def reserve_pending():
"""
This action reserves a service requested for reservation.
It is used by the operator to confirm manualy if he is willing to
accept the reservation.
"""
if request.vars.eid:
element = db(db.service_checkin.id == request.vars.eid).select().first()
if element and element.status == "Pending":
# Check if element belongs to the operator's services
operator = db(db.operator.owner_id==auth.user.id).select().first()
services = db(db.service.operator_id == operator.id).select(db.service.ALL)
hit = False
for service in services:
if service.id == element.service_id:
hit = True
if hit == True:
# Get client IP address
if request.env.http_x_forwarded_for:
remote_ip = request.env.http_x_forwarded_for
else:
remote_ip = request.env.remote_addr
expire = request.now + datetime.timedelta(days=DAYS_TO_PAY)
expire = datetime.datetime(expire.year, expire.month, expire.day, 23, 59, 59)
# Correct for last minute Reservations
expire = common_to_reservations.correct_expire_time(element, expire)
# Record the next state in the database
element.update_record(status="Reserved",
reserved_timestamp=request.now,
reserved_ip_addr=remote_ip,
reserved_user_agent=request.user_agent(),
expire_time=expire)
# Send confirmation email
send_reserved_email(element)
# Update expire times of all "Reserved" elements
#common_to_reservations.update_expire_times(element.user_id, expire, db)
redirect(URL('show_pending'))
return dict()
def pre_reservation():
"""
This action checks the basket elements in the "Selected" state and performs
the checkout.
It passes the elements to the state "Reserved" if it is automatically booked
or "Pending" if it needs confirmation.
"""
# Get client IP address
if request.env.http_x_forwarded_for:
remote_ip = request.env.http_x_forwarded_for
else:
remote_ip = request.env.remote_addr
# Retrieve 'basket' cookie if available
query = db.service_checkin.status == "Selected"
query &= db.service_checkin.reserv_date >= request.now.date()
if request.cookies.has_key('basket'):
cookie = request.cookies['basket'].value
query &= db.service_checkin.cookie == cookie
else:
# In case of purged cookies
query &= db.service_checkin.user_id == auth.user.id
basket_elements = db(query).select(orderby=db.service_checkin.reserv_date)
for element in basket_elements:
next_state, schedule, delay = analyze_element(element)
expire = request.now + datetime.timedelta(days=delay)
expire = datetime.datetime(expire.year, expire.month, expire.day, 23, 59, 59)
# In case of database inconsistency
if not element.service_id.reserv_confirm:
element.service_id.reserv_confirm = "72 hours"
# If next state is "Pending"
if next_state == "Pending":
# Correct expire time for last minute reservations
expire = common_to_reservations.correct_expire_time(element, expire)
# Record the next state in the database
element.update_record(status=next_state,
pending_timestamp=request.now,
pending_ip_addr=remote_ip,
pending_user_agent=request.user_agent(),
expire_time=expire
#expire_time=request.now + datetime.timedelta(minutes=3)
)
# Send email to partner
send_pending_email(element)
# Start schedulled task
#if schedule:
# result = scheduler.queue_task('reject_pending', pvars=dict(eid=element.id))
elif next_state == "Reserved":
# Correct expire time for last minute reservations
expire = common_to_reservations.correct_expire_time(element, expire)
# Record the next state in the database
element.update_record(status=next_state,
reserved_timestamp=request.now,
reserved_ip_addr=remote_ip,
reserved_user_agent=request.user_agent(),
expire_time=expire)
# Set the expire time of all the "Reserved" elements to the latest of them
#common_to_reservations.update_expire_times(element.user_id, expire, db)
redirect(URL('under_reservation'))
return dict()
