def save(self, *args, **kwargs):
if self.annual_income_from and (self.id is None
or self._original_annual_income_from !=
self.annual_income_from):
self.annual_income_from_in_base_currency = convert_money(
self.annual_income_from, settings.BASE_CURRENCY)
if self.annual_income_to and (
self.id is None
or self._original_annual_income_to != self.annual_income_to):
self.annual_income_to_in_base_currency = convert_money(
self.annual_income_to, settings.BASE_CURRENCY)
return super().save(*args, **kwargs)
def convert(money, currency):
""" Convert money object `money` to `currency`."""
if hasattr(currency, 'code'):
currency = currency.code
if money.currency.code == currency:
return money
if money.currency.code != settings.BASE_CURRENCY and currency != settings.BASE_CURRENCY:
money = convert_money(money, settings.BASE_CURRENCY)
return convert_money(money, currency)
def get_value(self, obj):
to_currency = self.context.get('to_currency', None)
try:
search_term = obj.integralfilter.name.data.values()
except AttributeError:
search_term = str(obj.integralfilter.name)
if to_currency and ('Price' in search_term):
original_prices = obj.integralfilter.integral_choices.values_list(
'room_characteristics__price_currency__code',
'selected_number')
converted_prices = []
for from_currency, original_price in original_prices:
if not from_currency:
from_currency = 'USD'
converted_prices.append(
int(
convert_money(Money(original_price, from_currency),
to_currency).amount))
self.min_value = min(converted_prices)
self.max_value = max(converted_prices)
else:
aggregate_min_max = obj.integralfilter.integral_choices.aggregate(
django_models.Max('selected_number'),
django_models.Min('selected_number'))
self.min_value = aggregate_min_max['selected_number__min']
self.max_value = aggregate_min_max['selected_number__max']
return [self.min_value, self.max_value]
def totalamount(self):
global_preferences = global_preferences_registry.manager()
return sum([
convert_money(c.amount_formatted(),
global_preferences["contributions__currency"])
for c in self.contributions.all()
])
def get_prices_converted_cases(filtered_rooms):
filtered_rooms_ids = filtered_rooms.values_list('id', flat=True)
original_prices = IntegralChoice.objects.filter(
related_filter__name__contains='Price',
room_characteristics__id__in=filtered_rooms_ids).values_list(
'room_characteristics__id', 'selected_number')
price_whens = [
django_models.When(id=k, then=v) for k, v in original_prices
]
original_price_cases = django_models.Case(
*price_whens,
default=0,
output_field=django_models.IntegerField())
prices_to_convert = filtered_rooms.annotate(
original_price=original_price_cases).values_list(
'id', 'original_price', 'price_currency__code')
converted_prices = {}
for id, original_price, from_currency in prices_to_convert:
#print(id, original_price, from_currency)
converted_prices[id] = int(
convert_money(Money(original_price, from_currency),
to_currency).amount)
whens = [
django_models.When(id=k, then=v)
for k, v in converted_prices.items()
]
new_prices_cases = django_models.Case(
*whens, default=0, output_field=django_models.IntegerField())
return new_prices_cases
def post(self, request):
serializer = ItemOrderSerializer(data=request.data)
serializer.is_valid(raise_exception=True)
item = serializer.validated_data['item']
amount = serializer.validated_data['amount']
price = convert_money(Money(item.price.amount, item.price.currency), DEFAULT_CURRENCY)
stock = item.stock
if stock is not None:
price -= price * stock.percent
serializer = ItemOrderSerializer({
'item': item,
'vendor_code': item.vendor_code,
'name': item.name,
'amount': amount,
'unit': item.unit,
'price': price.amount,
'price_currency': price.currency,
})
items = request.session.get(BASKET_KEY, {})
items[str(serializer.data['item'])] = serializer.data
request.session[BASKET_KEY] = items
request.session.modified = True
item_order = items[str(item.pk)].copy()
item_order['item'] = item
serializer = ItemOrderReadOnlySerializer(item_order)
return Response(serializer.data)
def convert_price(price, currency, decimal_places=4):
""" Convert price field, returns Money field """
price_adjusted = None
# Get default currency from settings
default_currency = InvenTreeSetting.get_setting(
'INVENTREE_DEFAULT_CURRENCY')
if price:
if currency and default_currency:
try:
# Get adjusted price
price_adjusted = convert_money(Money(price, currency),
default_currency)
except MissingRate:
# No conversion rate set
price_adjusted = Money(price, currency)
else:
# Currency exists
if currency:
price_adjusted = Money(price, currency)
# Default currency exists
if default_currency:
price_adjusted = Money(price, default_currency)
if price_adjusted and decimal_places:
price_adjusted.decimal_places = decimal_places
return price_adjusted
def income(request):
if request.method == 'POST':
form = IncomeForm(request.POST)
if form.is_valid():
amount = form.cleaned_data['amount']
tx_date = form.cleaned_data['date']
source = form.cleaned_data['source']
user = request.user
# only save as USD, but note what the original amount was
# also store original amount and flip converted to true
if amount.currency != Currency('USD'):
fxamount = amount
converted = True
amount = convert_money(amount, 'USD')
Income.objects.create(amount=amount,
date=tx_date,
source=source,
user=user,
fxamount=fxamount,
converted=converted)
else:
Income.objects.create(amount=amount,
date=tx_date,
source=source,
user=user)
return HttpResponseRedirect(reverse('record:index'))
context = {'form': IncomeForm(), 'form_type': 'income'}
return render(request, 'record/record.html', context=context)
def get(self, request):
user = request.user
room_id = request.GET.get('room_id', None)
currency = request.GET.get('display_currency', None)
check_in = request.GET.get('checkin')
check_in_date = datetime.datetime.strptime(check_in, '%Y-%m-%d')
check_out = request.GET.get('checkout')
check_out_date = datetime.datetime.strptime(check_out, '%Y-%m-%d') if check_out else None
guests_total = request.GET.get('adults')
room = Room.objects.prefetch_related(
'bedroom_set',
'bath_set',
'review_set',
'roomimage_set'
).get(id=room_id)
user_currency = UserProfile.objects.get(user=user).currency.name if user else "USD"
price = room.price
if currency:
backend = OpenExchangeRatesBackend(OPEN_EXCHANGE_RATES_URL)
price_currency = convert_money(Money(room.price, user_currency), currency)
price_split = str(price_currency).replace(',', '').split(' ')
price_numeric = re.sub("[^0-9.]", "", price_split[0])
price = str(int(float(price_numeric))) + " " + currency
num_beds = 0
for bedroom in room.bedroom_set.all():
num_beds += bedroom.bed_set.aggregate(Sum('quantity'))['quantity__sum']
ratings_dict = room.review_set.aggregate(\
*[Avg(field) for field in ['rating__cleanliness', 'rating__communication', \
'rating__check_in', 'rating__accuracy', 'rating__location', 'rating__value']])
overall_rating = 0 if None in ratings_dict.values() else sum(ratings_dict.values())/6
booking_information = {
'room_id' : room.id,
'title' : room.title,
'room_picture' : room.roomimage_set.values_list('image_url', flat=True)[0],
'check_in_time' : room.check_in.strftime("%-I:%M"),
'check_out_time' : room.check_out.strftime("%-I:%M"),
'check_in_date' : check_in,
'check_out_date' : check_out,
'place_type' : room.place_type.name,
'guests_total' : guests_total,
'bedrooms' : room.bedroom_set.count(),
'beds' : num_beds,
'baths' : room.bath_set.count(),
'currency' : currency if currency else user_currency,
'price' : price,
'discount_rate' : calculate_discounts(room, check_in_date, check_out_date),
'rules' : room.rules,
'overall_rating' : overall_rating,
'num_reviews' : room.review_set.count(),
'host_name' : room.host.fullname,
'host_avatar' : room.host.profile.avatar_image,
'profile_header' : room.host.profile.profile_header,
'user_since' : room.host.created_at.strftime("%Y"),
'payment_methods' : list(PaymentMethod.objects.values_list('name', flat=True))
}
return JsonResponse({'booking_information':booking_information}, status=200)
def to_representation(self, instance):
representation = super(ServiceAreaSerializer,
self).to_representation(instance)
representation['provider'] = '/api/v1/providers/{}/'.format(
instance.provider.id)
representation['price'] = convert_money(
instance.price, instance.provider.currency).amount
return representation
def expense(request):
# save new transaction information to database or load expense form
if request.method == 'POST':
# expense submission
form = ExpenseForm(request.POST)
if form.is_valid():
# save the input
amount = form.cleaned_data['amount']
tx_date = form.cleaned_data['date']
cat = form.cleaned_data['category']
method = form.cleaned_data['method']
comment = form.cleaned_data['comment']
tag = form.cleaned_data['tag']
user = request.user
# only save as USD, but note what the original amount was
# also store original amount and flip converted to true
if amount.currency != Currency('USD'):
fxamount = amount
converted = True
comment = comment + ' *ORIGINAL [' + str(amount) + ']*'
amount = convert_money(amount, 'USD')
Expense.objects.create(amount=amount,
date=tx_date,
category=cat,
method=method,
comment=comment,
tag=tag,
user=user,
fxamount=fxamount,
converted=converted)
else:
# otherwise store as submitted
Expense.objects.create(amount=amount,
date=tx_date,
category=cat,
method=method,
comment=comment,
tag=tag,
user=user)
# change to new month, if different from current. also adds new month to navbar
set_month(request, tx_date.year, tx_date.month)
# load the index page
return HttpResponseRedirect(reverse('record:index'))
context = {
'message':
f'Error. Form did not properly validate. Errors: {form.errors}',
'message_type': 'danger'
}
return render(request, 'record/index.html', context=context)
# if not POST, load form
context = {'form': ExpenseForm(), 'form_type': 'expense'}
return render(request, 'record/record.html', context=context)
def total_limit_shekels(self):
total = Money(0, 'ILS')
for card in self.credit_cards.all():
if card.spending_limit_currency != 'ILS':
converted = convert_money(card.spending_limit, 'ILS')
total += converted
else:
total += card.spending_limit
return total
def total_due_dollars(self):
total = Money(0, 'USD')
for card in self.credit_cards.all():
if card.spending_limit_currency != 'USD':
converted = convert_money(card.balance_due, 'USD')
total += converted
else:
total += card.balance_due
return total
def total_bank_shekels(self):
total = Money(0, 'ILS')
for account in self.bank_accounts.all():
if account.currency.name != 'ILS':
converted = convert_money(account.balance, 'ILS')
total += converted
else:
total += account.balance
return total
def save(self, *args, **kwargs):
if self.id is None:
self.profile_id = self.generate_profile_id()
if self.annual_income and (
self.id is None
or self._original_annual_income != self.annual_income):
self.annual_income_in_base_currency = convert_money(
self.annual_income, settings.BASE_CURRENCY)
super().save(*args, **kwargs)
_, created = MatrimonyProfileStats.objects.get_or_create(profile=self)
_, created = Expectation.objects.get_or_create(profile=self)
def save(self, *args, **kwargs):
if not self.currency or self.currency == 'USD':
self.currency = self.chain_instance.currency
for field in (
'reward_per_click',
'remaining_balance',
'initial_budget',
):
if getattr(self, field, False):
value = Money(getattr(self, field).amount, 'USD')
setattr(self, field, convert_money(value, self.chain_instance.currency))
return super(Task, self).save(*args, **kwargs)
def convert_to(self, currency_code):
"""
Convert the unit-price at this price break to the specified currency code.
Args:
currency_code - The currency code to convert to (e.g "USD" or "AUD")
"""
try:
converted = convert_money(self.price, currency_code)
except MissingRate:
print(f"WARNING: No currency conversion rate available for {self.price_currency} -> {currency_code}")
return self.price.amount
return converted.amount
def get_total_balance_of(queryset: QuerySet, currency: str) -> Money:
"""
This function sums all balances in `queryset` according to their currencies.
And converts them to one `currency`.
And it returns a Money object with `currency` and a convertible balance.
"""
balance_in_currency = Money(0, currency)
balances_in_currencies = queryset.values('balance_currency').annotate(
balance=Sum('balance'))
for balance in balances_in_currencies:
balance = Money(balance['balance'], balance['balance_currency'])
balance_in_currency += convert_money(balance, currency)
return round(balance_in_currency, 2)
def incomes_by_category_statistic(queryset: QuerySet, currency='UAH'):
"""
"""
# aggregate data grouped by categories and their currencies
data = queryset \
.values('amount_currency', 'category') \
.annotate(sum=Sum('amount'))
result = defaultdict(list)
result_sum = Decimal()
categories = defaultdict(list)
# item_id: [
# {'item_currency1': ..., 'item_amount1': ... },
# {'item_currency2': ..., 'item_amount2': ... },
# ...
# ]
for item in data:
item_category_id = item['category']
item_currency = item['amount_currency']
item_amount = item['sum']
categories[item_category_id].append({
'currency': item_currency,
'amount': item_amount
})
for key, value in categories.items():
sum_money = Money(0, currency)
for amount in value:
amount = Money(amount['amount'], amount['currency'])
sum_money += convert_money(amount, currency)
result_sum += sum_money.amount
result['categories'].append({
'id': key,
'amounts': value,
'sum': round(sum_money.amount, 2)
})
result['sum'] = round(result_sum, 2)
result['currency'] = currency
return (result)
def get_queryset(self):
user_currency = User.objects.filter(
pk=self.request.user.id).values_list('currency')
user_currency = user_currency[0][0]
print(user_currency)
queryset = Product.objects.get_queryset()
for product in queryset:
pk = product.pk
price = product.price
print(pk, price)
converted_price = str(convert_money(price, user_currency))
print(converted_price)
Product.objects.filter(pk=pk).update(
customer_price=converted_price)
return queryset
def get(self, request):
item_orders = request.session.get(BASKET_KEY, {})
bill_items = []
total = Money('0', DEFAULT_CURRENCY)
for item, item_order in item_orders.items():
cost = convert_money(Money(item_order['price'],
item_order['price_currency']) * item_order['amount'], DEFAULT_CURRENCY)
bill_items.append({
'id': item,
'name': item_order['name'],
'amount': item_order['amount'],
'unit': item_order['unit'],
'cost': cost.amount,
'cost_currency': cost.currency,
})
total += cost
serializer = BasketOrderSerializer({
'order': request.session.get(ORDER_KEY, defaultdict(lambda: None)),
'bill': { 'cost': total.amount, 'cost_currency': total.currency },
'items': bill_items,
})
return Response(serializer.data)
def test_rates(self):
# Initially, there will not be any exchange rate information
rates = Rate.objects.all()
self.assertEqual(rates.count(), 0)
# Without rate information, we cannot convert anything...
with self.assertRaises(MissingRate):
convert_money(Money(100, 'USD'), 'AUD')
with self.assertRaises(MissingRate):
convert_money(Money(100, 'AUD'), 'USD')
update_successful = False
# Note: the update sometimes fails in CI, let's give it a few chances
for idx in range(10):
InvenTree.tasks.update_exchange_rates()
rates = Rate.objects.all()
if rates.count() == len(currency_codes()):
update_successful = True
break
else: # pragma: no cover
print("Exchange rate update failed - retrying")
time.sleep(1)
self.assertTrue(update_successful)
# Now that we have some exchange rate information, we can perform conversions
# Forwards
convert_money(Money(100, 'USD'), 'AUD')
# Backwards
convert_money(Money(100, 'AUD'), 'USD')
# Convert between non base currencies
convert_money(Money(100, 'CAD'), 'NZD')
# Convert to a symbol which is not covered
with self.assertRaises(MissingRate):
convert_money(Money(100, 'GBP'), 'ZWL')
def get_pricing(self, quantity=1, currency=None):
"""Returns context with pricing information."""
ctx = PartPricing.get_pricing(self, quantity, currency)
part = self.get_part()
default_currency = inventree_settings.currency_code_default()
# Stock history
if part.total_stock > 1:
price_history = []
stock = part.stock_entries(include_variants=False, in_stock=True).\
order_by('purchase_order__issue_date').prefetch_related('purchase_order', 'supplier_part')
for stock_item in stock:
if None in [stock_item.purchase_price, stock_item.quantity]:
continue
# convert purchase price to current currency - only one currency in the graph
try:
price = convert_money(stock_item.purchase_price,
default_currency)
except MissingRate:
continue
line = {'price': price.amount, 'qty': stock_item.quantity}
# Supplier Part Name # TODO use in graph
if stock_item.supplier_part:
line['name'] = stock_item.supplier_part.pretty_name
if stock_item.supplier_part.unit_pricing and price:
line[
'price_diff'] = price.amount - stock_item.supplier_part.unit_pricing
line[
'price_part'] = stock_item.supplier_part.unit_pricing
# set date for graph labels
if stock_item.purchase_order and stock_item.purchase_order.issue_date:
line[
'date'] = stock_item.purchase_order.issue_date.isoformat(
)
elif stock_item.tracking_info.count() > 0:
line['date'] = stock_item.tracking_info.first().date.date(
).isoformat()
else:
# Not enough information
continue
price_history.append(line)
ctx['price_history'] = price_history
# BOM Information for Pie-Chart
if part.has_bom:
# get internal price setting
use_internal = InvenTreeSetting.get_setting(
'PART_BOM_USE_INTERNAL_PRICE', False)
ctx_bom_parts = []
# iterate over all bom-items
for item in part.bom_items.all():
ctx_item = {'name': str(item.sub_part)}
price, qty = item.sub_part.get_price_range(
quantity, internal=use_internal), item.quantity
price_min, price_max = 0, 0
if price: # check if price available
price_min = str((price[0] * qty) / quantity)
if len(set(price)) == 2: # min and max-price present
price_max = str((price[1] * qty) / quantity)
ctx['bom_pie_max'] = True # enable showing max prices in bom
ctx_item['max_price'] = price_min
ctx_item['min_price'] = price_max if price_max else price_min
ctx_bom_parts.append(ctx_item)
# add to global context
ctx['bom_parts'] = ctx_bom_parts
# Sale price history
sale_items = PurchaseOrderLineItem.objects.filter(part__part=part).order_by('order__issue_date').\
prefetch_related('order', ).all()
if sale_items:
sale_history = []
for sale_item in sale_items:
# check for not fully defined elements
if None in [sale_item.purchase_price, sale_item.quantity]:
continue
try:
price = convert_money(sale_item.purchase_price,
default_currency)
except MissingRate:
continue
line = {
'price': price.amount if price else 0,
'qty': sale_item.quantity,
}
# set date for graph labels
if sale_item.order.issue_date:
line['date'] = sale_item.order.issue_date.isoformat()
elif sale_item.order.creation_date:
line['date'] = sale_item.order.creation_date.isoformat()
else:
line['date'] = _('None')
sale_history.append(line)
ctx['sale_history'] = sale_history
return ctx
def test_bad_configuration(settings):
settings.INSTALLED_APPS.remove("djmoney.contrib.exchange")
with pytest.raises(ImproperlyConfigured):
convert_money(Money(1, "USD"), "EUR")
def test_bad_configuration(settings):
settings.INSTALLED_APPS.remove('djmoney.contrib.exchange')
with pytest.raises(ImproperlyConfigured):
convert_money(Money(1, 'USD'), 'EUR')
def search_and_match(self, manufacturer_part, quantity=1, currency=None):
manufacturer = manufacturer_part.manufacturer
manufacturer_part_number = manufacturer_part.manufacturer_part_number
if manufacturer:
manufacturer_list = self.api.get_manufacturer_list()
# TODO: possibly get manufacturer id from manufacturer list, do a fuzzy lookup using manufacturer name
# to reduce results
mfg_id = manufacturer_list[
manufacturer.
name] if manufacturer.name in manufacturer_list else None
if mfg_id:
results = self.api.search_part_and_manufacturer(
part_number=manufacturer_part_number,
manufacturer_id=mfg_id)
else:
results = self.api.search_part(
part_number=manufacturer_part_number)
else:
results = self.api.search_part(
part_number=manufacturer_part_number)
mouser_parts = []
optimal_part = None
seller_parts = []
for part in results['Parts']:
seller = Seller(name='Mouser')
try:
quantity_available = [
int(s) for s in part['Availability'].split()
if s.isdigit()
][0]
mouser_part = {
'part_number': part['ManufacturerPartNumber'],
'manufacturer': part['Manufacturer'],
'description': part['Description'],
'data_sheet': part['DataSheetUrl'],
'stock': part['Availability'],
'stock_parsed': quantity_available,
'lead_time': part['LeadTime'],
'seller_parts': [],
'product_detail_url': part['ProductDetailUrl'],
}
lead_time_days = [
int(s) for s in part['LeadTime'].split() if s.isdigit()
][0] # TODO: Make sure it's actually days
for pb in part['PriceBreaks']:
moq = int(pb['Quantity'])
unit_price_raw = parse_number(pb['Price'])
unit_currency = pb['Currency']
unit_cost = Money(unit_price_raw, unit_currency)
if currency:
unit_cost = convert_money(unit_cost, currency)
seller_part = SellerPart(
seller=seller,
manufacturer_part=manufacturer_part,
minimum_order_quantity=moq,
minimum_pack_quantity=1,
data_source='Mouser',
unit_cost=unit_cost,
lead_time_days=lead_time_days,
nre_cost=Money(0, currency),
ncnr=True)
mouser_part['seller_parts'].append(seller_part.as_dict())
seller_parts.append(seller_part)
mouser_parts.append(mouser_part)
except (KeyError, AttributeError, IndexError):
continue
local_seller_parts = list(manufacturer_part.seller_parts())
seller_parts.extend(local_seller_parts)
return {
'mouser_parts': mouser_parts,
'optimal_seller_part': SellerPart.optimal(seller_parts, quantity),
}
def change_currency(money_object, currency_code):
return convert_money(money_object, currency_code)
def test_rates(self):
# Initially, there will not be any exchange rate information
rates = Rate.objects.all()
self.assertEqual(rates.count(), 0)
# Without rate information, we cannot convert anything...
with self.assertRaises(MissingRate):
convert_money(Money(100, 'USD'), 'AUD')
with self.assertRaises(MissingRate):
convert_money(Money(100, 'AUD'), 'USD')
currencies = settings.CURRENCIES
InvenTree.tasks.update_exchange_rates()
rates = Rate.objects.all()
self.assertEqual(rates.count(), len(currencies))
# Now that we have some exchange rate information, we can perform conversions
# Forwards
convert_money(Money(100, 'USD'), 'AUD')
# Backwards
convert_money(Money(100, 'AUD'), 'USD')
# Convert between non base currencies
convert_money(Money(100, 'CAD'), 'NZD')
# Convert to a symbol which is not covered
with self.assertRaises(MissingRate):
convert_money(Money(100, 'GBP'), 'ZWL')
def test_bad_configuration(settings):
settings.INSTALLED_APPS.remove('djmoney.contrib.exchange')
with pytest.raises(ImproperlyConfigured):
convert_money(Money(1, 'USD'), 'EUR')
def convertMoney(moneyobject, currency):
return convert_money(moneyobject, currency)
class AssignmentForm(forms.Form):
title = _("Assignment")
layout = hg.BaseElement(
_layout.datatable.DataTable(
columns=(
_layout.datatable.DataTableColumn(_("Date"), hg.C("row.date"),
None),
_layout.datatable.DataTableColumn(_("Note"), hg.C("row.note"),
None),
_layout.datatable.DataTableColumn(_("Account"),
hg.C("row.debitaccount"),
None),
_layout.datatable.DataTableColumn(_("Cost Center"),
hg.C("row.creditaccount"),
None),
_layout.datatable.DataTableColumn(
_("Person Number"), hg.C("row.person.personnumber"), None),
_layout.datatable.DataTableColumn(_("Donor Number"),
hg.C("row.donornumber"),
None),
_layout.datatable.DataTableColumn(
_("Assignment state"),
hg.If(
hg.C("row.person"),
_layout.icon.Icon(
"checkmark--filled",
size=16,
style="fill: currentColor; color: green;",
),
_layout.icon.Icon(
"warning",
size=16,
style="fill: currentColor; color: red;",
),
),
None,
),
_layout.datatable.DataTableColumn(_("Amount"),
hg.C("row.amount_formatted"),
None),
),
row_iterator=hg.C("contributions"),
).with_toolbar(_("Overview of contributions to import"),
hg.C("importfile")),
hg.DIV(
hg.DIV(
hg.DIV(
hg.F(lambda c: len(c["contributions"])),
" ",
_("contributions"),
_class="bx--batch-summary",
),
hg.DIV(
_("Sum"),
hg.SPAN("|",
style="margin-left: 1rem; margin-right: 1rem"),
hg.F(lambda c: sum([
convert_money(
Money(contr.amount, contr.currency),
global_preferences["contributions__currency"],
) for contr in c["contributions"]
]) or Money(0, global_preferences["contributions__currency"
])),
style=
"position: absolute; right: 0; margin-right: 1rem; color: #ffffff",
),
_class="bx--batch-actions--active bx--batch-actions",
),
_class="bx--table-toolbar",
style="margin-bottom: 4rem",
),
hg.DIV(style="margin-bottom: 2rem"),
hg.If(
hg.C("unassigned_contributions"),
_layout.notification.InlineNotification(
hg.BaseElement(
hg.F(lambda c: len([
c for c in c.get("contributions", ()) if not c.person
])),
_(" contributions could not been assigned"),
),
_("Please make sure that each entry has contributor number "
"which matches with a person number and do the import again"
),
kind="error",
lowcontrast=True,
action=(
_("Cancel import"),
"window.location = window.location.pathname + '?reset=1'",
),
style="max-width: 100%",
),
_layout.notification.InlineNotification(
_("Assignment complete"),
_("Continue in order to complete the import"),
kind="success",
style="max-width: 100%",
),
),
)