# -*- coding: utf-8 -*- # Part of Odoo. See LICENSE file for full copyright and licensing details. from collections import defaultdict from odoo import api, fields, models, _ from odoo.exceptions import UserError class AccountMove(models.Model): _inherit = 'account.move' edi_document_ids = fields.One2many( comodel_name='account.edi.document', inverse_name='move_id') edi_state = fields.Selection( selection=[('to_send', 'To Send'), ('sent', 'Sent'), ('to_cancel', 'To Cancel'), ('cancelled', 'Cancelled')], string="Electronic invoicing", store=True, compute='_compute_edi_state', help='The aggregated state of all the EDIs with web-service of this move') edi_error_count = fields.Integer( compute='_compute_edi_error_count', help='How many EDIs are in error for this move ?') edi_blocking_level = fields.Selection( selection=[('info', 'Info'), ('warning', 'Warning'), ('error', 'Error')], compute='_compute_edi_error_message') edi_error_message = fields.Html( compute='_compute_edi_error_message') edi_web_services_to_process = fields.Text( compute='_compute_edi_web_services_to_process', help="Technical field to display the documents that will be processed by the CRON") edi_show_cancel_button = fields.Boolean( compute='_compute_edi_show_cancel_button') edi_show_abandon_cancel_button = fields.Boolean( compute='_compute_edi_show_abandon_cancel_button') @api.depends('edi_document_ids.state') def _compute_edi_state(self): for move in self: all_states = set(move.edi_document_ids.filtered(lambda d: d.edi_format_id._needs_web_services()).mapped('state')) if all_states == {'sent'}: move.edi_state = 'sent' elif all_states == {'cancelled'}: move.edi_state = 'cancelled' elif 'to_send' in all_states: move.edi_state = 'to_send' elif 'to_cancel' in all_states: move.edi_state = 'to_cancel' else: move.edi_state = False @api.depends('edi_document_ids.error') def _compute_edi_error_count(self): for move in self: move.edi_error_count = len(move.edi_document_ids.filtered(lambda d: d.error)) @api.depends('edi_error_count', 'edi_document_ids.error', 'edi_document_ids.blocking_level') def _compute_edi_error_message(self): for move in self: if move.edi_error_count == 0: move.edi_error_message = None move.edi_blocking_level = None elif move.edi_error_count == 1: error_doc = move.edi_document_ids.filtered(lambda d: d.error) move.edi_error_message = error_doc.error move.edi_blocking_level = error_doc.blocking_level else: error_levels = set([doc.blocking_level for doc in move.edi_document_ids]) if 'error' in error_levels: move.edi_error_message = str(move.edi_error_count) + _(" Electronic invoicing error(s)") move.edi_blocking_level = 'error' elif 'warning' in error_levels: move.edi_error_message = str(move.edi_error_count) + _(" Electronic invoicing warning(s)") move.edi_blocking_level = 'warning' else: move.edi_error_message = str(move.edi_error_count) + _(" Electronic invoicing info(s)") move.edi_blocking_level = 'info' @api.depends( 'edi_document_ids', 'edi_document_ids.state', 'edi_document_ids.blocking_level', 'edi_document_ids.edi_format_id', 'edi_document_ids.edi_format_id.name') def _compute_edi_web_services_to_process(self): for move in self: to_process = move.edi_document_ids.filtered(lambda d: d.state in ['to_send', 'to_cancel'] and d.blocking_level != 'error') format_web_services = to_process.edi_format_id.filtered(lambda f: f._needs_web_services()) move.edi_web_services_to_process = ', '.join(f.name for f in format_web_services) @api.depends( 'state', 'edi_document_ids.state') def _compute_show_reset_to_draft_button(self): # OVERRIDE super()._compute_show_reset_to_draft_button() for move in self: for doc in move.edi_document_ids: if doc.edi_format_id._needs_web_services() \ and doc.state in ('sent', 'to_cancel') \ and move.is_invoice(include_receipts=True) \ and doc.edi_format_id._is_required_for_invoice(move): move.show_reset_to_draft_button = False break @api.depends( 'state', 'edi_document_ids.state') def _compute_edi_show_cancel_button(self): for move in self: if move.state != 'posted': move.edi_show_cancel_button = False continue move.edi_show_cancel_button = any([doc.edi_format_id._needs_web_services() and doc.state == 'sent' and move.is_invoice(include_receipts=True) and doc.edi_format_id._is_required_for_invoice(move) for doc in move.edi_document_ids]) @api.depends( 'state', 'edi_document_ids.state') def _compute_edi_show_abandon_cancel_button(self): for move in self: move.edi_show_abandon_cancel_button = any(doc.edi_format_id._needs_web_services() and doc.state == 'to_cancel' and move.is_invoice(include_receipts=True) and doc.edi_format_id._is_required_for_invoice(move) for doc in move.edi_document_ids) #################################################### # Export Electronic Document #################################################### @api.model def _add_edi_tax_values(self, results, grouping_key, serialized_grouping_key, tax_values, key_by_tax=None): # Add to global results. results['tax_amount'] += tax_values['tax_amount'] results['tax_amount_currency'] += tax_values['tax_amount_currency'] # Add to tax details. if serialized_grouping_key not in results['tax_details']: tax_details = results['tax_details'][serialized_grouping_key] tax_details.update(grouping_key) tax_details.update({ 'base_amount': tax_values['base_amount'], 'base_amount_currency': tax_values['base_amount_currency'], }) else: tax_details = results['tax_details'][serialized_grouping_key] if key_by_tax: add_to_base_amount = key_by_tax[tax_values['tax_id']] != key_by_tax.get(tax_values['src_line_id'].tax_line_id) else: add_to_base_amount = tax_values['base_line_id'] not in set(x['base_line_id'] for x in tax_details['group_tax_details']) if add_to_base_amount: tax_details['base_amount'] += tax_values['base_amount'] tax_details['base_amount_currency'] += tax_values['base_amount_currency'] tax_details['tax_amount'] += tax_values['tax_amount'] tax_details['tax_amount_currency'] += tax_values['tax_amount_currency'] tax_details['exemption_reason'] = tax_values['tax_id'].name tax_details['group_tax_details'].append(tax_values) def _prepare_edi_tax_details(self, filter_to_apply=None, filter_invl_to_apply=None, grouping_key_generator=None, compute_mode='tax_details'): ''' Compute amounts related to taxes for the current invoice. :param filter_to_apply: Optional filter to exclude some tax values from the final results. The filter is defined as a method getting a dictionary as parameter representing the tax values for a single repartition line. This dictionary contains: 'base_line_id': An account.move.line record. 'tax_id': An account.tax record. 'tax_repartition_line_id': An account.tax.repartition.line record. 'base_amount': The tax base amount expressed in company currency. 'tax_amount': The tax amount expressed in company currency. 'base_amount_currency': The tax base amount expressed in foreign currency. 'tax_amount_currency': The tax amount expressed in foreign currency. If the filter is returning False, it means the current tax values will be ignored when computing the final results. :param filter_invl_to_apply: Optional filter to exclude some invoice lines. :param grouping_key_generator: Optional method used to group tax values together. By default, the tax values are grouped by tax. This parameter is a method getting a dictionary as parameter (same signature as 'filter_to_apply'). This method must returns a dictionary where values will be used to create the grouping_key to aggregate tax values together. The returned dictionary is added to each tax details in order to retrieve the full grouping_key later. :param compute_mode: Optional parameter to specify the method used to allocate the tax line amounts among the invoice lines: 'tax_details' (the default) uses the AccountMove._get_query_tax_details method. 'compute_all' uses the AccountTax._compute_all method. The 'tax_details' method takes the tax line balance and allocates it among the invoice lines to which that tax applies, proportionately to the invoice lines' base amounts. This always ensures that the sum of the tax amounts equals the tax line's balance, which, depending on the constraints of a particular localization, can be more appropriate when 'Round Globally' is set. The 'compute_all' method returns, for each invoice line, the exact tax amounts corresponding to the taxes applied to the invoice line. Depending on the constraints of the particular localization, this can be more appropriate when 'Round per Line' is set. :return: The full tax details for the current invoice and for each invoice line separately. The returned dictionary is the following: 'base_amount': The total tax base amount in company currency for the whole invoice. 'tax_amount': The total tax amount in company currency for the whole invoice. 'base_amount_currency': The total tax base amount in foreign currency for the whole invoice. 'tax_amount_currency': The total tax amount in foreign currency for the whole invoice. 'tax_details': A mapping of each grouping key (see 'grouping_key_generator') to a dictionary containing: 'base_amount': The tax base amount in company currency for the current group. 'tax_amount': The tax amount in company currency for the current group. 'base_amount_currency': The tax base amount in foreign currency for the current group. 'tax_amount_currency': The tax amount in foreign currency for the current group. 'group_tax_details': The list of all tax values aggregated into this group. 'invoice_line_tax_details': A mapping of each invoice line to a dictionary containing: 'base_amount': The total tax base amount in company currency for the whole invoice line. 'tax_amount': The total tax amount in company currency for the whole invoice line. 'base_amount_currency': The total tax base amount in foreign currency for the whole invoice line. 'tax_amount_currency': The total tax amount in foreign currency for the whole invoice line. 'tax_details': A mapping of each grouping key (see 'grouping_key_generator') to a dictionary containing: 'base_amount': The tax base amount in company currency for the current group. 'tax_amount': The tax amount in company currency for the current group. 'base_amount_currency': The tax base amount in foreign currency for the current group. 'tax_amount_currency': The tax amount in foreign currency for the current group. 'group_tax_details': The list of all tax values aggregated into this group. ''' self.ensure_one() def _serialize_python_dictionary(vals): return '-'.join(str(vals[k]) for k in sorted(vals.keys())) def default_grouping_key_generator(tax_values): return {'tax': tax_values['tax_id']} def compute_invoice_lines_tax_values_dict_from_tax_details(invoice_lines): invoice_lines_tax_values_dict = defaultdict(list) tax_details_query, tax_details_params = invoice_lines._get_query_tax_details_from_domain([('move_id', '=', self.id)]) self._cr.execute(tax_details_query, tax_details_params) for row in self._cr.dictfetchall(): invoice_line = invoice_lines.browse(row['base_line_id']) tax_line = invoice_lines.browse(row['tax_line_id']) src_line = invoice_lines.browse(row['src_line_id']) tax = self.env['account.tax'].browse(row['tax_id']) src_tax = self.env['account.tax'].browse(row['group_tax_id']) if row['group_tax_id'] else tax invoice_lines_tax_values_dict[invoice_line].append({ 'base_line_id': invoice_line, 'tax_line_id': tax_line, 'src_line_id': src_line, 'tax_id': tax, 'src_tax_id': src_tax, 'tax_repartition_line_id': tax_line.tax_repartition_line_id, 'base_amount': row['base_amount'], 'tax_amount': row['tax_amount'], 'base_amount_currency': row['base_amount_currency'], 'tax_amount_currency': row['tax_amount_currency'], }) return invoice_lines_tax_values_dict def compute_invoice_lines_tax_values_dict_from_compute_all(invoice_lines): invoice_lines_tax_values_dict = {} sign = -1 if self.is_inbound() else 1 for invoice_line in invoice_lines: taxes_res = invoice_line.tax_ids.compute_all( invoice_line.price_unit * (1 - (invoice_line.discount / 100.0)), currency=invoice_line.currency_id, quantity=invoice_line.quantity, product=invoice_line.product_id, partner=invoice_line.partner_id, is_refund=invoice_line.move_id.move_type in ('in_refund', 'out_refund'), ) invoice_lines_tax_values_dict[invoice_line] = [] rate = abs(invoice_line.balance) / abs(invoice_line.amount_currency) if invoice_line.amount_currency else 0.0 for tax_res in taxes_res['taxes']: tax_amount = tax_res['amount'] * rate if self.company_id.tax_calculation_rounding_method == 'round_per_line': tax_amount = invoice_line.company_currency_id.round(tax_amount) invoice_lines_tax_values_dict[invoice_line].append({ 'base_line_id': invoice_line, 'tax_id': self.env['account.tax'].browse(tax_res['id']), 'tax_repartition_line_id': self.env['account.tax.repartition.line'].browse(tax_res['tax_repartition_line_id']), 'base_amount': sign * invoice_line.company_currency_id.round(tax_res['base'] * rate), 'tax_amount': sign * tax_amount, 'base_amount_currency': sign * tax_res['base'], 'tax_amount_currency': sign * tax_res['amount'], }) return invoice_lines_tax_values_dict # Compute the taxes values for each invoice line. invoice_lines = self.invoice_line_ids.filtered(lambda line: not line.display_type) if filter_invl_to_apply: invoice_lines = invoice_lines.filtered(filter_invl_to_apply) if compute_mode == 'compute_all': invoice_lines_tax_values_dict = compute_invoice_lines_tax_values_dict_from_compute_all(invoice_lines) else: invoice_lines_tax_values_dict = compute_invoice_lines_tax_values_dict_from_tax_details(invoice_lines) grouping_key_generator = grouping_key_generator or default_grouping_key_generator # Apply 'filter_to_apply'. if self.move_type in ('out_refund', 'in_refund'): tax_rep_lines_field = 'refund_repartition_line_ids' else: tax_rep_lines_field = 'invoice_repartition_line_ids' filtered_invoice_lines_tax_values_dict = {} for invoice_line in invoice_lines: tax_values_list = invoice_lines_tax_values_dict.get(invoice_line, []) filtered_invoice_lines_tax_values_dict[invoice_line] = [] # Search for unhandled taxes. taxes_set = set(invoice_line.tax_ids.flatten_taxes_hierarchy()) for tax_values in tax_values_list: taxes_set.discard(tax_values['tax_id']) if not filter_to_apply or filter_to_apply(tax_values): filtered_invoice_lines_tax_values_dict[invoice_line].append(tax_values) # Restore zero-tax tax details. for zero_tax in taxes_set: affect_base_amount = 0.0 affect_base_amount_currency = 0.0 for tax_values in tax_values_list: if zero_tax in tax_values['tax_line_id'].tax_ids: affect_base_amount += tax_values['tax_amount'] affect_base_amount_currency += tax_values['tax_amount_currency'] for tax_rep in zero_tax[tax_rep_lines_field].filtered(lambda x: x.repartition_type == 'tax'): tax_values = { 'base_line_id': invoice_line, 'tax_line_id': self.env['account.move.line'], 'src_line_id': invoice_line, 'tax_id': zero_tax, 'src_tax_id': zero_tax, 'tax_repartition_line_id': tax_rep, 'base_amount': invoice_line.balance + affect_base_amount, 'tax_amount': 0.0, 'base_amount_currency': invoice_line.amount_currency + affect_base_amount_currency, 'tax_amount_currency': 0.0, } if not filter_to_apply or filter_to_apply(tax_values): filtered_invoice_lines_tax_values_dict[invoice_line].append(tax_values) # Initialize the results dict. invoice_global_tax_details = { 'base_amount': 0.0, 'tax_amount': 0.0, 'base_amount_currency': 0.0, 'tax_amount_currency': 0.0, 'tax_details': defaultdict(lambda: { 'base_amount': 0.0, 'tax_amount': 0.0, 'base_amount_currency': 0.0, 'tax_amount_currency': 0.0, 'group_tax_details': [], }), 'invoice_line_tax_details': defaultdict(lambda: { 'base_amount': 0.0, 'tax_amount': 0.0, 'base_amount_currency': 0.0, 'tax_amount_currency': 0.0, 'tax_details': defaultdict(lambda: { 'base_amount': 0.0, 'tax_amount': 0.0, 'base_amount_currency': 0.0, 'tax_amount_currency': 0.0, 'group_tax_details': [], }), }), } # Apply 'grouping_key_generator' to 'invoice_lines_tax_values_list' and add all values to the final results. for invoice_line in invoice_lines: tax_values_list = filtered_invoice_lines_tax_values_dict[invoice_line] key_by_tax = {} # Add to invoice global tax amounts. invoice_global_tax_details['base_amount'] += invoice_line.balance invoice_global_tax_details['base_amount_currency'] += invoice_line.amount_currency for tax_values in tax_values_list: grouping_key = grouping_key_generator(tax_values) serialized_grouping_key = _serialize_python_dictionary(grouping_key) key_by_tax[tax_values['tax_id']] = serialized_grouping_key # Add to invoice line global tax amounts. if serialized_grouping_key not in invoice_global_tax_details['invoice_line_tax_details'][invoice_line]: invoice_line_global_tax_details = invoice_global_tax_details['invoice_line_tax_details'][invoice_line] invoice_line_global_tax_details.update({ 'base_amount': invoice_line.balance, 'base_amount_currency': invoice_line.amount_currency, }) else: invoice_line_global_tax_details = invoice_global_tax_details['invoice_line_tax_details'][invoice_line] self._add_edi_tax_values(invoice_global_tax_details, grouping_key, serialized_grouping_key, tax_values, key_by_tax=key_by_tax if compute_mode == 'tax_details' else None) self._add_edi_tax_values(invoice_line_global_tax_details, grouping_key, serialized_grouping_key, tax_values, key_by_tax=key_by_tax if compute_mode == 'tax_details' else None) return invoice_global_tax_details def _prepare_edi_vals_to_export(self): ''' The purpose of this helper is to prepare values in order to export an invoice through the EDI system. This includes the computation of the tax details for each invoice line that could be very difficult to handle regarding the computation of the base amount. :return: A python dict containing default pre-processed values. ''' self.ensure_one() res = { 'record': self, 'balance_multiplicator': -1 if self.is_inbound() else 1, 'invoice_line_vals_list': [], } # Invoice lines details. for index, line in enumerate(self.invoice_line_ids.filtered(lambda line: not line.display_type), start=1): line_vals = line._prepare_edi_vals_to_export() line_vals['index'] = index res['invoice_line_vals_list'].append(line_vals) # Totals. res.update({ 'total_price_subtotal_before_discount': sum(x['price_subtotal_before_discount'] for x in res['invoice_line_vals_list']), 'total_price_discount': sum(x['price_discount'] for x in res['invoice_line_vals_list']), }) return res def _update_payments_edi_documents(self): ''' Update the edi documents linked to the current journal entries. These journal entries must be linked to an account.payment of an account.bank.statement.line. This additional method is needed because the payment flow is not the same as the invoice one. Indeed, the edi documents must be updated when the reconciliation with some invoices is changing. ''' edi_document_vals_list = [] for payment in self: edi_formats = payment._get_reconciled_invoices().journal_id.edi_format_ids + payment.edi_document_ids.edi_format_id edi_formats = self.env['account.edi.format'].browse(edi_formats.ids) # Avoid duplicates for edi_format in edi_formats: existing_edi_document = payment.edi_document_ids.filtered(lambda x: x.edi_format_id == edi_format) if edi_format._is_required_for_payment(payment): if existing_edi_document: existing_edi_document.write({ 'state': 'to_send', 'error': False, 'blocking_level': False, }) else: edi_document_vals_list.append({ 'edi_format_id': edi_format.id, 'move_id': payment.id, 'state': 'to_send', }) elif existing_edi_document: existing_edi_document.write({ 'state': False, 'error': False, 'blocking_level': False, }) self.env['account.edi.document'].create(edi_document_vals_list) self.edi_document_ids._process_documents_no_web_services() def _is_ready_to_be_sent(self): # OVERRIDE # Prevent a mail to be sent to the customer if the EDI document is not sent. res = super()._is_ready_to_be_sent() if not res: return False edi_documents_to_send = self.edi_document_ids.filtered(lambda x: x.state == 'to_send') return not bool(edi_documents_to_send) def _post(self, soft=True): # OVERRIDE # Set the electronic document to be posted and post immediately for synchronous formats. posted = super()._post(soft=soft) edi_document_vals_list = [] for move in posted: for edi_format in move.journal_id.edi_format_ids: is_edi_needed = move.is_invoice(include_receipts=False) and edi_format._is_required_for_invoice(move) if is_edi_needed: errors = edi_format._check_move_configuration(move) if errors: raise UserError(_("Invalid invoice configuration:\n\n%s") % '\n'.join(errors)) existing_edi_document = move.edi_document_ids.filtered(lambda x: x.edi_format_id == edi_format) if existing_edi_document: existing_edi_document.write({ 'state': 'to_send', 'attachment_id': False, }) else: edi_document_vals_list.append({ 'edi_format_id': edi_format.id, 'move_id': move.id, 'state': 'to_send', }) self.env['account.edi.document'].create(edi_document_vals_list) posted.edi_document_ids._process_documents_no_web_services() self.env.ref('account_edi.ir_cron_edi_network')._trigger() return posted def button_cancel(self): # OVERRIDE # Set the electronic document to be canceled and cancel immediately for synchronous formats. res = super().button_cancel() self.edi_document_ids.filtered(lambda doc: doc.state != 'sent').write({'state': 'cancelled', 'error': False, 'blocking_level': False}) self.edi_document_ids.filtered(lambda doc: doc.state == 'sent').write({'state': 'to_cancel', 'error': False, 'blocking_level': False}) self.edi_document_ids._process_documents_no_web_services() self.env.ref('account_edi.ir_cron_edi_network')._trigger() return res def button_draft(self): # OVERRIDE for move in self: if move.edi_show_cancel_button: raise UserError(_( "You can't edit the following journal entry %s because an electronic document has already been " "sent. Please use the 'Request EDI Cancellation' button instead." ) % move.display_name) res = super().button_draft() self.edi_document_ids.write({'error': False, 'blocking_level': False}) return res def button_cancel_posted_moves(self): '''Mark the edi.document related to this move to be canceled. ''' to_cancel_documents = self.env['account.edi.document'] for move in self: move._check_fiscalyear_lock_date() is_move_marked = False for doc in move.edi_document_ids: if doc.edi_format_id._needs_web_services() \ and doc.attachment_id \ and doc.state == 'sent' \ and move.is_invoice(include_receipts=True) \ and doc.edi_format_id._is_required_for_invoice(move): to_cancel_documents |= doc is_move_marked = True if is_move_marked: move.message_post(body=_("A cancellation of the EDI has been requested.")) to_cancel_documents.write({'state': 'to_cancel', 'error': False, 'blocking_level': False}) def button_abandon_cancel_posted_posted_moves(self): '''Cancel the request for cancellation of the EDI. ''' documents = self.env['account.edi.document'] for move in self: is_move_marked = False for doc in move.edi_document_ids: if doc.state == 'to_cancel' \ and move.is_invoice(include_receipts=True) \ and doc.edi_format_id._is_required_for_invoice(move): documents |= doc is_move_marked = True if is_move_marked: move.message_post(body=_("A request for cancellation of the EDI has been called off.")) documents.write({'state': 'sent'}) def _get_edi_document(self, edi_format): return self.edi_document_ids.filtered(lambda d: d.edi_format_id == edi_format) def _get_edi_attachment(self, edi_format): return self._get_edi_document(edi_format).attachment_id #################################################### # Import Electronic Document #################################################### def _get_create_invoice_from_attachment_decoders(self): # OVERRIDE res = super()._get_create_invoice_from_attachment_decoders() res.append((10, self.env['account.edi.format'].search([])._create_invoice_from_attachment)) return res def _get_update_invoice_from_attachment_decoders(self, invoice): # OVERRIDE res = super()._get_update_invoice_from_attachment_decoders(invoice) res.append((10, self.env['account.edi.format'].search([])._update_invoice_from_attachment)) return res #################################################### # Business operations #################################################### def button_process_edi_web_services(self): self.action_process_edi_web_services(with_commit=False) def action_process_edi_web_services(self, with_commit=True): docs = self.edi_document_ids.filtered(lambda d: d.state in ('to_send', 'to_cancel') and d.blocking_level != 'error') docs._process_documents_web_services(with_commit=with_commit) def _retry_edi_documents_error_hook(self): ''' Hook called when edi_documents are retried. For example, when it's needed to clean a field. TO OVERRIDE ''' return def action_retry_edi_documents_error(self): self._retry_edi_documents_error_hook() self.edi_document_ids.write({'error': False, 'blocking_level': False}) self.action_process_edi_web_services() class AccountMoveLine(models.Model): _inherit = 'account.move.line' #################################################### # Export Electronic Document #################################################### def _prepare_edi_vals_to_export(self): ''' The purpose of this helper is the same as '_prepare_edi_vals_to_export' but for a single invoice line. This includes the computation of the tax details for each invoice line or the management of the discount. Indeed, in some EDI, we need to provide extra values depending the discount such as: - the discount as an amount instead of a percentage. - the price_unit but after subtraction of the discount. :return: A python dict containing default pre-processed values. ''' self.ensure_one() if self.discount == 100.0: gross_price_subtotal = self.currency_id.round(self.price_unit * self.quantity) else: gross_price_subtotal = self.currency_id.round(self.price_subtotal / (1 - self.discount / 100.0)) res = { 'line': self, 'price_unit_after_discount': self.currency_id.round(self.price_unit * (1 - (self.discount / 100.0))), 'price_subtotal_before_discount': gross_price_subtotal, 'price_subtotal_unit': self.currency_id.round(self.price_subtotal / self.quantity) if self.quantity else 0.0, 'price_total_unit': self.currency_id.round(self.price_total / self.quantity) if self.quantity else 0.0, 'price_discount': gross_price_subtotal - self.price_subtotal, 'price_discount_unit': (gross_price_subtotal - self.price_subtotal) / self.quantity if self.quantity else 0.0, 'gross_price_total_unit': self.currency_id.round(gross_price_subtotal / self.quantity) if self.quantity else 0.0, 'unece_uom_code': self.product_id.product_tmpl_id.uom_id._get_unece_code(), } return res def reconcile(self): # OVERRIDE # In some countries, the payments must be sent to the government under some condition. One of them could be # there is at least one reconciled invoice to the payment. Then, we need to update the state of the edi # documents during the reconciliation. all_lines = self + self.matched_debit_ids.debit_move_id + self.matched_credit_ids.credit_move_id payments = all_lines.move_id.filtered(lambda move: move.payment_id or move.statement_line_id) invoices_per_payment_before = {pay: pay._get_reconciled_invoices() for pay in payments} res = super().reconcile() invoices_per_payment_after = {pay: pay._get_reconciled_invoices() for pay in payments} changed_payments = self.env['account.move'] for payment, invoices_after in invoices_per_payment_after.items(): invoices_before = invoices_per_payment_before[payment] if set(invoices_after.ids) != set(invoices_before.ids): changed_payments |= payment changed_payments._update_payments_edi_documents() return res def remove_move_reconcile(self): # OVERRIDE # When a payment has been sent to the government, it usually contains some information about reconciled # invoices. If the user breaks a reconciliation, the related payments must be cancelled properly and then, a new # electronic document must be generated. all_lines = self + self.matched_debit_ids.debit_move_id + self.matched_credit_ids.credit_move_id payments = all_lines.move_id.filtered(lambda move: move.payment_id or move.statement_line_id) invoices_per_payment_before = {pay: pay._get_reconciled_invoices() for pay in payments} res = super().remove_move_reconcile() invoices_per_payment_after = {pay: pay._get_reconciled_invoices() for pay in payments} changed_payments = self.env['account.move'] for payment, invoices_after in invoices_per_payment_after.items(): invoices_before = invoices_per_payment_before[payment] if set(invoices_after.ids) != set(invoices_before.ids): changed_payments |= payment changed_payments._update_payments_edi_documents() return res