async def recv(self):
if not self.closed:
async with TaskGroup(wait=any) as g:
receiver = await g.spawn(self.incoming.get)
await g.spawn(self.closing.wait)
if g.completed is receiver:
return receiver.result
async def send(uri):
c = heh[0]
async def sendit():
await c.send(uri)
resp = await c.recv()
_uri = uri.split(' ', 1)[-1]
msg = f'not :: {_uri}' if resp else f'run :: {_uri}'
clog.debug(msg)
return resp
try:
async with TaskGroup(name='client send', wait=any) as send_or_exit:
exit_task = await send_or_exit.spawn(exit, send_or_exit)
send_task = await send_or_exit.spawn(sendit)
try:
resp = send_task.result
return resp
except TaskCancelled:
return
except RuntimeError as e: # FIXME not quite right?
clog.error(
e
) # not eure what is causing this ... maybe a connection error?
except (EOFError, BrokenPipeError, TaskGroupError) as e:
if isinstance(e, TaskGroupError):
if EOFError not in e.errors:
raise e
c = await auth()
heh[0] = c
return await send(uri)
async def main(label_type, shop_id, module_id_range, tmn_sn_range,
current_value_range, status_tuple, ip, port, send_interval,
monitor_interval):
print(
"label_type: {}, shop_id: {}, module_id_min: {}, module_id_max: {}, tmn_sn_min: {}, tmn_sn_max: {}, current_value_min: {}, current_value_max: {}, status_tuple: {}, ip: {}, port: {}, send_interval: {}, monitor_interval: {}"
.format(label_type, shop_id, module_id_range[0], module_id_range[1],
tmn_sn_range[0], tmn_sn_range[1], current_value_range[0],
current_value_range[1], status_tuple, ip, port, send_interval,
monitor_interval))
data_frame = CurrentDataFrame(data_type=label_type,
shop_id=shop_id,
module_id_min=module_id_range[0],
module_id_max=module_id_range[1],
current_value_min=current_value_range[0],
current_value_max=current_value_range[1],
tmn_sn_min=tmn_sn_range[0],
tmn_sn_max=tmn_sn_range[1],
status_tuple=status_tuple)
tg = TaskGroup()
counters = [0 for _ in range(0, len(data_frame.to_hex_str_list()))]
print("tmn count:", len(counters))
monitor_task = await spawn(monitor, counters, monitor_interval)
for i, msg in enumerate(data_frame.to_hex_str_list()):
await tg.spawn(task, i, msg, ip, port, send_interval, counters)
await monitor_task.join()
async def client_handler(client, addr):
print(f'{addr[0]} connected')
async with client:
clientStream, output = client.as_stream(), Queue()
async with TaskGroup(wait=any) as workers:
await workers.spawn(outgoing, clientStream, output)
await workers.spawn(incoming, clientStream, output)
print(f'{addr[0]} disconnected')
async def server(host, port):
# Server task groups
async with TaskGroup() as group:
await group.spawn(feed.dispatcher)
await group.spawn(out_feed.dispatcher)
await group.spawn(tcp_server, host, port, connection_handler)
for rov_task in rov_tasks:
await group.spawn(rov_task, out_feed)
async def _parallele():
async with TaskGroup(wait=all) as g:
for child in _children:
await g.spawn(child)
success = len(list(filter(bool, g.results)))
return success >= _succes_threshold
async def relay(self, conn, remote_conn):
t1 = await spawn(self._relay(conn, remote_conn))
t2 = await spawn(self._relay(remote_conn, conn))
try:
async with TaskGroup([t1, t2]) as g:
task = await g.next_done(cancel_remaining=True)
await task.join()
except CancelledError:
pass
async def main():
async with TaskGroup() as g:
await g.spawn(dispatcher)
await g.spawn(subscriber, 'child1')
await g.spawn(subscriber, 'child2')
await g.spawn(subscriber, 'child3')
ptask = await g.spawn(producer)
await ptask.join()
await g.cancel_remaining() # 取消并从组中删除所有剩余的非守护任务
async def main() -> None:
names = (kw for kw in kwlist if len(kw) <= MAX_KEYWORD_LEN)
domains = (f'{name}.dev'.lower() for name in names)
async with TaskGroup() as group: # <3>
for domain in domains:
await group.spawn(probe, domain) # <4>
async for task in group: # <5>
domain, found = task.result
mark = '+' if found else ' '
print(f'{mark} {domain}')
async def relay(self, remote_stream):
t1 = await spawn(self._relay(self._stream, remote_stream))
t2 = await spawn(self._relay2(remote_stream, self._stream))
try:
async with TaskGroup([t1, t2]) as g:
task = await g.next_done()
await task.join()
await g.cancel_remaining()
except CancelledError:
pass
async def process_traces(*,
dataset_base: str = _CONFIG.path,
force: bool = False):
mkdirs(join(dataset_base, 'traces'))
_logger.info("Reading packet traces...")
chunks = _CONFIG.extract.chunks
sites_per_chunk = _CONFIG.extract.max_sites_per_store
if not LiberatoreDataset.__check_store_presence(dataset_base) or force:
max_worker_proc_old = curio.workers.MAX_WORKER_PROCESSES
curio.workers.MAX_WORKER_PROCESSES = _CONFIG.extract.max_cpu_cores
before = perf_counter()
if _CONFIG.extract.max_cpu_cores > 1 and chunks > 1:
async with TaskGroup(wait=all) as g:
for chunk_id in range(chunks):
await g.spawn(
run_in_process,
partial(
LiberatoreDataset._translate_site_trace_chunk,
worker=True,
queue=get_queue(),
log_level=getLogger().level),
chunk_id * sites_per_chunk,
(chunk_id + 1) * sites_per_chunk, chunk_id,
dataset_base)
elif _CONFIG.extract.max_cpu_cores == 1:
for chunk_id in range(chunks):
LiberatoreDataset._translate_site_trace_chunk(
chunk_id * sites_per_chunk,
(chunk_id + 1) * sites_per_chunk, chunk_id,
dataset_base)
else:
LiberatoreDataset._translate_site_trace_chunk(
0, 2000, 0, dataset_base)
curio.workers.MAX_WORKER_PROCESSES = max_worker_proc_old
if LiberatoreDataset.__check_store_presence(dataset_base):
_logger.info(
f"Trace processing completed in %s. Deleting PCAP logs...",
duration(seconds=perf_counter() - before).in_words())
remove_recursive(join(dataset_base, 'pcap-logs'))
_logger.info("Packet traces processing complete.")
else:
_logger.error(f"Trace processing failed after %s",
duration(seconds=perf_counter() - before))
else:
_logger.info(
"Skipping trace processing as there are already processed traces."
)
async def incoming(clientStream, output):
try:
lines, received = Queue(), Queue()
async with TaskGroup(wait=any) as workers:
await workers.spawn(interpret, received)
await workers.spawn(receive, lines, received)
async for line in clientStream:
await lines.put(line)
except CancelledError:
await clientStream.write(b'Server shutting down\n')
raise
async def connection_handler(client, addr):
logger.info('connection from %s', addr)
async with client:
client_stream = client.as_stream()
async with TaskGroup(wait=any) as workers:
# connect client stream to main feed
await workers.spawn(out_feed.outgoing, client_stream)
await workers.spawn(feed.incoming, client_stream)
# TODO: incoming feed message parsing
# May not need this
await feed.publish(messages.EXIT)
logger.info('connection lost %s', addr)
async def main():
urls = [
'http://www.dabeaz.com/cgi-bin/saas.py?s=5', # Sleep 5 seconds (cancelled)
'http://www.dabeaz.com/cgi-bin/saas.py?s=10', # Sleep 10 seconds (cancelled)
'http://www.dabeaz.com/cgi-bin/fib.py?n=10', # 10th Fibonacci number (succeeds)
]
results = []
async with TaskGroup(wait=any) as g:
for url in urls:
await g.spawn(fetch_url, url)
print(g.completed.result)
async def chat_handler(client, addr):
print('Connection from', addr)
async with client:
client_stream = client.as_stream()
await client_stream.write(b'Your name: ')
name = (await client_stream.readline()).strip()
await publish((name, b'joined\n'))
async with TaskGroup(wait=any) as workers:
await workers.spawn(outgoing, client_stream)
await workers.spawn(incoming, client_stream, name)
await publish((name, b'has gone away\n'))
print('Connection closed')
async def chat_handler(client, addr):
log.info('Connection from %r', addr)
local = {'address': addr}
async with client:
client_stream = client.as_stream()
await client_stream.write(b'Your name: ')
name = (await client_stream.readline()).strip()
await publish((name, b'joined\n'), local)
async with TaskGroup(wait=any) as workers:
await workers.spawn(outgoing, client_stream)
await workers.spawn(incoming, client_stream, name, local)
await publish((name, b'has gone away\n'), local)
log.info('%r connection closed', addr)
async def auth():
ch = Channel(chan)
async def connect(_ch=ch, authkey=encoded):
connection = await _ch.connect(authkey=encoded)
clog.debug(f'got connection {connection}')
return connection
async with TaskGroup(name='client auth', wait=any) as auth_or_exit:
clog.info('waiting for sync services to start')
exit_task = await auth_or_exit.spawn(exit, auth_or_exit)
conn_task = await auth_or_exit.spawn(connect)
connection = conn_task.result
clog.debug(str(connection))
return connection
async def flow(self, *tasks):
async with TaskGroup(tasks=tasks) as ws:
incoming = await ws.spawn(self._handle_incoming)
outgoing = await ws.spawn(self._handle_outgoing)
finished = await ws.next_done()
if finished is incoming:
await self.outgoing.put(None)
await outgoing.join()
elif finished in tasks:
# Task is finished.
# We ask for the outgoing to finish
if finished.exception:
await self.close(1011, 'Task died prematurely.')
else:
await self.close()
await outgoing.join()
async def open_tcp_stream(hostname, port, delay=0.3):
# Get all of the possible targets for a given host/port
targets = await socket.getaddrinfo(hostname, port, type=socket.SOCK_STREAM)
if not targets:
raise OSError(f'nothing known about {hostname}:{port}')
# Cluster the targets into unique address families (e.g., AF_INET, AF_INET6, etc.)
# and make sure the first entries are from a different family.
families = [
list(g) for _, g in itertools.groupby(targets, key=lambda t: t[0])
]
targets = [fam.pop(0) for fam in families]
targets.extend(itertools.chain(*families))
# List of accumulated errors to report in case of total failure
errors = []
# Task group to manage a collection concurrent tasks.
# Cancels all remaining once an interesting result is returned.
async with TaskGroup(wait=object) as group:
# Attempt to make a connection request
async def try_connect(sockargs, addr, errors):
sock = socket.socket(*sockargs)
try:
await sock.connect(addr)
return sock
except Exception as e:
await sock.close()
errors.append(e)
# Walk the list of targets and try connections with a staggered delay
for *sockargs, _, addr in targets:
await group.spawn(try_connect, sockargs, addr, errors)
async with ignore_after(delay):
task = await group.next_done()
if not task.exception:
group.completed = task
break
if group.completed:
return group.completed.result
else:
raise OSError(errors)
async def ws_adapter(in_q, out_q, client, _):
"""A simple, queue-based Curio-Sans-IO websocket bridge."""
client.setsockopt(IPPROTO_TCP, TCP_NODELAY, 1)
wsconn = WSConnection(SERVER)
closed = False
while not closed:
wstask = await spawn(client.recv, 65535)
outqtask = await spawn(out_q.get)
async with TaskGroup([wstask, outqtask]) as g:
task = await g.next_done()
result = await task.join()
await g.cancel_remaining()
if task is wstask:
wsconn.receive_bytes(result)
for event in wsconn.events():
cl = event.__class__
if cl in DATA_TYPES:
await in_q.put(event.data)
elif cl is ConnectionRequested:
# Auto accept. Maybe consult the handler?
wsconn.accept(event)
elif cl is ConnectionClosed:
# The client has closed the connection.
await in_q.put(None)
closed = True
else:
print(event)
await client.sendall(wsconn.bytes_to_send())
else:
# We got something from the out queue.
if result is None:
# Terminate the connection.
print("Closing the connection.")
wsconn.close()
closed = True
else:
wsconn.send_data(result)
payload = wsconn.bytes_to_send()
await client.sendall(payload)
print("Bridge done.")
async def manager(chan, syncword):
encoded = syncword.encode()
currently_running_urls = set()
async def listen_for_new_conns(task_group):
while True:
ch = Channel(chan)
try:
connection = await ch.accept(authkey=encoded)
mlog.info(f'new connection created {connection}')
await task_group.spawn(manage_single_connection, connection,
currently_running_urls)
await ch.close(
) # sort of strange that we need this? can we connect again later !?
except ConnectionResetError as e:
mlog.warning(
'client connection attempt did not terminate property')
async with TaskGroup(name='manager') as connection_tasks:
await connection_tasks.spawn(exit, connection_tasks)
await connection_tasks.spawn(listen_for_new_conns, connection_tasks)
async def socks5_handle(client, addr):
print('accept:', addr)
async with client:
data = await client.recv(3)
assert data == b'\x05\x01\x00', 'auth err'
await client.sendall(b'\x05\x00')
data = await client.recv(5)
assert data[:4] == b'\x05\x01\x00\x03', 'addr1 err'
ln = data[4]
data = await client.recv(data[4] + 2)
remote = socket(AF_INET, SOCK_STREAM)
host, port = '', 16813
await remote.connect((host, port))
addr_data = b'\x03' + chr(ln).encode() + data
enc = encryptx.Encryptor('woshimima1234', 'aes-256-cfb')
await remote.sendall(enc.encrypt(addr_data))
await client.sendall(b'\x05\x00\x00\x01\x00\x00\x00\x00\x10\x10')
async with TaskGroup() as group:
await group.spawn(pipe, client, remote, enc.encrypt)
await group.spawn(pipe, remote, client, enc.decrypt)
print('pipe: %r <-> %r' %
tuple([s.getsockname() for s in (client, remote)]))
print('closed:', addr)
async def main():
logger.info("Start make_stop_flag_file_first.....")
await sleep(5)
# 重新加载vms 的配置文件
await vmsH.reload_vms_config_info()
# 动态获取VMS的配置内容
app_vmjob_list.clear()
local_mac_address = VMSModifyHandler.get_local_mac_address()
had_record_mac_address_list = []
for one_config in vmsH.get_vms_configs():
config_mac_address = one_config['macAddress']
logger.info('localMacAddress={0}, configMacAddress={1}'.format(
local_mac_address, config_mac_address))
if config_mac_address != '':
# config_mac_address 现在接受多mac地址情况
all_config_mac_address = config_mac_address.split(';')
for iter_mac_address in all_config_mac_address:
if iter_mac_address != '':
if iter_mac_address not in had_record_mac_address_list \
and iter_mac_address == local_mac_address:
had_record_mac_address_list.append(iter_mac_address)
logger.info('had_record_mac_address_list = {0}'.format(
had_record_mac_address_list))
for one_config in vmsH.get_vms_configs():
config_mac_address = one_config['macAddress']
enable_add = False
if local_mac_address in had_record_mac_address_list:
enable_add = find_in_record_mac_address_list(
config_mac_address, had_record_mac_address_list)
elif config_mac_address == '':
enable_add = local_mac_address not in had_record_mac_address_list
if enable_add:
logger.info('call app_vmjob_list.add function')
app_vmjob_list.add(
VMJob(
vmid=one_config['vmid'],
vmname=one_config['vmname'],
enable=one_config['enable'] == 'true',
enable_ads=one_config['enable_ads'] == 'true',
start_cmd=one_config['startCommand'],
appium_cmd=one_config['appiumCommand'],
max_run_time=get_best_max_run_time(), # 60 * 5 * 1000 # 毫秒
extend_vm_info=one_config['extend_vm_info']))
if len(app_vmjob_list) == 0:
logger.info('No have vmjob ...')
exit(9)
logger.info("Start working..... vmjob count = {0}".format(
len(app_vmjob_list)))
async with TaskGroup() as g:
await g.spawn(dispatcher)
# await g.spawn(subscriber, 'child1')
# await g.spawn(subscriber, 'child2')
await g.spawn(subscriber, 'VMS-Monitor')
ptask = await g.spawn(producer)
await ptask.join()
await g.cancel_remaining()
async def main(c1, c2):
async with TaskGroup() as g:
await g.spawn(server, c1)
await g.spawn(client, c2)
async def chat_server(host, port):
async with TaskGroup() as g:
await g.spawn(dispatcher)
await g.spawn(tcp_server, host, port, chat_handler)
async def main(addr, room_ids):
async with TaskGroup() as g:
for i in room_ids:
await g.spawn(get_danmu(addr, i))
async def multi_probe(domains: Iterable[str]) -> AsyncIterator[Result]:
async with TaskGroup() as group:
for domain in domains:
await group.spawn(probe, domain)
async for task in group:
yield task.result
