How to use make_alert method in autotest

Best Python code snippet using autotest_python

main.py

Source:main.py

...14        if command.is_new:15            logg.info('Process new command: {}:{}'.format(command.type, command.value))16            if command.type == tele_command.UPDATE_REF:17                btc.update_ref(command.value)18                send_alert([make_alert(f'BTC Ref updated: {btc.get_ref()}')])19                20            elif command.type == tele_command.UPDATE_OFFSET:21                btc.update_percent(command.value)22                send_alert([make_alert(f'BTC Offset updated: {btc.get_percent()}%')])23            elif command.type == tele_command.GET_PRICE:24                    price = btc.get_btc()["last"]25                    send_alert([make_alert(f'BTC Price: {price}')])26                    27            elif command.type == tele_command.ALERT_AT:28                # btc.update_alert(command.value)29                # btc.alerted_reset()30                send_alert([make_alert('Alert not implemented')])31                32            elif command.type == tele_command.LIST_CMD:33                send_alert([make_alert(', '.join(tele_command.VALID_COMMANDS.keys()))])34                35            elif command.type == tele_command.GET_INFO:36                send_alert([make_alert(f'BTC Ref/offset:{btc.get_ref()}/{btc.get_percent()}%, \37                                        GOLD Ref/Off:{gold.get_ref()}/{gold.get_percent()}')])38            elif command.type == tele_command.GET_GOLD:39                send_alert([make_alert(f'Gold price: {gold.get_gold()}')])40            elif command.type == tele_command.UPDATE_GOLD_REF:41                gold.update_ref(command.value)42                send_alert([make_alert(f'Gold Ref updated: {gold.get_ref()}')])43            elif command.type == tele_command.UPDATE_GOLD_OFFSET:44                gold.update_percent(command.value)45                send_alert([make_alert(f'Gold Offset updated: {gold.get_percent()}%')])46            command.is_new = False47    except Exception as e:48        send_alert([make_alert('do_command: {}'.format(e.args))])49        logg.error('do_command: {}'.format(e))50        raise Exception(e)51def main():52    try:53        # Init command polling channel54        command = tele_command.Command()55        btc = Btc()56        gold = Gold()57        while True:58            # Obtain & analyse price info59            btc.analyse()60            gold.analyse()61            # Listen & conduct commands sent from telegram62            do_command(command, btc, gold)...

Observer.py

Source:Observer.py

2from Strategy import *3from Iterator import *4class Unit(ABC):5    @abstractmethod6    def make_alert(self):7        pass8class SKKM:9    def __init__(self):10        self.__fire_service_units = set()11        self.nearest_unit = None12        self.list_of_occasions = []13    def attach(self, unit):14        self.__fire_service_units.add(unit)15    def detach(self, unit):16        self.__fire_service_units.remove(unit)17    def sort_from_nearest_to_farthest(self, problem_x_coord, problem_y_coord):18        distance_dict = {}19        for unit in self.__fire_service_units:20            distance = math.sqrt(21                ((problem_x_coord - unit.coordinates[0]) ** 2) + ((problem_y_coord - unit.coordinates[1]) ** 2))22            distance_dict[unit] = distance23        sorted_distance_dict = sorted(distance_dict.items(), key=lambda item: item[1])24        self.nearest_unit = (sorted_distance_dict[0])[0]25    def notify(self):26        for unit in self.__fire_service_units:27            if unit == self.nearest_unit:28                unit.make_alert()29class FireServiceUnit(Unit):30    def __init__(self, fire_station_id, coordinates, list_of_vehicles: list):31        self.fire_station_id = fire_station_id32        self.coordinates = coordinates33        self.vehicles = list_of_vehicles34    def __iter__(self):35        return Iterator(self.vehicles)36    def make_alert(self):...

QUALITY_CHECK.py

Source:QUALITY_CHECK.py

...7)8def test_alert_1():9    return job.spark.sql(""" SELECT * FROM VALUES (0) WHERE col1 == 1 """)10# You can instead use a generic template that create alerts, like this11def make_alert(i: int):12    @alert(description="description of test_alert_%s" % i, severity=CheckSeverity.Debug, name="test_alert_%s" % i)13    def func():14        return job.spark.sql(f""" SELECT * FROM VALUES (0) WHERE col1 == {i} """)15    job.add_alert(func)16# And then call it like this17make_alert(2)18make_alert(3)19# To avoid duplicate code when you need to define multiple metrics that looks like this:20@metric(21    description="description of test_metric_1",22    severity=CheckSeverity.Debug,23)24def test_metric_1():25    return job.spark.sql(""" SELECT 1 as col1 """)26# You can instead use a generic template that create metrics, like this27def make_metric(i: int):28    @metric(description="description of test_metric_%s" % i, severity=CheckSeverity.Debug, name="test_metric_%s" % i)29    def func():30        return job.spark.sql(f""" SELECT {i} as col1 """)31    job.add_metric(func)32# You can instead use a generic template that create metrics, like this...

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