def test_listen(ubusd_test, event_sender, disconnect_after):
listen_test = {"passed": False, "passed2": False}
def set_result(event, data):
assert event == "event_sender"
assert data == dict(a="b", c=3, d=False)
listen_test["passed"] = True
def test1(event, data):
assert event == "event_sender"
assert data == dict(a="b", c=3, d=False)
listen_test["passed2"] = True
path = UBUSD_TEST_SOCKET_PATH
timeout = 300
event_name = "event_sender"
with CheckRefCount(path, time, event_name, test1):
ubus.connect(socket_path=path)
ubus.listen((event_name, test1), (event_name, set_result))
ubus.listen((event_name, test1))
del set_result
ubus.loop(timeout)
assert listen_test["passed"]
assert listen_test["passed2"]
listen_test = {"passed": False, "passed2": False}
ubus.loop(timeout)
assert listen_test["passed"]
assert listen_test["passed2"]
ubus.disconnect()
def process_function():
def handler1(*arg):
pass
import ubus
ubus.connect(UBUSD_TEST_SOCKET_PATH)
ubus.add(
"registered_object1",
{
"method1": {
"method": handler1,
"signature": {}
},
"method2": {
"method": handler1,
"signature": {
"first": ubus.BLOBMSG_TYPE_STRING,
"second": ubus.BLOBMSG_TYPE_BOOL,
"third": ubus.BLOBMSG_TYPE_INT32,
}
},
},
)
ubus.add(
"registered_object2",
{},
)
ubus.add("registered_object3", {
"method1": {
"method": handler1,
"signature": {}
},
})
guard.touch()
ubus.loop()
def main():
try:
ubus.connect()
init()
while True:
ubus.loop(1)
except KeyboardInterrupt:
ubus.disconnect()
def test_multi_objects_listeners(ubusd_test, event_sender, calls_extensive,
disconnect_after):
counts = 20
listen_test = {"pass%d" % e: False for e in range(counts)}
object_test = {"pass%d" % e: False for e in range(counts)}
event_name = "event_sender"
timeout = 200
path = UBUSD_TEST_SOCKET_PATH
def passed_listen_gen(index):
def passed(*args):
listen_test["pass%d" % index] = True
return passed
def passed_object_gen(index):
def passed(*args):
object_test["pass%d" % index] = True
return passed
with CheckRefCount(path, time):
for _ in range(5):
ubus.connect(socket_path=path)
for i in range(counts):
ubus.listen((event_name, passed_listen_gen(i)))
ubus.add("extensive_object_%d" % i, {
"method": {
"method": passed_object_gen(i),
"signature": {}
}
})
stored_counter = calls_extensive.counter.value
while calls_extensive.counter.value - stored_counter < counts:
ubus.loop(timeout)
ubus.disconnect()
for i in range(counts):
current = "pass%d" % i
assert listen_test[current]
assert object_test[current]
listen_test = {"pass%d" % e: False for e in range(counts)}
object_test = {"pass%d" % e: False for e in range(counts)}
def process_function():
def handler1(handler, data):
data["passed"] = True
handler.reply(data)
def handler2(handler, data):
data["passed1"] = True
handler.reply(data)
data["passed2"] = True
handler.reply(data)
data["passed3"] = True
handler.reply(data)
def handler_fail(handler, data):
raise Exception("Handler Fails")
import ubus
ubus.connect(UBUSD_TEST_SOCKET_PATH)
ubus.add(
"responsive_object",
{
"respond": {
"method": handler1,
"signature": {
"first": ubus.BLOBMSG_TYPE_STRING,
"second": ubus.BLOBMSG_TYPE_BOOL,
"third": ubus.BLOBMSG_TYPE_INT32,
}
},
"fail": {
"method": handler_fail,
"signature": {}
},
"multi_respond": {
"method": handler2,
"signature": {}
},
"number": {
"method": handler1,
"signature": {
"number": ubus.BLOBMSG_TYPE_INT32,
}
},
},
)
guard.touch()
ubus.loop()
def test_reply(ubusd_test, call_for_object, disconnect_after):
path = UBUSD_TEST_SOCKET_PATH
results = {e: {'data': None, 'exits': False} for e in range(1, 4)}
def handler1(handler, data):
results[1]['data'] = data
handler.reply(data)
results[1]['exits'] = True
def handler2(handler, data):
results[2]['data'] = data
handler.reply(data)
results[2]['exits'] = True
def handler3(handler, data):
results[3]['data'] = data
handler.reply(data)
results[3]['exits'] = True
with CheckRefCount(path, results, handler1, handler2, handler3):
ubus.connect(path)
ubus.add(
"callee_object",
{
"method1": {
"method": handler1,
"signature": {
"first": ubus.BLOBMSG_TYPE_INT32,
}
},
"method2": {
"method": handler2,
"signature": {
"second": ubus.BLOBMSG_TYPE_INT32,
}
},
"method3": {
"method": handler3,
"signature": {}
},
},
)
ubus.loop(500)
assert results == {
1: {
'data': {
'first': 1
},
'exits': True
},
2: {
'data': {
'second': 2
},
'exits': True
},
3: {
'data': {},
'exits': True
},
}
ubus.disconnect()
def test_loop(ubusd_test, disconnect_after):
path = UBUSD_TEST_SOCKET_PATH
time1 = 200
time2 = 1
time3 = 50
time4 = 2**65
time5 = None
time6 = "5"
time7 = 0
with CheckRefCount(path, time1, time2, time3, time4, time6, time7):
with pytest.raises(RuntimeError):
ubus.loop(time1)
ubus.connect(socket_path=path)
assert ubus.loop(time1) is None
assert ubus.loop(time2) is None
assert ubus.loop(time3) is None
with pytest.raises(OverflowError):
ubus.loop(time4)
with pytest.raises(TypeError):
ubus.loop(time5)
with pytest.raises(TypeError):
ubus.loop(time6)
assert ubus.loop(time7) is None
ubus.disconnect()
for k in data:
if k == "voltage":
if data['voltage'] > power_supply_reaquare and notified_power_supply:
commands.getoutput('create_notification -s news "Sitove napajeni bylo obnoveno." "Power supply was reaquired."')
notified_power_supply = False
elif data['voltage'] <= power_supply_cut_off and not notified_power_supply: # 12.8V
commands.getoutput('create_notification -s error "Vypadlo sitove napajeni!" "Power supply was interrupted!"')
notified_power_supply = True
if data['voltage'] > battery_not_low and notified_low_battery:
notified_low_battery = False
elif data['voltage'] <= battery_low and not notified_low_battery: # 12V
volts = float(data['voltage']) * 0.0593
commands.getoutput('create_notification -s error "Nizke napetu akumulatoru! %.2f V" "Low voltage of the acumulator! %.2f V"' % (volts, volts))
notified_low_battery = True
if data['voltage'] <= battery_not_high and notified_high_battery:
notified_high_battery = False
elif data['voltage'] > battery_high and not notified_high_battery:
commands.getoutput('create_notification -s error "Vysoke napetu akumulatoru!" "High voltage of the acumulator!"')
notified_high_battery = True
# TODO add to exit handler
# i2c.close()
while True:
ubus.loop(60000)
data = load_data()
#print(data)
db_data(data)
ubus_data(data)
check_data(data)
