318 lines
23 KiB
Python
318 lines
23 KiB
Python
# -*- coding: utf-8 -*-
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# Part of YiZuo. See LICENSE file for full copyright and licensing details.
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import logging
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from odoo.exceptions import UserError, ValidationError
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from datetime import datetime
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from odoo import models, api, fields, _
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from odoo.tools import groupby
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class ReworkWizard(models.TransientModel):
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_name = 'sf.rework.wizard'
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_description = '返工向导'
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workorder_id = fields.Many2one('mrp.workorder', string='工单')
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product_id = fields.Many2one('product.product')
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production_id = fields.Many2one('mrp.production', string='制造订单号')
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workorder_ids = fields.Many2many('mrp.workorder', 'rework_wizard_to_work_order', string='所有工单',
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domain="[('production_id', '=', production_id),('state','=','done')]")
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hidden_workorder_ids = fields.Char('')
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rework_reason = fields.Selection(
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[("programming", "编程"), ("cutter", "刀具"), ("clamping", "装夹"),
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("operate computer", "操机"),
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("technology", "工艺"), ("customer redrawing", "客户改图")], string="原因")
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detailed_reason = fields.Text('详细原因')
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routing_type = fields.Selection([
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('装夹预调', '装夹预调'),
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('CNC加工', 'CNC加工'),
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('解除装夹', '解除装夹'),
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('切割', '切割'),
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('表面工艺', '表面工艺'),
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('线切割', '线切割'),
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('人工线下加工', '人工线下加工')], string="工序类型")
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# 根据工单的加工面来显示
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processing_panel_id = fields.Many2many('sf.processing.panel', string="加工面")
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is_reprogramming = fields.Boolean(string='申请重新编程', default=False)
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is_reprogramming_readonly = fields.Boolean(string='申请重新编程(只读)', default=False)
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is_clamp_measure = fields.Boolean(string='保留装夹测量数据', default=True)
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reprogramming_num = fields.Integer('重新编程次数', default=0)
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programming_state = fields.Selection(
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[('待编程', '待编程'), ('编程中', '编程中'), ('已编程', '已编程'), ('已编程未下发', '已编程未下发'),
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('已下发', '已下发')],
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string='编程状态')
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tool_state = fields.Selection(string='功能刀具状态', related='production_id.tool_state')
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@api.onchange('hidden_workorder_ids')
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def _onchange_hidden_workorder_ids(self):
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for item in self:
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if item.hidden_workorder_ids not in ['', None, False]:
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hidden_workorder_list = item.hidden_workorder_ids.split(',')
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# 获取加工面对应需要返工的工单
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rw_ids = item.workorder_ids.filtered(
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lambda w: str(w.ids[0]) in hidden_workorder_list and w.processing_panel not in ['', None, False])
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grouped_rw_ids = {key: list(group) for key, group in groupby(rw_ids, key=lambda w: w.processing_panel)}
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for panel, panel_rw_ids in grouped_rw_ids.items():
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work_ids = item.workorder_ids.filtered(lambda w: w.state == 'done' and w.processing_panel == panel)
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if len(work_ids) == 3 and len(panel_rw_ids) != 3:
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for work_id in work_ids:
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if work_id not in panel_rw_ids:
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hidden_workorder_list.append(str(work_id.ids[0]))
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elif len(work_ids) == 2 and len(panel_rw_ids) < 2 and panel_rw_ids[0].name == 'CNC加工':
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if rw_ids.filtered(lambda w: (w.sequence < panel_rw_ids[0].sequence
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and w.processing_panel != panel_rw_ids[0].processing_panel)):
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hidden_workorder_list.append(str(work_ids.filtered(
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lambda w: (w.processing_panel == panel_rw_ids[0].processing_panel
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and w.name == '装夹预调')).ids[0]))
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hidden_workorder_list.sort()
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item.hidden_workorder_ids = ','.join(hidden_workorder_list)
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def efficacy_rework_wo(self, wk_ids):
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"""限制判断 """
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# 判断检测结果待处理所对应的工单是否勾选
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result_ids = self.production_id.detection_result_ids.filtered(lambda dr: dr.handle_result == '待处理')
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work_id_list = []
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if result_ids:
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work_id_list = [self.workorder_ids.filtered(
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lambda wk: (wk.name == result_id.routing_type and wk.processing_panel == result_id.processing_panel
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and wk.state == 'done')).id
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for result_id in result_ids]
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if len(wk_ids.filtered(lambda wk: wk.id in work_id_list)) != len(work_id_list):
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raise ValidationError('存在【检测结果】为【待处理】所对应的工单未进行勾选！！！')
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# 获取已完成的标准工单
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grouped_rw_ids = {key: list(group) for key, group in groupby(wk_ids, key=lambda w: w.processing_panel)}
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for panel, panel_rw_ids in grouped_rw_ids.items():
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# 1、当制造订单内ZM面的工单都已完成时，返工勾选工序时只能勾选上ZM面的所有工序进行返工
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work_ids = self.workorder_ids.filtered(lambda w: w.state == 'done' and w.processing_panel == panel)
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if len(work_ids) == 3 and len(panel_rw_ids) != 3:
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raise ValidationError(
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'因为[%s]面的工单已全部完成，如果要对[%s]面的工单进行返工，请勾选这个面的所有工单。' % (panel, panel))
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# 2、当FM工单在CNC工单进行选择返工，并将已全部完成的ZM面工序全部勾选上时，FM工单上所有的已完成的工单（装夹预调工单）也必须进行勾选
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if not wk_ids.filtered(lambda wk: wk.name == '装夹预调' and wk.processing_panel == panel):
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if wk_ids.filtered(lambda wk: wk.name == 'CNC加工' and wk.processing_panel == panel):
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sequence_max = wk_ids.filtered(
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lambda wk: wk.name == 'CNC加工' and wk.processing_panel == panel).sequence
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for wk_id in wk_ids.filtered(lambda wk: wk.sequence < sequence_max):
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if len(wk_ids.filtered(lambda wk: wk.processing_panel == wk_id.processing_panel)) == 3:
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raise ValidationError(
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'由于在[%s]面之前存在整个面进行了勾选的情况，所以在勾选了[%s]面的【CNC加工】工单的时，请勾选[%s]面的装夹预调工单！' % (
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panel, panel, panel))
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def confirm(self):
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if self.routing_type in ['装夹预调', 'CNC加工']:
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self.is_clamp_measure = False
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self.workorder_id.is_rework = True
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self.production_id.write({'detection_result_ids': [(0, 0, {
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'rework_reason': self.rework_reason,
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'detailed_reason': self.detailed_reason,
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'processing_panel': self.workorder_id.processing_panel,
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'routing_type': self.workorder_id.routing_type,
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'handle_result': '待处理' if self.workorder_id.test_results == '返工' or self.workorder_id.is_rework is True else '',
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'test_results': '返工' if not self.routing_type == 'CNC加工' else self.workorder_id.test_results,
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'test_report': self.workorder_id.detection_report})]})
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self.workorder_id.button_finish()
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else:
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if self.hidden_workorder_ids:
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hidden_workorder_list = self.hidden_workorder_ids.split(',')
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rework_workorder_ids = self.workorder_ids.filtered(lambda w: str(w.id) in hidden_workorder_list)
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# 调用效验方法
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self.efficacy_rework_wo(rework_workorder_ids)
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else:
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raise ValidationError('请选择返工工单！！！')
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if rework_workorder_ids:
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# 限制
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# 1、单独返工CNC工单则不解绑托盘RFID，如单独返工装夹预调工单，则自动解绑托盘RFID；
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# 2、返工CNC工单和装夹预调工单则自动解绑RFID
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clamp_workorder_ids = rework_workorder_ids.filtered(lambda rp: rp.routing_type == '装夹预调')
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if clamp_workorder_ids:
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for clamp_workorder_id in clamp_workorder_ids:
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self.production_id.workorder_ids.filtered(
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lambda wk: wk.processing_panel == clamp_workorder_id.processing_panel).write(
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{'rfid_code': None})
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# 返工工单状态设置为【返工】
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rework_workorder_ids.write({'state': 'rework'})
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# 查询返工工单对应的工艺设计记录，并调用方法拼接数据，用于创建新的工单
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workorders_values = []
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for work in rework_workorder_ids:
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route = self.production_id.technology_design_ids.filtered(
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lambda item: (item.route_id.name in work.name and item.process_parameters_id
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and item.process_parameters_id == work.surface_technics_parameters_id) or
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(item.route_id.name == work.name and item.panel
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and item.panel == work.processing_panel))
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if route:
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work_list = self.env['mrp.workorder'].json_workorder_str(self.production_id, route[0])
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work_list[2].update({'tag_type': '重新加工', 'sequence': 0})
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workorders_values.append(work_list)
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# 创建新工单，并进行返工配置的相关操作
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if workorders_values:
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# 创建新工单、工序排序、完成检测结果单据
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self.production_id.write({'workorder_ids': workorders_values, 'is_rework': True})
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new_work_ids = self.production_id.workorder_ids.filtered(lambda kw: kw.sequence == 0)
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new_pre_workorder_ids = self.production_id.workorder_ids.filtered(
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lambda kw: kw.routing_type == '装夹预调' and kw.sequence == 0)
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self.production_id._reset_work_order_sequence()
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# ====新工单绑定rfid===
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for new_work_id in new_work_ids:
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if new_work_id.routing_type in ['CNC加工', '解除装夹']:
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new_work_id.write({'rfid_code': self.production_id.workorder_ids.filtered(
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lambda wk: wk.sequence == new_work_id.sequence - 1).rfid_code})
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self.production_id.detection_result_ids.filtered(
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lambda ap1: ap1.handle_result == '待处理').write({'handle_result': '已处理'})
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panels = [] # 返工的加工面
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# ===================保留装夹测量数据=====================
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if self.is_clamp_measure and clamp_workorder_ids and new_pre_workorder_ids:
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for new_pre_workorder in new_pre_workorder_ids:
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if new_pre_workorder.processing_panel and new_pre_workorder.processing_panel not in panels:
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panels.append(new_pre_workorder.processing_panel)
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for rework_clamp_workorder in clamp_workorder_ids:
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if new_pre_workorder.sequence == rework_clamp_workorder.sequence + 1:
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new_pre_workorder.write(
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{'X1_axis': rework_clamp_workorder.X1_axis,
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'Y1_axis': rework_clamp_workorder.Y1_axis
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, 'Z1_axis': rework_clamp_workorder.Z1_axis,
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'X2_axis': rework_clamp_workorder.X2_axis
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, 'Y2_axis': rework_clamp_workorder.Y2_axis,
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'Z2_axis': rework_clamp_workorder.Z2_axis
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, 'X3_axis': rework_clamp_workorder.X3_axis,
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'Y3_axis': rework_clamp_workorder.Y3_axis
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, 'Z3_axis': rework_clamp_workorder.Z3_axis,
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'X4_axis': rework_clamp_workorder.X4_axis
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, 'Y4_axis': rework_clamp_workorder.Y4_axis,
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'Z4_axis': rework_clamp_workorder.Z4_axis
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, 'X5_axis': rework_clamp_workorder.X5_axis,
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'Y5_axis': rework_clamp_workorder.Y5_axis
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, 'Z5_axis': rework_clamp_workorder.Z5_axis,
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'X6_axis': rework_clamp_workorder.X6_axis
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, 'Y6_axis': rework_clamp_workorder.Y6_axis,
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'Z6_axis': rework_clamp_workorder.Z6_axis
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, 'X7_axis': rework_clamp_workorder.X7_axis,
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'Y7_axis': rework_clamp_workorder.Y7_axis
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, 'Z7_axis': rework_clamp_workorder.Z7_axis,
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'X8_axis': rework_clamp_workorder.X8_axis
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, 'Y8_axis': rework_clamp_workorder.Y8_axis,
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'Z8_axis': rework_clamp_workorder.Z8_axis
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, 'X9_axis': rework_clamp_workorder.X9_axis,
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'Y9_axis': rework_clamp_workorder.Y9_axis
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, 'Z9_axis': rework_clamp_workorder.Z9_axis,
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'X10_axis': rework_clamp_workorder.X10_axis
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, 'Y10_axis': rework_clamp_workorder.Y10_axis,
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'Z10_axis': rework_clamp_workorder.Z10_axis
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, 'X_deviation_angle': rework_clamp_workorder.X_deviation_angle,
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'material_center_point': rework_clamp_workorder.material_center_point
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})
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break
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# =====================不申请重新编程====================
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if self.is_reprogramming is False:
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if self.programming_state in ['已编程', '已下发']:
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if self.reprogramming_num >= 1 and self.programming_state == '已编程':
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for panel_name in panels:
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self.production_id.get_new_program(panel_name)
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if self.reprogramming_num >= 0 and self.programming_state == '已下发':
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# ============= 处理CNC加工加工工单的 CNC程序和cmm程序 信息=============
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for cnc_work in new_work_ids.filtered(lambda wk: wk.name == 'CNC加工'):
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ret = {'programming_list': []}
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old_cnc_rework = max(self.production_id.workorder_ids.filtered(
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lambda crw: crw.processing_panel == cnc_work.processing_panel
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and crw.state == 'rework' and crw.routing_type == 'CNC加工'),
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key=lambda w: w.create_date
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)
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# 获取当前工单的CNC程序和cmm程序
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if old_cnc_rework.cnc_ids:
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for item_line in old_cnc_rework.cnc_ids:
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vals = {
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'sequence_number': item_line.sequence_number,
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'program_name': item_line.program_name,
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'cutting_tool_name': item_line.cutting_tool_name,
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'cutting_tool_no': item_line.cutting_tool_no,
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'processing_type': item_line.processing_type,
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'margin_x_y': item_line.margin_x_y,
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'margin_z': item_line.margin_z,
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'depth_of_processing_z': item_line.depth_of_processing_z,
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'cutting_tool_extension_length': item_line.cutting_tool_extension_length,
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'estimated_processing_time': item_line.estimated_processing_time,
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'cutting_tool_handle_type': item_line.cutting_tool_handle_type,
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'program_path': item_line.program_path,
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'ftp_path': item_line.program_path,
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'processing_panel': cnc_work.processing_panel,
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'program_create_date': datetime.strftime(item_line.program_create_date,
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'%Y-%m-%d %H:%M:%S'),
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'remark': item_line.remark
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}
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ret['programming_list'].append(vals)
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for cmm_line in old_cnc_rework.cmm_ids:
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vals = {
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'sequence_number': cmm_line.sequence_number,
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'program_name': cmm_line.program_name,
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'program_path': cmm_line.program_path,
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'ftp_path': cmm_line.program_path,
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'processing_panel': cnc_work.processing_panel,
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'program_create_date': datetime.strftime(
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cmm_line.program_create_date,
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'%Y-%m-%d %H:%M:%S')
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}
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ret['programming_list'].append(vals)
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# 获取新的
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new_cnc_workorder = self.production_id.workorder_ids.filtered(
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lambda ap1: ap1.processing_panel == cnc_work.processing_panel
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and ap1.state not in (
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'rework', 'done') and ap1.routing_type == 'CNC加工'
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)
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if not new_cnc_workorder.cnc_ids:
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new_cnc_workorder.write({
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'cnc_ids': new_cnc_workorder.cnc_ids.sudo()._json_cnc_processing(
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cnc_work.processing_panel, ret),
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'cmm_ids': new_cnc_workorder.cmm_ids.sudo()._json_cmm_program(
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cnc_work.processing_panel, ret),
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'cnc_worksheet': old_cnc_rework.cnc_worksheet})
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# ========== 处理装夹预调 【装夹图纸】 数据 ================
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for new_pre_work in new_pre_workorder_ids:
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pre_rework = max(self.production_id.workorder_ids.filtered(
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lambda pr: (pr.processing_panel == new_pre_work.processing_panel
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and pr.state in ['rework'] and pr.routing_type == '装夹预调')),
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key=lambda w1: w1.create_date)
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new_pre_work.write(
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{'processing_drawing': pre_rework.processing_drawing})
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self.production_id.write({'state': 'progress', 'is_rework': False})
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elif self.programming_state in ['待编程', '编程中']:
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self.production_id.write(
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{'programming_state': '编程中', 'work_state': '编程中', 'is_rework': True})
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# =================================================
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if self.production_id.state == 'progress':
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self.production_id.write({'programming_state': '已编程', 'work_state': '已编程'})
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if self.reprogramming_num >= 1 and self.programming_state == '已编程':
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productions_not_delivered = self.env['mrp.production'].search(
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[('programming_no', '=', self.production_id.programming_no),
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('programming_state', '=', '已编程未下发')])
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if productions_not_delivered:
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productions_not_delivered.write(
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{'state': 'progress', 'programming_state': '已编程', 'work_state': '已编程',
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'is_rework': False})
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# ==================申请重新编程=======================
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if self.is_reprogramming is True:
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self.production_id.update_programming_state()
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self.production_id.write(
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{'programming_state': '编程中', 'work_state': '编程中', 'state': 'progress'})
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# ================= 返工完成，制造订单状态置为加工中 ==============
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self.production_id.write({'state': 'progress', 'is_rework': False})
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@api.onchange('production_id')
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def onchange_processing_panel_id(self):
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for item in self:
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domain = [('id', '=', False)]
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production_id = item.production_id
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if production_id:
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if self.env.user.has_group('sf_base.group_sf_order_user'):
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panel_ids = []
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panel_arr = production_id.product_id.model_processing_panel
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for p in production_id.detection_result_ids.filtered(
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lambda ap1: ap1.handle_result == '待处理'):
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if p.processing_panel not in panel_arr:
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panel_arr += ','.join(p.processing_panel)
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for item in panel_arr.split(','):
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panel = self.env['sf.processing.panel'].search(
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[('name', 'ilike', item)])
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if panel:
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panel_ids.append(panel.id)
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domain = {'processing_panel_id': [('id', 'in', panel_ids)]}
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return {'domain': domain}
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