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Odoo/OpenERP CLI interface and library for RPC

Project description

This project aims to ease access to openerp data via shell and used mostly for debug purposes. This project provides interface similar to OpenERP internal code to perform operations on OpenERP / Odoo object hiding XML-RPC behind



  • supports call to all public methods on any OpenERP/Odoo object including: read, search, write, unlink and others
  • Designed not for speed but to be useful like cli client to OpenERP/Odoo
  • Desinged to take as more benefits of IPython autocomplete as posible
  • Provides session/history functionality, so if You used it to connect to some database before, new connection will be simpler (just enter password).
  • Provides browse_record like interface, allowing to browse related models too. But use’s methods search_records and browse_records instead of browse
  • Extension support. You can modify most of components of this app/lib creating Your own extensions. It is realy simple. See for examples in openerp_proxy/ext/ directory.
  • Plugin Support. You can write Your scripts that uses this lib, and easily use them from session. no packages for them required, just tell the path where script file is placed
  • Support of JSON-RPC for version 8 of OpenERP (experimental)

What You can do with this

  • Quickly read and analyze some data that is not visible in interface without access to DB
  • Use this project as library for code that need to access OpenERP data
  • Use in scripts that migrates OpenERP data (after, for example, adding new functionality or changing old). (Migration using only SQL is bad idea because of functional fields with store=True which must be recalculated).

Near future plans

  • Better plugin system which will allow to extend API on database, object, and record levels. DONE
  • Django-like search and write API implemented as extension


Install package with pip install openerp_proxy, this will make available package openerp_proxy and also shell will be available by command $ openerp_proxy

If You want to install development version of OpenERP Proxy you can do it via

pip install -e git+

Use as shell

After instalation run in shell:


And You will get the openerp_proxy shell. If IPython is installed then IPython shell will be used, else usual python shell will be used. There is in context exists session variable that represents current session to work with

Next You have to get connection to some OpenERP/Odoo database.

>>> db = session.connect()

This will ask You for host, port, database, etc to connect to. Now You have connection to OpenERP database which allows You to use database objects.

Use as library

The one diference betwen using as lib and using as shell is the way connection to database is created. When using as shell the primary object is session, which provides some interactivity. But when using as library in most cases there are no need for that interactivity, so connection should be created manualy, providing connection data from some other sources like config file or something else.

So here is a way to create connection

import openerp_proxy.core as oe_core
db = oe_core.ERP_Proxy(dbname='my_db',
                       pwd='my_password here')

And next all there same, no more differences betwen shell and lib usage.

General usage

Lets try to find how many sale orders in ‘done’ state we have in database:

>>> sale_order_obj = db['sale.order']  # or You may use 'db.get_obj('sale.order')' if You like
>>> # Now lets search for sale orders:
>>>[('state', '=', 'done')], count=True)
>>> 5

So we have 5 orders in done state. So let’s read them.

Default way to read data from OpenERP is to search for required records with search method which return’s list of IDs of records, then read data using read method. Both methods mostly same as OpenERP internal ones:

>>> sale_order_ids =[('state', '=', 'done')])
>>> sale_order_datas =, ['name'])  # Last argument is optional.
                                                                      # it describes list of fields to read
                                                                      # if it is not provided then all fields
                                                                      # will be read
>>> sale_order_datas[0]
{'id': 3,
 'name': 'SO0004'

As we see reading data in such way allows us to get list of dictionaries where each contain fields have been read

Another way to read data is to use search_records or read_records method. Each of these methods receives same aguments as search or read method respectively. But passing count argument for search_records will cause error. Main difference betwen these methods in using Record class instead of dict for each record had been read. Record class provides some orm-like abilities for records, allowing for example access fields as attributes and provide mechanisms to lazily fetch related fields.

>>> sale_orders = sale_order_obj.search_records([('state', '=', 'done')])
>>> sale_orders[0]
... R(sale.order, 9)[SO0011]
>>> # So we have list of Record objects. Let's check what they are
>>> so = sale_orders[0]
... 9
... SO0011
>>> so.partner_id
... R(res.partner, 9)[Better Corp]
... Better Corp
... True

Session: db aliases

Session provides ability to add aliases to databases, which will simplify access to them. To add aliase to our db do the folowing:

>>> session.aliase('my_db', db)

And now to access this database in future (even after restart) You can use next code

>>> db = session.my_db

this allows to faster get connection to database Your with which You are working very often

Sugar extension

This extension provides some syntax sugar to ease access to objects

So to start use it just import this extension just after start

import openerp_proxy.ext.sugar

And after that You will have folowing features working

db['sale.order'][5]       # fetches sale order with ID=5
db['sale_order']('0050')  # result in name_search for '0050' on sale order
                          # result may be Record if one record found
                          # or RecordList if there some set of records found
db['sale.order']([('state','=','done')])    # Same as 'search_records' method
db['sale.order'](state='done')              # simplified search

# Automatic object aliaces. Also supports autocompletition
# via implementation of __dir__ method
db._sale_order == db['sale.order'] == db['sale_order']   # => True

For other extensions look at openerp_proxy/ext subdirectory

Start-up imports

If You want some modules (extensions/plugins) to be automatiacly loaded/imported at start-up, there are session.start_up_imports property, that points to list that holds names of movedule to be imported at start-up.

For example, if You want Sugar extension to be automaticaly imported, just add it to session.start_up_imports list


After this, when You will start new openerp_proxy shell, sugar extension will be automaticaly enable.


In version 0.4 plugin system was completly refactored. At this version we start using extend_me library to build extensions and plugins.

Plugins are usual classes that provides functionality that should be available at db.plugins.* point, implementing logic not related to core system.

To ilustrate what is plugins and what they can do we will create one. So let’s start

  1. create some directory to place plugins in:

    mkdir ~/oerp_proxy_plugins/

    cd ~/oerp_proxy_plugins/

  2. next create simple file called and edit it

  3. write folowing code there

    from openerp_proxy.plugin import Plugin
    class AttandanceUtils(Plugin):
        # This is required to register Your plugin
        # *name* - is for db.plugins.<name>
        class Meta:
            name = "attendance"
        def get_sign_state(self):
            # Note: folowing code works on version 6 of Openerp/Odoo
            emp_obj = self.proxy['hr.employee']
            emp_id =[('user_id', '=', self.proxy.uid)])
            emp =, ['state'])
            return emp[0]['state']
  4. Now Your plugin is done. Let’s test it. Run openerp_proxy and try to import it

    >>> # First add path of Your plugin to session.
    >>> # When session is started all registered paths
    >>> # will be automaticaly added to sys.path.
    >>> # If You do not want this behavior,
    >>> # use standard 'sys.path.append(path)'
    >>> session.add_path('~/oerp_proxy_plugins/')
    >>> # and import our plugin
    >>> import attendance
    >>> # and use it
    >>> db = session.connect()
    >>> db.plugin.attendance.get_sign_state()
    >>> # If You want some plugins or extensions or other
    >>> # modules imported at start-up of session, do this
    >>> session.start_up_imports.add('attendance')

As You see above, to use plugin (or extension), just import it module (better at startu-up)

For more information see source code.

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