def load_model():
from app import r
if request.method == 'GET':
rv = r.get('_model')
return jsonify(model=rv, success=True), 200
r.set('_model', reuest.data)
return jsonify(success=True), 200
def __getitem__(self, key):
value = redis.get(self.__keytransform__(key))
if value and self.__relationship__:
# Create an object of the specified relationship
return self.__relationship__(value.decode())
return value
def __getitem__(self, key):
value = redis.get(self.__keytransform__(key))
if value and self.__relationship__:
# Create an object of the specified relationship
return self.__relationship__(value.decode())
return value
def test_fetch_detail(self, score_listing):
"""Should get and store listing data."""
result = fetch_detail(*self.listing_ids)
for listing in listings():
data = json.loads(r.get('listings.%s.data' % listing['listing_id']))
assert data.pop('users') == 3
assert data == listing
def index():
if request.method == 'GET':
return render_template('index.html')
elif request.method == 'POST':
# ipdb.set_trace()
filename = request.form['filename']
passwd = request.form['pass']
# ipdb.set_trace()
try:
# check if file already exists
# if doesnt exists then create a new file and enter details in redis
if not r.exists(filename) or r.exists == None:
r.hmset(filename,{request.remote_addr:filename})
r.set(filename+'pass',passwd)
a=soldier.run('touch app/files/' + filename)
# start queue for sending data to clients
start_queue(filename)
# if exists check for password
else:
if r.exists(filename+'pass'):
if r.get(filename+'pass')!=passwd:
return redirect('/')
except:
# exception will be if file is not present hence create the file
r.hmset(filename,{request.remote_addr:filename})
r.set(filename+'pass',passwd)
a=soldier.run('touch app/files/' + filename)
# start queue for sending data to clients
start_queue(filename)
if r.get(filename+'pass')!=passwd:
return redirect('/')
# add filename to curr ip and vice versa in redis
ip_file_map = r.hgetall(filename)
ip_file_map[request.remote_addr] = filename
r.hmset(filename,ip_file_map)
r.set(request.remote_addr, filename)
# store that user is logged in
session['logged_in'] = filename
return redirect('/edit/' + filename)
def get(self):
"""Return trending NFL players (already in JSON format)"""
try:
trending = json.loads(r.get('trending_store'))
except:
abort(400,
response={
'status': 400,
'message': 'Trending players not found'
})
else:
return utils.success(trending)
def index():
rez = r.get("topstudent")
ti = ''
data = None
top_grade = []
if not rez:
top_grade = list(Grade.objects().aggregate(*[{
"$group": {
"_id": {
"student": "$student",
"course": "$course"
},
"avggrade": {
"$avg": "$grade"
}
}
}, {
"$sort": {
"avggrade": -1
}
}, {
"$limit": 1
}]))
if top_grade:
student_db = Student.objects.get(id=top_grade[0]["_id"]["student"])
top_grade[0]["name"] = student_db.firstName
top_grade[0]["lname"] = student_db.lastName
course_db = Course.objects.get(id=top_grade[0]["_id"]["course"])
s = json.dumps(top_grade[0], indent=4, sort_keys=True)
r.set("topstudent", s)
r.expire('topstudent', 30)
rez = r.get("topstudent")
ti = json.dumps(MongoEngineJSONEncoder(course_db),
indent=4,
sort_keys=True)
data = json.loads(rez)
return render_template("index.html", top_student=data, loaded=ti)
def new_client(conn, addr, clients_set): #first make client handshake to establish connection clients_set.add((conn,addr)) handle_client_handshake(conn) filename = r.get(addr[0]) print addr[0] + "testing" print 'new client' while 1: ip = addr[0] print ip data_recv = conn.recv(4096) if not data_recv: break try: # data is sent by client in json # if it can be decoded push the data in queue data_from_client = decode_data(data_recv) data_from_client = json.loads(data_from_client) r.rpush(filename+'queue', data_from_client['value']+'$$$'+str(data_from_client['cursor'])) r.rpush(filename+'enqueue', str(convert(data_from_client))) r.rpush(filename+'ip', ip) except Exception as e: print str(e)
def queue_data(filename):
# this function is for each file (one fn per file when file is created)
global clients_set
while True:
time.sleep(0.1)
x = r.lpop(filename+'queue')
if x:
y = r.lpop(filename+'enqueue')
z = r.lpop(filename+'ip')
f=open('app/files/' + filename,'r')
data = f.read()
f.close()
cursor = int(x.split('$$$')[1])
val = int(x.split('$$$')[0])
# get cursor position and character inserted
if val!=46 and val != 8: # if backspace or delete is not pressed
data = data[:cursor-1] + chr(val) + data[cursor-1:]
elif val == 8: # backspace
data = data[:cursor-2] + data[cursor-1:]
else: # delete
data = data[:cursor] + data[cursor+1:]
print 'write ' + data
f=open('app/files/' + filename,'w')
f.write(data);
f.close()
for con,addr in clients_set:
print con,addr
# send to all clients except the sender
if r.get(addr[0]) == filename and addr[0]!=z:
try:
con.send(encode_data(y))
print 'sent'
except:
print 'error'
pass
def get_device_model_contribute_time(uid, mid):
res = r.get("contribute-{}-{}".format(uid, mid))
return res
def index():
r.incr("hits")
hits = int(r.get("hits"))
return render_template("index.html", hits=hits)