i'm using odoo 9 and i want to install module "product_print_zpl_barcode" which add a wizard on product variant which allows to generate and print a product barcode on a ZPL printer . When i press on the button "Print barcode" an error shows which said TypeError: float() argument must be a string or a number" Any help please ??
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Traceback
Traceback (most recent call last):
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\http.py", line 650, in _handle_exception
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\http.py", line 687, in dispatch
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\http.py", line 323, in _call_function
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\service\model.py", line 118, in wrapper
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\http.py", line 316, in checked_call
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\http.py", line 966, in __call__
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\http.py", line 516, in response_wrap
File "D:\Projet_Odoo\Odoo 9.20180426\server\openerp\addons\web\controllers\main.py", line 896, in call_kw
File "D:\Projet_Odoo\Odoo 9.20180426\server\openerp\addons\web\controllers\main.py", line 888, in _call_kw
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\api.py", line 250, in wrapper
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\api.py", line 381, in old_api
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\models.py", line 6067, in onchange
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\models.py", line 5770, in __getitem__
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\fields.py", line 834, in __get__
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\fields.py", line 949, in determine_draft_value
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\fields.py", line 895, in compute_value
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\fields.py", line 885, in _compute_value
File "D:\Projet_Odoo\Odoo 9.020180426\server\openerp\addons\product_print_zpl_barcode\models\product_print_zpl_barcode.py", line 100, in _compute_price
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\fields.py", line 847, in __set__
File "D:\Projet_Odoo\Odoo 9.0-20180426\server\.\openerp\fields.py", line 1177, in convert_to_cache
TypeError: float() argument must be a string or a numberProduct.xml
<?xml version="1.0" encoding="utf-8"?>
<odoo>
<record id="product_normal_form_view" model="ir.ui.view">
<field name="name">generate.weight.price.barcode.product.product.form</field>
<field name="model">product.product</field>
<field name="inherit_id" ref="product.product_normal_form_view" />
<field name="arch" type="xml">
<header position="inside">
<button name="%(product_print_zpl_barcode.product_print_zpl_barcode_action)d" type="action"
string="Print Barcode"/>
</header>
</field>
</record>
</odoo>
product_print_zpl_barcode.py
# -*- coding: utf-8 -*- from openerp import models, fields, api, _ from openerp.exceptions import UserError from openerp.tools import float_compare, float_is_zero import openerp.addons.decimal_precision as dp import base64 import re class ProductPrintZplBarcode(models.Model): _name = 'product.print.zpl.barcode' _description = 'Generate and print product barcodes in ZPL' @api.model def default_get(self, fields_list): res = super(ProductPrintZplBarcode, self).default_get(fields_list) assert self._context.get('active_model') == 'product.product',\ 'wrong active_model, should be product.product' product_id = self._context.get('active_id') product = self.env['product.product'].browse(product_id) if not product: raise UserError(_('Missing Product')) if not product.barcode: raise UserError(_( "Product '%s' doesn't have a barcode") % product.display_name) nomenclature = self.env.ref('barcodes.default_barcode_nomenclature') company = self.env.user.company_id posconfig = self.env['pos.config'].sudo().search( [('company_id', '=', company.id)], limit=1) if posconfig: pricelist = posconfig.pricelist_id else: pricelist = self.env['product.pricelist'].search([ '|', ('company_id', '=', False), ('company_id', '=', company.id), ], limit=1) if not pricelist: raise UserError(_( "There are no pricelist in company %s ?") % company.name) printer = self.env['printing.printer'].get_default() res.update({ 'nomenclature_id': nomenclature.id, 'pricelist_id': pricelist.id, 'currency_id': pricelist.currency_id.id, 'barcode': product.barcode, 'product_name': product.name, 'product_id': product_id, 'zpl_printer_id': printer and printer.id or False, }) return res product_id = fields.Many2one( 'product.product', string='Product', required=True, readonly=True) uom_id = fields.Many2one( related='product_id.uom_id', readonly=True) # 1 line = un peu moins de 30 product_name = fields.Char('Product Label', required=True, size=56) nomenclature_id = fields.Many2one( 'barcode.nomenclature', 'Barcode Nomenclature', required=True) rule_id = fields.Many2one( 'barcode.rule', string='Barcode Rule', readonly=True, compute='_compute_rule_id') barcode_type = fields.Selection( related='rule_id.type', readonly=True, string="Barcode Type") label_size = fields.Selection([ ('38x25', '38x25 mm'), ], required=True, default='38x25', string='Label Size') pricelist_id = fields.Many2one( 'product.pricelist', string='Pricelist', required=True) currency_id = fields.Many2one( related='pricelist_id.currency_id', readonly=True) # TODO: for the moment, we only support weight, but... quantity = fields.Float(digits=dp.get_precision('Stock Weight')) price_uom = fields.Monetary( readonly=True, string="Price per Unit of Measure", compute='_compute_price') # given by pricelist price = fields.Monetary(compute='_compute_price', readonly=True) currency_id = fields.Many2one('res.currency', string='Currency') state = fields.Selection([ ('step1', 'Step1'), ('step2', 'Step2'), ], default='step1', readonly=True) zpl_file = fields.Binary(string='ZPL File', readonly=True) zpl_filename = fields.Char('ZPL Filename') barcode = fields.Char(readonly=True) copies = fields.Integer( string='Number of Labels', default=1, required=True) zpl_printer_id = fields.Many2one( 'printing.printer', string='ZPL Printer') @api.depends('pricelist_id', 'quantity', 'product_id') def _compute_price(self): # for regular barcodes for wiz in self: if wiz.pricelist_id and wiz.product_id: price_uom = wiz.pricelist_id.price_get(wiz.product_id.id, 1) wiz.price_uom = price_uom wiz.price = price_uom * wiz.quantity return wiz.price @api.one @api.depends('nomenclature_id') def _compute_rule_id(self): match_rule = False if self.nomenclature_id and self.barcode: for rule in self.nomenclature_id.rule_ids: match = self.nomenclature_id.match_pattern( self.barcode, rule.pattern) if match.get('match'): match_rule = rule.id break self.rule_id = match_rule def _prepare_price_weight_barcode_type(self): dpo = self.env['decimal.precision'] bno = self.env['barcode.nomenclature'] prec = dpo.precision_get('Stock Weight') value = self.quantity pbarcode = self.barcode if float_is_zero(value, precision_digits=prec): raise UserError(_( "The quantity (%s) must be positive !") % value) # check prefix pattern = self.rule_id.pattern if '{' not in pattern: raise UserError(_( "The barcode rule '%s' has a pattern '%s' which doesn't " "contain a integer and decimal part between '{}'.") % (self.rule_id.name, pattern)) prefix = pattern.split('{')[0] assert len(prefix) >= 1 if len(prefix) > len(pbarcode): raise UserError(_( "The barcode of the product (%s) has %d characters, " "which is smaller than the %d characters of the prefix " "of the barcode pattern (%s).") % (pbarcode, len(pbarcode), len(prefix), prefix)) barcode = pbarcode[0:len(prefix)] # print "barcode=", barcode # print "pattern=", pattern m = re.search('\{N+D+\}', pattern) # print "m=", m assert m pattern_val = m.group(0) pattern_val = pattern_val[1:-1] # print "pattern_val=", pattern_val max_value = 10**pattern_val.count('N') if float_compare(value, max_value, precision_digits=prec) != -1: raise UserError(_( "The value to encode in the barcode (%s) is superior " "to the maximum value allowed by the barcode pattern (%s).") % (value, max_value)) value_u = unicode(value) value_u_split = value_u.split('.') assert len(value_u_split) == 2 value_n = value_u_split[0] value_d = value_u_split[1] assert len(value_n) <= pattern_val.count('N') barcode += value_n.zfill(pattern_val.count('N')) # end fill doesn't exists... so: # 1) make sure we have enough 0 after value_d_ext = value_d + '0' * pattern_val.count('D') # 2) cut at the right size barcode += value_d_ext[0:pattern_val.count('D')] # print "barcode=", barcode # Add checksum if self.rule_id.encoding == 'ean13': barcode = bno.sanitize_ean(barcode) # print "barcode FINAL=", barcode zpl_unicode = self._price_weight_barcode_type_zpl() % { 'product_name': self.product_name, 'ean13_no_checksum': barcode[:12], 'price_uom': self.price_uom, 'price': self.price, 'currency_symbol': self.currency_id.symbol, 'copies': self.copies, 'quantity': value, 'uom_name': self.uom_id.name, } zpl_encoded = zpl_unicode.encode('utf-8') vals = { 'zpl_file': zpl_encoded.encode('base64'), 'barcode': barcode, } return vals @api.model def _price_weight_barcode_type_zpl(self): label = u""" ^XA ^CI28 ^PW304 ^LL200 ^LH0,20 ^CF0,30 ^FO15,0^FB270,1,0,C^FD%(price).2f %(currency_symbol)s^FS ^CF0,20 ^FO15,30^FB270,3,0,C^FD%(product_name)s^FS ^CF0,25 ^FO15,75^FB270,1,0,C^FD%(quantity).3f %(uom_name)s %(price_uom).2f %(currency_symbol)s/%(uom_name)s^FS ^FO60,110^BEN,50^FD%(ean13_no_checksum)s^FS ^PQ%(copies)s ^XZ """ return label @api.model def _product_barcode_type_zpl(self): label = u""" ^XA ^CI28 ^PW304 ^LL200 ^LH0,20 ^CF0,30 ^FO15,0^FB270,1,0,C^FD%(price_uom).2f %(currency_symbol)s^FS ^CF0,20 ^FO15,30^FB270,3,0,C^FD%(product_name)s^FS ^FO60,100^BEN,60^FD%(ean13_no_checksum)s^FS ^PQ%(copies)s ^XZ """ return label def _prepare_product_barcode_type(self): zpl_unicode = self._product_barcode_type_zpl() % { 'product_name': self.product_name, 'ean13_no_checksum': self.barcode[:12], 'price_uom': self.price_uom, 'currency_symbol': self.currency_id.symbol, # symbol is a required field 'copies': self.copies, } zpl_encoded = zpl_unicode.encode('utf-8') vals = { 'zpl_file': zpl_encoded.encode('base64'), 'barcode': self.barcode, # unchanged } return vals def generate(self): assert self.barcode if len(self.barcode) != 13: raise UserError(_( "This wizard only supports EAN13 for the moment. Barcode '%s' " "has %d digits instead of 13") % ( self.barcode, len(self.barcode))) if not self.copies: raise UserError(_("The number of copies cannot be 0")) if self.barcode_type in ('price', 'weight'): vals = self._prepare_price_weight_barcode_type() elif self.barcode_type == 'product': vals = self._prepare_product_barcode_type() else: raise UserError(_( "Barcode Type %s is not supported for the moment") % self.barcode_type) vals.update({ 'state': 'step2', 'zpl_filename': 'barcode_%s.zpl' % vals['barcode'], }) self.write(vals) action = self.env['ir.actions.act_window'].for_xml_id( 'product_print_zpl_barcode', 'product_print_zpl_barcode_action') action.update({ 'res_id': self.id, 'context': self._context, 'views': False}) return action def print_zpl(self): if not self.zpl_printer_id: raise UserError(_( "You must select a ZPL Printer.")) self.zpl_printer_id.print_document( self.zpl_filename, base64.decodestring(self.zpl_file), 'raw') action = True if self._context.get('print_and_new'): action = self.env['ir.actions.act_window'].for_xml_id( 'product_print_zpl_barcode', 'product_print_zpl_barcode_action') action.update({ 'views': False, 'context': self._context, }) return action
