def GetTransactions():
#100000000 = 1 BTC
#currently: 50BTC
bitcoin = 10000000000 #change this value to capture transfers of specified amount
#limit 100 is the highest bitcypher api allows you to go
bitcoin_transactions = get_broadcast_transactions(limit=100)
transaction_list = []
for i in bitcoin_transactions:
try:
sender = i['inputs'][0]['addresses'][0]
except KeyError:
sender = 'None'
bitcoin_sent = i['inputs'][0]['output_value']
receiverLen = len(i['outputs'])
try:
receiver = i['outputs'][0]['addresses'][0]
except TypeError:
receiver = 'None'
#find the highest receiver of bitcoin transaction
highest = 0
receivers = i['outputs']
for a, i in enumerate(receivers):
if receiverLen > 1:
if receivers[a]['value'] > highest:
highest = receivers[a]['value']
if bitcoin_sent > bitcoin:
transaction_list.append([sender, bitcoin_sent, receiver, highest])
return transaction_list
def test_unconfirmed_tx_confidence(self):
# fetch a recent tx hash (assume BTC will always have an unconfirmed TX):
recent_tx_hash = get_broadcast_transactions(
coin_symbol='btc',
api_key=BC_API_KEY,
limit=1,
)[0]['hash']
# get confidence info for it
tx_details = get_transaction_details(
tx_hash=recent_tx_hash,
coin_symbol='btc',
limit=1,
tx_input_offset=None,
tx_output_offset=None,
include_hex=False,
confidence_only=True,
api_key=BC_API_KEY,
)
assert 'receive_count' in tx_details, tx_details
assert 'preference' in tx_details, tx_details
assert 'age_millis' in tx_details, tx_details
assert 'confidence' in tx_details, tx_details
assert 0 <= tx_details['confidence'] <= 1, tx_details
def test_unconfirmed_tx_confidence(self):
# fetch a recent tx hash (assume BTC will always have an unconfirmed TX):
recent_tx_hash = get_broadcast_transactions(
coin_symbol='btc',
api_key=BC_API_KEY,
limit=1,
)[0]['hash']
# get confidence info for it
tx_details = get_transaction_details(
tx_hash=recent_tx_hash,
coin_symbol='btc',
limit=1,
tx_input_offset=None,
tx_output_offset=None,
include_hex=False,
confidence_only=True,
api_key=BC_API_KEY,
)
assert 'receive_count' in tx_details, tx_details
assert 'preference' in tx_details, tx_details
assert 'age_millis' in tx_details, tx_details
assert 'confidence' in tx_details, tx_details
assert 0 <= tx_details['confidence'] <= 1, tx_details
print("Received: ", result['total_received'], " sat")
print("Sent: ", result['total_sent'], " sat")
print("Balance: ", result['balance'], " sat")
print("Number of Transactions: ", result['n_tx'])
elif choice == 7:
result = get_wallet_addresses(wallet_name=wallet_Name, api_key=apikey)
print("Number of addresses associated: ", len(result['addresses']))
elif choice == 8:
result = get_wallet_addresses(wallet_name=wallet_Name,
api_key=apikey,
is_hd_wallet=True)
print("Number of addresses associated: ", len(result['addresses']))
elif choice == 9:
result = get_transaction_details(haash)
print("Block Height: ", result['block_height'])
print("Total :", result['total'], " sat")
elif choice == 10:
result = get_broadcast_transactions(limit=1)
print("Number of Unconfirmed Transactions: ", len(result))
print("Transaction Hash: ", result[0]['hash'])
elif choice == 11:
result = get_transaction_details(haash,
confidence_only=True,
api_key=apikey)
print("Confidence: ", result['confidence'])
elif choice == 12:
result = get_metadata(address=address, api_key=apikey)
print(result)
else:
print('Thank you !!!')