def extract_filters(kwargs):
"""
Pulls all the filtering options out of kwargs and returns dictionaries of
filters, range filters and meta filters.
"""
filters = {}
ranges = {}
metas = {}
if isinstance(kwargs.get('product'), int):
metas['product'] = kwargs['product']
if kwargs.get('version'):
filters['version'] = crc32(kwargs['version'])
if kwargs.get('type'):
metas['type'] = kwargs['type']
if kwargs.get('os'):
metas['os'] = crc32(kwargs['os'])
if kwargs.get('locale'):
if kwargs['locale'] == 'unknown':
filters['locale'] = crc32('')
else:
filters['locale'] = crc32(kwargs['locale'])
if kwargs.get('date_end') and kwargs.get('date_start'):
start = int(timegm(kwargs['date_start'].timetuple()))
end_date = kwargs['date_end'] + timedelta(days=1)
end = int(timegm(end_date.timetuple()))
ranges['created'] = (start, end)
return (filters, ranges, metas)
def _locale_meta(self, results, **kwargs):
result = results[self.queries['locale']]
if 'matches' in result:
t = dict(((crc32(f), f) for f in product_details.languages))
return [dict(count=f['attrs']['count'],
locale=t.get(f['attrs']['locale']))
for f in result['matches']]
def _locale_meta(self, results, **kwargs):
result = results[self.queries['locale']]
if 'matches' in result:
t = dict(((crc32(f), f) for f in product_details.languages))
return [dict(count=f['attrs']['count'],
locale=t.get(f['attrs']['locale']))
for f in result['matches']]
def _platform_meta(self, results, **kwargs):
result = results[self.queries['platform']]
t = dict(((crc32(f.short), f.short) for f in PLATFORM_USAGE))
return [
dict(count=f['attrs']['count'],
platform=t.get(f['attrs']['platform']))
for f in result['matches']
]
def extract_filters(kwargs):
"""
Pulls all the filtering options out of kwargs and returns dictionaries of
filters, range filters and meta filters.
"""
filters = {}
ranges = {}
metas = {}
if isinstance(kwargs.get('product'), int):
metas['product'] = kwargs['product']
if kwargs.get('version'):
filters['version'] = crc32(kwargs['version'])
if kwargs.get('type'):
metas['type'] = kwargs['type']
for meta in ('platform', 'manufacturer', 'device'):
val = kwargs.get(meta)
if val and val.lower() == 'unknown':
# In this situation 'unknown' usually means empty.
metas[meta] = crc32('')
elif val:
metas[meta] = crc32(kwargs[meta])
if kwargs.get('locale'):
if kwargs['locale'] == 'unknown':
filters['locale'] = crc32('')
else:
filters['locale'] = crc32(kwargs['locale'])
# TODO: We should allow infinite queries when we get hardware or ES
many_days_ago = date.today() - timedelta(days=60)
start = time_as_int(kwargs.get('date_start') or many_days_ago,
utc=kwargs.get('utc'))
end_date = (kwargs.get('date_end') or date.today()) + timedelta(days=1)
end = time_as_int(end_date)
ranges['created'] = (start, end)
return (filters, ranges, metas)
def extract_filters(kwargs):
"""
Pulls all the filtering options out of kwargs and returns dictionaries of
filters, range filters and meta filters.
"""
filters = {}
ranges = {}
metas = {}
if isinstance(kwargs.get('product'), int):
metas['product'] = kwargs['product']
if kwargs.get('version'):
filters['version'] = crc32(kwargs['version'])
if kwargs.get('type'):
metas['type'] = kwargs['type']
for meta in ('platform', 'manufacturer', 'device'):
val = kwargs.get(meta)
if val and val.lower() == 'unknown':
# In this situation 'unknown' usually means empty.
metas[meta] = crc32('')
elif val:
metas[meta] = crc32(kwargs[meta])
if kwargs.get('locale'):
if kwargs['locale'] == 'unknown':
filters['locale'] = crc32('')
else:
filters['locale'] = crc32(kwargs['locale'])
# TODO: We should allow infinite queries when we get hardware or ES
many_days_ago = date.today() - timedelta(days=60)
start = time_as_int(kwargs.get('date_start') or many_days_ago,
utc=kwargs.get('utc'))
end_date = (kwargs.get('date_end') or date.today()) + timedelta(days=1)
end = time_as_int(end_date)
ranges['created'] = (start, end)
return (filters, ranges, metas)
def _device_meta(self, results, **kwargs):
result = results[self.queries['device']]
t = dict(((crc32(d), d) for d in KNOWN_DEVICES))
return collapsed(result['matches'], t, 'device')
def _manufacturer_meta(self, results, **kwargs):
result = results[self.queries['manufacturer']]
t = dict(((crc32(m), m) for m in KNOWN_MANUFACTURERS))
return collapsed(result['matches'], t, 'manufacturer')
def _platform_meta(self, results, **kwargs):
result = results[self.queries['platform']]
t = dict(((crc32(f.short), f.short) for f in PLATFORM_USAGE))
return [dict(count=f['attrs']['count'], platform=t.get(f['attrs']['platform']))
for f in result['matches']]
def _device_meta(self, results, **kwargs):
result = results[self.queries['device']]
t = dict(((crc32(d), d) for d in KNOWN_DEVICES))
return collapsed(result['matches'], t, 'device')
def _manufacturer_meta(self, results, **kwargs):
result = results[self.queries['manufacturer']]
t = dict(((crc32(m), m) for m in KNOWN_MANUFACTURERS))
return collapsed(result['matches'], t, 'manufacturer')
def _os_meta(self, results, **kwargs):
result = results[self.queries['os']]
t = dict(((crc32(f.short), f.short) for f in OS_USAGE))
return [dict(count=f['attrs']['count'], os=t.get(f['attrs']['os']))
for f in result['matches']]