def test_normal_value():
value = Values(value=0.1, usd=2, eur=4)
value_dict = value.to_dict()
assert len(value_dict) == 3
assert value_dict['value'] == 0.1
assert value_dict['usd'] == 2
assert value_dict['eur'] == 4
def __init__(self, estimated_value, dst_address, no_txs, dst_properties,
labels, rates):
self.id = dst_address
self.node_type = 'address'
self.labels = labels
self.received = Values(**dst_properties.total_received._asdict())\
.to_dict()
self.balance = compute_balance(dst_properties.total_received.value,
dst_properties.total_spent.value, rates)
self.no_txs = no_txs
self.estimated_value = Values(**estimated_value._asdict()).to_dict()
def __init__(self, estimated_value, no_txs, dst_properties, rates,
dst_cluster, src_cluster, labels, from_search=False):
self.id = dst_cluster
self.node_type = 'entity'
self.received = Values(**dst_properties.total_received._asdict())\
.to_dict()
self.balance = compute_balance(dst_properties.total_received.value,
dst_properties.total_spent.value,
rates)
self.no_txs = no_txs
self.estimated_value = Values(**estimated_value._asdict()).to_dict()
self.labels = labels
if from_search:
self.dst_entity = dst_cluster
self.src_entity = src_cluster
def __init__(self, address, first_tx, last_tx, no_incoming_txs,
no_outgoing_txs, total_received, total_spent, in_degree,
out_degree, rates):
self.address = address
self.first_tx = TxSummary(first_tx.height, first_tx.timestamp,
first_tx.tx_hash.hex()).to_dict()
self.last_tx = TxSummary(last_tx.height, last_tx.timestamp,
last_tx.tx_hash.hex()).to_dict()
self.no_incoming_txs = no_incoming_txs
self.no_outgoing_txs = no_outgoing_txs
self.total_received = Values(**total_received._asdict()).to_dict()
self.total_spent = Values(**total_spent._asdict()).to_dict()
self.in_degree = in_degree
self.out_degree = out_degree
self.balance = compute_balance(total_received.value, total_spent.value,
rates)