def _round_products(self):
"""
Round the products ht and tva
"""
for value in self.products.values():
value['ht'] = floor_to_precision(value['ht'])
value['tva'] = floor_to_precision(value['tva'])
def test_floor_to_precision(self):
a = 299999
self.assertEqual(floor_to_precision(a), 300000)
a = 299455
self.assertEqual(floor_to_precision(a), 299000)
a = 299999
self.assertEqual(floor_to_precision(a, round_floor=True), 299000)
def format_amount(amount, trim=True, grouping=True, precision=2):
"""
return a pretty printable amount
"""
resp = u""
if amount is not None:
dividor = 10.0 ** precision
# Limit to 2 trailing zeros
if isinstance(amount, float) and precision <= 2:
if amount == int(amount):
trim = True
elif precision > 2:
if math_utils.floor_to_precision(
amount,
precision=2,
dialect_precision=precision
) == amount:
trim = True
if trim:
formatter = "%.2f"
amount = int(amount) / dividor
resp = locale.format(formatter, amount, grouping=grouping)
else:
formatter = "%.{0}f".format(precision)
amount = amount / dividor
resp = locale.format(formatter, amount, grouping=grouping)
resp = resp.rstrip('0')
resp = add_trailing_zeros(resp)
if grouping:
resp = resp.replace(' ', ' ')
return resp
def before(self, form):
BaseFormView.before(self, form)
self.request.actionmenu.add(
ViewLink(
label=u"Revenir à la facture",
path="/invoices/{id}.html",
id=self.context.id,
_anchor="payment",
)
)
appstruct = []
for tva_value, value in self.context.topay_by_tvas().items():
tva = Tva.by_value(tva_value)
appstruct.append(
{
'tva_id': tva.id,
'amount': floor_to_precision(
value,
precision=2,
dialect_precision=5
)
}
)
if len(appstruct) == 1:
form.set_appstruct(appstruct[0])
else:
form.set_appstruct({'tvas': appstruct})
def test_manual_payment_line_amounts(self):
def compute_payment_ttc(payment):
total = 0
for tva, ht in payment.items():
line = DummyLine(tva=tva, cost=ht)
total += line.total()
return total
task = self.getOne()
task.manualDeliverables = 1
payments = task.manual_payment_line_amounts()
assert payments[0].keys() == [1960]
assert payments[1].keys() == [1960, 500]
assert payments[2].keys() == [500]
deposit = task.deposit_amount_ttc()
amount1 = compute_payment_ttc(payments[0])
amount2 = compute_payment_ttc(payments[1])
assert math_utils.floor(amount1) == 4000000
assert math_utils.floor(amount2) == 6000000
total = task.sold() + deposit + amount1 + amount2
assert math_utils.floor_to_precision(total) == task.total()
def test_manual_payment_line_amounts(self):
def compute_payment_ttc(payment):
total = 0
for tva, ht in payment.items():
line = DummyLine(tva=tva, cost=ht)
total += line.total()
return total
task = self.getOne()
task.manualDeliverables = 1
payments = task.manual_payment_line_amounts()
assert payments[0].keys() == [1960]
assert payments[1].keys() == [1960, 500]
assert payments[2].keys() == [500]
deposit = task.deposit_amount_ttc()
amount1 = compute_payment_ttc(payments[0])
amount2 = compute_payment_ttc(payments[1])
assert math_utils.floor(amount1) == 4000000
assert math_utils.floor(amount2) == 6000000
total = task.sold() + deposit + amount1 + amount2
assert math_utils.floor_to_precision(total) == task.total()
def format_amount(amount, trim=True, grouping=True, precision=2, dividor=None):
"""
return a pretty printable amount
"""
resp = u""
if amount is not None:
if dividor is None:
dividor = 10.0 ** precision
# Limit to 2 trailing zeros
if isinstance(amount, float) and precision <= 2:
if amount == int(amount):
trim = True
elif precision > 2:
if math_utils.floor_to_precision(
amount,
precision=2,
dialect_precision=precision
) == amount:
trim = True
if trim:
formatter = "%.2f"
amount = int(amount) / dividor
resp = locale.format(formatter, amount, grouping=grouping)
else:
formatter = "%.{0}f".format(precision)
amount = amount / dividor
resp = locale.format(formatter, amount, grouping=grouping)
resp = resp.rstrip('0')
resp = add_trailing_zeros(resp)
if grouping:
resp = resp.replace(' ', ' ')
resp = resp.replace("\xe2\x80\xaf", " ")
if isinstance(resp, str):
resp = resp.decode('utf-8')
return resp
def before(self, form):
BaseFormView.before(self, form)
self.request.actionmenu.add(
ViewLink(
label=u"Revenir à la facture",
path="/invoices/{id}.html",
id=self.context.id,
_anchor="payment",
))
appstruct = []
for tva_value, value in self.context.topay_by_tvas().items():
tva = Tva.by_value(tva_value)
appstruct.append({
'tva_id':
tva.id,
'amount':
floor_to_precision(value, precision=2, dialect_precision=5)
})
if len(appstruct) == 1:
form.set_appstruct(appstruct[0])
else:
form.set_appstruct({'tvas': appstruct})
def floor(self, amount):
return math_utils.floor_to_precision(amount, self.round_floor)
2456125,
4410000,
-1019200,
) # 0.392, 0.588)
LINES_TOTAL_HT = sum(TASK_LINES_TOTAL_HT) * 2
LINES_TOTAL_TVAS = sum(TASK_LINES_TVAS) * 2
EXPENSE_TVA = 196000
DISCOUNT_TOTAL_HT = sum([d['amount'] for d in DISCOUNTS])
DISCOUNT_TVAS = (392000, )
DISCOUNT_TOTAL_TVAS = sum(DISCOUNT_TVAS)
# Totals should be multiple of 1000 (ending to be floats with 2 numbers after
# the comma
HT_TOTAL = math_utils.floor_to_precision(LINES_TOTAL_HT - DISCOUNT_TOTAL_HT +
TASK['expenses_ht'])
TVA = math_utils.floor_to_precision(LINES_TOTAL_TVAS - DISCOUNT_TOTAL_TVAS +
EXPENSE_TVA)
# TASK_TOTAL = lines + tva + expenses rounded
TASK_TOTAL = HT_TOTAL + TVA + TASK['expenses']
class DummyLine(Dummy, LineCompute):
"""
Dummy line model
"""
pass
class DummyGroup(Dummy, GroupCompute):
def floor(self, amount):
return math_utils.floor_to_precision(amount, self.round_floor)
from autonomie.tests.base import Dummy
TASK_LINES_TOTAL_HT = (12531250.0, 22500000, -5200000, ) # 2, 3 )
TASK_LINES_TVAS = (2456125, 4410000, -1019200, ) # 0.392, 0.588)
LINES_TOTAL_HT = sum(TASK_LINES_TOTAL_HT) * 2
LINES_TOTAL_TVAS = sum(TASK_LINES_TVAS) * 2
EXPENSE_TVA = 196000
DISCOUNT_TOTAL_HT = sum([d['amount']for d in DISCOUNTS])
DISCOUNT_TVAS = (392000,)
DISCOUNT_TOTAL_TVAS = sum(DISCOUNT_TVAS)
# Totals should be multiple of 1000 (ending to be floats with 2 numbers after
# the comma
HT_TOTAL = math_utils.floor_to_precision(
LINES_TOTAL_HT - DISCOUNT_TOTAL_HT + TASK['expenses_ht']
)
TVA = math_utils.floor_to_precision(
LINES_TOTAL_TVAS - DISCOUNT_TOTAL_TVAS + EXPENSE_TVA
)
# TASK_TOTAL = lines + tva + expenses rounded
TASK_TOTAL = HT_TOTAL + TVA + TASK['expenses']
class DummyLine(Dummy, LineCompute):
"""
Dummy line model
"""
pass
