def run(self, min_equiv=360):
"""
@param: min_equiv = how many minutes correspond to a 100 free_time_score
"""
min_equiv /= 100
# SELECT screen_name, free_time_score FROM users
# ORDER BY free_time_score DESC;
all_users = SimUser.objects.order_by('-free_time_score')
# SELECT circuit.id FROM circuits
all_circuits = Circuit.objects.all()
circuits_size = len(all_circuits)
session_counter = 0
print colored.white("Inserting visits for user:")
for usuario in progress.bar(all_users):
#Probability that a user does not visit this day ~50%
skip_visit = random.randint(0, 30)
if skip_visit > 15:
continue
# Calculating users available time
watch_time = usuario.free_time_score * min_equiv
factor = int(0.3 * watch_time)
total_time = random.randint(-factor, factor) + watch_time
# Get user visit begin time in 24hrs format
begin_hour = Cumulative_vec_samples(hour_x_day_accum, 1)
# Create a timestamp
#timestamp = datetime(self.date.year,
# self.date.month,
# self.date.day,
# begin_hour[0],
# 0, 0)
while total_time > 0:
# Getting the duration in minutes of the visit
visit_duration = Cumulative_vec_distr(visit_duration_accum)
# Creating an instance of visit
visita = Visit(
visitor=usuario.user,
# visit random circuit, cause could visit the same circuit twice or more
content_object=all_circuits[random.randint(
1, circuits_size - 1)])
# Adding visit minutes to timestamp
#timestamp += timedelta(minutes=visit_duration)
# Save visit to DB
visita.save()
# updating total_time
total_time -= visit_duration
session_counter += 1
if session_counter >= 5000:
session_counter = 0
transaction.commit()
transaction.commit()
def TransformationView(request, pk):
appointment = models.Appointment.objects.get(pk=pk)
new_visit = Visit(visit_date=appointment.appointment_date,
visit_time=appointment.appointment_time,
patient_id=appointment.patient)
new_visit.save()
appointment.delete()
return redirect('visits:visit_detail', pk=new_visit.pk)
def index(request):
# get the number the users
users_count = User.objects.all().count()
# get the number of the visits data rows
resultcount = Visit.objects.all().count()
# check if the database is already seeded
if resultcount < 1000:
seeder = Seed.seeder()
fake = Faker()
# prepare 1000 fake instance to be seeded
seeder.add_entity(
Visit,
1000,
{
'created_at':
lambda x: fake.date_time_between(
datetime.datetime(2021, 4, 1, 0, 0, 0),
datetime.datetime(2021, 4, 10, 23, 0, 0)),
'ip_address':
lambda x: "{}.{}.{}.{}".format(random.randint(
1, 255), random.randint(1, 255), random.randint(1, 255),
random.randint(1, 255)
), #Generate fake ip_address
'user':
lambda x: get_user_or_none(users_count),
})
# insert the fake data into our database
seeder.execute()
# get the client ip address using our helper
client_ip = get_ip_address()
# get the visitor last visit by ip_address and user_id/anynomous
last_visit = Visit.objects.order_by('-created_at').filter(
ip_address=client_ip, user_id=request.user.id).first()
# get the time since the last visit in seconds
time_since_last_visit = datetime.datetime.now().timestamp() - (
last_visit.created_at.timestamp() if last_visit != None else 0)
# check if the latest visit is more than 2 hours old
if time_since_last_visit > 7200:
# create an instance of the visit
visit = Visit(ip_address=client_ip)
# check if the visit is by a user or anonymous
if request.user.is_authenticated:
visit.user = request.user
# persiste the visit
visit.save()
# return the response as web page (home template)
return render(request, 'home.html')
def page(request, address, component=None):
'''
Serve a component page.
Not a view, but used by views below
'''
if component and not request.user_agent.is_bot:
# Record the visit
Visit.record(request, address, 'view')
# Increment view count for this component
component.views += 1
component.save()
# Return the page of the component
# If the user is authenticated, check if they have an active session for this component
if request.user.is_authenticated():
session = component.session(
user=request.user,
required=False
)
if session:
# Return the current live page in the session
# Ensure a trailing slash so that there is no redirection to the
# trailing slash URL by the embedded server in the session
location = '%s:%s/%s/' % (session.worker.ip, session.port, address)
if settings.MODE == 'local':
# Proxy to session
response = requests.get('http://%s' % location)
return HttpResponse(response.text, status=response.status_code)
else:
# Get Nginx to proxy from session
response = django.http.HttpResponse()
response['X-Accel-Redirect'] = '/internal-component-session/%s' % location
return response
# Otherwise, return the `index.html` for the compooent
if settings.MODE == 'local':
# In `local` mode serve the static file
return django.views.static.serve(request, '%s/index.html' % address, document_root='/srv/stencila/store')
else:
# Otherwise, ask Nginx to serve it
url = '/internal-component-file/%s/index.html' % address
response = HttpResponse()
response['X-Accel-Redirect'] = url
return response
def record_visit(self):
user = None if self.request.user.is_anonymous() else self.request.user
visit = Visit(session_key=self.request.session.session_key, user=user, ip=self.get_client_ip())
visit.updateLocation()
visit.save()
def run(self, min_equiv=360):
"""
@param: min_equiv = how many minutes correspond to a 100 free_time_score
"""
min_equiv /= 100
# SELECT screen_name, free_time_score FROM users
# ORDER BY free_time_score DESC;
all_users = SimUser.objects.order_by('-free_time_score')
# SELECT circuit.id FROM circuits
all_circuits = Circuit.objects.all()
circuits_size = len(all_circuits)
session_counter = 0
print colored.white("Inserting visits for user:")
for usuario in progress.bar(all_users):
#Probability that a user does not visit this day ~50%
skip_visit = random.randint(0,30)
if skip_visit > 15:
continue
# Calculating users available time
watch_time = usuario.free_time_score * min_equiv
factor = int(0.3 * watch_time)
total_time = random.randint(-factor,factor) + watch_time
# Get user visit begin time in 24hrs format
begin_hour = Cumulative_vec_samples(hour_x_day_accum,1)
# Create a timestamp
#timestamp = datetime(self.date.year,
# self.date.month,
# self.date.day,
# begin_hour[0],
# 0, 0)
while total_time > 0:
# Getting the duration in minutes of the visit
visit_duration = Cumulative_vec_distr(visit_duration_accum)
# Creating an instance of visit
visita = Visit(
visitor = usuario.user,
# visit random circuit, cause could visit the same circuit twice or more
content_object = all_circuits[random.randint(1,circuits_size-1)]
)
# Adding visit minutes to timestamp
#timestamp += timedelta(minutes=visit_duration)
# Save visit to DB
visita.save()
# updating total_time
total_time -= visit_duration
session_counter += 1
if session_counter >= 5000:
session_counter = 0
transaction.commit()
transaction.commit()
