def admin(request):
#user = LDAPBackend().get_user_model()
context_dict = {}
# Query for surfs and add them to context_dict
surf_list = Surf.get_surfs().order_by('name')
context_dict['surfs'] = surf_list
# For each Surf, query for Surfices and add them to context_dict
#for i, surf in enumerate(context_dict['surfs']):
#context_dict['surfs'][i].surfices = surf_list[i].surfice_set.all()
# Query for Surfices and add them to context_dict
surfice_list = Surfice.get_surfices().order_by('name')
context_dict['surfices'] = surfice_list
# Query for Events and add them to context_dict
event_list = Event.get_events()
context_dict['events'] = event_list
# Query the database for a list of all the events
# Place them in context_dict
event_list = Event.get_events()
context_dict['events'] = event_list[:20]
# Split events into future and past events
context_dict['events_future'] = event_list.filter(timestamp__gt=timezone.now())[:20]
context_dict['events_past'] = event_list.filter(timestamp__lte=timezone.now())[:20]
# Query for Statuses and add them to context_dict
status_list = Status.get_statuses()
status_list = sorted(status_list, key=lambda status: int( status.data.get('val', 9999) ))
context_dict['statuses'] = status_list
# Get the total number of dings for the navbar
context_dict['dings_length'] = len( Ding.get_dings().filter(timestamp__gte=date.today()) )
# print request.META['HTTP_USER_AGENT']
# ua_string = request.META['HTTP_USER_AGENT']
# user_agent = parse(ua_string)
# Accessing user agent's browser attributes
# print user_agent.browser # returns Browser(family=u'Mobile Safari', version=(5, 1), version_string='5.1')
# print user_agent.browser.family # returns 'Mobile Safari'
# print user_agent.browser.version # returns (5, 1)
# print user_agent.browser.version_string # returns '5.1'
#
# # Accessing user agent's operating system properties
# print user_agent.os # returns OperatingSystem(family=u'iOS', version=(5, 1), version_string='5.1')
# print user_agent.os.family # returns 'iOS'
# print user_agent.os.version # returns (5, 1)
# print user_agent.os.version_string # returns '5.1'
#
# # Accessing user agent's device properties
# print user_agent.device # returns Device(family='iPhone')
# print user_agent.device.family # returns 'iPhone'
#
# print request.META['REMOTE_HOST']
# print request.META['REMOTE_ADDR']
return render(request, 'surfice/base_admin.html', context_dict)
def events(request, page, order_by=''):
if request.method == 'POST':
# """ Adds an event to the database
#
# If no timestamp is provided, it will fill in the current time
#
# INPUT
# request A request object
# - status The pk of a status
# - surfice The pk of the surfice
# - description (optional) The description of the Event
# - timestamp (optional) The timestamp of the event
#
# RETURNS
# *errors
# """
errors = []
# If status is set, go ahead and edit it
if 'status' in request.POST and 'surfice' in request.POST:
# Get the status object
status = Status.get_status(pk=request.POST['status'])
# Get the surfice object
surfice = Surfice.get_surfice(pk=request.POST['surfice'])
# If description is in request, set the description
if 'description' in request.POST:
description = request.POST['description']
else:
description = ''
# If timestamp is in request, set the timestamp
print request.POST['timestamp'].strip()
if 'timestamp' in request.POST and request.POST['timestamp'].strip() != '':
# Timestamp passed in format "01/21/2012 14:30:59"
strp_time = time.strptime(request.POST['timestamp'], "%Y-%m-%dT%H:%M:%S")
# Convert the time to a Django-acceptable timestamp
timestamp = datetime.fromtimestamp(time.mktime(strp_time))
print "TIMESTAMP"
print timestamp
# If timestamp is not set or is blank, use the current time
else:
timestamp = timezone.now()
Event.create(surfice, status, description, timestamp)
# If no status or surfice is set, throw an error
else:
errors.append("It's usually good to have a status to edit.")
# Redirect to this view after submission to clear headers
return HttpResponseRedirect('')
context_dict = {}
# Query for events and add them to context_dict
event_list = Event.get_events(order_by=order_by)
# Initialize paginator
paginator = Paginator(event_list, 10)
# Fill the events array with the current page
try:
context_dict['events'] = paginator.page(page)
except PageNotAnInteger:
# If page is not an integer, deliver the first page
context_dict['events'] = paginator.page(1)
except EmptyPage:
# If page is out of range (e.g. 9999), deliver the last page of events
context_dict['events'] = paginator.page(paginator.num_pages)
# Query all the Surfices and add them to context_dict
surfice_list = Surfice.get_surfices()
context_dict['surfices'] = surfice_list
# Query all the Statuses and add them to context_dict
status_list = Status.get_statuses()
status_list = sorted(status_list, key=lambda status: int( status.data.get('val', 9999) ))
context_dict['statuses'] = status_list
# Add order_by and its reverse to context_dict as well
context_dict['order_by'] = order_by
# If order_by is blank, set the reverse to nothing also
if not order_by:
context_dict['order_by_reverse'] = ''
elif '-' in order_by:
# Cut off the '-' in front of the ordering to reverse it
context_dict['order_by_reverse'] = order_by[1:]
else:
# Add the '-' in front of the ordering to reverse it
context_dict['order_by_reverse'] = '-' + order_by
# Get the total number of dings for the navbar
context_dict['dings_length'] = len( Ding.get_dings().filter(timestamp__gte=date.today()) )
return render(request, 'surfice/base_events.html', context_dict)
def index(request):
if DEBUG: debug()
# Query the database for a list of ALL surfices currently stored.
# Order them by status in descending order
# Retrieve the top 5 only (the "-" in front of it) - or all if less than 5
# Place the list in our context_dict dictionary which
# will be passed to the template engine
#surfice_list = Surfice.objects.order_by('-status')[:5]
#context_dict = {'surfices': surfice_list}
# Query the database for a list of ALL surfices currently stored.
surfice_list = Surfice.get_surfices().order_by('name')
# Place the list in our context_dict dictionary which
# will be passed to the template engine
context_dict = {'surfices': surfice_list}
# Split surfices into priority and regular surfices
surfices_priority = []
surfices_regular = []
for surfice in surfice_list:
# If the priority attribute isn't set, it's a regular surfice
priority = int(surfice.data.get('priority', 0))
# If it is set, and it's set to 1, add it to the priority list
if priority == 1:
surfices_priority.append(surfice)
# If it's not 1, add it to the regular list
else:
surfices_regular.append(surfice)
print surfices_regular
context_dict['surfices_priority'] = surfices_priority
context_dict['surfices_regular'] = surfices_regular
# Get dings within past 24 hours for each surfice
days = 1
start = date.today() - timedelta(days)
for i, surfice in enumerate(context_dict['surfices']):
context_dict['surfices'][i].dings = surfice_list[i].ding_set.filter(timestamp__gte=date.today())
context_dict['surfices'][i].events_future = surfice_list[i].event_set.filter(timestamp__gt=timezone.now()).order_by('-timestamp')[:10]
context_dict['surfices'][i].events_past = surfice_list[i].get_events(days=7).filter(timestamp__lte=timezone.now())[:1]
context_dict['surfices'][i].events = surfice_list[i].get_events(days=7)[:10]
context_dict['surfices'][i].events_length = len(context_dict['surfices'][i].events_past) + len(context_dict['surfices'][i].events_future)
# Query the database for a list of all the events
# Place them in context_dict
event_list = Event.get_events(days=7)
context_dict['events'] = event_list[:10]
# Split events into future and past events
context_dict['events_future'] = event_list.filter(timestamp__gt=timezone.now())[:10]
context_dict['events_past'] = event_list.filter(timestamp__lte=timezone.now())[:10]
# Get a list of available statuses for reporting dings
# Place them in context_dict
status_list = Status.get_statuses()
status_list = sorted(status_list, key=lambda status: int( status.data.get('val', 9999) ))
context_dict['statuses'] = status_list
# Query for surfs = add the list to our context dictionary.
#surf_list = Surf.objects.order_by('-name')[:5]
#context_dict = {'surfs': surf_list}
# We loop through each category returned, and create a URL attribute.
# This attribute stores an encoded URL
#for surf in surf_list:
# surf.url = surf.name.replace(' ', '_')
# The context is already figured out by the render() shortcut so...
# Render the response and send it back!
return render(request, 'surfice/base_index.html', context_dict)