-# vim: ts=4 sw=4 expandtab:
# =================================================================================2
# Copyright (c) 2019-2020 Nokia
# Copyright (c) 2018-2020 AT&T Intellectual Property.
verify the initial state of an alloced message is what we expect
"""
summary = rmr.message_summary(sbuf)
- assert summary["payload"] == b""
- assert summary["payload length"] == 0
- assert summary["subscription id"] == -1
- assert summary["transaction id"] == b""
- assert summary["message state"] == 0
- assert summary["message status"] == "RMR_OK"
- assert summary["meid"] == b""
- assert summary["errno"] == 0
+ assert summary[rmr.RMR_MS_PAYLOAD] == b""
+ assert summary[rmr.RMR_MS_PAYLOAD_LEN] == 0
+ assert summary[rmr.RMR_MS_SUB_ID] == -1
+ assert summary[rmr.RMR_MS_TRN_ID] == b""
+ assert summary[rmr.RMR_MS_MSG_STATE] == rmr.RMR_OK
+ assert summary[rmr.RMR_MS_MSG_STATUS] == "RMR_OK"
+ assert summary[rmr.RMR_MS_MEID] == b""
+ assert summary[rmr.RMR_MS_ERRNO] == 0
def test_meid():
sbuf = rmr.rmr_alloc_msg(MRC_SEND, SIZE)
rmr.rmr_set_meid(sbuf, b"\x01\x02")
- assert rmr.rmr_get_meid(sbuf) == rmr.message_summary(sbuf)["meid"] == b"\x01\x02"
+ assert rmr.rmr_get_meid(sbuf) == rmr.message_summary(sbuf)[rmr.RMR_MS_MEID] == b"\x01\x02"
assert len(rmr.rmr_get_meid(sbuf)) == 2
rmr.rmr_set_meid(sbuf, b"\x00" * 31)
- assert rmr.rmr_get_meid(sbuf) == rmr.message_summary(sbuf)["meid"] == b"" # NULL bytes get truncated
+ assert rmr.rmr_get_meid(sbuf) == rmr.message_summary(sbuf)[rmr.RMR_MS_MEID] == b"" # NULL bytes get truncated
rmr.rmr_set_meid(sbuf, b"6" * 31)
- assert rmr.rmr_get_meid(sbuf) == rmr.message_summary(sbuf)["meid"] == b"6" * 31 # string in string out
+ assert rmr.rmr_get_meid(sbuf) == rmr.message_summary(sbuf)[rmr.RMR_MS_MEID] == b"6" * 31 # string in string out
rmr.rmr_set_meid(sbuf, b"\x01\x02")
assert (
- rmr.rmr_get_meid(sbuf) == rmr.message_summary(sbuf)["meid"] == b"\x01\x02"
+ rmr.rmr_get_meid(sbuf) == rmr.message_summary(sbuf)[rmr.RMR_MS_MEID] == b"\x01\x02"
) # Ctypes will chop at first nil, so expect only 2 bytes back
assert len(rmr.rmr_get_meid(sbuf)) == 2
pay = b"\x01\x00\x80"
rmr.set_payload_and_length(pay, sbuf)
summary = rmr.message_summary(sbuf)
- assert summary["payload"] == pay
- assert summary["payload length"] == 3
+ assert summary[rmr.RMR_MS_PAYLOAD] == pay
+ assert summary[rmr.RMR_MS_PAYLOAD_LEN] == 3
# test transid (note we cant test payload because it's randomly gen)
- assert summary["transaction id"] == b""
- assert len(summary["transaction id"]) == 0
+ assert summary[rmr.RMR_MS_TRN_ID] == b""
+ assert len(summary[rmr.RMR_MS_TRN_ID]) == 0
rmr.generate_and_set_transaction_id(sbuf)
summary = rmr.message_summary(sbuf)
- assert summary["transaction id"] != b""
- assert len(summary["transaction id"]) == 32
+ assert summary[rmr.RMR_MS_TRN_ID] != b""
+ assert len(summary[rmr.RMR_MS_TRN_ID]) == 32
# test meid
- assert rmr.rmr_get_meid(sbuf) == summary["meid"] == b""
+ assert rmr.rmr_get_meid(sbuf) == summary[rmr.RMR_MS_MEID] == b""
rmr.rmr_set_meid(sbuf, b"666\x01\x00\x01")
summary = rmr.message_summary(sbuf)
- assert rmr.rmr_get_meid(sbuf) == summary["meid"] == b"666\x01"
- assert (len(summary["meid"])) == 4
+ assert rmr.rmr_get_meid(sbuf) == summary[rmr.RMR_MS_MEID] == b"666\x01"
+ assert (len(summary[rmr.RMR_MS_MEID])) == 4
+
+ # exercise the logging setter; cannot test the result
+ rmr.rmr_set_vlevel(0)
def test_alloc_fancy():
pay = b"yoo\x01\x00\x80"
sbuf = rmr.rmr_alloc_msg(MRC_SEND, SIZE, payload=pay, gen_transaction_id=True, mtype=14, meid=b"asdf", sub_id=654321)
summary = rmr.message_summary(sbuf)
- assert summary["payload"] == pay
- assert summary["payload length"] == 6
- assert summary["transaction id"] != b"" # hard to test what it will be, but make sure not empty
- assert len(summary["transaction id"]) == 32
- assert summary["message state"] == 0
- assert summary["message type"] == sbuf.contents.mtype == 14
- assert rmr.rmr_get_meid(sbuf) == summary["meid"] == b"asdf"
- assert sbuf.contents.sub_id == summary["subscription id"] == 654321
+ assert summary[rmr.RMR_MS_PAYLOAD] == pay
+ assert summary[rmr.RMR_MS_PAYLOAD_LEN] == 6
+ assert summary[rmr.RMR_MS_TRN_ID] != b"" # hard to test what it will be, but make sure not empty
+ assert len(summary[rmr.RMR_MS_TRN_ID]) == 32
+ assert summary[rmr.RMR_MS_MSG_STATE] == rmr.RMR_OK
+ assert summary[rmr.RMR_MS_MSG_TYPE] == sbuf.contents.mtype == 14
+ assert rmr.rmr_get_meid(sbuf) == summary[rmr.RMR_MS_MEID] == b"asdf"
+ assert sbuf.contents.sub_id == summary[rmr.RMR_MS_SUB_ID] == 654321
def test_alloc_overlapping_flags():
"""test allocation with setting the transaction id"""
sbuf = rmr.rmr_alloc_msg(MRC_SEND, SIZE, gen_transaction_id=True, fixed_transaction_id=b"6" * 32)
summary = rmr.message_summary(sbuf)
- assert summary["transaction id"] == b"66666666666666666666666666666666"
+ assert summary[rmr.RMR_MS_TRN_ID] == b"66666666666666666666666666666666"
def test_rcv_timeout():
start_rcv_sec = time.time()
sbuf_rcv = rmr.rmr_torcv_msg(MRC_RCV, sbuf_rcv, 500) # should wait a bit before returning
summary = rmr.message_summary(sbuf_rcv)
- assert summary["message state"] == 12
- assert summary["message status"] == "RMR_ERR_TIMEOUT"
+ assert summary[rmr.RMR_MS_MSG_STATE] == rmr.RMR_ERR_TIMEOUT
+ assert summary[rmr.RMR_MS_MSG_STATUS] == "RMR_ERR_TIMEOUT"
assert(time.time() - start_rcv_sec > 0.5) # test duration should be longer than the timeout
sbuf_send.contents.mtype = 0
sbuf_send = rmr.rmr_send_msg(MRC_SEND, sbuf_send)
send_summary = rmr.message_summary(sbuf_send)
- assert send_summary["message state"] == 0 # if send fails don't attempt receive
- assert send_summary["message status"] == "RMR_OK"
+ assert send_summary[rmr.RMR_MS_MSG_STATE] == rmr.RMR_OK # if send fails don't attempt receive
+ assert send_summary[rmr.RMR_MS_MSG_STATUS] == "RMR_OK"
time.sleep(0.5)
# receive it in other context
sbuf_rcv = rmr.rmr_alloc_msg(MRC_RCV, SIZE)
sbuf_rcv = rmr.rmr_torcv_msg(MRC_RCV, sbuf_rcv, 2000)
rcv_summary = rmr.message_summary(sbuf_rcv)
- assert rcv_summary["message state"] == 0
- assert rcv_summary["message status"] == "RMR_OK"
- assert rcv_summary["message type"] == 0
- assert rcv_summary["payload"] == pay
+ assert rcv_summary[rmr.RMR_MS_MSG_STATE] == rmr.RMR_OK
+ assert rcv_summary[rmr.RMR_MS_MSG_STATUS] == "RMR_OK"
+ assert rcv_summary[rmr.RMR_MS_MSG_TYPE] == 0
+ assert rcv_summary[rmr.RMR_MS_PAYLOAD] == pay
# send an ACK back
ack_pay = b"message received"
sbuf_send = rmr.rmr_torcv_msg(MRC_SEND, sbuf_send, 2000)
send_ack_summary = rmr.message_summary(sbuf_send)
- assert send_ack_summary["message state"] == rcv_ack_summary["message state"] == 0
- assert send_ack_summary["message status"] == rcv_ack_summary["message status"] == "RMR_OK"
- assert send_ack_summary["payload"] == ack_pay
- assert send_ack_summary["message type"] == 6666
+ assert send_ack_summary[rmr.RMR_MS_MSG_STATE] == rcv_ack_summary[rmr.RMR_MS_MSG_STATE] == rmr.RMR_OK
+ assert send_ack_summary[rmr.RMR_MS_MSG_STATUS] == rcv_ack_summary[rmr.RMR_MS_MSG_STATUS] == "RMR_OK"
+ assert send_ack_summary[rmr.RMR_MS_PAYLOAD] == ack_pay
+ assert send_ack_summary[rmr.RMR_MS_MSG_TYPE] == 6666
def test_send_rcv_subid_good():
rcv_summary = rmr.message_summary(sbuf_rcv)
# asserts
- assert send_summary["message state"] == rcv_summary["message state"] == 0
- assert send_summary["message status"] == rcv_summary["message status"] == "RMR_OK"
- assert pre_send_summary["payload"] == rcv_summary["payload"] == pay
- assert pre_send_summary["message type"] == rcv_summary["message type"] == test_mtype
- assert pre_send_summary["subscription id"] == rcv_summary["subscription id"] == test_subid
+ assert send_summary[rmr.RMR_MS_MSG_STATE] == rcv_summary[rmr.RMR_MS_MSG_STATE] == rmr.RMR_OK
+ assert send_summary[rmr.RMR_MS_MSG_STATUS] == rcv_summary[rmr.RMR_MS_MSG_STATUS] == "RMR_OK"
+ assert pre_send_summary[rmr.RMR_MS_PAYLOAD] == rcv_summary[rmr.RMR_MS_PAYLOAD] == pay
+ assert pre_send_summary[rmr.RMR_MS_MSG_TYPE] == rcv_summary[rmr.RMR_MS_MSG_TYPE] == test_mtype
+ assert pre_send_summary[rmr.RMR_MS_SUB_ID] == rcv_summary[rmr.RMR_MS_SUB_ID] == test_subid
def test_send_rcv_subid_bad_subid():
"""
- test send and receive where subid is used for routing but nobody recieves this subid
+ test send and receive where subid is used for routing but nobody receives this subid
"""
sbuf_send = rmr.rmr_alloc_msg(MRC_SEND, 3, b"\x01\x00\x80", mtype=46656, sub_id=778)
sbuf_send = rmr.rmr_send_msg(MRC_SEND, sbuf_send)
- assert rmr.message_summary(sbuf_send)["message state"] == 2
- assert rmr.message_summary(sbuf_send)["message status"] == "RMR_ERR_NOENDPT"
+ assert rmr.message_summary(sbuf_send)[rmr.RMR_MS_MSG_STATE] == rmr.RMR_ERR_NOENDPT
+ assert rmr.message_summary(sbuf_send)[rmr.RMR_MS_MSG_STATUS] == "RMR_ERR_NOENDPT"
def test_send_rcv_subid_bad_mtype():
"""
- test send and receive where subid is used for routing but nobody recieves this mtype
+ test send and receive where subid is used for routing but nobody receives this mtype
"""
sbuf_send = rmr.rmr_alloc_msg(MRC_SEND, 3, b"\x01\x00\x80", mtype=46657, sub_id=777)
sbuf_send = rmr.rmr_send_msg(MRC_SEND, sbuf_send)
- assert rmr.message_summary(sbuf_send)["message state"] == 2
- assert rmr.message_summary(sbuf_send)["message status"] == "RMR_ERR_NOENDPT"
+ assert rmr.message_summary(sbuf_send)[rmr.RMR_MS_MSG_STATE] == rmr.RMR_ERR_NOENDPT
+ assert rmr.message_summary(sbuf_send)[rmr.RMR_MS_MSG_STATUS] == "RMR_ERR_NOENDPT"
def send_burst(mrc, fmt, mtype=1, num=13, counter=0):
while max_retries > 0:
sbuf_send = rmr.rmr_send_msg(mrc, sbuf_send)
ms = rmr.message_summary(sbuf_send)
- if ms["message state"] != 10: # 10 is retry
+ if ms[rmr.RMR_MS_MSG_STATE] != rmr.RMR_ERR_RETRY:
break
max_retries -= 1
time.sleep(0.75)
- assert ms["message state"] == 0
+ assert ms[rmr.RMR_MS_MSG_STATE] == rmr.RMR_OK
assert max_retries > 0
for i, ms in enumerate(bundle):
ms = bundle[i] # validate each summary returned, and ordering preserved
- assert ms["message state"] == 0
+ assert ms[rmr.RMR_MS_MSG_STATE] == rmr.RMR_OK
expected_pay = bytes(pay_fmt % i, "UTF-8")
- assert ms["payload"] == expected_pay
+ assert ms[rmr.RMR_MS_PAYLOAD] == expected_pay
send_burst(MRC_SEND, pay_fmt, mtype=1, num=10) # send a second round with msg types 1 and 2 to test filter
send_burst(MRC_SEND, pay_fmt, mtype=2, num=8)
for i, (ms, sbuf) in enumerate(bundle): # test the raw version
test_summary = rmr.message_summary(sbuf)
assert test_summary == ms
- assert ms["message state"] == 0 # all should be OK
- assert ms["message type"] == 2 # only mtype 2 should have been received
+ assert ms[rmr.RMR_MS_MSG_STATE] == rmr.RMR_OK # all should be OK
+ assert ms[rmr.RMR_MS_MSG_TYPE] == 2 # only mtype 2 should have been received
expected_pay = bytes(pay_fmt % i, "UTF-8") # ordering should still jive with the counter
- assert ms["payload"] == expected_pay
+ assert ms[rmr.RMR_MS_PAYLOAD] == expected_pay
rmr.rmr_free_msg(sbuf)
# check the timeout scenarios
long_payload = b"This is a long payload that should force the message buffer to be reallocated"
rmr.set_payload_and_length(long_payload, mbuf)
summary = rmr.message_summary(mbuf)
- assert summary["payload max size"] >= len(long_payload) # RMR may allocate a larger payload space
- assert summary["payload length"] == len(long_payload) # however, the length must be exactly the same
- assert summary["message type"] == mtype # both mtype and sub-id should be preserved in new
- assert summary["subscription id"] == subid
+ assert summary[rmr.RMR_MS_PAYLOAD_MAX] >= len(long_payload) # RMR may allocate a larger payload space
+ assert summary[rmr.RMR_MS_PAYLOAD_LEN] == len(long_payload) # however, the length must be exactly the same
+ assert summary[rmr.RMR_MS_MSG_TYPE] == mtype # both mtype and sub-id should be preserved in new
+ assert summary[rmr.RMR_MS_SUB_ID] == subid
Code Review / ric-plt / xapp-frame-py.git / blobdiff