def compute_depreciation_board(self,
cr,
uid,
code,
purchase_value,
salvage_value,
annuities,
rate,
purchase_date,
in_service_date,
sale_date=None,
depreciation_period=12,
fiscalyear_start_day='01-01',
board_stop_date=None,
rounding=2,
readonly_values=None,
exceptional_values=None,
context=None):
if code == 'none':
return []
kwargs = locals().copy()
kwargs['method_info'] = self.get_method_info(cr, uid, code, context)
kwargs['depreciation_start_date'] = self.get_depreciation_start_date(
cr, uid, code, purchase_date, in_service_date, context)
for key in ('self', 'cr', 'uid', 'code', 'purchase_date',
'in_service_date', 'context'):
del kwargs[key]
board = DepreciationBoard(**kwargs)
return [line.__dict__ for line in board.compute()]
def compute_depreciation_board(self, cr, uid, code, purchase_value, salvage_value, annuities, rate, purchase_date, in_service_date,
sale_date=None, depreciation_period=12, fiscalyear_start_day='01-01', board_stop_date=None, rounding=2,
readonly_values=None, exceptional_values=None, context=None):
if code == 'none':
return []
kwargs = locals().copy()
kwargs['method_info'] = self.get_method_info(cr, uid, code, context)
kwargs['depreciation_start_date'] = self.get_depreciation_start_date(cr, uid, code, purchase_date, in_service_date, context)
for key in ('self', 'cr', 'uid', 'code', 'purchase_date', 'in_service_date', 'context'):
del kwargs[key]
board = DepreciationBoard(**kwargs)
return [line.__dict__ for line in board.compute()]
def _test_depreciation_board(self, kwargs, result):
board = DepreciationBoard(**kwargs)
lines = [line.__dict__ for line in board.compute()]
self.assertEqual(lines, result)
def _test_depreciation_board(self, kwargs, result):
board = DepreciationBoard(**kwargs)
lines = [line.__dict__ for line in board.compute()]
self.assertEqual(lines, result)
def _compute_depreciation_lines(self, cr, uid, asset_id, depreciation_type="accounting", context=None):
depreciation_line_obj = self.pool.get("account.asset.depreciation.line")
# Delete old lines
line_ids_to_delete = depreciation_line_obj.search(
cr,
uid,
[("asset_id", "=", asset_id), ("depreciation_type", "=", depreciation_type), ("move_id", "=", False)],
context=context,
)
depreciation_line_obj.unlink(cr, uid, line_ids_to_delete, context)
# Create new lines
asset = self.browse(cr, uid, asset_id, context)
method = getattr(asset, "%s_method" % depreciation_type)
periods = getattr(asset, "%s_periods" % depreciation_type)
degressive_rate = getattr(asset, "%s_degressive_rate" % depreciation_type)
fiscalyear_start_day = self.pool.get("res.company").get_fiscalyear_start_day(
cr, uid, asset.company_id.id, context
)
starts_on_first_day_of_month = not getattr(asset, "%s_prorata" % depreciation_type)
readonly_values = {}
exceptional_values = {}
for line in asset.depreciation_line_ids:
period_stop_month = get_period_stop_date(
line.depreciation_date, fiscalyear_start_day, asset.period_length
).strftime("%Y-%m")
if line.depreciation_type == depreciation_type and line.move_id:
readonly_values.setdefault(period_stop_month, 0.0)
readonly_values[period_stop_month] += line.depreciation_value
elif line.depreciation_type == "exceptional":
exceptional_values.setdefault(period_stop_month, 0.0)
exceptional_values[period_stop_month] += line.depreciation_value
board = DepreciationBoard(
asset.purchase_value,
method,
periods,
degressive_rate,
asset.salvage_value,
asset.depreciation_date_start,
starts_on_first_day_of_month,
asset.sale_date or None,
asset.period_length,
readonly_values,
exceptional_values,
fiscalyear_start_day,
asset.accounting_periods,
rounding=len(str(asset.company_id.currency_id.rounding).split(".")[-1]),
)
asset = self.browse(cr, uid, asset_id, context)
board_lines = board.compute()
for line in board_lines:
vals = line.__dict__
vals["depreciation_date"] = vals["depreciation_date"].strftime("%Y-%m-%d")
readonly = vals["readonly"]
del vals["readonly"]
if readonly:
for dline in asset.depreciation_line_ids:
if dline.depreciation_date == vals["depreciation_date"] and dline.move_id:
dline.write(vals)
break
continue
vals["asset_id"] = asset.id
vals["depreciation_type"] = depreciation_type
vals["previous_accumulated_value"] = vals["accumulated_value"] - vals["depreciation_value"]
depreciation_line_obj.create(cr, uid, line.__dict__, context)
return True