def test_backoff():
with NsqdIntegrationServer() as server:
conn = Nsqd(
address=server.address,
tcp_port=server.tcp_port,
http_port=server.http_port,
)
for _ in range(500):
conn.publish_http('test', 'danger zone!')
reader = Reader(topic='test',
channel='test',
nsqd_tcp_addresses=[server.tcp_address],
max_in_flight=100,
message_handler=lambda reader, message: None)
reader.start(block=False)
reader.start_backoff()
assert reader.state == states.THROTTLED
assert reader.total_in_flight_or_ready <= 1
reader.complete_backoff()
assert reader.state == states.RUNNING
def test_random_ready_conn():
conn_1 = Nsqd('nsq1')
conn_2 = Nsqd('nsq2')
reader = Reader('test', 'test', 'localhost:4150')
reader.max_in_flight = 2
reader.conns = [conn_2]
reader.last_random_ready = 0
assert reader.random_ready_conn(conn_1) is conn_1
assert reader.last_random_ready == 0
reader.max_in_flight = 1
reader.conns = [conn_2, conn_2]
reader.last_random_ready = last_random_ready = time.time()
assert reader.random_ready_conn(conn_1) is conn_1
assert reader.last_random_ready == last_random_ready
reader.max_in_flight = 1
reader.conns = [conn_2, conn_2]
reader.last_random_ready = 0
assert reader.random_ready_conn(conn_1) is conn_2
assert reader.last_random_ready != 0
reader.max_in_flight = 1
reader.conns = [conn_2, conn_2]
reader.last_random_ready = 0
conn_2.ready_count = 1
assert reader.random_ready_conn(conn_1) is conn_1
assert reader.last_random_ready == 0
def test_multipublish():
@mock_server
def handle(socket, address):
assert socket.recv(4) == ' V2'
assert socket.recv(11) == 'MPUB topic\n'
size = nsq.unpack_size(socket.recv(4))
data = socket.recv(size)
head, data = data[:4], data[4:]
assert nsq.unpack_size(head) == 2
for _ in xrange(2):
head, data = data[:4], data[4:]
assert nsq.unpack_size(head) == 3
head, data = data[:3], data[3:]
assert head == 'sup'
assert data == ''
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
conn.multipublish('topic', ['sup', 'sup'])
def test_backoff():
with NsqdIntegrationServer() as server:
conn = Nsqd(
address=server.address,
tcp_port=server.tcp_port,
http_port=server.http_port,
)
for _ in range(500):
conn.publish_http('test', 'danger zone!')
reader = Reader(
topic='test',
channel='test',
nsqd_tcp_addresses=[server.tcp_address],
max_in_flight=100,
message_handler=lambda reader, message: None
)
reader.start(block=False)
reader.start_backoff()
assert reader.state == states.THROTTLED
assert reader.total_in_flight_or_ready <= 1
reader.complete_backoff()
assert reader.state == states.RUNNING
def test_random_ready_conn():
conn_1 = Nsqd('nsq1')
conn_2 = Nsqd('nsq2')
reader = Reader('test', 'test', 'localhost:4150')
reader.max_in_flight = 2
reader.conns = [conn_2]
reader.last_random_ready = 0
assert reader.random_ready_conn(conn_1) is conn_1
assert reader.last_random_ready == 0
reader.max_in_flight = 1
reader.conns = [conn_2, conn_2]
reader.last_random_ready = last_random_ready = time.time()
assert reader.random_ready_conn(conn_1) is conn_1
assert reader.last_random_ready == last_random_ready
reader.max_in_flight = 1
reader.conns = [conn_2, conn_2]
reader.last_random_ready = 0
assert reader.random_ready_conn(conn_1) is conn_2
assert reader.last_random_ready != 0
reader.max_in_flight = 1
reader.conns = [conn_2, conn_2]
reader.last_random_ready = 0
conn_2.ready_count = 1
assert reader.random_ready_conn(conn_1) is conn_1
assert reader.last_random_ready == 0
def test_max_concurrency():
server1 = NsqdIntegrationServer()
server2 = NsqdIntegrationServer()
with server1, server2:
class Accounting(object):
count = 0
total = 100
concurrency = 0
error = None
for server in (server1, server2):
conn = Nsqd(
address=server.address,
tcp_port=server.tcp_port,
http_port=server.http_port,
)
for _ in range(Accounting.total // 2):
conn.publish_http('test', b'danger zone!')
reader = Reader(
topic='test',
channel='test',
nsqd_tcp_addresses=[
server1.tcp_address,
server2.tcp_address,
],
max_in_flight=5,
max_concurrency=1,
)
@reader.on_exception.connect
def error_handler(reader, message, error):
if isinstance(error, NSQSocketError):
return
Accounting.error = error
reader.close()
@reader.on_message.connect
def handler(reader, message):
assert message.body == b'danger zone!'
assert Accounting.concurrency == 0
Accounting.concurrency += 1
gevent.sleep()
Accounting.concurrency -= 1
Accounting.count += 1
if Accounting.count == Accounting.total:
reader.close()
reader.start()
if Accounting.error:
raise Accounting.error
assert Accounting.count == Accounting.total
def test_hashing():
conn1 = Nsqd('localhost', 1337)
conn2 = Nsqd('localhost', 1337)
assert conn1 == conn2
assert not (conn1 < conn2)
assert not (conn2 < conn1)
test = {conn1: True}
assert conn2 in test
def _(server1, server2):
class Accounting(object):
count = 0
total = 100
concurrency = 0
error = None
for server in (server1, server2):
conn = Nsqd(
address=server.address,
tcp_port=server.tcp_port,
http_port=server.http_port,
)
for _ in xrange(Accounting.total / 2):
conn.publish_http('test', 'danger zone!')
reader = Reader(
topic='test',
channel='test',
nsqd_tcp_addresses=[
server1.tcp_address,
server2.tcp_address,
],
max_in_flight=5,
max_concurrency=1,
)
@reader.on_exception.connect
def error_handler(reader, message, error):
if isinstance(error, NSQSocketError):
return
Accounting.error = error
reader.close()
@reader.on_message.connect
def handler(reader, message):
assert message.body == 'danger zone!'
assert Accounting.concurrency == 0
Accounting.concurrency += 1
gevent.sleep()
Accounting.concurrency -= 1
Accounting.count += 1
if Accounting.count == Accounting.total:
reader.close()
try:
reader.start()
except NSQSocketError:
pass
if Accounting.error:
raise Accounting.error
assert Accounting.count == Accounting.total
def test_command(command, args, resp):
@mock_server
def handle(socket, address):
assert socket.recv(4) == b' V2'
assert socket.recv(len(resp)) == resp
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
getattr(conn, command)(*args)
def test_command(command, args, resp):
@mock_server
def handle(socket, address):
assert socket.recv(4) == ' V2'
assert socket.recv(len(resp)) == resp
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
getattr(conn, command)(*args)
def test_lookupd():
with LookupdIntegrationServer() as lookupd_server:
server1 = NsqdIntegrationServer(lookupd=lookupd_server.tcp_address)
server2 = NsqdIntegrationServer(lookupd=lookupd_server.tcp_address)
with server1, server2:
class Accounting(object):
count = 0
total = 500
concurrency = 0
error = None
for server in (server1, server2):
conn = Nsqd(
address=server.address,
tcp_port=server.tcp_port,
http_port=server.http_port,
)
for _ in range(Accounting.total // 2):
conn.publish_http('test', b'danger zone!')
reader = Reader(
topic='test',
channel='test',
lookupd_http_addresses=lookupd_server.http_address,
max_in_flight=32,
)
@reader.on_exception.connect
def error_handler(reader, message, error):
if isinstance(error, NSQSocketError):
return
Accounting.error = error
reader.close()
@reader.on_message.connect
def handler(reader, message):
assert message.body == b'danger zone!'
Accounting.count += 1
if Accounting.count == Accounting.total:
reader.close()
gevent.sleep(0.1)
reader.start()
if Accounting.error:
raise Accounting.error
assert Accounting.count == Accounting.total
def test_publish():
@mock_server
def handle(socket, address):
assert socket.recv(4) == ' V2'
assert socket.recv(10) == 'PUB topic\n'
assert nsq.unpack_size(socket.recv(4)) == 3
assert socket.recv(3) == 'sup'
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
conn.publish('topic', 'sup')
def test_error(error_msg, error, fatal):
@mock_server
def handle(socket, address):
assert socket.recv(4) == b' V2'
socket.send(mock_response(nsq.FRAME_TYPE_ERROR, error_msg))
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
frame, resp = conn.read_response()
assert frame == nsq.FRAME_TYPE_ERROR
assert isinstance(resp, getattr(errors, error))
assert conn.is_connected != fatal
def test_sync_heartbeat():
@mock_server
def handle(socket, address):
assert socket.recv(4) == b' V2'
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, b'_heartbeat_'))
assert socket.recv(4) == b'NOP\n'
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
frame, data = conn.read_response()
assert frame == nsq.FRAME_TYPE_RESPONSE
assert data == b'_heartbeat_'
def test_error(error_msg, error, fatal):
@mock_server
def handle(socket, address):
assert socket.recv(4) == ' V2'
socket.send(mock_response(nsq.FRAME_TYPE_ERROR, error_msg))
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
frame, resp = conn.read_response()
assert frame == nsq.FRAME_TYPE_ERROR
assert isinstance(resp, getattr(errors, error))
assert conn.is_connected != fatal
def test_sync_heartbeat():
@mock_server
def handle(socket, address):
assert socket.recv(4) == ' V2'
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, '_heartbeat_'))
assert socket.recv(4) == 'NOP\n'
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
frame, data = conn.read_response()
assert frame == nsq.FRAME_TYPE_RESPONSE
assert data == '_heartbeat_'
def test_messages():
with NsqdIntegrationServer() as server:
class Accounting(object):
count = 0
total = 500
error = None
conn = Nsqd(
address=server.address,
tcp_port=server.tcp_port,
http_port=server.http_port,
)
for _ in xrange(Accounting.total):
conn.publish_http('test', 'danger zone!')
reader = Reader(
topic='test',
channel='test',
nsqd_tcp_addresses=[server.tcp_address],
max_in_flight=100,
)
@reader.on_exception.connect
def error_handler(reader, message, error):
if isinstance(error, NSQSocketError):
return
Accounting.error = error
reader.close()
@reader.on_message.connect
def handler(reader, message):
assert message.body == 'danger zone!'
Accounting.count += 1
if Accounting.count == Accounting.total:
assert not reader.is_starved
reader.close()
try:
reader.start()
except NSQSocketError:
pass
if Accounting.error:
raise Accounting.error
assert Accounting.count == Accounting.total
def test_identify():
@mock_server
def handle(socket, address):
assert socket.recv(4) == ' V2'
assert socket.recv(9) == 'IDENTIFY\n'
size = nsq.unpack_size(socket.recv(4))
data = json.loads(socket.recv(size))
assert 'gnsq' in data['user_agent']
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, 'OK'))
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
assert conn.identify() is None
def test_messages():
with NsqdIntegrationServer() as server:
class Accounting(object):
count = 0
total = 500
error = None
conn = Nsqd(
address=server.address,
tcp_port=server.tcp_port,
http_port=server.http_port,
)
for _ in range(Accounting.total):
conn.publish_http('test', b'danger zone!')
reader = Reader(
topic='test',
channel='test',
nsqd_tcp_addresses=[server.tcp_address],
max_in_flight=100,
)
@reader.on_exception.connect
def error_handler(reader, message, error):
if isinstance(error, NSQSocketError):
return
Accounting.error = error
reader.close()
@reader.on_message.connect
def handler(reader, message):
assert message.body == b'danger zone!'
Accounting.count += 1
if Accounting.count == Accounting.total:
assert not reader.is_starved
reader.close()
reader.start()
if Accounting.error:
raise Accounting.error
assert Accounting.count == Accounting.total
def test_identify():
@mock_server
def handle(socket, address):
assert socket.recv(4) == b' V2'
assert socket.recv(9) == b'IDENTIFY\n'
size = nsq.unpack_size(socket.recv(4))
data = json.loads(socket.recv(size).decode('utf-8'))
assert 'gnsq' in data['user_agent']
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, b'OK'))
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
assert conn.identify() is None
def _(server1, server2):
class Accounting(object):
count = 0
total = 500
concurrency = 0
error = None
for server in (server1, server2):
conn = Nsqd(
address=server.address,
tcp_port=server.tcp_port,
http_port=server.http_port,
)
for _ in range(Accounting.total // 2):
conn.publish_http('test', b'danger zone!')
reader = Reader(
topic='test',
channel='test',
lookupd_http_addresses=lookupd_server.http_address,
max_in_flight=32,
)
@reader.on_exception.connect
def error_handler(reader, message, error):
if isinstance(error, NSQSocketError):
return
Accounting.error = error
reader.close()
@reader.on_message.connect
def handler(reader, message):
assert message.body == b'danger zone!'
Accounting.count += 1
if Accounting.count == Accounting.total:
reader.close()
gevent.sleep(0.1)
reader.start()
if Accounting.error:
raise Accounting.error
assert Accounting.count == Accounting.total
def test_disconnected():
@mock_server
def handle(socket, address):
assert socket.recv(4) == b' V2'
assert socket.recv(1) == b''
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
conn.close_stream()
assert conn.state == states.DISCONNECTED
with pytest.raises(errors.NSQSocketError):
conn.nop()
with pytest.raises(errors.NSQSocketError):
conn.read_response()
def test_sync_receive_messages():
@mock_server
def handle(socket, address):
assert socket.recv(4) == ' V2'
assert socket.recv(9) == 'IDENTIFY\n'
size = nsq.unpack_size(socket.recv(4))
data = json.loads(socket.recv(size))
assert isinstance(data, dict)
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, 'OK'))
msg = 'SUB topic channel\n'
assert socket.recv(len(msg)) == msg
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, 'OK'))
for i in xrange(10):
assert socket.recv(6) == 'RDY 1\n'
body = json.dumps({'data': {'test_key': i}})
ts = i * 1000 * 1000
socket.send(mock_response_message(ts, i, i, body))
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
assert conn.identify() is None
conn.subscribe('topic', 'channel')
frame, data = conn.read_response()
assert frame == nsq.FRAME_TYPE_RESPONSE
assert data == 'OK'
for i in xrange(10):
conn.ready(1)
frame, msg = conn.read_response()
assert frame == nsq.FRAME_TYPE_MESSAGE
assert isinstance(msg, Message)
assert msg.timestamp == i * 1000 * 1000
assert msg.id == '%016d' % i
assert msg.attempts == i
assert json.loads(msg.body)['data']['test_key'] == i
def test_negotiation():
@mock_server
def handle(socket, address):
assert socket.recv(4) == b' V2'
assert socket.recv(9) == b'IDENTIFY\n'
size = nsq.unpack_size(socket.recv(4))
data = json.loads(socket.recv(size).decode('utf-8'))
assert 'gnsq' in data['user_agent']
resp = six.b(json.dumps({'test': 42}))
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, resp))
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
assert conn.identify()['test'] == 42
def test_negotiation():
@mock_server
def handle(socket, address):
assert socket.recv(4) == b' V2'
assert socket.recv(9) == b'IDENTIFY\n'
size = nsq.unpack_size(socket.recv(4))
data = json.loads(socket.recv(size).decode('utf-8'))
assert 'gnsq' in data['user_agent']
resp = six.b(json.dumps({'test': 42}))
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, resp))
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
assert conn.identify()['test'] == 42
def test_auth():
@mock_server
def handle(socket, address):
assert socket.recv(4) == b' V2'
assert socket.recv(5) == b'AUTH\n'
assert nsq.unpack_size(socket.recv(4)) == 6
assert socket.recv(6) == b'secret'
resp = six.b(json.dumps({'identity': 'awesome'}))
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, resp))
with handle as server:
conn = Nsqd(address='127.0.0.1',
tcp_port=server.server_port,
auth_secret=b'secret')
conn.connect()
resp = conn.auth()
assert resp['identity'] == 'awesome'
def test_disconnected():
@mock_server
def handle(socket, address):
assert socket.recv(4) == ' V2'
assert socket.recv(1) == ''
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
conn.close_stream()
assert conn.state == states.DISCONNECTED
with pytest.raises(errors.NSQSocketError):
conn.nop()
with pytest.raises(errors.NSQSocketError):
conn.read_response()
def test_multipublish():
@mock_server
def handle(socket, address):
assert socket.recv(4) == b' V2'
assert socket.recv(11) == b'MPUB topic\n'
size = nsq.unpack_size(socket.recv(4))
data = socket.recv(size)
head, data = data[:4], data[4:]
assert nsq.unpack_size(head) == 2
for _ in range(2):
head, data = data[:4], data[4:]
assert nsq.unpack_size(head) == 3
head, data = data[:3], data[3:]
assert head == b'sup'
assert data == b''
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
conn.multipublish('topic', [b'sup', b'sup'])
def test_identify_auth():
@mock_server
def handle(socket, address):
assert socket.recv(4) == ' V2'
assert socket.recv(9) == 'IDENTIFY\n'
size = nsq.unpack_size(socket.recv(4))
data = json.loads(socket.recv(size))
assert 'gnsq' in data['user_agent']
resp = json.dumps({'auth_required': True})
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, resp))
assert socket.recv(5) == 'AUTH\n'
assert nsq.unpack_size(socket.recv(4)) == 6
assert socket.recv(6) == 'secret'
resp = json.dumps({'identity': 'awesome'})
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, resp))
with handle as server:
conn = Nsqd(
address='127.0.0.1',
tcp_port=server.server_port,
auth_secret='secret'
)
@conn.on_auth.connect
def assert_auth(conn, response):
assert assert_auth.was_called is False
assert_auth.was_called = True
assert response['identity'] == 'awesome'
assert_auth.was_called = False
conn.connect()
resp = conn.identify()
assert resp['auth_required']
assert assert_auth.was_called
def test_auth():
@mock_server
def handle(socket, address):
assert socket.recv(4) == ' V2'
assert socket.recv(5) == 'AUTH\n'
assert nsq.unpack_size(socket.recv(4)) == 6
assert socket.recv(6) == 'secret'
resp = json.dumps({'identity': 'awesome'})
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, resp))
with handle as server:
conn = Nsqd(
address='127.0.0.1',
tcp_port=server.server_port,
auth_secret='secret'
)
conn.connect()
resp = conn.auth()
assert resp['identity'] == 'awesome'
def test_cls_error():
with NsqdIntegrationServer() as server:
conn = Nsqd(address=server.address, tcp_port=server.tcp_port)
conn.connect()
assert conn.state == states.CONNECTED
conn.close()
frame, error = conn.read_response()
assert frame == nsq.FRAME_TYPE_ERROR
assert isinstance(error, errors.NSQInvalid)
def test_read(body):
@mock_server
def handle(socket, address):
socket.send(struct.pack('>l', len(body)))
socket.send(body)
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
assert conn._read_response() == body
conn.close_stream()
def test_connection():
@mock_server
def handle(socket, address):
assert socket.recv(4) == b' V2'
assert socket.recv(1) == b''
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
assert conn.state == states.INIT
conn.connect()
assert conn.state == states.CONNECTED
conn.connect()
assert conn.state == states.CONNECTED
conn.close_stream()
assert conn.state == states.DISCONNECTED
def test_cls_error():
with NsqdIntegrationServer() as server:
conn = Nsqd(address=server.address, tcp_port=server.tcp_port)
conn.connect()
assert conn.state == states.CONNECTED
conn.close()
frame, error = conn.read_response()
assert frame == nsq.FRAME_TYPE_ERROR
assert isinstance(error, errors.NSQInvalid)
def test_read(body):
@mock_server
def handle(socket, address):
socket.send(struct.pack('>l', len(body)))
socket.send(body)
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
assert conn._read_response() == body
conn.close_stream()
def test_publish():
@mock_server
def handle(socket, address):
assert socket.recv(4) == b' V2'
assert socket.recv(10) == b'PUB topic\n'
assert nsq.unpack_size(socket.recv(4)) == 3
assert socket.recv(3) == b'sup'
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
conn.publish('topic', b'sup')
def test_connection():
@mock_server
def handle(socket, address):
assert socket.recv(4) == ' V2'
assert socket.recv(1) == ''
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
assert conn.state == states.INIT
conn.connect()
assert conn.state == states.CONNECTED
conn.connect()
assert conn.state == states.CONNECTED
conn.close_stream()
assert conn.state == states.DISCONNECTED
def test_sync_receive_messages():
@mock_server
def handle(socket, address):
assert socket.recv(4) == b' V2'
assert socket.recv(9) == b'IDENTIFY\n'
size = nsq.unpack_size(socket.recv(4))
data = json.loads(socket.recv(size).decode('utf-8'))
assert isinstance(data, dict)
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, b'OK'))
msg = b'SUB topic channel\n'
assert socket.recv(len(msg)) == msg
socket.send(mock_response(nsq.FRAME_TYPE_RESPONSE, b'OK'))
for i in range(10):
assert socket.recv(6) == b'RDY 1\n'
body = six.b(json.dumps({'data': {'test_key': i}}))
ts = i * 1000 * 1000
socket.send(mock_response_message(ts, i, i, body))
with handle as server:
conn = Nsqd(address='127.0.0.1', tcp_port=server.server_port)
conn.connect()
assert conn.identify() is None
conn.subscribe('topic', 'channel')
frame, data = conn.read_response()
assert frame == nsq.FRAME_TYPE_RESPONSE
assert data == b'OK'
for i in range(10):
conn.ready(1)
frame, msg = conn.read_response()
assert frame == nsq.FRAME_TYPE_MESSAGE
assert isinstance(msg, Message)
assert msg.timestamp == i * 1000 * 1000
assert msg.id == six.b('%016d' % i)
assert msg.attempts == i
assert json.loads(
msg.body.decode('utf-8'))['data']['test_key'] == i
def test_socket_upgrades(tls, deflate, snappy):
with NsqdIntegrationServer() as server:
options = {
'address': server.address,
'tcp_port': server.tcp_port,
'deflate': deflate,
'snappy': snappy,
}
if tls:
options.update({
'tls_v1': True,
'tls_options': {
'keyfile': server.tls_key,
'certfile': server.tls_cert,
}
})
conn = Nsqd(**options)
conn.connect()
assert conn.state == states.CONNECTED
if deflate and snappy:
with pytest.raises(errors.NSQErrorCode):
conn.identify()
return
if tls and BAD_GEVENT:
with pytest.raises(AttributeError):
conn.identify()
return
if tls and server.version < (0, 2, 28):
with pytest.raises(ssl.SSLError):
conn.identify()
return
resp = conn.identify()
assert isinstance(resp, dict)
assert resp['tls_v1'] is tls
assert resp['deflate'] is deflate
assert resp['snappy'] is snappy
if tls and (deflate or snappy):
assert isinstance(conn.stream.socket._socket, SSLSocket)
elif tls:
assert isinstance(conn.stream.socket, SSLSocket)
if deflate:
assert isinstance(conn.stream.socket, DefalteSocket)
if snappy:
assert isinstance(conn.stream.socket, SnappySocket)
conn.publish('topic', 'sup')
frame, data = conn.read_response()
assert frame == nsq.FRAME_TYPE_RESPONSE
assert data == 'OK'
conn.subscribe('topic', 'channel')
frame, data = conn.read_response()
assert frame == nsq.FRAME_TYPE_RESPONSE
assert data == 'OK'
conn.ready(1)
frame, data = conn.read_response()
assert frame == nsq.FRAME_TYPE_MESSAGE
assert data.body == 'sup'
conn.close_stream()
def test_socket_upgrades(tls, deflate, snappy):
with NsqdIntegrationServer() as server:
options = {
'address': server.address,
'tcp_port': server.tcp_port,
'deflate': deflate,
'snappy': snappy,
}
if tls:
options.update({
'tls_v1': True,
'tls_options': {
'keyfile': server.tls_key,
'certfile': server.tls_cert,
}
})
conn = Nsqd(**options)
conn.connect()
assert conn.state == states.CONNECTED
if deflate and snappy:
with pytest.raises(errors.NSQErrorCode):
conn.identify()
return
if tls and BAD_GEVENT:
with pytest.raises(AttributeError):
conn.identify()
return
if tls and server.version < (0, 2, 28):
with pytest.raises(ssl.SSLError):
conn.identify()
return
resp = conn.identify()
assert isinstance(resp, dict)
assert resp['tls_v1'] is tls
assert resp['deflate'] is deflate
assert resp['snappy'] is snappy
if tls and (deflate or snappy):
assert isinstance(conn.stream.socket._socket, SSLSocket)
elif tls:
assert isinstance(conn.stream.socket, SSLSocket)
if deflate:
assert isinstance(conn.stream.socket, DefalteSocket)
if snappy:
assert isinstance(conn.stream.socket, SnappySocket)
conn.publish('topic', b'sup')
frame, data = conn.read_response()
assert frame == nsq.FRAME_TYPE_RESPONSE
assert data == b'OK'
conn.subscribe('topic', 'channel')
frame, data = conn.read_response()
assert frame == nsq.FRAME_TYPE_RESPONSE
assert data == b'OK'
conn.ready(1)
frame, data = conn.read_response()
assert frame == nsq.FRAME_TYPE_MESSAGE
assert data.body == b'sup'
conn.close_stream()