def test_compute_total(
self, dbsession, income_statement_measure_type_category
):
from autonomie.models.accounting.income_statement_measures import (
IncomeStatementMeasureType,
)
type_ = IncomeStatementMeasureType(
account_prefix="-100 / {Salaires (et Cotisations)}",
is_total=True,
total_type="complex_total",
)
# - 3.33333
assert 3.34 + type_.compute_total(
{'Salaires (et Cotisations)': 30, 'other': 2}
) < 0.01
assert type_.compute_total({'other': 2}) == 0
assert type_.compute_total({'Salaires (et Cotisations)': 0}) == 0
type_ = IncomeStatementMeasureType(
account_prefix="-100 / {Salaires:Cotisations}",
is_total=True,
total_type="complex_total",
)
# Wrong syntax
assert type_.compute_total({'Salaires:Cotisations': 15}) == 0
type_ = IncomeStatementMeasureType(
account_prefix="Achats,Produits,Salaires",
is_total=True,
total_type="categories",
)
assert type_.compute_total(
{'Achats': 30, 'Produits': 50, 'other': 2}
) == 80
def income_measure_types(dbsession, income_measure_type_categories):
from autonomie.models.accounting.income_statement_measures import (
IncomeStatementMeasureType,
)
types = []
for (
label, category_index, account_prefix, is_total, total_type
) in (
('Label 1', 0, u"701", False, ""),
('Label 2', 0, u"701,702", False, ""),
('Label 3', 1, u"601", False, ""),
('Total partiel autres achats', 1, u"6,-601", True, "account_prefix"),
('Total produits et achats', 1, u"Produits,Achats", True, "categories"),
('Ratio produits et achats', 1, u"{Achats} * 100 / {Produits}", True,
"complex_total"),
(
'Formule de test',
1,
u"({Label 1} + {Label 2} + {Label 3})",
True,
"complex_total"
),
):
typ = IncomeStatementMeasureType(
label=label,
category_id=income_measure_type_categories[category_index].id,
account_prefix=account_prefix,
is_total=is_total,
total_type=total_type,
)
dbsession.add(typ)
typ.category = income_measure_type_categories[category_index]
types.append(typ)
return types
def test_get_categories(self, income_statement_measure_type_category):
from autonomie.models.accounting.income_statement_measures import (
IncomeStatementMeasureType,
)
type_ = IncomeStatementMeasureType(
account_prefix="Wrong,label_1"
)
assert type_.get_categories() == [
income_statement_measure_type_category
]
def test_match(self):
from autonomie.models.accounting.income_statement_measures import (
IncomeStatementMeasureType,
)
type_ = IncomeStatementMeasureType(
account_prefix="7,-766,654"
)
assert type_.match('725')
assert not type_.match('76666')
assert not type_.match('1')
assert type_.match('654')
def income_measure_type(dbsession, income_measure_type_category):
from autonomie.models.accounting.income_statement_measures import (
IncomeStatementMeasureType, )
typ = IncomeStatementMeasureType(
label="Label 1",
category_id=income_measure_type_category.id,
account_prefix="701",
)
dbsession.add(typ)
dbsession.flush()
typ.category = income_measure_type_category
return typ
def test_computed_total(self):
from autonomie.models.accounting.income_statement_measures import (
IncomeStatementMeasureType,
)
type_ = IncomeStatementMeasureType(
is_total=True,
total_type="account_prefix"
)
assert not type_.computed_total
type_ = IncomeStatementMeasureType(
is_total=True,
total_type="complex_total"
)
assert type_.computed_total
type_ = IncomeStatementMeasureType(
is_total=True,
total_type="categories"
)
assert type_.computed_total
def income_statement_measure_type(dbsession, cat):
from autonomie.models.accounting.income_statement_measures import (
IncomeStatementMeasureType,
)
type_ = IncomeStatementMeasureType(
order=1,
category_id=cat.id,
label=u"label",
account_prefix="706",
)
dbsession.add(type_)
dbsession.flush()
return type_
def get_them(self, dbsession, cat):
from autonomie.models.accounting.income_statement_measures import (
IncomeStatementMeasureTypeCategory,
IncomeStatementMeasureType,
)
cat2 = IncomeStatementMeasureTypeCategory(label='label_2', order=2)
dbsession.add(cat2)
dbsession.flush()
types_ = [
IncomeStatementMeasureType(
order=i,
label="label_%s" % i,
category_id=cat.id
)
for i in range(5)
]
types_[-1].category_id = cat2.id
types_[-1].order = 1
for type_ in types_:
dbsession.add(type_)
dbsession.flush()
return types_