fix: depr amount pro rata and related tests

(cherry picked from commit 350d53dbe1)
This commit is contained in:
Nabin Hait
2024-04-02 18:28:40 +05:30
committed by Mergify
parent f229282754
commit e41d23d26c
2 changed files with 47 additions and 36 deletions

View File

@@ -234,7 +234,11 @@ class TestAsset(AssetSetup):
asset.precision("gross_purchase_amount"), asset.precision("gross_purchase_amount"),
) )
pro_rata_amount, _, _ = _get_pro_rata_amt( pro_rata_amount, _, _ = _get_pro_rata_amt(
asset.finance_books[0], 9000, get_last_day(add_months(purchase_date, 1)), date asset.finance_books[0],
9000,
get_last_day(add_months(purchase_date, 1)),
date,
original_schedule_date=get_last_day(nowdate()),
) )
pro_rata_amount = flt(pro_rata_amount, asset.precision("gross_purchase_amount")) pro_rata_amount = flt(pro_rata_amount, asset.precision("gross_purchase_amount"))
self.assertEquals( self.assertEquals(
@@ -316,7 +320,11 @@ class TestAsset(AssetSetup):
self.assertEquals(first_asset_depr_schedule.status, "Cancelled") self.assertEquals(first_asset_depr_schedule.status, "Cancelled")
pro_rata_amount, _, _ = _get_pro_rata_amt( pro_rata_amount, _, _ = _get_pro_rata_amt(
asset.finance_books[0], 9000, get_last_day(add_months(purchase_date, 1)), date asset.finance_books[0],
9000,
get_last_day(add_months(purchase_date, 1)),
date,
original_schedule_date=get_last_day(nowdate()),
) )
pro_rata_amount = flt(pro_rata_amount, asset.precision("gross_purchase_amount")) pro_rata_amount = flt(pro_rata_amount, asset.precision("gross_purchase_amount"))
@@ -334,7 +342,6 @@ class TestAsset(AssetSetup):
), ),
("Debtors - _TC", 25000.0, 0.0), ("Debtors - _TC", 25000.0, 0.0),
) )
gle = get_gl_entries("Sales Invoice", si.name) gle = get_gl_entries("Sales Invoice", si.name)
self.assertSequenceEqual(gle, expected_gle) self.assertSequenceEqual(gle, expected_gle)
@@ -380,7 +387,7 @@ class TestAsset(AssetSetup):
self.assertEqual(frappe.db.get_value("Asset", asset.name, "status"), "Sold") self.assertEqual(frappe.db.get_value("Asset", asset.name, "status"), "Sold")
expected_values = [["2023-03-31", 12000, 36000], ["2023-05-23", 1742.47, 37742.47]] expected_values = [["2023-03-31", 12000, 36000], ["2023-05-23", 1737.7, 37737.7]]
second_asset_depr_schedule = get_depr_schedule(asset.name, "Active") second_asset_depr_schedule = get_depr_schedule(asset.name, "Active")
@@ -393,7 +400,7 @@ class TestAsset(AssetSetup):
expected_gle = ( expected_gle = (
( (
"_Test Accumulated Depreciations - _TC", "_Test Accumulated Depreciations - _TC",
37742.47, 37737.7,
0.0, 0.0,
), ),
( (
@@ -404,7 +411,7 @@ class TestAsset(AssetSetup):
( (
"_Test Gain/Loss on Asset Disposal - _TC", "_Test Gain/Loss on Asset Disposal - _TC",
0.0, 0.0,
17742.47, 17737.7,
), ),
("Debtors - _TC", 40000.0, 0.0), ("Debtors - _TC", 40000.0, 0.0),
) )
@@ -715,25 +722,24 @@ class TestDepreciationMethods(AssetSetup):
) )
expected_schedules = [ expected_schedules = [
["2023-01-31", 1021.98, 1021.98], ["2023-01-31", 1019.18, 1019.18],
["2023-02-28", 923.08, 1945.06], ["2023-02-28", 920.55, 1939.73],
["2023-03-31", 1021.98, 2967.04], ["2023-03-31", 1019.18, 2958.91],
["2023-04-30", 989.01, 3956.05], ["2023-04-30", 986.3, 3945.21],
["2023-05-31", 1021.98, 4978.03], ["2023-05-31", 1019.18, 4964.39],
["2023-06-30", 989.01, 5967.04], ["2023-06-30", 986.3, 5950.69],
["2023-07-31", 1021.98, 6989.02], ["2023-07-31", 1019.18, 6969.87],
["2023-08-31", 1021.98, 8011.0], ["2023-08-31", 1019.18, 7989.05],
["2023-09-30", 989.01, 9000.01], ["2023-09-30", 986.3, 8975.35],
["2023-10-31", 1021.98, 10021.99], ["2023-10-31", 1019.18, 9994.53],
["2023-11-30", 989.01, 11011.0], ["2023-11-30", 986.3, 10980.83],
["2023-12-31", 989.0, 12000.0], ["2023-12-31", 1019.17, 12000.0],
] ]
schedules = [ schedules = [
[cstr(d.schedule_date), d.depreciation_amount, d.accumulated_depreciation_amount] [cstr(d.schedule_date), d.depreciation_amount, d.accumulated_depreciation_amount]
for d in get_depr_schedule(asset.name, "Draft") for d in get_depr_schedule(asset.name, "Draft")
] ]
self.assertEqual(schedules, expected_schedules) self.assertEqual(schedules, expected_schedules)
def test_schedule_for_straight_line_method_for_existing_asset(self): def test_schedule_for_straight_line_method_for_existing_asset(self):

View File

@@ -581,16 +581,13 @@ def _get_pro_rata_amt(
total_days = get_total_days(original_schedule_date or to_date, 12) total_days = get_total_days(original_schedule_date or to_date, 12)
else: else:
total_days = get_total_days(original_schedule_date or to_date, row.frequency_of_depreciation) total_days = get_total_days(original_schedule_date or to_date, row.frequency_of_depreciation)
return (depreciation_amount * flt(days)) / flt(total_days), days, months return (depreciation_amount * flt(days)) / flt(total_days), days, months
def get_total_days(date, frequency): def get_total_days(date, frequency):
period_start_date = add_months(date, cint(frequency) * -1) period_start_date = add_months(date, cint(frequency) * -1)
if is_last_day_of_the_month(date):
if not is_last_day_of_the_month(date):
period_start_date = get_last_day(period_start_date) period_start_date = get_last_day(period_start_date)
return date_diff(date, period_start_date) return date_diff(date, period_start_date)
@@ -686,22 +683,30 @@ def get_straight_line_or_manual_depr_amount(
# if the Depreciation Schedule is being prepared for the first time # if the Depreciation Schedule is being prepared for the first time
else: else:
if row.daily_prorata_based: if row.daily_prorata_based:
daily_depr_amount = ( amount = (
flt(asset.gross_purchase_amount) flt(asset.gross_purchase_amount)
- flt(asset.opening_accumulated_depreciation) - flt(asset.opening_accumulated_depreciation)
- flt(row.expected_value_after_useful_life) - flt(row.expected_value_after_useful_life)
) / date_diff( )
get_last_day(
add_months( total_days = (
row.depreciation_start_date, date_diff(
flt(row.total_number_of_depreciations - asset.number_of_depreciations_booked - 1) get_last_day(
* row.frequency_of_depreciation, add_months(
) row.depreciation_start_date,
), flt(row.total_number_of_depreciations - asset.number_of_depreciations_booked - 1)
add_days( * row.frequency_of_depreciation,
get_last_day(add_months(row.depreciation_start_date, -1 * row.frequency_of_depreciation)), 1 )
), ),
) + 1 add_days(
get_last_day(add_months(row.depreciation_start_date, -1 * row.frequency_of_depreciation)), 1
),
)
+ 1
)
daily_depr_amount = amount / total_days
to_date = get_last_day( to_date = get_last_day(
add_months(row.depreciation_start_date, schedule_idx * row.frequency_of_depreciation) add_months(row.depreciation_start_date, schedule_idx * row.frequency_of_depreciation)
) )