def update_progress():
global p
r.set_progress(p)
p += 5
if p < 100:
reactor.call_later(0.01, update_progress)
else:
reactor.stop()
def _connect_new_peers(self):
while self.new_addrs and len(self.processing_addrs) < 500:
addr = self.new_addrs.pop()
self.processing_addrs.add(addr)
self.node.connect_peer(addr)
if not self.new_addrs and not self.processing_addrs:
print "Completed. Found {count} active peers.".format(count=len(self.success_addrs))
reactor.stop()
def _connect_new_peers(self):
while self.new_addrs and len(self.processing_addrs) < 500:
addr = self.new_addrs.pop()
self.processing_addrs.add(addr)
self.node.connect_peer(addr)
if not self.new_addrs and not self.processing_addrs:
print "Completed. Found {count} active peers.".format(
count=len(self.success_addrs))
reactor.stop()
def test_node_connect_accept(self):
log = stdout_logger()
params1 = NodeParams(runmode=MAIN, port=8333)
params2 = NodeParams(runmode=MAIN, port=8334)
node1 = Node(params1, log)
node2 = Node(params2, log)
node1.connect_peer(SockAddr("localhost", 8334))
node2.subscribe(Node.EVT_CONNECTED, lambda event: reactor.stop())
reactor.run()
def test_node_connect_accept(self):
log = stdout_logger()
params1 = NodeParams(runmode=MAIN, port=8333)
params2 = NodeParams(runmode=MAIN, port=8334)
node1 = Node(params1, log)
node2 = Node(params2, log)
node1.connect_peer(SockAddr("localhost", 8334))
node2.subscribe(Node.EVT_CONNECTED, lambda event: reactor.stop())
reactor.run()
def request_passphrase():
f = yield EnterPassphraseView(None).get_passphrase()
print "OK:", f
reactor.stop()
def on_command_close(self, event):
reactor.stop(self.on_service_exited)
def on_command_close(self, event):
reactor.stop(self.on_service_exited)
def on_message(event):
assert event.message.type == MSG_VERACK
reactor.stop()
def on_message(event):
assert event.message.type == MSG_VERACK
reactor.stop()
def request_passphrase():
f = yield EnterPassphraseView(None).get_passphrase()
print "OK:", f
reactor.stop()
