def send_and_recv(self, conn=None, *specific, **stats):
(conn or self.conn).test.record(*specific, **stats)
collectd.take_snapshots()
collectd.send_stats(raise_on_empty = True)
packet = self.server.recv(collectd.MAX_PACKET_SIZE)
self.assertValidPacket(8, packet)
return packet
def send_and_recv(self, conn=None, *specific, **stats):
(conn or self.conn).test.record(*specific, **stats)
collectd.take_snapshots()
collectd.send_stats(raise_on_empty=True)
packet = self.server.recv(collectd.MAX_PACKET_SIZE)
self.assertValidPacket(8, packet)
return packet
def test_too_large(self):
size = collectd.MAX_PACKET_SIZE // 2
stats = [("X"*size, 123), ("Y"*size, 321)]
self.conn.test.record(**dict(stats))
collectd.take_snapshots()
collectd.send_stats(raise_on_empty = True)
for name,val in stats:
packet = self.server.recv(collectd.MAX_PACKET_SIZE)
self.assertTrue(name + "\0" in packet)
self.assertTrue(struct.pack("<d", val) in packet)
self.assertValidPacket(7, packet)
def test_too_large(self):
size = collectd.MAX_PACKET_SIZE // 2
stats = [("X" * size, 123), ("Y" * size, 321)]
self.conn.test.record(**dict(stats))
collectd.take_snapshots()
collectd.send_stats(raise_on_empty=True)
for name, val in stats:
packet = self.server.recv(collectd.MAX_PACKET_SIZE)
self.assertTrue(name + "\0" in packet)
self.assertTrue(struct.pack("<d", val) in packet)
self.assertValidPacket(8, packet)
def send_and_recv(self, conn=None, *specific, **stats):
(conn or self.conn).test.record(*specific, **stats)
collectd.take_snapshots()
collectd.send_stats(raise_on_empty = True)
packet = self.server.recv(collectd.MAX_PACKET_SIZE)
n = 7
if hasattr(conn, '_plugin_inst') and conn._plugin_inst:
n += 1
if hasattr(conn, '_type_inst') and conn._type_inst:
n += 1
self.assertValidPacket(n, packet)
return packet
def test_too_many(self):
stats = [("x{0:02}".format(i), randrange(256)) for i in range(50)]
self.conn.test.record(**dict(stats))
collectd.take_snapshots()
collectd.send_stats(raise_on_empty = True)
packets = [self.server.recv(collectd.MAX_PACKET_SIZE) for i in range(2)]
for packet in packets:
self.assertValidPacket(7, packet)
data = "".join(packets)
for name,val in stats:
self.assertTrue(name + "\0" in data)
self.assertTrue(struct.pack("<d", val) in data)
def test_too_many(self):
stats = [("x{0:02}".format(i), randrange(256)) for i in range(50)]
self.conn.test.record(**dict(stats))
collectd.take_snapshots()
collectd.send_stats(raise_on_empty=True)
packets = [
self.server.recv(collectd.MAX_PACKET_SIZE) for i in range(2)
]
for packet in packets:
self.assertValidPacket(8, packet)
data = "".join(packets)
for name, val in stats:
self.assertTrue(name + "\0" in data)
self.assertTrue(struct.pack("<d", val) in data)
def test_empty(self):
collectd.send_stats()
def test_empty(self):
collectd.send_stats()
