How to use _schedule_job method in autotest

Best Python code snippet using autotest_python

schedule_jobs.py

Source:schedule_jobs.py

...80    clear_jobs(client=client, project_id=project_id, location_id=location_id)81    # Read the list of all known locations, since we will be splitting some jobs based on that82    location_keys = list(table_read_column(SRC / "data" / "metadata.csv", "key"))83    # Cache pull job runs hourly84    _schedule_job(schedule="0 * * * *", path="/deferred/cache_pull")85    # Get new errors once a day at midday.86    _schedule_job(path="/deferred/report_errors_to_github", schedule="0 12 * * *")87    # Keep track of the different job groups to only output them once88    job_urls_seen = set()89    for data_pipeline in get_pipelines():90        # The job that combines data sources into a table runs hourly91        _schedule_job(92            path=f"/deferred/combine_table?table={data_pipeline.table}",93            # Offset by 15 minutes to let other hourly tasks finish94            schedule="15 * * * *",95        )96        for idx, data_source in enumerate(data_pipeline.data_sources):97            automation_opts = data_source.config.get("automation", {})98            # The job to pull each individual data source runs hourly unless specified otherwise99            job_sched = automation_opts.get("schedule", "0 * * * *")100            # If the job is deferred, then prepend the token to the path101            job_prefix = "/deferred" if automation_opts.get("deferred") else ""102            # Each data source has a job group. All data sources within the same job group are run103            # as part of the same job in series. The default job group is the index of the data104            # source.105            job_group = automation_opts.get("job_group", idx)106            job_url = f"{job_prefix}/update_table?table={data_pipeline.table}&job_group={job_group}"107            if job_url not in job_urls_seen:108                job_urls_seen.add(job_url)109                _schedule_job(path=job_url, schedule=job_sched)110    ########111    # V2 publish jobs112    ########113    # The job that publishes combined tables into the prod bucket runs every 2 hours114    _schedule_job(115        # Run in a separate, preemptible instance116        path="/deferred/publish_tables",117        # Offset by 30 minutes to let other hourly tasks finish118        schedule="30 */2 * * *",119    )120    # The job that publishes aggregate outputs runs every 4 hours121    _schedule_job(122        # Run in a separate, preemptible instance123        path="/deferred/publish_main_table",124        # Offset by 60 minutes to let other hourly tasks finish125        schedule="0 1-23/4 * * *",126    )127    # The job that publishes breakdown outputs runs every 4 hours128    _schedule_job(129        path="/deferred/publish_subset_tables",130        # Offset by 90 minutes to run after publishing131        schedule="30 1-23/4 * * *",132    )133    # Converting the outputs to JSON is less critical but also slow so it's run separately134    _schedule_job(135        path=f"/deferred/publish_json_tables?prod_folder=v2",136        # Offset by 120 minutes to run after subset tables are published137        schedule="0 2-23/4 * * *",138    )139    for subset in _split_into_subsets(location_keys, bin_count=5):140        job_params = f"prod_folder=v2&location_key_from={subset[0]}&location_key_until={subset[-1]}"141        _schedule_job(142            path=f"/deferred/publish_json_locations?{job_params}",143            # Offset by 120 minutes to run after subset tables are published144            schedule="0 2-23/4 * * *",145        )146    ########147    # V3 publish jobs148    ########149    # Publish the global tables (with all location keys) every 2 hours150    _schedule_job(151        path="/deferred/publish_v3_global_tables",152        # Offset by 30 minutes to let other hourly tasks finish153        schedule="30 */2 * * *",154    )155    # Convert the global tables to JSON156    _schedule_job(157        path=f"/deferred/publish_json_tables?prod_folder=v3",158        # Offset by 60 minutes to execute after publish_v3_global_tables finishes159        schedule="0 1-23/2 * * *",160    )161    # Break down the outputs by location key every 2 hours, and execute the job in chunks162    for subset in _split_into_subsets(location_keys, bin_count=5):163        job_params = f"location_key_from={subset[0]}&location_key_until={subset[-1]}"164        _schedule_job(165            path=f"/deferred/publish_v3_location_subsets?{job_params}",166            # Offset by 60 minutes to execute after publish_v3_global_tables finishes167            schedule="0 1-23/2 * * *",168        )169    # Publish the main aggregated table every 2 hours170    _schedule_job(171        path="/deferred/publish_v3_main_table",172        # Offset by 90 minutes to execute after publish_v3_location_subsets finishes173        schedule="30 1-23/2 * * *",174    )175    # Publish outputs in JSON format every 2 hours, and execute the job in chunks176    for subset in _split_into_subsets(location_keys, bin_count=5):177        job_params = f"prod_folder=v3&location_key_from={subset[0]}&location_key_until={subset[-1]}"178        _schedule_job(179            path=f"/deferred/publish_json_locations?{job_params}",180            # Offset by 90 minutes to execute after publish_v3_location_subsets finishes181            schedule="30 1-23/2 * * *",182        )183if __name__ == "__main__":184    # Get default values from environment185    default_project = os.environ.get("GCP_PROJECT")186    default_location = os.environ.get("GCP_LOCATION", GCP_LOCATION)187    default_time_zone = os.environ.get("GCP_TIME_ZONE", "America/New_York")188    # Parse arguments from the command line189    argparser = ArgumentParser()190    argparser.add_argument("--project-id", type=str, default=default_project)191    argparser.add_argument("--location-id", type=str, default=default_location)192    argparser.add_argument("--time-zone", type=str, default=default_time_zone)...

test_scheduled_jobs.py

Source:test_scheduled_jobs.py

...30        self.connection.flushall()31        self.scheduler = Scheduler('test_queue', connection=self.connection)32    def test_adds_scheduled_job_with_interval(self):33        interval = 734        _schedule_job(a_function, interval, self.scheduler)35        sched_jobs = self.scheduler.get_jobs()36        assert len(sched_jobs) == 1, sched_jobs37        assert sched_jobs[0].meta['interval'] == interval, sched_jobs[0].meta38    def test_adds_several_jobs_(self):39        _schedule_job(a_function, 1, self.scheduler)40        _schedule_job(another_function, 1, self.scheduler)41        sched_jobs = self.scheduler.get_jobs()42        job_func_names = [job.func_name for job in sched_jobs]43        assert len(sched_jobs) == 2, sched_jobs44        assert 'test_scheduled_jobs.a_function' in job_func_names45        assert 'test_scheduled_jobs.another_function' in job_func_names46    def test_does_not_add_job_if_already_added(self):47        _schedule_job(a_function, 1, self.scheduler)48        _schedule_job(a_function, 1, self.scheduler)49        sched_jobs = self.scheduler.get_jobs()50        assert len(sched_jobs) == 1, sched_jobs51    def test_returns_log_messages(self):52        success_message = _schedule_job(a_function, 1, self.scheduler)53        failure_message = _schedule_job(a_function, 1, self.scheduler)54        assert success_message == 'Scheduled a_function to run every 1 seconds'55        assert failure_message == 'Job a_function is already scheduled'56    def test_failed_attempt_to_schedule_does_not_polute_redis(self):57        _schedule_job(a_function, 1, self.scheduler)58        _schedule_job(a_function, 1, self.scheduler)59        stored_values = self.connection.keys('rq:job*')...

jobs.py

Source:jobs.py

...29    kwargs: dict30def _job_missed_listener(event):31    # TODO Log an notify about missed jobs32    logger.warn("A job has been missed")33def _schedule_job(message: _Message):34    """Schedule a job from a message."""35    _SCHEDULER.add_job(message.function, message.trigger, **message.kwargs)36def schedule_job(func, trigger, **kwargs):37    """Schedule a job."""38    message = _Message(function=func, trigger=trigger, kwargs=kwargs)39    if UWSGI:40        uwsgi.mule_msg(pickle.dumps(message), MULE_NUM)41    else:42        _schedule_job(message)43def run_worker(is_mule=True):44    """Run the jobs worker."""45    atexit.register(_SCHEDULER.shutdown)46    _SCHEDULER.add_listener(_job_missed_listener, events.EVENT_JOB_MISSED)47    _SCHEDULER.start()48    if not is_mule:49        return50    while True:51        message: _Message = pickle.loads(uwsgi.mule_get_msg())...

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