def get_operation(operation_id):
operation = bitshares_ws_client.get_object(operation_id)
if not operation:
operation = {}
operation = _enrich_operation(operation, bitshares_ws_client)
return [ operation ]
def get_asset(asset_id):
asset = None
if not _is_object(asset_id):
asset = bitshares_ws_client.request('database', 'lookup_asset_symbols', [[asset_id], 0])[0]
else:
asset = bitshares_ws_client.request('database', 'get_assets', [[asset_id], 0])[0]
dynamic_asset_data = bitshares_ws_client.get_object(asset["dynamic_asset_data_id"])
asset["current_supply"] = dynamic_asset_data["current_supply"]
asset["confidential_supply"] = dynamic_asset_data["confidential_supply"]
asset["accumulated_fees"] = dynamic_asset_data["accumulated_fees"]
asset["fee_pool"] = dynamic_asset_data["fee_pool"]
issuer = bitshares_ws_client.get_object(asset["issuer"])
asset["issuer_name"] = issuer["name"]
return asset
def get_last_network_ops():
con = psycopg2.connect(**config.POSTGRES)
cur = con.cursor()
query = "SELECT * FROM ops ORDER BY block_num DESC LIMIT 10"
cur.execute(query)
results = cur.fetchall()
con.close()
# add operation data
for o in range(0, len(results)):
operation_id = results[o][2]
object = bitshares_ws_client.get_object(operation_id)
results[o] = results[o] + tuple(object["op"])
return results
def get_workers():
workers_count = bitshares_ws_client.request('database', 'get_worker_count', [])
workers = bitshares_ws_client.request('database', 'get_objects', [ [ '1.14.{}'.format(i) for i in range(0, workers_count) ] ])
# get the votes of worker 1.14.0 - refund 400k
refund400k = bitshares_ws_client.get_object("1.14.0")
thereshold = int(refund400k["total_votes_for"])
result = []
for worker in workers:
if worker:
worker["worker_account_name"] = get_account_name(worker["worker_account"])
current_votes = int(worker["total_votes_for"])
perc = (current_votes*100)/thereshold
worker["perc"] = perc
result.append([worker])
result = result[::-1] # Reverse list.
return result
def get_object(object):
return bitshares_ws_client.get_object(object)
