def __init__(self):
# Create 3 thread-pools each with 1 thread
self.network_service = bitcoin.async_service(1)
self.disk_service = bitcoin.async_service(1)
self.mempool_service = bitcoin.async_service(1)
self.hosts = bitcoin.hosts(self.network_service)
self.handshake = bitcoin.handshake(self.network_service)
self.network = bitcoin.network(self.network_service)
self.protocol = bitcoin.protocol(self.network_service, self.hosts,
self.handshake, self.network)
db_prefix = "/home/genjix/libbitcoin/database"
self.blockchain = bitcoin.bdb_blockchain(self.disk_service, db_prefix,
self.blockchain_started)
self.poller = bitcoin.poller(self.mempool_service, self.blockchain)
self.transaction_pool = \
bitcoin.transaction_pool(self.mempool_service, self.blockchain)
self.protocol.subscribe_channel(self.monitor_tx)
self.session = \
bitcoin.session(self.network_service, self.hosts, self.handshake,
self.network, self.protocol, self.blockchain,
self.poller, self.transaction_pool)
self.session.start(self.handle_start)
self.memory_buffer = \
membuf.memory_buffer(self.mempool_service.internal_ptr,
self.blockchain.internal_ptr,
self.transaction_pool.internal_ptr)
def __init__(self):
# Create 3 thread-pools each with 1 thread
self.network_service = bitcoin.async_service(1)
self.disk_service = bitcoin.async_service(1)
self.mempool_service = bitcoin.async_service(1)
self.hosts = bitcoin.hosts(self.network_service)
self.handshake = bitcoin.handshake(self.network_service)
self.network = bitcoin.network(self.network_service)
self.protocol = bitcoin.protocol(self.network_service, self.hosts,
self.handshake, self.network)
db_prefix = "/home/genjix/libbitcoin/database"
self.blockchain = bitcoin.bdb_blockchain(self.disk_service, db_prefix,
self.blockchain_started)
self.poller = bitcoin.poller(self.mempool_service, self.blockchain)
self.transaction_pool = \
bitcoin.transaction_pool(self.mempool_service, self.blockchain)
self.protocol.subscribe_channel(self.monitor_tx)
self.session = \
bitcoin.session(self.network_service, self.hosts, self.handshake,
self.network, self.protocol, self.blockchain,
self.poller, self.transaction_pool)
self.session.start(self.handle_start)
self.memory_buffer = \
membuf.memory_buffer(self.mempool_service.internal_ptr,
self.blockchain.internal_ptr,
self.transaction_pool.internal_ptr)
import bitcoin, trace_tx
def blockchain_started(ec, chain):
print "Blockchain initialisation:", ec
def handle_tx(ec, tx):
if ec:
print ec
trace_tx.trace_tx(service.internal_ptr, chain.internal_ptr, tx, finish)
def finish(ec, result):
print ec
print result
service = bitcoin.async_service(1)
chain = bitcoin.bdb_blockchain(service, "/home/genjix/libbitcoin/database",
blockchain_started)
chain.fetch_transaction(
bitcoin.hash_digest("16e3e3bfbaa072e33e6a9be1df7a13ecde5ad46a8d4d4893dbecaf0c0aeeb842"),
handle_tx)
raw_input()
import bitcoin
import trace_tx
def blockchain_started(ec, chain):
print "Blockchain initialisation:", ec
def handle_tx(ec, tx):
if ec:
print ec
trace_tx.trace_tx(service.internal_ptr, chain.internal_ptr, tx, finish)
def finish(ec, result):
print ec
print result
if __name__ == '__main__':
service = bitcoin.async_service(1)
chain = bitcoin.bdb_blockchain(service, "/home/genjix/libbitcoin/database",
blockchain_started)
chain.fetch_transaction(
bitcoin.hash_digest(
"16e3e3bfbaa072e33e6a9be1df7a13ecde5ad46a8d4d4893dbecaf0c0aeeb842"
), handle_tx)
raw_input()
if not [empty_in for empty_in in info["inputs"] if empty_in is None]:
with statement_line.lock:
if info["is_input"] == 1:
statement_line.input_loaded = info
else:
statement_line.output_loaded = info
self.finish_if_done()
def payment_history(chain, address, handle_finish):
ph = PaymentHistory(chain)
expiry_queue.add(ph)
ph.run(address, handle_finish)
if __name__ == "__main__":
def finish(result):
print result
def last(ec, depth):
print "D:", depth
service = bitcoin.async_service(1)
prefix = "/home/genjix/libbitcoin/database"
chain = bitcoin.bdb_blockchain(service, prefix)
chain.fetch_last_depth(last)
address = "1Pbn3DLXfjqF1fFV9YPdvpvyzejZwkHhZE"
print "Looking up", address
payment_history(chain, address, finish)
raw_input()
for line in result:
for k, v in line.iteritems():
begin = k + ":"
print begin, " " * (12 - len(begin)), v
print
class FakeMonitor:
def tx_stored(self, tx):
pass
def tx_confirmed(self, tx):
pass
service = bitcoin.async_service(1)
prefix = "/home/genjix/libbitcoin/database"
chain = bitcoin.bdb_blockchain(service, prefix, blockchain_started)
txpool = bitcoin.transaction_pool(service, chain)
membuf = MemoryPoolBuffer(txpool, chain, FakeMonitor())
membuf.recv_tx(tx_a, store_tx)
membuf.recv_tx(tx_b, store_tx)
txdat = bitcoin.data_chunk("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")
req = {"id": 110, "params": ["1GULoCDnGjhfSWzHs6zDzBxbKt9DR7uRbt"]}
ex = bitcoin.satoshi_exporter()
tx = ex.load_transaction(txdat)
time.sleep(4)
membuf.recv_tx(tx, store_tx)
raw_input()
address = "1Jqu2PVGDvNv4La113hgCJsvRUCDb3W65D", "1GULoCDnGjhfSWzHs6zDzBxbKt9DR7uRbt"
#address = "1Pbn3DLXfjqF1fFV9YPdvpvyzejZwkHhZE"
with statement_line.lock:
if info["is_input"] == 1:
statement_line.input_loaded = info
else:
statement_line.output_loaded = info
self.finish_if_done()
def payment_history(chain, address, handle_finish):
ph = PaymentHistory(chain)
expiry_queue.add(ph)
ph.run(address, handle_finish)
if __name__ == "__main__":
def finish(result):
print result
def last(ec, depth):
print "D:", depth
service = bitcoin.async_service(1)
prefix = "/home/genjix/libbitcoin/database"
chain = bitcoin.bdb_blockchain(service, prefix)
chain.fetch_last_depth(last)
address = "1Pbn3DLXfjqF1fFV9YPdvpvyzejZwkHhZE"
print "Looking up", address
payment_history(chain, address, finish)
raw_input()
import bitcoin
def start_polling(ec, node, poll):
if ec:
print ec
return
poll.query(node)
if __name__ == "__main__":
s1 = bitcoin.async_service(1)
s2 = bitcoin.async_service(1)
chain = bitcoin.bdb_blockchain(s1, "database")
poll = bitcoin.poller(chain)
net = bitcoin.network(s2)
hs = bitcoin.handshake(s2)
hs.connect(net, "localhost", 8333,
bitcoin.bind(start_polling, bitcoin._1, bitcoin._2, poll))
raw_input()
for line in result:
for k, v in line.iteritems():
begin = k + ":"
print begin, " " * (12 - len(begin)), v
print
class FakeMonitor:
def tx_stored(self, tx):
pass
def tx_confirmed(self, tx):
pass
service = bitcoin.async_service(1)
prefix = "/home/genjix/libbitcoin/database"
chain = bitcoin.bdb_blockchain(service, prefix, blockchain_started)
txpool = bitcoin.transaction_pool(service, chain)
membuf = MemoryPoolBuffer(txpool, chain, FakeMonitor())
membuf.recv_tx(tx_a, store_tx)
membuf.recv_tx(tx_b, store_tx)
txdat = bitcoin.data_chunk(
"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"
)
req = {"id": 110, "params": ["1GULoCDnGjhfSWzHs6zDzBxbKt9DR7uRbt"]}
ex = bitcoin.satoshi_exporter()
tx = ex.load_transaction(txdat)
time.sleep(4)
membuf.recv_tx(tx, store_tx)
raw_input()