def test_ProcessIncomingEntryAssignWithFlags(
storage_populate_one, dispatcher, entry_notifier, is_server, conn
):
storage = storage_populate_one
value = Value.makeDouble(1.0)
storage.processIncoming(Message.entryAssign("foo", 0, 1, value, 0x2), conn)
# EXPECT_CALL(*conn, proto_rev()).WillRepeatedly(Return(0x0300u))
if is_server:
# server broadcasts new value/flags to all *other* connections
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.entryAssign("foo", 0, 1, value, 0x2), None, conn)]
)
entry_notifier.notifyEntry.assert_has_calls(
[call(0, "foo", value, NT_NOTIFY_UPDATE | NT_NOTIFY_FLAGS)]
)
else:
# client forces flags back when an assign message is received for an
# existing entry with different flags
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.flagsUpdate(0, 0), None, None)]
)
entry_notifier.notifyEntry.assert_has_calls(
[call(0, "foo", value, NT_NOTIFY_UPDATE)]
)
def test_ProcessIncomingEntryAssignWithFlags(storage_populate_one, dispatcher,
entry_notifier, is_server, conn):
storage = storage_populate_one
value = Value.makeDouble(1.0)
storage.processIncoming(Message.entryAssign("foo", 0, 1, value, 0x2), conn)
#EXPECT_CALL(*conn, proto_rev()).WillRepeatedly(Return(0x0300u))
if is_server:
# server broadcasts new value/flags to all *other* connections
dispatcher._queueOutgoing.assert_has_calls([
call(Message.entryAssign("foo", 0, 1, value, 0x2), None, conn),
])
entry_notifier.notifyEntry.assert_has_calls([
call(0, "foo", value, NT_NOTIFY_UPDATE | NT_NOTIFY_FLAGS),
])
else:
# client forces flags back when an assign message is received for an
# existing entry with different flags
dispatcher._queueOutgoing.assert_has_calls([
call(Message.flagsUpdate(0, 0), None, None),
])
entry_notifier.notifyEntry.assert_has_calls([
call(0, "foo", value, NT_NOTIFY_UPDATE),
])
def _fn(msg, minver=0x0200, exclude=None):
out = []
fp = BytesIO()
rstream = ReadStream(fp)
if codec.proto_rev < minver:
# The codec won't have the correct struct set if
# the version isn't supported
Message.write(msg, out, codec)
assert not out
return
Message.write(msg, out, codec)
fp.write(b"".join(out))
fp.seek(0)
mm = Message.read(rstream, codec, lambda x: msg.value.type)
with pytest.raises(StreamEOF):
rstream.read(1)
# In v2, some fields aren't copied over, so we exclude them
# by overwriting those indices and recreating the read message
if exclude:
args = list(mm)
for e in exclude:
args[e] = msg[e]
mm = MessageType(*args)
assert msg == mm
def test_LoadPersistentUpdateValueFlags(storage_populated, dispatcher,
entry_notifier, is_server):
storage = storage_populated
fp = StringIO("[NetworkTables Storage 3.0]\ndouble \"foo2\"=1.0\n")
assert storage.loadPersistent(fp=fp) is None
entry = storage.m_entries.get("foo2")
assert Value.makeDouble(1.0) == entry.value
assert NT_PERSISTENT == entry.flags
# client shouldn't send an update as id not assigned yet
if is_server:
# id assigned as this is the server; seq_num incremented
dispatcher._queueOutgoing.assert_has_calls([
call(Message.entryUpdate(1, 2, entry.value), None, None),
call(Message.flagsUpdate(1, NT_PERSISTENT), None, None),
])
else:
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls([
call(1, "foo2", entry.value,
NT_NOTIFY_FLAGS | NT_NOTIFY_UPDATE | NT_NOTIFY_LOCAL)
])
if not is_server:
assert 2 == storage.m_entries.get(
"foo2").seq_num # still should be incremented
def _fn(msg, minver=0x0200, exclude=None):
out = []
fp = BytesIO()
rstream = ReadStream(fp)
if codec.proto_rev < minver:
# The codec won't have the correct struct set if
# the version isn't supported
Message.write(msg, out, codec)
assert not out
return
Message.write(msg, out, codec)
fp.write(b''.join(out))
fp.seek(0)
mm = Message.read(rstream, codec, lambda x: msg.value.type)
with pytest.raises(StreamEOF):
rstream.read(1)
# In v2, some fields aren't copied over, so we exclude them
# by overwriting those indices and recreating the read message
if exclude:
args = list(mm)
for e in exclude:
args[e] = msg[e]
mm = MessageType(*args)
assert msg == mm
def test_DeleteEntryExist(storage_populated, dispatcher, entry_notifier,
is_server):
storage = storage_populated
storage.deleteEntry("foo2")
entry = storage.m_entries.get("foo2")
assert entry is not None
assert entry.value is None
assert entry.id == 0xffff
assert entry.local_write == False
# client shouldn't send an update as id not assigned yet
if is_server:
# id assigned as this is the server
dispatcher._queueOutgoing.assert_has_calls([
call(Message.entryDelete(1), None, None),
])
else:
# shouldn't send an update id not assigned yet
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls([
call(1, "foo2", Value.makeDouble(0.0),
NT_NOTIFY_DELETE | NT_NOTIFY_LOCAL),
])
if is_server:
assert len(storage.m_idmap) >= 2
assert not storage.m_idmap[1]
def test_SetEntryValueDifferentValue(storage_populated, is_server, dispatcher,
entry_notifier):
storage = storage_populated
# update with same type and different value results in value update message
value = Value.makeDouble(1.0)
assert storage.setEntryValue("foo2", value)
entry = storage.m_entries.get("foo2")
assert value == entry.value
# client shouldn't send an update as id not assigned yet
if is_server:
# id assigned if server; seq_num incremented
dispatcher._queueOutgoing.assert_has_calls([
call(Message.entryUpdate(1, 2, value), None, None),
])
else:
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls([
call(1, "foo2", value, NT_NOTIFY_UPDATE | NT_NOTIFY_LOCAL),
])
if not is_server:
assert 2 == storage.m_entries.get(
"foo2").seq_num # still should be incremented
def test_SetEntryTypeValueAssignNew(
storage_empty, dispatcher, entry_notifier, is_server
):
storage = storage_empty
# brand new entry
value = Value.makeBoolean(True)
storage.setEntryTypeValue("foo", value)
assert value == storage.m_entries.get("foo").value
dispatcher._queueOutgoing.assert_has_calls(
[
call(
Message.entryAssign("foo", 0 if is_server else 0xFFFF, 1, value, 0),
None,
None,
)
]
)
entry_notifier.notifyEntry.assert_has_calls(
[call(0, "foo", value, NT_NOTIFY_NEW | NT_NOTIFY_LOCAL)]
)
if is_server:
assert 1 == len(storage.m_idmap)
assert value == storage.m_idmap[0].value
else:
assert len(storage.m_idmap) == 0
def test_SetEntryValueDifferentValue(
storage_populated, is_server, dispatcher, entry_notifier
):
storage = storage_populated
# update with same type and different value results in value update message
value = Value.makeDouble(1.0)
assert storage.setEntryValue("foo2", value)
entry = storage.m_entries.get("foo2")
assert value == entry.value
# client shouldn't send an update as id not assigned yet
if is_server:
# id assigned if server; seq_num incremented
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.entryUpdate(1, 2, value), None, None)]
)
else:
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls(
[call(1, "foo2", value, NT_NOTIFY_UPDATE | NT_NOTIFY_LOCAL)]
)
if not is_server:
assert 2 == storage.m_entries.get("foo2").seq_num # still should be incremented
def test_LoadPersistentAssign(storage_empty, dispatcher, entry_notifier, is_server):
storage = storage_empty
fp = StringIO('[NetworkTables Storage 3.0]\nboolean "foo"=true\n')
assert storage.loadPersistent(fp=fp) is None
entry = storage.m_entries.get("foo")
assert Value.makeBoolean(True) == entry.value
assert NT_PERSISTENT == entry.flags
dispatcher._queueOutgoing.assert_has_calls(
[
call(
Message.entryAssign(
"foo", 0 if is_server else 0xFFFF, 1, entry.value, NT_PERSISTENT
),
None,
None,
)
]
)
entry_notifier.notifyEntry.assert_has_calls(
[call(0, "foo", entry.value, NT_NOTIFY_NEW | NT_NOTIFY_LOCAL)]
)
def test_SetEntryTypeValueAssignNew(
storage_empty, dispatcher, entry_notifier, is_server
):
storage = storage_empty
# brand new entry
value = Value.makeBoolean(True)
storage.setEntryTypeValue("foo", value)
assert value == storage.m_entries.get("foo").value
dispatcher._queueOutgoing.assert_has_calls(
[
call(
Message.entryAssign("foo", 0 if is_server else 0xFFFF, 1, value, 0),
None,
None,
)
]
)
entry_notifier.notifyEntry.assert_has_calls(
[call(0, "foo", value, NT_NOTIFY_NEW | NT_NOTIFY_LOCAL)]
)
if is_server:
assert 1 == len(storage.m_idmap)
assert value == storage.m_idmap[0].value
else:
assert len(storage.m_idmap) == 0
def test_DeleteEntryExist(storage_populated, dispatcher, entry_notifier, is_server):
storage = storage_populated
storage.deleteEntry("foo2")
entry = storage.m_entries.get("foo2")
assert entry is not None
assert entry.value is None
assert entry.id == 0xFFFF
assert entry.local_write == False
# client shouldn't send an update as id not assigned yet
if is_server:
# id assigned as this is the server
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.entryDelete(1), None, None)]
)
else:
# shouldn't send an update id not assigned yet
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls(
[call(1, "foo2", Value.makeDouble(0.0), NT_NOTIFY_DELETE | NT_NOTIFY_LOCAL)]
)
if is_server:
assert len(storage.m_idmap) >= 2
assert not storage.m_idmap[1]
def test_LoadPersistentAssign(storage_empty, dispatcher, entry_notifier, is_server):
storage = storage_empty
fp = StringIO('[NetworkTables Storage 3.0]\nboolean "foo"=true\n')
assert storage.loadPersistent(fp=fp) is None
entry = storage.m_entries.get("foo")
assert Value.makeBoolean(True) == entry.value
assert NT_PERSISTENT == entry.flags
assert entry.isPersistent
dispatcher._queueOutgoing.assert_has_calls(
[
call(
Message.entryAssign(
"foo", 0 if is_server else 0xFFFF, 1, entry.value, NT_PERSISTENT
),
None,
None,
)
]
)
entry_notifier.notifyEntry.assert_has_calls(
[call(0, "foo", entry.value, NT_NOTIFY_NEW | NT_NOTIFY_LOCAL)]
)
def test_LoadPersistentUpdateValue(
storage_populated, dispatcher, entry_notifier, is_server
):
storage = storage_populated
entry = storage.m_entries.get("foo2")
entry.flags = NT_PERSISTENT
entry.isPersistent = True
fp = StringIO('[NetworkTables Storage 3.0]\ndouble "foo2"=1.0\n')
assert storage.loadPersistent(fp=fp) is None
entry = storage.m_entries.get("foo2")
assert Value.makeDouble(1.0) == entry.value
assert NT_PERSISTENT == entry.flags
assert entry.isPersistent
# client shouldn't send an update as id not assigned yet
if is_server:
# id assigned as this is the server; seq_num incremented
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.entryUpdate(1, 2, entry.value), None, None)]
)
else:
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls(
[call(1, "foo2", entry.value, NT_NOTIFY_UPDATE | NT_NOTIFY_LOCAL)]
)
if not is_server:
assert 2 == storage.m_entries.get("foo2").seq_num # still should be incremented
def test_ProcessIncomingEntryAssign1(storage_populate_one, dispatcher,
entry_notifier, is_server, conn):
storage = storage_populate_one
value = Value.makeDouble(1.0)
storage.processIncoming(Message.entryAssign("foo", 0, 1, value, 0), conn)
# EXPECT_CALL(*conn, proto_rev()).WillRepeatedly(Return(0x0300u))
if is_server:
# server broadcasts new value to all *other* connections
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.entryAssign("foo", 0, 1, value, 0), None, conn)])
else:
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls(
[call(0, "foo", value, NT_NOTIFY_UPDATE)])
def test_ProcessIncomingEntryAssign0(
storage_empty, dispatcher, entry_notifier, is_server, conn
):
storage = storage_empty
value = Value.makeDouble(1.0)
entry_id = 0xFFFF if is_server else 0
storage.processIncoming(Message.entryAssign("foo", entry_id, 0, value, 0), conn)
if is_server:
# id assign message reply generated on the server sent to everyone
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.entryAssign("foo", 0, 0, value, 0), None, None)]
)
else:
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls([call(0, "foo", value, NT_NOTIFY_NEW)])
def test_ProcessIncomingEntryAssignIgnore(storage_populate_one, dispatcher,
entry_notifier, is_server, conn):
storage = storage_populate_one
value = Value.makeDouble(1.0)
storage.processIncoming(Message.entryAssign("foo", 0xffff, 1, value, 0),
conn)
assert dispatcher._queueOutgoing.call_count == 0
assert entry_notifier.notifyEntry.call_count == 0
def test_ProcessIncomingEntryAssignIgnore(
storage_populate_one, dispatcher, entry_notifier, is_server, conn
):
storage = storage_populate_one
value = Value.makeDouble(1.0)
storage.processIncoming(Message.entryAssign("foo", 0xFFFF, 1, value, 0), conn)
assert dispatcher._queueOutgoing.call_count == 0
assert entry_notifier.notifyEntry.call_count == 0
def test_ProcessIncomingEntryAssign0(
storage_empty, dispatcher, entry_notifier, is_server, conn
):
storage = storage_empty
value = Value.makeDouble(1.0)
entry_id = 0xFFFF if is_server else 0
storage.processIncoming(Message.entryAssign("foo", entry_id, 0, value, 0), conn)
if is_server:
# id assign message reply generated on the server sent to everyone
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.entryAssign("foo", 0, 0, value, 0), None, None)]
)
else:
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls([call(0, "foo", value, NT_NOTIFY_NEW)])
def test_ProcessIncomingEntryAssign1(
storage_populate_one, dispatcher, entry_notifier, is_server, conn
):
storage = storage_populate_one
value = Value.makeDouble(1.0)
storage.processIncoming(Message.entryAssign("foo", 0, 1, value, 0), conn)
# EXPECT_CALL(*conn, proto_rev()).WillRepeatedly(Return(0x0300u))
if is_server:
# server broadcasts new value to all *other* connections
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.entryAssign("foo", 0, 1, value, 0), None, conn)]
)
else:
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls(
[call(0, "foo", value, NT_NOTIFY_UPDATE)]
)
def test_deleteAllEntries(storage_populated, dispatcher, entry_notifier):
storage = storage_populated
storage.deleteAllEntries()
assert len(storage.m_entries) == 4
assert len(storage.getEntries("", 0)) == 0
assert storage.m_entries["foo2"].value is None
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.clearEntries(), None, None)])
entry_notifier.notifyEntry.assert_has_calls(
[call(ANY, ANY, ANY, NT_NOTIFY_DELETE | NT_NOTIFY_LOCAL)] * 4)
def test_DeleteAllEntriesPersistent(storage_populated, dispatcher,
entry_notifier):
storage = storage_populated
storage.m_entries.get("foo2").flags = NT_PERSISTENT
storage.deleteAllEntries()
assert len(storage.getEntries("", 0)) == 1
assert "foo2" in storage.m_entries
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.clearEntries(), None, None)])
entry_notifier.notifyEntry.assert_has_calls(
[call(ANY, ANY, ANY, NT_NOTIFY_DELETE | NT_NOTIFY_LOCAL)] * 3)
def test_deleteAllEntries(storage_populated, dispatcher, entry_notifier):
storage = storage_populated
storage.deleteAllEntries()
assert len(storage.m_entries) == 4
assert len(storage.getEntries("", 0)) == 0
assert storage.m_entries["foo2"].value is None
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.clearEntries(), None, None)]
)
entry_notifier.notifyEntry.assert_has_calls(
[call(ANY, ANY, ANY, NT_NOTIFY_DELETE | NT_NOTIFY_LOCAL)] * 4
)
def test_SetEntryValueAssignNew(storage_empty, dispatcher, entry_notifier,
is_server):
storage = storage_empty
# brand entry
value = Value.makeBoolean(True)
assert storage.setEntryValue("foo", value)
assert value == storage.m_entries.get("foo").value
dispatcher._queueOutgoing.assert_has_calls([
call(
Message.entryAssign("foo", 0 if is_server else 0xffff, 1, value,
0), None, None),
])
entry_notifier.notifyEntry.assert_has_calls([
call(0, "foo", value, NT_NOTIFY_NEW | NT_NOTIFY_LOCAL),
])
def test_DeleteAllEntriesPersistent(storage_populated, dispatcher, entry_notifier):
storage = storage_populated
entry = storage.m_entries.get("foo2")
entry.flags = NT_PERSISTENT
entry.isPersistent = True
storage.deleteAllEntries()
assert len(storage.getEntries("", 0)) == 1
assert "foo2" in storage.m_entries
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.clearEntries(), None, None)]
)
entry_notifier.notifyEntry.assert_has_calls(
[call(ANY, ANY, ANY, NT_NOTIFY_DELETE | NT_NOTIFY_LOCAL)] * 3
)
def test_SetEntryTypeValueAssignTypeChange(storage_populate_one, dispatcher,
entry_notifier, is_server):
storage = storage_populate_one
# update with different type results in assignment message
value = Value.makeDouble(0.0)
storage.setEntryTypeValue("foo", value)
assert value == storage.m_entries.get("foo").value
dispatcher._queueOutgoing.assert_has_calls([
call(
Message.entryAssign("foo", 0 if is_server else 0xffff, 2, value,
0), None, None),
])
entry_notifier.notifyEntry.assert_has_calls([
call(0, "foo", value, NT_NOTIFY_UPDATE | NT_NOTIFY_LOCAL),
])
def test_LoadPersistentUpdateFlags(storage_populated, dispatcher,
entry_notifier, is_server):
storage = storage_populated
fp = StringIO('[NetworkTables Storage 3.0]\ndouble "foo2"=0.0\n')
assert storage.loadPersistent(fp=fp) is None
entry = storage.m_entries.get("foo2")
assert Value.makeDouble(0.0) == entry.value
assert NT_PERSISTENT == entry.flags
if is_server:
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.flagsUpdate(1, NT_PERSISTENT), None, None)])
else:
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls(
[call(1, "foo2", entry.value, NT_NOTIFY_FLAGS | NT_NOTIFY_LOCAL)])
def test_SetEntryFlagsDifferentValue(storage_populated, dispatcher,
entry_notifier, is_server):
storage = storage_populated
# update with different value results in flags update message
storage.setEntryFlags("foo2", 1)
entry = storage.m_entries.get("foo2")
assert 1 == entry.flags
if is_server:
# id assigned as this is the server
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.flagsUpdate(1, 1), None, None)])
else:
# shouldn't send an update id not assigned yet
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls(
[call(1, "foo2", entry.value, NT_NOTIFY_FLAGS | NT_NOTIFY_LOCAL)])
def test_SetDefaultEntryAssignNew(storage_empty, dispatcher, entry_notifier, is_server):
storage = storage_empty
# brand new entry
value = Value.makeBoolean(True)
ret_val = storage.setDefaultEntryValue("foo", value)
assert ret_val
assert value == storage.m_entries.get("foo").value
dispatcher._queueOutgoing.assert_has_calls(
[
call(
Message.entryAssign("foo", 0 if is_server else 0xFFFF, 1, value, 0),
None,
None,
)
]
)
entry_notifier.notifyEntry.assert_has_calls(
[call(0, "foo", value, NT_NOTIFY_NEW | NT_NOTIFY_LOCAL)]
)
def test_SetEntryFlagsDifferentValue(
storage_populated, dispatcher, entry_notifier, is_server
):
storage = storage_populated
# update with different value results in flags update message
storage.setEntryFlags("foo2", 1)
entry = storage.m_entries.get("foo2")
assert 1 == entry.flags
if is_server:
# id assigned as this is the server
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.flagsUpdate(1, 1), None, None)]
)
else:
# shouldn't send an update id not assigned yet
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls(
[call(1, "foo2", entry.value, NT_NOTIFY_FLAGS | NT_NOTIFY_LOCAL)]
)
def test_SetEntryTypeValueAssignTypeChange(
storage_populate_one, dispatcher, entry_notifier, is_server
):
storage = storage_populate_one
# update with different type results in assignment message
value = Value.makeDouble(0.0)
storage.setEntryTypeValue("foo", value)
assert value == storage.m_entries.get("foo").value
dispatcher._queueOutgoing.assert_has_calls(
[
call(
Message.entryAssign("foo", 0 if is_server else 0xFFFF, 2, value, 0),
None,
None,
)
]
)
entry_notifier.notifyEntry.assert_has_calls(
[call(0, "foo", value, NT_NOTIFY_UPDATE | NT_NOTIFY_LOCAL)]
)
def test_LoadPersistentUpdateFlags(
storage_populated, dispatcher, entry_notifier, is_server
):
storage = storage_populated
fp = StringIO('[NetworkTables Storage 3.0]\ndouble "foo2"=0.0\n')
assert storage.loadPersistent(fp=fp) is None
entry = storage.m_entries.get("foo2")
assert Value.makeDouble(0.0) == entry.value
assert NT_PERSISTENT == entry.flags
assert entry.isPersistent
if is_server:
dispatcher._queueOutgoing.assert_has_calls(
[call(Message.flagsUpdate(1, NT_PERSISTENT), None, None)]
)
else:
assert dispatcher._queueOutgoing.call_count == 0
entry_notifier.notifyEntry.assert_has_calls(
[call(1, "foo2", entry.value, NT_NOTIFY_FLAGS | NT_NOTIFY_LOCAL)]
)
def test_wire_clientHelloDone(msg_round_trip):
msg_round_trip(Message.clientHelloDone())
def test_wire_rpcResponse(msg_round_trip):
msg_round_trip(Message.rpcResponse(0x1234, 0x4321, "parameter"), minver=0x0300)
def test_wire_executeRpc(msg_round_trip):
msg_round_trip(Message.executeRpc(0x1234, 0x4321, "parameter"), minver=0x0300)
def test_wire_clearEntries(msg_round_trip):
msg_round_trip(Message.clearEntries(), minver=0x0300)
def test_wire_entryDelete(msg_round_trip):
msg_round_trip(Message.entryDelete(0x1234), minver=0x0300)
def test_wire_flagsUpdate(msg_round_trip):
msg_round_trip(Message.flagsUpdate(0x1234, 0x42), minver=0x0300)
def test_wire_entryUpdate2(msg_round_trip, proto_rev):
exclude = [] if proto_rev >= 0x0300 else [4]
value = Value.makeString("Oh noes")
msg_round_trip(Message.entryUpdate(0x1234, 0x4321, value),
exclude=exclude)
def test_wire_entryUpdate1(msg_round_trip, proto_rev):
exclude = [] if proto_rev >= 0x0300 else [4]
value = Value.makeBoolean(True)
msg_round_trip(Message.entryUpdate(0x1234, 0x4321, value),
exclude=exclude)
def test_wire_executeRpc(msg_round_trip):
msg_round_trip(Message.executeRpc(0x1234, 0x4321, "parameter"), minver=0x0300)
def test_wire_entryDelete(msg_round_trip):
msg_round_trip(Message.entryDelete(0x1234), minver=0x0300)
def test_wire_entryUpdate2(msg_round_trip, proto_rev):
exclude = [] if proto_rev >= 0x0300 else [4]
value = Value.makeString("Oh noes")
msg_round_trip(Message.entryUpdate(0x1234, 0x4321, value), exclude=exclude)
def test_wire_keepAlive(msg_round_trip):
msg_round_trip(Message.keepAlive())
def test_wire_serverHelloDone(msg_round_trip):
msg_round_trip(Message.serverHelloDone())
def test_wire_clientHelloV3(msg_round_trip):
msg_round_trip(Message.clientHello(0x0300, "Hi"))
def test_wire_clientHello(msg_round_trip):
msg_round_trip(Message.clientHello(0x0200, "Hi"), exclude=[1])
def test_wire_keepAlive(msg_round_trip):
msg_round_trip(Message.keepAlive())
def test_wire_protoUnsup(msg_round_trip):
msg_round_trip(Message.protoUnsup(0x0300))
def test_wire_clientHello(msg_round_trip):
msg_round_trip(Message.clientHello(0x0200, "Hi"), exclude=[1])
def test_wire_serverHello(msg_round_trip):
msg_round_trip(Message.serverHello(0x01, "Hi"), minver=0x0300)
def test_wire_clientHelloV3(msg_round_trip):
msg_round_trip(Message.clientHello(0x0300, "Hi"))
def test_wire_entryUpdate1(msg_round_trip, proto_rev):
exclude = [] if proto_rev >= 0x0300 else [4]
value = Value.makeBoolean(True)
msg_round_trip(Message.entryUpdate(0x1234, 0x4321, value), exclude=exclude)
def test_wire_protoUnsup(msg_round_trip):
msg_round_trip(Message.protoUnsup(0x0300))
def test_wire_flagsUpdate(msg_round_trip):
msg_round_trip(Message.flagsUpdate(0x1234, 0x42), minver=0x0300)
def test_wire_serverHelloDone(msg_round_trip):
msg_round_trip(Message.serverHelloDone())
def test_wire_clearEntries(msg_round_trip):
msg_round_trip(Message.clearEntries(), minver=0x0300)
def test_wire_serverHello(msg_round_trip):
msg_round_trip(Message.serverHello(0x01, "Hi"), minver=0x0300)
def test_wire_rpcResponse(msg_round_trip):
msg_round_trip(Message.rpcResponse(0x1234, 0x4321, "parameter"), minver=0x0300)
def test_wire_clientHelloDone(msg_round_trip):
msg_round_trip(Message.clientHelloDone())