def block_header(self, ec, blk_head, statement_line, info):
info["timestamp"] = blk_head.timestamp
info["block_hash"] = str(bitcoin.hash_block_header(blk_head))
tx_hash = bitcoin.hash_digest(info["tx_hash"])
self.chain.fetch_transaction(tx_hash,
bitcoin.bind(self.load_tx, bitcoin._1, bitcoin._2,
statement_line, info))
def block_header(self, ec, blk_head, entry, info):
if self.stop_on_error(ec):
return
info["timestamp"] = blk_head.timestamp
info["block_hash"] = str(bitcoin.hash_block_header(blk_head))
tx_hash = bitcoin.hash_digest(info["tx_hash"])
# Now load the actual main transaction for this input or output
self.chain.fetch_transaction(tx_hash, bind(self.load_chain_tx, _1, _2, entry, info))
def block_header(self, ec, blk_head, statement_line, info):
info["timestamp"] = blk_head.timestamp
info["block_hash"] = str(bitcoin.hash_block_header(blk_head))
tx_hash = bitcoin.hash_digest(info["tx_hash"])
self.chain.fetch_transaction(
tx_hash,
bitcoin.bind(self.load_tx, bitcoin._1, bitcoin._2, statement_line,
info))
def block_header(self, ec, blk_head, entry, info):
if self.stop_on_error(ec):
return
info["timestamp"] = blk_head.timestamp
info["block_hash"] = str(bitcoin.hash_block_header(blk_head))
tx_hash = bitcoin.hash_digest(info["tx_hash"])
# Now load the actual main transaction for this input or output
self.chain.fetch_transaction(
tx_hash, bind(self.load_chain_tx, _1, _2, entry, info))
def start_loading(self, membuf_result, output_points):
if len(membuf_result) == 0 and len(output_points) == 0:
self.handle_finish([])
self.stopped()
# Create a bunch of entry lines which are outputs and
# then their corresponding input (if it exists)
for outpoint in output_points:
entry = PaymentEntry(outpoint)
with self.lock:
self.statement.append(entry)
# Attempt to fetch the spend of this output
self.chain.fetch_spend(outpoint, bind(self.load_spend, _1, _2, entry))
self.load_tx_info(outpoint, entry, False)
# Load memory pool transactions
with self.lock:
self.membuf_result = membuf_result
for info in self.membuf_result:
self.txpool.fetch(bitcoin.hash_digest(info["tx_hash"]), bind(self.load_pool_tx, _1, _2, info))
def start_loading(self, membuf_result, output_points):
if len(membuf_result) == 0 and len(output_points) == 0:
self.handle_finish([])
self.stopped()
# Create a bunch of entry lines which are outputs and
# then their corresponding input (if it exists)
for outpoint in output_points:
entry = PaymentEntry(outpoint)
with self.lock:
self.statement.append(entry)
# Attempt to fetch the spend of this output
self.chain.fetch_spend(outpoint,
bind(self.load_spend, _1, _2, entry))
self.load_tx_info(outpoint, entry, False)
# Load memory pool transactions
with self.lock:
self.membuf_result = membuf_result
for info in self.membuf_result:
self.txpool.fetch(bitcoin.hash_digest(info["tx_hash"]),
bind(self.load_pool_tx, _1, _2, info))
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()
import bitcoin
ec = bitcoin.elliptic_curve_key()
print ec.new_key_pair()
privdat = ec.private_key()
print privdat
ec1 = bitcoin.elliptic_curve_key()
ec1.set_private_key(privdat)
assert str(ec1.private_key()) == str(privdat)
h = bitcoin.hash_digest("f003f0c1193019db2497a675fd05d9f2edddf9b67c59e677c48d3dbd4ed5f00b")
print h
sig = ec1.sign(h)
print ec.verify(h, sig)
vers.address_you.services = 1
vers.address_you.ip = \
[0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 255, 255, 127, 0, 0, 1]
vers.address_you.port = 8333
vers.user_agent = "/libbitcoin:0.4/example:1/";
vers.start_height = 0
vers.nonce = 42
channel.send_version(vers, handle_send)
chan = channel
channel.subscribe_version(read_version_reply)
print 'connect'
d = bitcoin.data_chunk("001212")
print d
h = bitcoin.hash_digest("000000000019d6689c085ae165831e934ff763ae46a2a6c172b3f1b60a8ce26f")
print h
if h == "000000000019d6689c085ae165831e934ff763ae46a2a6c172b3f1b60a8ce26f":
print 'Yes'
print len(h)
tx = bitcoin.transaction()
print bitcoin.hash_transaction(tx)
netaddr = bitcoin.network_address()
print netaddr.ip
s = bitcoin.script()
o = bitcoin.operation()
o.code = bitcoin.opcode.special
s.push_operation(o)