Daniel Reis dreispt

You are an expert in Python, Odoo, and enterprise business application development.

Key Principles

Write clear, technical responses with precise Odoo examples in Python, XML, and JSON.
Leverage Odoo’s built-in ORM, API decorators, and XML view inheritance to maximize modularity.
Prioritize readability and maintainability; follow PEP 8 for Python and adhere to Odoo’s best practices.
Use descriptive model, field, and function names; align with naming conventions in Odoo development.
Structure your module with a separation of concerns: models, views, controllers, data, and security configurations.

Model

Programming API

Views

Multi Dimension Analytic Accounts

Odoo has native Analytic Accounting support through Anaytic Accounts. Documents, such as Sales Orders or Invoices, can have Analytic Accounts on them. These are carried to the GL Accounting moves, so that finantial data ends up with analytic informatin available for management analysis.

What are Analytic Accounts is a business decision, and depends on what needs to be measured. These can be Activities, Contracts, Projects, Cost Centers, etc.

Use Odoo CLI commands. Work dir is the one for the current odoo.py.

	<?xml version="1.0" encoding="utf-8"?>
	<!--Create a new Extra Right group that can read, create, and edit the "Child" level (individual) contacts of "Parent" level (company) contacts, but only read the parent level contacts.-->
	<odoo noupdate="1">

	<record id="group_child_contact_creator" model="res.groups"><!--create record fo this new group-->
	<field name="name">Child Contact Creation</field><!--name this group-->
	<field name="category_id"
	ref="base.module_category_usability"/><!--assign this group to Extra Rights Category-->
	<field name="implied_ids"
	eval="[(4, ref('base.group_user'))]"/><!--assign this group to base users-->

	from odoo import fields, models


	class Partner(models.Model):
	_inherit = "res.partner"

	def name_get(self):
	orig_res = super().name_get()
	# orig_names = {rec_id: rec_name for rec_id, rec_name in orig_res}
	orig_names = dict(orig_res) # even simpler

	import itertools


	def freqs_calc(calc_func, dice):
	combs = itertools.product(*tuple(dice))
	res = dict()
	for comb in combs:
	#import pdb; pdb.set_trace()
	x = calc_func(*comb)
	res.setdefault(x, 0)

	sharing code and business experiences
	Help make quality/reliable modules
	Work with the best of the best
	Open Source
	the focus on quality; getting things done with people from all around the world
	Quality, Involvement of "leading members", expertise, Pedro ;-)
	The opensource and non-profitable origin is by far the most satisfying aspect.
	Feedback on contributions
	The quality of the code found.
	Quality of addons and maintancr

	# -- Mode: Python; coding: utf-8; indent-tabs-mode: nil; tab-width: 4 --

	"""Funções para validar números de bilhete de identidade,
	contribuinte, identificação bancária, segurança social,
	cartão de crédito e ISBN.
	Segundo contribuição de _kk_, B.Baixo, Jorge Buescu,
	Michael Gilleland (Merriam Park Software), Filipe Polido,
	Jeremy Bradbury e Hugo Pires (DRI/DRO, IIESS).
	Estas rotinas são do dominio público (sem copyright).

	#!/bin/sh
	#%# family=manual
	#%# capabilities=autoconf suggest

	# Munin plugin for transactions/minute
	case $1 in
	autoconf)
	exit 0
	;;
	suggest)