def test_result_iterator(self):
# sort=default
rule = InfernoRule()
eq_(rule.result_iterator, sorted_iterator)
# sort=True
rule = InfernoRule(sort=True)
eq_(rule.result_iterator, sorted_iterator)
# sort=False
rule = InfernoRule(sort=False)
eq_(rule.result_iterator, result_iterator)
def setUp(self):
self.rule = InfernoRule(
day_range=3,
day_offset=1,
day_start=date(2012, 12, 02),
source_tags=['tag1', 'tag2'],
result_tag='result_tag_rule')
self.settings = InfernoSettings(
day_range=4,
day_offset=2,
day_start=date(2011, 12, 02),
source_tags=['tag3', 'tag4'],
result_tag='result_tag_settings')
# expected results
self.result_tag_from_rule = 'result_tag_rule'
self.result_tag_from_settings = 'result_tag_settings'
self.tags_from_rule = [
'tag1:2012-12-01',
'tag1:2012-11-30',
'tag1:2012-11-29',
'tag2:2012-12-01',
'tag2:2012-11-30',
'tag2:2012-11-29']
self.tags_from_settings = ['tag3', 'tag4']
def test_source_tags(self):
# list
rule = InfernoRule(source_tags=['tag1', 'tag2'])
eq_(rule.source_tags, ['tag1', 'tag2'])
# empty list
rule = InfernoRule(source_tags=[])
eq_(rule.source_tags, [])
# one tag (string)
rule = InfernoRule(source_tags='tag1')
eq_(rule.source_tags, ['tag1'])
# none tag
rule = InfernoRule(source_tags=None)
eq_(rule.source_tags, [])
def test_map_serialization(self):
# key parts are str casted & json serialized, value parts are are not
# (note the difference between the key date and value date results)
rule = InfernoRule(key_parts=['date'], value_parts=['date'])
expected = [('["_default","2012-12-01"]', [datetime.date(2012, 12,
1)])]
self._assert_map(self.data, rule, expected)
def test_tags_from_settings_and_rule_mix(self):
rule = InfernoRule(source_tags=['tag5'], day_range=2)
settings = InfernoSettings(day_start=date(2011, 12, 01))
actual = JobOptions(rule, settings).tags
# even though day_range=2, we only expect 1 day, as the settings will override
# the rule
expected = ['tag5:2011-12-01']
eq_(actual, expected)
def test_parts_preprocess(self):
def foo(parts, params):
parts['bar'] = 1
yield parts
rule = InfernoRule(parts_preprocess=[foo])
eq_(rule.params.parts_preprocess, [foo])
actual = rule.params.parts_preprocess[0]({'hello': 'world'}, None)
eq_(list(actual), [{'bar': 1, 'hello': 'world'}])
def setUp(self):
self.data = {
'city': 'toronto',
'country': 'canada',
'population': 100,
'size': 1000,
'date': datetime.date(2012, 12, 01)
}
self.rule = InfernoRule(key_parts=['country', 'city'],
value_parts=['population', 'size'])
def setUp(self):
settings = InfernoSettings(day_range=2, day_start=date(2011, 11, 12))
rule = InfernoRule(archive=True,
max_blobs=self.MAX_BLOBS,
name='some_rule_name',
archive_tag_prefix='archived',
source_tags=['incoming:data:chunk'])
self.job = InfernoJob(rule, settings)
self.job.disco = Disco()
self.job.ddfs = DDFS()
def test_keyset_parts_preprocess(self):
def foo(parts, params):
parts['bar'] = 1
yield parts
rule = InfernoRule(keysets={
'keyset1': Keyset(parts_preprocess=[foo]),
})
funcs = rule.params.keysets['keyset1']['parts_preprocess']
eq_(funcs, [foo])
actual = funcs[0]({'hello': 'world'}, None)
eq_(list(actual), [{'bar': 1, 'hello': 'world'}])
def test_field_transforms(self):
def upper(val):
return val.upper()
rule = InfernoRule(key_parts=['country', 'city'],
value_parts=['population', 'size'],
field_transforms={
'city': upper,
'country': upper
})
expected = [('["_default","CANADA","TORONTO"]', [100, 1000])]
self._assert_map(self.data, rule, expected)
def test_parts_preprocess_that_yields_multiple_parts(self):
def lookup_language(parts, params):
for language in ['french', 'english']:
parts_copy = parts.copy()
parts_copy['language'] = language
yield parts_copy
rule = InfernoRule(key_parts=['country'],
value_parts=['language'],
parts_preprocess=[lookup_language])
expected = [('["_default","canada"]', ['french']),
('["_default","canada"]', ['english'])]
self._assert_map(self.data, rule, expected)
def test_field_transforms_happen_after_parts_preprocess(self):
def lookup_language(parts, params):
for language in ['french', 'english']:
parts_copy = parts.copy()
parts_copy['language'] = language
yield parts_copy
def upper(val):
return val.upper()
rule = InfernoRule(key_parts=['country'],
value_parts=['language'],
parts_preprocess=[lookup_language],
field_transforms={'language': upper})
expected = [('["_default","canada"]', ['FRENCH']),
('["_default","canada"]', ['ENGLISH'])]
self._assert_map(self.data, rule, expected)
def test_tags_from_settings(self):
actual = JobOptions(InfernoRule(), self.settings).tags
eq_(actual, self.tags_from_settings)
def test_kwargs(self):
rule = InfernoRule(some_extra_param='some_extra_value')
eq_(rule.params.some_extra_param, 'some_extra_value')
def test_str(self):
rule = InfernoRule(name='some_rule_name')
eq_(str(rule), '<InfernoRule: some_rule_name>')
def test_keysets(self):
# # no key sets
# rule = InfernoRule()
# eq_(rule.params.keysets, {})
# one key set
rule = InfernoRule(key_parts=['id'],
value_parts=['count'],
table='some_table',
column_mappings={'id': 'some_id'})
keysets = {
'_default': {
'column_mappings': {
'id': 'some_id'
},
'table': 'some_table',
'value_parts': ['count'],
'key_parts': ['_keyset', 'id'],
'parts_preprocess': [],
'parts_postprocess': []
}
}
eq_(rule.params.keysets, keysets)
# many key sets
rule = InfernoRule(
keysets={
'keyset1':
Keyset(key_parts=['id1'],
value_parts=['count1'],
column_mappings={'id1': 'some_id1'},
table='some_table1'),
'keyset2':
Keyset(key_parts=['id2'],
value_parts=['count2'],
column_mappings={'id2': 'some_id2'},
table='some_table2')
})
keysets = {
'keyset1': {
'column_mappings': {
'id1': 'some_id1'
},
'table': 'some_table1',
'value_parts': ['count1'],
'key_parts': ['_keyset', 'id1'],
'parts_preprocess': [],
'parts_postprocess': [],
},
'keyset2': {
'column_mappings': {
'id2': 'some_id2'
},
'table': 'some_table2',
'value_parts': ['count2'],
'key_parts': ['_keyset', 'id2'],
'parts_preprocess': [],
'parts_postprocess': [],
},
}
eq_(rule.params.keysets, keysets)
yield cparts
except:
print "Error parsing tiles: %s" % str(tiles)
def filter_all(parts, params, **kwargs):
for col, val in kwargs.items():
if col and parts[col] != val:
return
yield parts
def filter_clicks(keys, vals, params, threshold=1):
if vals[0] > threshold:
yield keys, vals
RULES = [
InfernoRule(
name='ip_click_counter',
source_tags=['incoming:impression'],
map_input_stream=chunk_json_stream,
parts_preprocess=[clean_data, parse_tiles, partial(filter_all, tile_id=504), count],
partitions=32,
sort_buffer_size='25%',
combiner_function=combiner,
key_parts=['ip'],
value_parts=['count'],
parts_postprocess=[partial(filter_clicks, threshold=5)],
),
]
def setUp(self):
self.settings = InfernoSettings()
self._make_temp_pid_dir()
self.job = InfernoJob(InfernoRule(name='some_rule_name'), {}, Params())
self.pid_dir = pid.pid_dir(self.settings)
def test_empty_rule_and_empty_settings(self):
job_options = JobOptions(InfernoRule(), InfernoSettings())
eq_(job_options.tags, [])
eq_(job_options.result_tag, None)
InfernoRule(
name='enhanced_stats',
source_tags=['incoming:impression'],
day_range=1,
map_input_stream=chunk_json_stream,
map_init_function=impression_stats_init,
parts_preprocess=[
clean_data, parse_date, parse_locale, parse_ip, parse_ua,
parse_tiles, filter_enhanced
],
geoip_file=GEOIP,
partitions=32,
sort_buffer_size='25%',
locale_whitelist={
'ach', 'af', 'an', 'ar', 'as', 'ast', 'az', 'be', 'bg', 'bn-bd',
'bn-in', 'br', 'bs', 'ca', 'cs', 'csb', 'cy', 'da', 'de', 'el',
'en-gb', 'en-us', 'en-za', 'eo', 'es-ar', 'es-cl', 'es-es',
'es-mx', 'et', 'eu', 'fa', 'ff', 'fi', 'fr', 'fy-nl', 'ga-ie',
'gd', 'gl', 'gu-in', 'he', 'hi-in', 'hr', 'hu', 'hsb', 'hy-am',
'id', 'is', 'it', 'ja', 'ja-jp-mac', 'ka', 'kk', 'km', 'kn', 'ko',
'ku', 'lij', 'lt', 'lv', 'mai', 'mk', 'ml', 'mr', 'ms', 'my',
'nb-no', 'nl', 'nn-no', 'oc', 'or', 'pa-in', 'pl', 'pt-br',
'pt-pt', 'rm', 'ro', 'ru', 'si', 'sk', 'sl', 'son', 'sq', 'sr',
'sv-se', 'sw', 'ta', 'te', 'th', 'tr', 'uk', 'ur', 'vi', 'xh',
'zh-cn', 'zh-tw', 'zu'
},
combiner_function=combiner,
keysets={
'impression_stats':
Keyset(
key_parts=['date', 'locale', 'tile_id', 'country_code'],
value_parts=[
'impressions', 'clicks', 'pinned', 'blocked', 'sponsored',
'sponsored_link'
],
),
},
),
def test_explict_tags(self):
rule = InfernoRule(source_tags=['tag:foo', 'tag:bar'])
settings = InfernoSettings()
actual = JobOptions(rule, settings).tags
expected = ['tag:foo', 'tag:bar']
eq_(actual, expected)
def test_result_tag_from_settings(self):
actual = JobOptions(InfernoRule(), self.settings).result_tag
eq_(actual, self.result_tag_from_settings)
from inferno.lib.rule import InfernoRule
from inferno.lib.rule import Keyset
RULES = [
InfernoRule(
name='manual_rule_4',
keysets={
'keyset_1':Keyset(
key_parts=['key_1'],
value_parts=['value_1'],
),
'keyset_2':Keyset(
key_parts=['key_2'],
value_parts=['value_2']
)
}
),
]
def test_explict_tags_despite_day_range_on_the_rule(self):
rule = InfernoRule(source_tags=['tag:foo', 'tag:bar'], day_range=2)
settings = InfernoSettings(day_range=0)
actual = JobOptions(rule, settings).tags
expected = ['tag:foo', 'tag:bar']
eq_(actual, expected)
yield parts
# an example keyset parts_preprocess that works only for a specific keyset
def count_again(parts, params):
parts['count'] = parts['count'] + 1
yield parts
RULES = [
InfernoRule(name='last_names_json',
source_tags=['example:chunk:users'],
map_input_stream=chunk_json_stream,
parts_preprocess=[count],
partitions=2,
keysets={
'last_name_keyset':
Keyset(key_parts=['last'],
value_parts=['count'],
parts_preprocess=[count_again])
}),
InfernoRule(
name='last_names_csv',
source_tags=['example:chunk:users'],
map_input_stream=chunk_csv_stream,
csv_fields=('first', 'last'),
csv_dialect='excel',
parts_preprocess=[count],
partitions=2,
key_parts=['last'],
value_parts=['count'],
InfernoRule(
name='impression_stats',
source_tags=['incoming:impression'],
min_blobs=IMPRESSION_MIN_BLOBS,
max_blobs=IMPRESSION_MAX_BLOBS,
archive=True,
rule_cleanup=report_rule_stats,
map_input_stream=chunk_json_stream,
map_init_function=impression_stats_init,
parts_preprocess=[clean_data, parse_date, parse_locale, check_locale_whitelist, parse_ip, parse_ua, parse_tiles],
geoip_file=GEOIP,
partitions=32,
sort_buffer_size='25%',
locale_whitelist=LOCALE_WHITELIST,
result_processor=partial(insert_redshift,
host=RS_HOST,
port=RS_PORT,
database=RS_DB,
user=RS_USER,
password=RS_PASSWORD,
bucket_name=RS_BUCKET),
combiner_function=combiner,
keysets={
'impression_stats': Keyset(
key_parts=['date', 'position', 'locale', 'tile_id', 'country_code', 'os', 'browser',
'version', 'device', 'year', 'month', 'week', 'enhanced', 'blacklisted'],
value_parts=['impressions', 'clicks', 'pinned', 'blocked', 'sponsored', 'sponsored_link'],
table='impression_stats_daily'),
'site_stats': Keyset(
key_parts=['date', 'locale', 'country_code', 'os', 'browser', 'version', 'device', 'year',
'month', 'week', 'url'],
value_parts=['impressions', 'clicks', 'pinned', 'blocked', 'sponsored', 'sponsored_link'],
table='site_stats_daily',
),
'newtab_stats': Keyset(
key_parts=['date', 'locale', 'country_code', 'os', 'browser', 'version', 'device', 'year',
'month', 'week'],
value_parts=['newtabs'],
table='newtab_stats_daily')
}
),
print "pushed remote: %s" % url
except Exception as e:
print "failed: %s %s" % (e, url)
yield unicode('["_default", "%s", "%s", "%s"]' %
(e, gethostname(), url)).encode('ascii',
'ignore'), [1]
RULES = [
# this rule loads data into a cluster from s3
InfernoRule(
name='bulk_load',
source_urls=partial(
get_keys_for_pattern,
bucket='tiles-incoming-prod-us-west-2',
pattern=r'.+-([^-]*)-(2015\.01\.(05|06|07|08|09|10|11|12|13))',
tag_expr=["processed:", 1, ":2015-01-", 3]),
map_input_stream=(disco.schemes.scheme_raw.input_stream, ),
map_init_function=init,
map_function=s3_import_map,
),
# this rule copies tags from one Disco cluster to another
InfernoRule(
name='copy_tags',
source_tags=[],
target_disco_master='disco://localhost',
target_tag='',
chunk=False,
map_input_stream=(task_input_stream, filename_input_stream),
map_function=copy_tags_map,
),
from inferno.lib.rule import chunk_json_stream
from inferno.lib.rule import InfernoRule
from infernyx.rules import combiner
AUTO_RUN = False
def count(parts, params):
parts['count'] = 1
yield parts
RULES = [
InfernoRule(
name='busiest_ips',
source_tags=['processed:impression'],
day_range=1,
map_input_stream=chunk_json_stream,
parts_preprocess=[count],
partitions=32,
sort_buffer_size='25%',
combiner_function=combiner,
key_parts=['ip'],
value_parts=['count'],
),
]
def test_field_transforms(self):
def upper(val):
return val.upper()
rule = InfernoRule(field_transforms={'hello': upper})
eq_(rule.params.field_transforms, {'hello': upper})
def filter_site(parts, params):
filter_for_site = params.filter_for_site
if parts['url_a'] == filter_for_site or parts['url_b'] == filter_for_site:
yield parts
RULES = [
InfernoRule(
name='analyze_tuples',
# from the command line - override the input tags with the "-t" option
source_tags=['incoming:site_tuples'],
map_input_stream=chain_stream +
(partial(kv_reader,
keyset='tuples',
keys=('keyset', 'date', 'locale', 'country_code', 'url_a',
'url_b'),
values=('count', )), ),
key_parts=['date'],
value_parts=['count'],
parts_preprocess=[filter_site],
# override this on the command line with:
# -P 'filter_for_site: override.org'
filter_for_site='booking.com',
partitions=32,
sort_buffer_size='35%',
),
]
