def create_programs(output=True):
"""Create programs and services from the DEFAULT_PROGRAMS dictionary, reflecting actual P-P organization"""
for program, services in DEFAULT_PROGRAMS.items():
p = Program()
p.name = program
if p.name in HAS_QUEUE:
p.has_queue = True
else:
p.has_queue = False
p.full_clean()
p.save()
if output:
print("Created program {}".format(p.name))
for service in services:
s = Service()
s.name = service
s.slug = f"{p.name}-{s.name}"
s.available = random_bool()
s.program = p
s.full_clean()
s.save()
if output:
print("Created {}: '{}'".format(p.name, s.slug))
""" Create forms for the program """
for _ in range(DEFAULT_NUMBER_FORMS):
create_form(p)
def new_art_service(request):
context = {'categories': Category.create_choices_category()}
if request.method == 'GET':
form = ServiceForm()
context.update({'form': form})
return render(request, 'dashboard_admin/new_art_service.html', context)
else:
form = ServiceForm(request.POST, request.FILES)
context.update({'form': form})
if form.is_valid():
category_id = int(request.POST.get('category'))
category = Category.objects.get(id=category_id)
service = Service()
service.description = form.cleaned_data['description']
service.image = form.cleaned_data['image']
service.category = category
service.value = Service.change_for_decimal(
form.cleaned_data['value'])
service.save()
messages.success(request, 'Novo serviço criado com sucesso!')
return HttpResponseRedirect(
reverse('dashboard_admin:all_services'))
else:
messages.error(request, 'Erro ao tentar salvar!')
return render(request, 'dashboard_admin/new_art_service.html',
context)
def create(self):
nodetemplate = self.nodetemplate
xos_args = self.get_xos_args()
service = Service(**xos_args)
service.caller = self.user
service.save()
self.postprocess(service)
self.info("Created Service '%s'" % (str(service), ))
def service_add_page(request):
if request.method == "POST":
plan = request.POST.get('plan')
users = request.POST.get('users')
hostname = request.POST.get('hostname')
if not plan:
context = {
"plans": Plan.objects.all(),
"form_message": {"error": "Add service error", "message": "No plan selected.", "type": "danger"}
}
return render(request, 'service_add.html', context)
if not hostname:
context = {
"plans": Plan.objects.all(),
"form_message": {"error": "Add service error", "message": "No hostname given.", "type": "danger"}
}
return render(request, 'service_add.html', context)
if Service.objects.filter(hostname=hostname).count():
context = {
"plans": Plan.objects.all(),
"form_message": {"error": "Add service error", "message": "Hostname \"%s\" already taken. Choose another one." % hostname, "type": "danger"}
}
return render(request, 'service_add.html', context)
try:
this_user = Account.objects.get(id=request.user.id)
chosen_base_plan = Plan.objects.get(id=plan)
new_service = Service()
new_service.account = this_user
new_service.plan = chosen_base_plan
new_service.users = users
new_service.hostname = hostname
new_service.status = 'active'
new_service.save()
Notification.objects.create(account=this_user, description="New service \"%s\" added." % new_service.hostname, status="info")
except Exception as e:
context = {"form_message": {"error": "Add service error", "message": str(e), "type": "danger"}}
return render(request, 'service_add.html', context)
return HttpResponseRedirect(reverse('index_page'))
else:
if not request.user.has_balance():
context = {"form_message": {"error": "Add service error", "message": "You cannot add service if your balance is below $1.", "type": "danger"} }
return render(request, 'services.html', context)
context = { "plans": Plan.objects.all()}
return render(request, 'service_add.html', context)
def create_programs(output=True):
'''Create programs and services from the DEFAULT_PROGRAMS dictionary, reflecting actual P-P organization'''
for program, services in DEFAULT_PROGRAMS.items():
p = Program()
p.name = program
p.full_clean()
p.save()
if output:
print("Created program {}". format(p.name))
for service in services:
s = Service()
s.name = service
s.program = p
s.available = random_bool()
s.full_clean()
s.save()
if output:
print("Created {}: '{}'". format(p.name, s.name))
def import_mu_data(self, legal_entities, reader, encoding):
reader.next()
header = self.parse_header(reader.next(), encoding)
counter = 2
created_types = 0
empty_types = 0
empty_streets = 0
unknown_streets = 0
unknown_addresses = 0
for row in reader:
print "Processing row", counter
counter += 1
lpu = row[header["GLAVNOE_LPU"]].decode(encoding).strip()
if len(lpu) == 0:
lpu = row[header["NAME"]].decode(encoding).strip()
if len(lpu) == 0:
stderr.write("Legal entity name is empty at %d" % (counter))
continue
lpu = legal_entities[lpu]
hotype = row[header["TYPE"]].decode(encoding).strip()
if len(hotype) == 0:
stderr.write(u"Empty type at %d\n" % (str(counter + 3),))
empty_types += 1
continue
hotype, created = HealthObjectType.objects.get_or_create(name=hotype)
if created:
created_types += 1
street = row[header["ADRES_UL_NAME"]].decode(encoding).strip()
address = None
if len(street) == 0:
stderr.write(u"Empty street at %d\n" % (counter + 3,))
empty_streets += 1
unknown_addresses += 1
else:
streets = self.get_streets(header, row, street, encoding)
if len(streets) == 0:
stderr.write(u"Unknown street at %d\n" % (counter + 3,))
error = u"Улица не найдена: " + street
unknown_streets += 1
unknown_addresses += 1
else:
address, error = self.get_address(header, row, streets, encoding, counter + 3)
if address is None:
unknown_addresses += 1
mu = HealingObject()
mu.object_type = hotype
mu.legal_entity = lpu
#self.fill_chief_data(header, row, mu, counter + 3, encoding)
mu.address = address
mu.original_address = row[header["ADRES_STR"]].decode(encoding).strip()
name = row[header["NAME"]].decode(encoding).strip()
mu.name = name
mu.short_name = row[header["SHORT_NAME"]].decode(encoding).strip()
mu.full_name = row[header["FULL_NAME"]].decode(encoding).strip() or name
mu.global_id = row[header["GLOBALID"]].strip()
mu.info = row[header["INFO"]].decode(encoding).strip()
mu.errors = error
try:
mu.clean_fields()
mu.save()
except ValidationError as e:
self.show_validation_error("Error validating healing object", mu, e)
raise
service = Service()
service.healing_object = mu
service_type_name = object_type_to_service_type[hotype.name]
service.service = ServiceType.objects.get(name=service_type_name)
self.fill_chief_data(header, row, service, counter + 3, encoding)
service.phone = row[header["TEL_NOMER"]].decode(encoding).strip()
service.fax = row[header["FAX_NOMER"]].decode(encoding).strip()
service.info = row[header["INFO"]].decode(encoding).strip()
service.workdays = row[header["DNY_RABOTY1"]].decode(encoding).strip()
service.workhours = row[header["CHAS_RABOTY"]].decode(encoding).strip()
service.daysoff = row[header["DNY_NE_RABOT"]].decode(encoding).strip()
service.daysoff_restrictions = row[header["VYHODNOJ_TYPE"]].decode(encoding).strip()
service.specialization = row[header["SPECIAL"]].decode(encoding).strip()
service.paid_services = row[header["PLAT_USLUGI"]].decode(encoding).strip()
service.free_services = row[header["BESPL_USLUGI"]].decode(encoding).strip()
service.drug_provisioning = row[header["LEK_OBESP"]].decode(encoding).strip()
service.departments = row[header["OTDELENIE"]].decode(encoding).strip()
service.hospital_levels = row[header["LVL"]].decode(encoding).strip()
service.tour = row[header["SMENA"]].decode(encoding).strip()
service.receipes_provisioning = row[header["RECEPT"]].decode(encoding).strip()
service.drugstore_type = row[header["DRUGSTORE_TYPE"]].decode(encoding).strip()
service.hospital_type = row[header["HOSPITAL_TYPE"]].decode(encoding).strip()
beds = row[header["KOIKI"]].decode(encoding).strip()
if len(beds) == 0:
beds = row[header["KOJKA"]].decode(encoding).strip()
if len(beds) == 0:
beds = row[header["KOIKA"]].decode(encoding).strip()
service.hospital_beds = beds
try:
service.clean_fields()
service.save()
except ValidationError as e:
self.show_validation_error("Error validating service", service, e)
raise
print "Total: %d" % (counter,)
print "Unknown addresses: %d" % (unknown_addresses,)
print "Empty streets: %d" % (empty_streets,)
print "Unknown streets: %d" % (unknown_streets,)
print "Empty types: %d" % (empty_types,)
def handle(self, *args, **options):
print "Pulling"
for s in self.STATES:
resp = urllib2.urlopen(self.URL % s).read()
soup = BeautifulSoup(resp)
entries = soup.findAll('p', {'align' : 'center'})
for e in entries:
raw = str(e)
content = e.text.lower()
person = Person()
beer = re.search('(?<=beer type:).*?(?=<)', raw, re.IGNORECASE+re.DOTALL)
if beer:
person.beer = beer.group(0)
name = re.search('[a-z ]+?(?=<)', raw, re.IGNORECASE)
if name:
person.name = name.group(0)
email = e.findAll('a')
if email:
person.email = email[0]['href'].replace('mailto:', '')
if 'emergency' in content:
person.ok_contact = 0
phone = re.search('(?<=phone:)[ 0-9-]{7,14}', content)
if phone:
person.phone = phone.group(0).strip()
#Location stuff
loc = ''
location = re.search('(?<=crossroads:).*?(?=<)', raw, re.DOTALL+re.IGNORECASE)
if location:
location = location.group(0)
location = location.replace(' ', '')
location = location.replace('&', ' and ')
loc += location
zipcode = re.search('[0-9]{5}', raw)
if zipcode:
loc += ' ' + zipcode.group(0)
loc = loc.strip()
if len(loc) > 4:
loc += ' ' + s + ', USA'
url = 'https://maps.googleapis.com/maps/api/geocode/json?address=%s&sensor=false' % loc
geocode = urllib2.urlopen(urllib.quote(url, safe="%/:=&?~#+!$,;'@()*[]")).read()
data = json.loads(geocode)
if data.get('results', False) and data['results'][0].get('geometry', False):
lat = data['results'][0]['geometry']['location']['lat']
lng = data['results'][0]['geometry']['location']['lng']
address = data['results'][0]['formatted_address']
person.lat = lat
person.lng = lng
person.address = address
if person.lat != 0 and person.lng != 0 and len(person.phone) > 6:
try:
Person.objects.get(lat = lat, lng = lng)
print "Skipping %s" % person.name
except Person.DoesNotExist:
print "Saving %s" % person.name
print "PHONE %s" % person.phone
print "EMAIL %s" % person.email
person.save()
services = re.search('(?<=services:).*?(?=camping:)', raw, re.DOTALL+re.IGNORECASE)
if services:
services = services.group(0)
services = services.split('<br />')
for s in services:
service = re.search('[A-Za-z -&]+', s)
if service and len(service.group(0)):
name = service.group(0)
try:
srv = Service.objects.get(name__iexact = self.first_letter_caps(name))
person.services.add(srv)
except Service.DoesNotExist:
ns = Service(name = self.first_letter_caps(name))
ns.save()
person.services.add(ns)
person.save()