def test_populate_from_scope_record(self):
scope_id = gen_string_id()
sweep_id = gen_string_id()
console_token = 'console token'
platform_token = 'platform token'
scope_record = AssetScope()
scope_record.scope = scope_id
scope_record.scope_api_token = console_token
scope_record.set_cache(platform_tokens={platform_token})
PlatformTokenManager.populate_from_scope_entity(scope_record, sweep_id)
# now let's make sure we see those tokens:
# Scope-centered jobs must result in scope-centered key for token storage
job_scope = JobScope(sweep_id=sweep_id,
entity_type=Entity.Scope,
entity_id=scope_id)
assert console_token == PlatformTokenManager.from_job_scope(
job_scope).get_best_token()
job_scope = JobScope(
sweep_id=sweep_id,
# uses .namespace default value as 2nd value in redis key. no need to set here.
)
assert platform_token == PlatformTokenManager.from_job_scope(
job_scope).get_best_token()
def _report_failure(job_scope: JobScope, start_time: float, exc: Exception,
**kwargs: Any):
"""Report task stats when task fails."""
end_time = time.time()
job_scope.running_time = math.ceil(end_time - start_time)
job_scope.datapoint_count = kwargs.get('partial_datapoint_count')
ErrorInspector.inspect(exc, job_scope.ad_account_id,
{'job_scope': job_scope})
if isinstance(exc, FacebookRequestError):
failure_status, failure_bucket = FacebookApiErrorInspector(
exc).get_status_and_bucket()
else:
failure_status, failure_bucket = ExternalPlatformJobStatus.GenericError, FailureBucket.Other
# No entity type means we don't know what table to target
if failure_bucket == FailureBucket.InaccessibleObject and job_scope.entity_type is not None:
set_inaccessible_entity_task.delay(job_scope)
report_job_status_task.delay(failure_status, job_scope)
PlatformTokenManager.from_job_scope(
job_scope).report_usage_per_failure_bucket(job_scope.token,
failure_bucket)
SweepStatusTracker(job_scope.sweep_id).report_status(failure_bucket)
_send_measurement_task_runtime(job_scope, failure_bucket)
def _report_success(job_scope: JobScope, start_time: float, ret_value: Any):
"""Report task stats when successful."""
end_time = time.time()
job_scope.running_time = math.ceil(end_time - start_time)
if isinstance(ret_value, int):
job_scope.datapoint_count = ret_value
report_job_status_task.delay(ExternalPlatformJobStatus.Done, job_scope)
SweepStatusTracker(job_scope.sweep_id).report_status(FailureBucket.Success)
_send_measurement_task_runtime(job_scope, FailureBucket.Success)
def sync_expectations(job_scope: JobScope):
assert (job_scope.report_type == ReportType.sync_expectations
), 'Only sync_expectations report type is processed by this task'
if job_scope.ad_account_id:
# this is per AA task. No need to iterate over all
ad_account_ids_iter = [job_scope.ad_account_id]
else:
ad_account_ids_iter = expecations_store.iter_expectations_ad_accounts(
sweep_id=job_scope.sweep_id)
for ad_account_id in ad_account_ids_iter:
ad_account_scoped_job_scope = JobScope(job_scope.to_dict(),
ad_account_id=ad_account_id,
entity_type=Entity.AdAccount,
entity_id=ad_account_id)
with ChunkDumpStore(ad_account_scoped_job_scope,
chunk_size=200) as store:
job_ids_iter = expecations_store.iter_expectations_per_ad_account(
ad_account_id, ad_account_scoped_job_scope.sweep_id)
for job_id in job_ids_iter:
job_id_parts = parse_id_parts(job_id)
# default is platform namespace and we communicate out only those
if job_id_parts.namespace == JobScope.namespace:
store({
'job_id':
job_id,
# 'status':'expected',
'account_id':
job_id_parts.ad_account_id,
'entity_type':
job_id_parts.entity_type,
'entity_id':
job_id_parts.entity_id,
'report_type':
job_id_parts.report_type,
'report_variant':
job_id_parts.report_variant,
'range_start':
_to_date_string_if_set(job_id_parts.range_start),
'range_end':
_to_date_string_if_set(job_id_parts.range_end),
'platform_namespace':
job_id_parts.namespace,
})
def iter_collect_entities_per_page_post(
job_scope: JobScope) -> Generator[Dict[str, Any], None, None]:
"""
Collects an arbitrary entity for a page post
"""
entity_type = job_scope.report_variant
page_token_manager = PageTokenManager.from_job_scope(job_scope)
with PlatformApiContext(
page_token_manager.get_best_token(
job_scope.ad_account_id)) as fb_ctx:
root_fb_entity = fb_ctx.to_fb_model(job_scope.entity_id,
Entity.PagePost)
entities = iter_native_entities_per_page_post(root_fb_entity, entity_type)
record_id_base_data = job_scope.to_dict()
record_id_base_data.update(entity_type=entity_type, report_variant=None)
del record_id_base_data['entity_id']
with ChunkDumpStore(job_scope, chunk_size=DEFAULT_CHUNK_SIZE) as store:
for entity in entities:
entity_data = entity.export_all_data()
entity_data = add_vendor_data(entity_data,
id=generate_universal_id(
entity_id=entity_data.get('id'),
**record_id_base_data))
entity_data['page_id'] = job_scope.ad_account_id
entity_data['page_post_id'] = job_scope.entity_id
# Store the individual datum, use job context for the cold
# storage thing to divine whatever it needs from the job context
store(entity_data)
yield entity_data
def test_set_inaccessible_entity_task():
mock_model = Mock()
mock_factory = Mock(return_value=mock_model)
with patch.dict('oozer.set_inaccessible_entity_task.ENTITY_TYPE_MODEL_MAP', {Entity.PagePost: mock_factory}):
set_inaccessible_entity_task(JobScope(report_variant=Entity.PagePost))
mock_model.update.assert_called_once_with(actions=[mock_factory.is_accessible.set(False)])
def test_fails_without_a_token(self):
job_scope = JobScope(tokens=[None],
report_time=datetime.utcnow(),
report_type='entity',
report_variant=Entity.Page,
sweep_id='1')
with SweepRunningFlag(job_scope.sweep_id), mock.patch.object(
report_job_status_task, 'delay') as status_task, mock.patch(
'common.error_inspector.BugSnagContextData.notify'
) as bugsnag_notify, mock.patch(
'common.error_inspector.API_KEY', 'something'):
collect_pages_from_business_task(job_scope, JobContext())
assert bugsnag_notify.called
actual_args, actual_kwargs = bugsnag_notify.call_args
assert (
str(actual_args[0]) ==
'Job fb||||entity|P cannot proceed. No platform tokens provided.'
), 'Notify bugsnag correctly using correct Exception'
assert {
'severity': SEVERITY_ERROR,
'job_scope': job_scope,
'error_type': ErrorTypesReport.UNKNOWN,
} == actual_kwargs, 'Notify bugsnag correctly'
assert status_task.called
status_task_args, _ = status_task.call_args
assert (
JobStatus.GenericError, job_scope
) == status_task_args, 'Must report status correctly on failure'
def test_fails_with_wrong_report_variant(self):
job_scope = JobScope(tokens=['blah'],
report_time=datetime.utcnow(),
report_type='entity',
report_variant=None,
sweep_id='1')
with SweepRunningFlag(job_scope.sweep_id), mock.patch.object(
report_job_status_task, 'delay') as status_task, mock.patch(
'common.error_inspector.BugSnagContextData.notify'
) as bugsnag_notify, mock.patch(
'common.error_inspector.API_KEY', 'something'):
collect_pages_from_business_task(job_scope, JobContext())
assert bugsnag_notify.called
actual_args, actual_kwargs = bugsnag_notify.call_args
assert (isinstance(actual_args[0], ValueError) and str(
actual_args[0]) == 'Report level None specified is not: P'
), 'Notify bugsnag correctly using correct Exception'
assert {
'severity': SEVERITY_ERROR,
'job_scope': job_scope,
'error_type': ErrorTypesReport.UNKNOWN,
} == actual_kwargs, 'Notify bugsnag correctly'
assert status_task.called
parameters, _ = status_task.call_args
assert (JobStatus.GenericError, job_scope
) == parameters, 'Must report status correctly on failure'
def test_lifetime_campaigns(self):
job_scope = JobScope(
ad_account_id=AD_ACCOUNT,
report_type=ReportType.lifetime,
report_variant=Entity.Campaign,
sweep_id='sweep',
tokens=[TOKEN],
)
captured_data = [] # type: List[Tuple[Dict, JobScope, int]]
def _store(data, job_scope, chunk_marker=0):
captured_data.append((data, job_scope, chunk_marker))
with mock.patch.object(cold_storage, 'store', _store):
data_iter = Insights.iter_collect_insights(job_scope, None)
cnt = 0
for datum in data_iter:
cnt += 1
if cnt == 4:
break
assert cnt == 4
for datum, job_scope_inner, _ in captured_data:
assert datum['campaign_id'] == job_scope_inner.entity_id
def collect_page(job_scope: JobScope, _job_context: JobContext):
"""
Collect a single facebook page
"""
if job_scope.report_variant != Entity.Page:
raise ValueError(
f"Report level {job_scope.report_variant} specified is not: {Entity.Page}"
)
token = job_scope.token
if not token:
raise ValueError(
f"Job {job_scope.job_id} cannot proceed. No platform tokens provided."
)
# We don't use it for getting a token. Something else that calls us does.
# However, we use it to report usages of the token we got.
token_manager = PlatformTokenManager.from_job_scope(job_scope)
with PlatformApiContext(token) as fb_ctx:
page_inst = page.Page(fbid=job_scope.entity_id, api=fb_ctx.api)
page_fetched = page_inst.api_get(fields=get_default_fields(Page))
report_job_status_task.delay(ExternalPlatformJobStatus.DataFetched,
job_scope)
token_manager.report_usage(token, 2)
record_id_data = job_scope.to_dict()
record_id_data.update(entity_type=Entity.Page,
entity_id=job_scope.entity_id,
report_variant=None)
entity_data = page_fetched.export_all_data()
entity_data = add_vendor_data(
entity_data, id=generate_universal_id(**record_id_data))
store = NormalStore(job_scope)
store.store(entity_data)
def test_key_s3_date_snapped_with_chunk_id(self):
"""
Check that the key is constructed as we expect
"""
job_scope = JobScope(
ad_account_id=gen_string_id(),
report_type=ReportType.day_platform,
report_variant=Entity.Ad,
range_start=date(2000, 1, 2),
)
chunk_marker = 7
dt_should_be = datetime(2000, 1, 2, 0, 0, 0)
with mock.patch.object(uuid, 'uuid4', return_value='UUID-HERE'):
storage_key = cold_storage.store({'data': 'yeah!'}, job_scope, chunk_marker=7)
prefix = xxhash.xxh64(job_scope.ad_account_id).hexdigest()[:6]
expected_key = (
f'fb/'
+ f'{prefix}-{job_scope.ad_account_id}/'
+ f'{job_scope.report_type}/'
+ f'{dt_should_be.strftime("%Y")}/'
+ f'{dt_should_be.strftime("%m")}/'
+ f'{dt_should_be.strftime("%d")}/'
+ f'{dt_should_be.strftime("%Y-%m-%dT%H:%M:%SZ")}-'
+ f'{job_scope.job_id}-'
+ f'{chunk_marker}-'
+ f'UUID-HERE'
+ f'.json'
)
assert storage_key == expected_key
def test_key_s3_date_less(self):
"""
Check that the key is constructed as we expect
"""
import common.tztools
job_scope = JobScope(
ad_account_id=gen_string_id(), report_type=ReportType.entity, report_variant=Entity.Campaign
)
now_dt = datetime(2000, 1, 2, 3, 4, 5)
with mock.patch.object(common.tztools, 'now', return_value=now_dt) as now_mocked, mock.patch.object(
uuid, 'uuid4', return_value='UUID-HERE'
):
storage_key = cold_storage.store({'data': 'yeah!'}, job_scope)
assert now_mocked.called
prefix = xxhash.xxh64(job_scope.ad_account_id).hexdigest()[:6]
expected_key = (
f'fb/'
+ f'{prefix}-{job_scope.ad_account_id}/'
+ f'{job_scope.report_type}/'
+ f'{now_dt.strftime("%Y")}/'
+ f'{now_dt.strftime("%m")}/'
+ f'{now_dt.strftime("%d")}/'
+ f'{now_dt.strftime("%Y-%m-%dT%H:%M:%SZ")}-'
+ f'{job_scope.job_id}-'
+ f'UUID-HERE'
+ f'.json'
)
assert storage_key == expected_key
def test_task_error_is_logged_into_job_report(self):
from oozer.common.report_job_status_task import report_job_status_task
class MyException(Exception):
pass
sync_expectations_job_scope = JobScope(
sweep_id=random.gen_string_id(),
ad_account_id=random.gen_string_id(),
report_type=ReportType.sync_expectations,
)
with mock.patch.object(report_job_status_task,
'delay') as job_report, mock.patch.object(
sync_expectations_task,
'sync_expectations',
side_effect=MyException('nope!')):
with self.assertRaises(MyException):
sync_expectations_task.sync_expectations_task.delay(
sync_expectations_job_scope, None)
assert job_report.called
aa, kk = job_report.call_args
assert not kk
code, job_scope_actual = aa
assert code < 0 # some sort of *Failure* code
assert job_scope_actual == sync_expectations_job_scope
def test_resolve_job_scope_to_celery_task_ad_account(
self, mock_lifetime_iter, mock_breakdowns_iter):
real_claim = RealityClaim(entity_id='A1',
ad_account_id='A1',
entity_type=Entity.AdAccount,
timezone='America/Los_Angeles')
mock_lifetime_iter.return_value = []
mock_breakdowns_iter.return_value = [
RealityClaim(
entity_id='AD1',
ad_account_id='A1',
entity_type=Entity.Ad,
range_start=datetime(2019, 1, 20, 12, 0),
timezone='America/Los_Angeles',
)
]
for job_generator in entity_expectation_generator_map[
Entity.AdAccount]:
for exp_claim in job_generator(real_claim):
with self.subTest(job_generator=job_generator,
exp_claim=exp_claim):
job_scope = JobScope(parse_id(exp_claim.job_id))
assert inventory.resolve_job_scope_to_celery_task(
job_scope)
def test_task_does_not_blow_up(self):
# this is almost same thing as the next test
# where we check that call signature is right,
# but when call signature changes and our tests don't,
# it becomes irrelevant if we have tests - they check for wrong thing
# So, here we actually call "store" and in next test
# we intercept the call and check payload.
# Don't remove me. Not duplicate.
expectation_job_id = generate_id(
ad_account_id=random.gen_string_id(),
report_type=ReportType.day_hour,
report_variant=Entity.Ad,
range_start='2000-01-01',
)
rr = [expectation_job_id]
sync_expectations_job_scope = JobScope(
sweep_id=random.gen_string_id(),
ad_account_id=random.gen_string_id(),
report_type=ReportType.sync_expectations,
)
with mock.patch.object(expecations_store,
'iter_expectations_per_ad_account',
return_value=rr):
sync_expectations_task.sync_expectations(
sync_expectations_job_scope)
def collect_organic_insights_task(job_scope: JobScope, _: JobContext):
logger.info(f'{job_scope} started')
if not job_scope.tokens:
good_token = PlatformTokenManager.from_job_scope(
job_scope).get_best_token()
if good_token is not None:
job_scope.tokens = [good_token]
data_iter = InsightsOrganic.iter_collect_insights(job_scope)
cnt = 0
try:
for _ in data_iter:
cnt += 1
if cnt % 100 == 0:
logger.info(f'{job_scope} processed {cnt} data points so far')
except Exception as e:
# re-raising causes loss of original stack trace. printing it.
ErrorInspector.inspect(e, job_scope.ad_account_id,
{'job_scope': job_scope})
raise CollectionError(e, cnt)
logger.info(f'{job_scope} complete a total of {cnt} data points')
return cnt
def iter_tasks(
self
) -> Generator[Tuple[CeleryTask, JobScope, JobContext, int], None, None]:
"""Read persisted jobs and pass-through context objects for inspection"""
with self.queue.JobsReader() as jobs_iter:
for job_id, job_scope_additional_data, score in jobs_iter:
job_id_parts = parse_id(job_id)
job_scope = JobScope(job_scope_additional_data,
job_id_parts,
sweep_id=self.sweep_id,
score=score)
try:
celery_task = resolve_job_scope_to_celery_task(job_scope)
# TODO: Decide what to do with this.
# Was designed for massive hash collection and such,
# but cannot have too much data in there because we pickle it and put in on Redis
job_context = JobContext()
yield celery_task, job_scope, job_context, score
logger.info(
f"#{self.sweep_id}: Scheduling job_id {job_id} with score {score}."
)
except InvalidJobScopeException as e:
ErrorInspector.inspect(e, job_scope.ad_account_id, {
'sweep_id': job_scope.sweep_id,
'job_id': job_scope.job_id
})
def test__job_scope_to_metadata():
scope = JobScope(
job_id='job identifier',
namespace='fb',
ad_account_id='007',
report_type='report type',
entity_type=Entity.Campaign,
report_variant=Entity.Ad,
range_start=datetime.fromtimestamp(1),
score=10,
)
result = _job_scope_to_metadata(scope)
result.pop('extracted_at')
result.pop('build_id')
assert {
'job_id': 'fb|007|C||report+type|A|1970-01-01T00%3A00%3A01',
'ad_account_id': '007',
'report_type': 'report type',
'entity_type': 'A',
'platform_api_version': 'v6.0',
'platform': 'fb',
'score': '10',
} == result
def collect_pages_from_business(job_scope: JobScope,
_job_context: JobContext) -> int:
"""
Collect all facebook pages that are active
"""
if job_scope.report_variant != Entity.Page:
raise ValueError(
f"Report level {job_scope.report_variant} specified is not: {Entity.Page}"
)
token = job_scope.token
if not token:
raise ValueError(
f"Job {job_scope.job_id} cannot proceed. No platform tokens provided."
)
# We don't use it for getting a token. Something else that calls us does.
# However, we use it to report usages of the token we got.
token_manager = PlatformTokenManager.from_job_scope(job_scope)
with PlatformApiContext(token) as fb_ctx:
fb_req = FacebookRequest(node_id="me",
method="GET",
endpoint="/businesses",
api=fb_ctx.api,
api_type='EDGE',
target_class=Business)
businesses = fb_req.execute()
report_job_status_task.delay(ExternalPlatformJobStatus.DataFetched,
job_scope)
token_manager.report_usage(token)
entity_type = Entity.Page
record_id_base_data = job_scope.to_dict()
record_id_base_data.update(entity_type=entity_type, report_variant=None)
cnt = 0
for biz in businesses:
client_pages = list(
biz.get_client_pages(fields=get_default_fields(Page)))
owned_pages = list(
biz.get_owned_pages(fields=get_default_fields(Page)))
pages_list = client_pages + owned_pages
for page_inst in pages_list:
entity_data = page_inst.export_all_data()
record_id_base_data.update(entity_id=entity_data.get('id'))
entity_data = add_vendor_data(
entity_data, id=generate_universal_id(**record_id_base_data))
store = NormalStore(job_scope)
store.store(entity_data)
cnt += 1
report_job_status_task.delay(ExternalPlatformJobStatus.Done, job_scope)
return cnt
def test_task_is_called_with_right_data(self):
range_start = now()
range_start_should_be = range_start.strftime('%Y-%m-%d')
expected_job_id = generate_id(
ad_account_id=random.gen_string_id(),
report_type=ReportType.day_hour,
report_variant=Entity.Ad,
range_start=range_start,
)
rr = [expected_job_id]
expected_job_id_parts = parse_id_parts(expected_job_id)
sync_expectations_job_scope = JobScope(
sweep_id=random.gen_string_id(),
ad_account_id=random.gen_string_id(),
report_type=ReportType.sync_expectations,
)
with mock.patch.object(expecations_store,
'iter_expectations_per_ad_account',
return_value=rr) as jid_iter, mock.patch.object(
cold_storage.ChunkDumpStore,
'store') as store:
sync_expectations_task.sync_expectations(
sync_expectations_job_scope)
assert jid_iter.called
aa, kk = jid_iter.call_args
assert not kk
assert aa == (sync_expectations_job_scope.ad_account_id,
sync_expectations_job_scope.sweep_id)
assert store.called
aa, kk = store.call_args
assert not kk
assert len(aa) == 1
data = aa[0]
assert data == {
'job_id': expected_job_id,
# missing "ad_" is intentional.
# this matches this attr name as sent by FB
# and ysed by us elsewhere in the company
'account_id': expected_job_id_parts.ad_account_id,
'entity_type': expected_job_id_parts.entity_type,
'entity_id': expected_job_id_parts.entity_id,
'report_type': expected_job_id_parts.report_type,
'report_variant': expected_job_id_parts.report_variant,
'range_start':
range_start_should_be, # checking manually to ensure it's properly stringified
'range_end': None,
'platform_namespace': JobScope.namespace, # default platform value
}
def setUp(self):
self.job_scope = JobScope(
sweep_id=gen_string_id(),
ad_account_id=gen_string_id(),
entity_id=gen_string_id(),
entity_type=Entity.Campaign,
report_type=ReportType.entity,
)
def collect_adaccount(job_scope: JobScope) -> Dict[str, Any]:
"""
Collects ad account data for a AA specific JobScope definition.
:param JobScope job_scope: The JobScope as we get it from the task itself
"""
if job_scope.report_variant != Entity.AdAccount:
raise ValueError(
f"Report level {job_scope.report_variant} specified is not: {Entity.AdAccount}"
)
token = job_scope.token
if not token:
raise ValueError(
f"Job {job_scope.job_id} cannot proceed. No platform tokens provided."
)
assert (
job_scope.ad_account_id == job_scope.entity_id
), f'This is an ad account entity job, account_id should be equal to entity_id'
# Used to report token usage by this job
token_manager = PlatformTokenManager.from_job_scope(job_scope)
with PlatformApiContext(token) as fb_ctx:
ad_account = fb_ctx.to_fb_model(job_scope.ad_account_id,
Entity.AdAccount)
fields = get_default_fields(ad_account.__class__)
ad_account_with_selected_fields = ad_account.api_get(
fields=fields) # Read just the fields we need
ad_account_data_dict = ad_account_with_selected_fields.export_all_data(
) # Export the object to a dict
token_manager.report_usage(token)
job_scope_base = {
# Duplicate the job_scope data to avoid mutating it
**job_scope.to_dict(),
'entity_type': Entity.AdAccount,
'report_variant': None,
}
augmented_ad_account_data = add_vendor_data(
# Augment the data returned from the remote API with our vendor data
ad_account_data_dict,
id=generate_universal_id(**job_scope_base),
)
feedback_entity_task.delay(ad_account_data_dict,
job_scope.report_variant)
store = NormalStore(job_scope)
store.store(augmented_ad_account_data)
# TODO: feedback account? this probably wouldn't make sense at the moment
# because ad accounts are discovered from console and their lifecycle is controlled from there.
return ad_account_data_dict
def collect_adaccount_task(job_scope: JobScope, _: JobContext):
logger.info(f'{job_scope} started')
if not job_scope.tokens:
good_token = PlatformTokenManager.from_job_scope(
job_scope).get_best_token()
if good_token is not None:
job_scope.tokens = [good_token]
collect_adaccount(job_scope)
def test_runs_correctly(self):
account_id = random.gen_string_id()
job_scope = JobScope(
ad_account_id=self.ad_account_id,
entity_id=self.ad_account_id,
tokens=['A_REAL_TOKEN'],
report_time=datetime.utcnow(),
report_type='entity',
report_variant=Entity.AdAccount,
sweep_id='1',
)
universal_id_should_be = generate_universal_id(
ad_account_id=self.ad_account_id,
report_type=ReportType.entity,
entity_id=self.ad_account_id,
entity_type=Entity.AdAccount,
)
account_data = AdAccount(fbid=account_id)
# Did not find a better way how to set this data on the inner AbstractCrudObject.
timezone = 'Europe/Prague'
account_data._data['timezone_name'] = timezone
account_data._data['account_id'] = account_id
with mock.patch.object(FB_ADACCOUNT_MODEL,
'api_get',
return_value=account_data), mock.patch.object(
NormalStore, 'store') as store:
collect_adaccount(job_scope)
assert store.called_with(
account_data), 'Data should be stored with the cold store module'
assert store.called
store_args, store_keyword_args = store.call_args
assert not store_keyword_args
assert len(
store_args
) == 1, 'Store method should be called with just 1 parameter'
data_actual = store_args[0]
vendor_data_key = '__oprm'
ad_account_dynamo = AdAccountEntity.get(DEFAULT_SCOPE, account_id)
assert ad_account_dynamo.timezone == timezone
assert ad_account_dynamo.ad_account_id == account_id
assert (vendor_data_key in data_actual
and type(data_actual[vendor_data_key])
== dict), 'Special vendor key is present in the returned data'
assert data_actual[vendor_data_key] == {
'id': universal_id_should_be
}, 'Vendor data is set with the right universal id'
def test_resolve_job_scope_to_celery_task_page_post(self):
real_claim = RealityClaim(entity_id='PP1',
ad_account_id='P1',
entity_type=Entity.PagePost)
for job_generator in entity_expectation_generator_map[Entity.PagePost]:
with self.subTest(job_generator=job_generator):
exp_claim = next(job_generator(real_claim))
job_scope = JobScope(parse_id(exp_claim.job_id))
assert inventory.resolve_job_scope_to_celery_task(job_scope)
def iter_collect_entities_per_page(
job_scope: JobScope) -> Generator[Dict[str, Any], None, None]:
"""
Collects an arbitrary entity for a page
"""
token, entity_type, root_fb_entity = _extract_token_entity_type_parent_entity(
job_scope, [Entity.PagePost, Entity.PageVideo], Entity.Page,
'ad_account_id')
entities = iter_native_entities_per_page(root_fb_entity, entity_type)
record_id_base_data = job_scope.to_dict()
record_id_base_data.update(entity_type=entity_type, report_variant=None)
token_manager = PlatformTokenManager.from_job_scope(job_scope)
with ChunkDumpStore(
job_scope, chunk_size=DEFAULT_CHUNK_SIZE) as store, ChunkDumpStore(
job_scope,
chunk_size=DEFAULT_CHUNK_SIZE,
bucket_type=ColdStoreBucketType.RAW_BUCKET,
custom_namespace=NAMESPACE_RAW,
) as raw_store:
cnt = 0
for entity in entities:
entity_data = entity.export_all_data()
entity_data = add_vendor_data(entity_data,
id=generate_universal_id(
entity_id=entity_data.get('id'),
**record_id_base_data))
entity_data['page_id'] = job_scope.ad_account_id
if entity_type == Entity.PagePost:
# store raw version of response (just to remain consistent)
raw_store(entity_data)
entity_data = _augment_page_post(entity_data)
# Store the individual datum, use job context for the cold
# storage thing to divine whatever it needs from the job context
store(entity_data)
# Signal to the system the new entity
feedback_entity_task.delay(entity_data, entity_type)
yield entity_data
cnt += 1
if cnt % 1000 == 0:
# default paging size for entities per parent
# is typically around 200. So, each 200 results
# means about 5 hits to FB
token_manager.report_usage(token, 5)
token_manager.report_usage(token)
def collect_page_task(job_scope: JobScope, job_context: JobContext) -> int:
logger.info(f'{job_scope} started')
if not job_scope.tokens:
good_token = PlatformTokenManager.from_job_scope(
job_scope).get_best_token()
if good_token is not None:
job_scope.tokens = [good_token]
collect_page(job_scope, job_context)
return 1 # we collect 1 page at a time
def test_from_job_scope(self):
key_gen = '{asset_scope}-{sweep_id}-sorted-token-queue'.format
sweep_id = gen_string_id()
entity_id = gen_string_id()
scope_id = gen_string_id()
# Scope-centered jobs must result in scope-centered key for token storage
job_scope = JobScope(sweep_id=sweep_id,
entity_type=Entity.Scope,
entity_id=scope_id)
token_manager = PlatformTokenManager.from_job_scope(job_scope)
assert token_manager.queue_key == key_gen(asset_scope=scope_id,
sweep_id=sweep_id)
# non-Scope-centered jobs must result in 'fb'-centered key for token storage
job_scope = JobScope(sweep_id=sweep_id)
token_manager = PlatformTokenManager.from_job_scope(job_scope)
assert token_manager.queue_key == key_gen(
asset_scope=JobScope.namespace, sweep_id=sweep_id)
def store(self, datum):
from oozer.common.report_job_status_task import report_job_status_task
entity_id = datum.get(self.id_attribute_name) or datum.get('id')
assert entity_id, "This code must have an entity ID for building of unique insertion ID"
normative_job_scope = JobScope(self.job_scope_base_data, entity_id=entity_id)
# and store data under that per-entity, normative JobScope.
self._store(datum, normative_job_scope, DEFAULT_CHUNK_NUMBER, self.bucket_type)
# since we report for many entities in this code,
# must also communicate out the status inside of the for-loop
# at the normative level.
report_job_status_task.delay(JobStatus.Done, normative_job_scope)
def test_task_complains_about_bad_report_type(self):
sync_expectations_job_scope = JobScope(
sweep_id=random.gen_string_id(),
ad_account_id=random.gen_string_id(),
report_type=ReportType.lifetime, # <----------- this is wrong
)
with self.assertRaises(AssertionError) as ex_catcher:
sync_expectations_task.sync_expectations(
sync_expectations_job_scope)
assert 'Only sync_expectations report' in str(ex_catcher.exception)
