def build(self, base_path = ''):
'''Generates the href of the button based on the base_path provided.'''
# append to the path or update the get params dependent on presence
# of opt
if self.opt:
p = self.request_params.copy()
if self.dest:
p[self.opt] = self.dest
elif self.opt in p:
del p[self.opt]
else:
p = {}
base_path = ("%s/%s/" % (base_path, self.dest)).replace('//', '/')
self.action_params = p
self.bare_path = _force_unicode(base_path.replace('//', '/')).lower()
self.bare_path = self.bare_path.rstrip('/')
self.base_path = base_path
# append the query string
base_path += query_string(p)
# since we've been sloppy of keeping track of "//", get rid
# of any that may be present
self.path = base_path.replace('//', '/')
def load_traffic_uncached(interval, what, iden,
start_time = None, stop_time = None,
npoints = None):
"""
Fetches pickled traffic from the traffic server and returns it as a list.
On connection failure (or no data) returns an empy list.
"""
def format_date(d):
if hasattr(d, "tzinfo"):
if d.tzinfo is None:
d = d.replace(tzinfo = g.tz)
else:
d = d.astimezone(g.tz)
return ":".join(map(str, d.timetuple()[:6]))
traffic_url = os.path.join(g.traffic_url, interval, what, iden)
args = {}
if start_time:
args['start_time'] = format_date(start_time)
if stop_time:
args['stop_time'] = format_date(stop_time)
if npoints:
args['n'] = npoints
u = urlparse(traffic_url)
try:
conn = HTTPConnection(u.hostname, u.port)
conn.request("GET", u.path + query_string(args))
res = conn.getresponse()
res = loads(res.read()) if res.status == 200 else []
conn.close()
return res
except socket.error:
return []
def build(self, base_path=''):
'''Generates the href of the button based on the base_path provided.'''
# append to the path or update the get params dependent on presence
# of opt
if self.opt:
p = self.request_params.copy()
if self.dest:
p[self.opt] = self.dest
elif self.opt in p:
del p[self.opt]
else:
p = {}
base_path = ("%s/%s/" % (base_path, self.dest)).replace('//', '/')
self.action_params = p
self.bare_path = _force_unicode(base_path.replace('//', '/')).lower()
self.bare_path = self.bare_path.rstrip('/')
self.base_path = base_path
# append the query string
base_path += query_string(p)
# since we've been sloppy of keeping track of "//", get rid
# of any that may be present
self.path = base_path.replace('//', '/')
def build(self, base_path=''):
'''Generates the href of the button based on the base_path provided.'''
if self.style == "external":
self.path = self.dest
self.bare_path = self.dest
return
# append to the path or update the get params dependent on presence
# of opt
if self.opt:
p = request.get.copy()
p[self.opt] = self.dest
else:
p = {}
base_path = ("%s/%s/" % (base_path, self.dest)).replace('//', '/')
p.update(self.dest_params)
self.bare_path = _force_unicode(base_path.replace('//', '/')).lower()
self.bare_path = self.bare_path.rstrip('/')
# append the query string
base_path += query_string(p)
# since we've been sloppy of keeping track of "//", get rid
# of any that may be present
self.path = base_path.replace('//', '/')
def build(self, base_path=""):
"""Generates the href of the button based on the base_path provided."""
if self.style == "external":
self.path = self.dest
self.bare_path = self.dest
return
# append to the path or update the get params dependent on presence
# of opt
if self.opt:
p = request.get.copy()
p[self.opt] = self.dest
else:
p = {}
base_path = ("%s/%s/" % (base_path, self.dest)).replace("//", "/")
p.update(self.dest_params)
self.bare_path = _force_unicode(base_path.replace("//", "/")).lower()
self.bare_path = self.bare_path.rstrip("/")
# append the query string
base_path += query_string(p)
# since we've been sloppy of keeping track of "//", get rid
# of any that may be present
self.path = base_path.replace("//", "/")
def load_traffic_uncached(interval, what, iden,
start_time = None, stop_time = None,
npoints = None):
"""
Fetches pickled traffic from the traffic server and returns it as a list.
On connection failure (or no data) returns an empy list.
"""
from r2.lib import promote
def format_date(d):
if hasattr(d, "tzinfo"):
if d.tzinfo is None:
d = d.replace(tzinfo = g.tz)
else:
d = d.astimezone(g.tz)
return ":".join(map(str, d.timetuple()[:6]))
traffic_url = os.path.join(g.traffic_url, interval, what, iden)
args = {}
if what == 'thing' and interval == 'hour':
if start_time:
if not isinstance(start_time, datetime.datetime):
start_time = datetime.datetime(*start_time.timetuple()[:3])
start_time -= promote.timezone_offset
if stop_time:
if not isinstance(stop_time, datetime.datetime):
stop_time = datetime.datetime(*stop_time.timetuple()[:3])
stop_time -= promote.timezone_offset
if start_time:
args['start_time'] = format_date(start_time)
if stop_time:
args['stop_time'] = format_date(stop_time)
if npoints:
args['n'] = npoints
u = urlparse(traffic_url)
try:
conn = HTTPConnection(u.hostname, u.port)
conn.request("GET", u.path + query_string(args))
res = conn.getresponse()
res = loads(res.read()) if res.status == 200 else []
conn.close()
return res
except socket.error:
return []
def build(self, base_path = ''):
'''Generates the href of the button based on the base_path provided.'''
# append to the path or update the get params dependent on presence
# of opt
if self.opt:
p = request.get.copy()
p[self.opt] = self.dest
else:
p = {}
base_path = ("%s/%s/" % (base_path, self.dest)).replace('//', '/')
self.bare_path = base_path.replace('//', '/')
# append the query string
base_path += query_string(p)
# since we've been sloppy of keeping track of "//", get rid
# of any that may be present
self.path = base_path.replace('//', '/')
data_df = []
if query == "blockchain":
qid = 1
if query == "oracle":
qid = 2
if query == "aws":
qid = 3
if query == "vaibhav":
qid = 4
if MODEL == "true":
results = es.search(index=INDEX_NAME,
body=ltr_query(query, model_num))
else:
results = query_string(es, query, INDEX_NAME)
today = datetime.now().date()
fileJudgement = {}
for result in results['hits']['hits']:
source = result['_source']
fields = result['fields']
id = result['_id']
modified_date = datetime.strptime(
source['modified_time'].split("T")[0], '%Y-%m-%d').date()
daydiff = str((today - modified_date).days)
find_no_of_download_query["query"]["match"]["key"] = id
# download_res = es.search(index=aggregated_download_logs, body=find_no_of_download_query)
# hits = download_res["hits"]["hits"]
#
