def test_localization_handling():
address = normalize_address({
'country_code': 'us',
'country_area': 'California',
'postal_code': '94037',
'city': 'Mountain View',
'street_address': '1600 Charleston Rd.'})
assert address['country_code'] == 'US'
assert address['country_area'] == 'CA'
address = normalize_address({
'country_code': 'us',
'country_area': 'CALIFORNIA',
'postal_code': '94037',
'city': 'Mountain View',
'street_address': '1600 Charleston Rd.'})
assert address['country_area'] == 'CA'
address = normalize_address({
'country_code': 'CN',
'country_area': 'Beijing Shi',
'postal_code': '100084',
'city': 'Haidian Qu',
'street_address': '#1 Zhongguancun East Road'})
assert address['country_area'] == '北京市'
assert address['city'] == '海淀区'
address = normalize_address({
'country_code': 'AE',
'country_area': 'Dubai',
'postal_code': '123456',
'sorting_code': '654321',
'street_address': 'P.O Box 1234'})
assert address['country_area'] == 'إمارة دبيّ'
assert address['city'] == ''
assert address['postal_code'] == ''
assert address['sorting_code'] == ''
def test_capitalization():
address = normalize_address({
'country_code': 'GB',
'postal_code': 'sw1a 0aa',
'city': 'London',
'street_address': 'Westminster'})
assert address['city'] == 'LONDON'
assert address['postal_code'] == 'SW1A 0AA'
def validate_address(self, data):
try:
data['country_code'] = data.get('country', '')
if data['street_address_1'] or data['street_address_2']:
data['street_address'] = '%s\n%s' % (data['street_address_1'],
data['street_address_2'])
data = i18naddress.normalize_address(data)
del data['sorting_code']
except i18naddress.InvalidAddress as exc:
self.add_field_errors(exc.errors)
return data
def validate_address(self, data):
try:
data['country_code'] = data.get('country', '')
if data['street_address_1'] or data['street_address_2']:
data['street_address'] = '%s\n%s' % (
data['street_address_1'], data['street_address_2'])
data = i18naddress.normalize_address(data)
del data['sorting_code']
except i18naddress.InvalidAddress as exc:
self.add_field_errors(exc.errors)
return data
def validate_address(self, data):
try:
data["country_code"] = data.get("country", "")
if data["street_address_1"] or data["street_address_2"]:
data["street_address"] = "%s\n%s" % (
data["street_address_1"],
data["street_address_2"],
)
data = i18naddress.normalize_address(data)
del data["sorting_code"]
except i18naddress.InvalidAddress as exc:
self.add_field_errors(exc.errors)
return data
def validate_address(self, data):
try:
data["country_code"] = data.get("country", "")
if data["street_address_1"] or data["street_address_2"]:
data["street_address"] = "%s\n%s" % (
data["street_address_1"],
data["street_address_2"],
)
data = i18naddress.normalize_address(data)
del data["sorting_code"]
except i18naddress.InvalidAddress as exc:
self.add_field_errors(exc.errors)
return data
def greetings():
print("")
param = dict()
adress = dict()
print(
"####HELLO################git:$@/RentAnalyser#################################################################"
)
print(
"###########################################################################################@azseza###########"
)
print(
"##########################################################################################@islemoueslati#####"
)
print(
"~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~Rent Balence Sheet Generator~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~"
)
print(
"@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@"
)
print("")
print(" >>>Press Enter after each input")
try:
adress['country_code'] = 'US'
adress['city'] = input(
"Enter the Property Adress (e.g XXXX Somthing Av , City , State , ZIP CODE ),First The city : "
)
adress['country_area'] = input("Enter the country area : ")
adress['postal_code'] = input("Enter The postal Code : ")
adress['street_address'] = input("Enter The Street Adress : ")
adress = normalize_address(adress)
param['propVal'] = int(input("Enter Property Value (no float) : "))
param['rentEst'] = int(input("Enter Rent Estimation : "))
param['taxRate'] = float(
input("Enter The tax Rate (default 1.9%) : "))
param['annTaxRate'] = float(
input("Enter Teh estimated anual Taxation(default .. ) : "))
except ValueError:
print("Wrong input Values, Please relunch the program. ")
except InvalidAddress:
print("Wrong adress form, Please relunch the program. ")
print(InvalidAddress.errors)
return param
def test_validate_areas_errors(address, errors):
with pytest.raises(InvalidAddress) as excinfo:
normalize_address(address)
assert excinfo.value.errors == errors
def test_validate_known_addresses(address):
assert normalize_address(address)
def get_normalized_address_info(writer, x, latin=False):
author = x.getparent().getparent()
name = full_author_ascii_name(author) if latin else full_author_name(
author)
role = author.get('role')
company = full_org_ascii_name(author) if latin else full_org_name(author)
country_info = None
country_element = x.find('country')
if country_element != None and country_element.text:
country_info = get_iso_country_info(country_element)
if not country_info:
for c in x.getchildren():
if c.tag == "postalLine":
country_info = get_iso_country_info(c)
if country_info:
country_element = c
break
if country_info:
country_name = get_value(country_element, latin=latin)
if country_name in ['US', 'USA']:
country_name = country_info.official_name
elif re.match('[A-Z]{2,3}', country_name):
country_name = country_info.name
adr = {
'name': name,
'role': role,
'company_name': company,
'extended_address': [],
'street_address': [],
'sorting_code': '',
'postal_code': '',
'city_area': '',
'city': '',
'country_area': '',
'country_code': country_info.alpha_2,
'country_name': country_name,
}
else:
adr = {
'name': name,
'role': role,
'company_name': company,
'extended_address': [],
'street_address': [],
'sorting_code': '',
'postal_code': '',
'city_area': '',
'city': '',
'country_area': '',
'country_code': '',
'country_name': ''
}
for c in x.getchildren():
if c == country_element:
continue
# Some of these will overwrite data if there are multiple elements
value = get_value(c, latin=latin)
if value:
if c.tag == 'extaddr':
adr['extended_address'].append(value)
elif c.tag in ['street', 'postalLine', 'pobox']:
adr['street_address'].append(value)
elif c.tag == 'cityarea':
adr['city_area'] = value
elif c.tag == 'city':
adr['city'] = value
elif c.tag == 'region':
adr['country_area'] = value
elif c.tag == 'code':
adr['postal_code'] = value
elif c.tag == 'sortingcode':
adr['sorting_code'] = value
for a in adr:
if isinstance(adr[a], list):
adr[a] = '\u2028'.join(adr[a])
if country_info:
# Address validation
address_format, rules = get_address_format_rules(adr, latin)
parts = [
address_field_mapping[c]
for c in re.findall(r'%([A-Z])', address_format)
if not c in ['N', 'O']
]
elements = [address_field_elements[p] for p in parts]
list_parts = False
for e in adr:
if adr[e] and not (e in parts or e in [
'name',
'role',
'company_name',
'country_code',
]):
list_parts = True
writer.warn(
x, "Postal address part filled in, but not used: %s: %s\n"
" Available elements for %s are: %s" %
(address_field_elements[e], adr[e], country_info.name,
', '.join(elements)))
try:
i18naddress.normalize_address(adr)
except i18naddress.InvalidAddress as e:
list_parts = True
writer.note(
x, "Postal address check failed for author %s." %
full_author_name(author, latin))
for item in e.errors:
if adr[item]:
writer.note(
x,
" Postal address has an unexpected address field or field value: %s: %s"
% (address_field_elements[item], (adr[item])),
label='')
else:
writer.note(
x,
" Postal address is missing an address element: %s" %
(address_field_elements[item], ),
label='')
if list_parts:
writer.note(
x, "Recognized postal address elements for %s are: %s" %
(rules.country_name.title(), ', '.join(elements)))
return adr
def doctorRequest(request):
validationStatus = ""
if request.method == 'POST':
if 'returnHome' in request.POST.keys():
return HttpResponseRedirect("/")
print(vars(request.POST))
validated = True
try:
address = normalize_address({
'country_code':
request.POST['country'],
'country_area':
request.POST['state'],
'city':
request.POST['city'],
'postal_code':
request.POST['zipCode'],
'street_address':
request.POST['address']
})
except InvalidAddress as e:
print("failed")
print(e.errors)
validated = False
validationStatus += "Sorry, Address Validation failed. Please enter a valid address for delivery.\n"
if (len(request.POST['fName']) < 1) or (len(
request.POST['lName']) < 1) or (len(request.POST['email']) <
1):
validated = False
validationStatus += "Please ensure all fields are filled out. "
if timezone.now().date() > datetime.date(int(request.POST['year']),
int(request.POST['month']),
int(request.POST['day'])):
validated = False
validationStatus += "Please set the delivery date later. "
if validated:
print("Address Validation Succeeded")
newRequest = RequestModel(
id=RequestModel.objects.latest('orderDate').id +
random.randrange(1, 100, 1),
status=0,
fName=request.POST['fName'],
lName=request.POST['lName'],
email=request.POST['email'],
phone=request.POST['phone'],
organization=request.POST['organization'],
numPPE=request.POST['numPPE'],
typePPE=request.POST['typePPE'],
typeHandle=request.POST['typeHandle'],
address=request.POST['address'],
city=request.POST['city'],
state=request.POST['state'],
country=request.POST['country'],
lat=request.POST['lat'],
lng=request.POST['lng'],
zipCode=request.POST['zipCode'],
delivDate=datetime.date(int(request.POST['year']),
int(request.POST['month']),
int(request.POST['day'])),
orderDate=timezone.now(),
notes=request.POST['otherNotes'])
print(request.POST['lat'] + ", " + request.POST['lng'])
newRequest.save()
requestObj = RequestModel.objects.get(id=newRequest.id)
service = getService()
#Donor Email
subject = "Request For PPE Submitted!"
ppeType = ""
if "shield" in requestObj.typePPE:
ppeType = "3D Printed Face Shields"
elif "strap" in requestObj.typePPE:
ppeType = "Face Mask Comfort Strap"
elif "handle" in requestObj.typePPE:
ppeType = "Touch-less Door Handle; %s (Link: https://www.materialise.com/en/hands-free-door-opener/technical-information)" % requestObj.typeHandle
elif "opener" in requestObj.typePPE:
ppeType = "Personal Touchless Door Opener"
message_text = "Thank You For Submitting a Request For PPE!\n\nRequest Details: \nRequester's Name: %s %s\nRequester's Email: %s\nRequester's Phone Number: %s\nRequester's Address: %s %s %s %s %s\n\nType of PPE Requested: %s\nAmount of PPE Requested: %s\nideal \"Deliver By\" date of requested PPE: %s\n\nOther Notes From the Requester: %s\n\nYou will be emailed again either when a donor chooses to claim and fulfill your request, or if your request expires before any donors get the chance. We hope you you stay protected during these times!" % (
requestObj.fName, requestObj.lName, requestObj.email,
requestObj.phone, requestObj.address, requestObj.city,
requestObj.state, requestObj.zipCode, requestObj.country,
ppeType, requestObj.numPPE, requestObj.delivDate,
requestObj.notes)
message = makeMessage("*****@*****.**",
requestObj.email, subject, message_text)
sendMessage(service, 'me', message)
return HttpResponseRedirect("/requestSubmitSuccessful/")
template = loader.get_template('main/submitRequest.html')
context = { #all inputs for the html go in these brackets
'validationStatus': validationStatus
}
return HttpResponse(template.render(context, request))
