moc_state.rbtc_in_system(block_identifier=n_block))
# BPro Tec price
d_info_data['bproTecPrice'] = float(
moc_state.bpro_tec_price(block_identifier=n_block))
# BTC2X Tec price
d_info_data['BTC2XTecPrice'] = float(
moc_state.btc2x_tec_price(str.encode('X2'), block_identifier=n_block))
return d_info_data