def test_real_world_error(mk_expense_type):
from autonomie.models.expense.sheet import (
ExpenseKmLine,
ExpenseLine,
)
# test based on a real world problem that raised the error
kmtype = mk_expense_type(amount=0.38)
kmlines = []
for km in [3000, 2800, 280, 200, 540, 2800, 3600, 3000, 3000, 4400, 2000, 3000, 4600]:
compute = ExpenseKmLineCompute()
compute.km = km
compute.type_object = kmtype
kmlines.append(compute)
teltype = mk_expense_type(percentage=50)
telline = ExpenseLineCompute()
telline.ht = 2666
telline.tva = 533
telline.type_object = teltype
km_lines_total = sum(l.total for l in kmlines)
km_lines_rounded_total = int(sum(l.total_ht for l in kmlines))
km_lines_linerounded_total = sum(int(l.total_ht) for l in kmlines)
telline_total = telline.total
telline_rounded_total = int(telline.total_tva) + int(telline.total_ht)
last_rounded_total = int(km_lines_total + telline_total)
byproduct_rounded_total = km_lines_rounded_total + telline_rounded_total
byline_rounded_total = km_lines_linerounded_total + telline_rounded_total
# Option 1
assert last_rounded_total == byline_rounded_total
# Option 2
assert last_rounded_total == byproduct_rounded_total
def test_expense_line(simple_type):
compute = ExpenseLineCompute()
compute.type_object = simple_type
assert compute._compute_value(99.53) == 100
def test_expense_line_compute(teltype):
compute = ExpenseLineCompute()
compute.type_object = teltype
assert compute._compute_value(99.53) == 50
