• Remote Calls
• Version 1.6
• XML-RPC in Python
• Version 1.2, 1.4
• XML-RPC in Python
• NET-RPC in Python
• Version 1.0
• XML-RPC in Python
• XML-RPC in Ruby
• NET-RPC in Python

Remote Calls

Each example shows two remote calls, the first one is the 'search' to get the first 10 party ids. The second one calls name_get on these ids, then outputs the result, which looks like: [(1, u'Supplier A'), (2, u'Supplier B'), (3, u'Customer A'), (4, u'Customer B')]

Note:

• By default trytond only listens for NET-RPC calls on port 8070. To allow XML-RPC, you must activate it. This is done in the config file (which defaults to etc/trytond.conf but can be changed using the -c switch) containing at least:

# Activate the xml-rpc protocol
xmlrpc = True
# Configure the port for the xml-rpc protocol to listen
xmlport = 8069

• NET-RPC is only available with Python since it uses pickle to serialize data. The data sent over the network are more compact than with XML-RPC, hence speeding up the requests.

Version 1.6

XML-RPC in Python

import xmlrpclib

PASSWORD = 'admin'
USER = "admin"

# Get user_id and session
s = xmlrpclib.ServerProxy ('http://%s:%s@localhost:8069/try' % (USER, PASSWORD))

# Get the user context
context = s.model.res.user.get_preferences(True, {})

# Print all methods (introspection)
print s.system.listMethods()

# Search parties and print rec_name
party_ids = s.model.party.party.search(
        [], # search clause
        0,  # offset
        10, # limit
        False, # order
        context)  # context

print s.model.party.party.read(
        party_ids, # party ids
        ['rec_name'], # list of fields
        context) # context

# Execute report
type, data, _ = s.report.party.label.execute(
        party_ids, # party ids
        {}, # data
        context) # context

Version 1.2, 1.4

XML-RPC in Python

import xmlrpclib

PASSWORD = 'admin'
USER = "admin"

# Get user_id and session
s = xmlrpclib.ServerProxy ('http://localhost:8069/try')
user_id, session = s.common.db.login(USER, PASSWORD)

# Get the user context
context = s.model.res.user.get_preferences(user_id, session, True, {})

# Print all methods (introspection)
print s.system.listMethods()

# Search parties and print rec_name
party_ids = s.model.party.party.search(user_id, session,
                                   [], # search clause
                                   0,  # offset
                                   10, # limit
                                   False, # order
                                   context)  # context

print s.model.party.party.read(user_id, session,
                             party_ids, # party ids
                             ['rec_name'], # list of fields
                             context) # context

# Execute report
type, data, _ = s.report.party.label.execute(user_id, session,
                             party_ids, # party ids
                             {}, # data
                             context) # context

NET-RPC in Python

from trytond import pysocket

PASSWORD = 'admin'
DB = "try"
USER = "admin"

sock = pysocket.PySocket()
sock.connect('127.0.0.1', '8070')

# Get user_id and session
sock.send((DB, USER, PASSWORD, 'common', 'db', 'login'))
user_id, session = sock.receive()

# Get the user context
sock.send((DB, user_id, session, 'model', 'res.user', 'get_preferences',
               True, {}))
context = sock.receive()

# Search parties and print rec_name
sock.send((DB, user_id, session, 'model', 'party.party', 'search',
               [],  # search clause
               0,   # offset
               10,  # limit
               False, # order
               {}))  # context

party_ids = sock.receive()

sock.send((DB, user_id, session, 'model', 'party.party', 'read',
               party_ids, # party ids
               ['rec_name'], # list of fields
               context)) #context
print sock.receive()

# Execute report
sock.send((DB, user_id, session, 'report', 'party.label', 'execute',
               party_ids, # party ids
               {}, # data
               context)) # context
type, data, _ = sock.receive()

# Logout, disconnect, cleanup
sock.send((DB, USER, PASSWORD, 'common', 'db', 'logout'))
_ = sock.receive()
sock.disconnect()
del sock

Version 1.0

XML-RPC in Python

import xmlrpclib

PASSWORD = 'admin'
DB = "try"
USER = "admin"

# Get user_id and session
common = xmlrpclib.ServerProxy ('http://localhost:8069/xmlrpc/common')
user_id, session = common.login(DB, USER, PASSWORD)

object = xmlrpclib.ServerProxy('http://localhost:8069/xmlrpc/object')

party_ids = object.execute(DB, user_id, session, 'party.party', 'search',
                           [], # search clause
                           0,  # offset
                           10, # limit
                           {})  # context

print object.execute(DB, user_id, session, 'party.party', 'name_get',
                     party_ids)

XML-RPC in Ruby

require 'xmlrpc/client'
require 'pp'

PASSWORD = 'admin'
DB = "try"
USER = "admin"

# Get user_id and session
common = XMLRPC::Client.new2("http://localhost:8069/xmlrpc/common")
user_id, session = common.call('login', DB, USER, PASSWORD)

object = XMLRPC::Client.new2("http://localhost:8069/xmlrpc/object")

party_ids = object.call('execute', DB, user_id, session, 'party.party', 'search',
                        [],  # search clause
                        0,   # offset
                        10,  # limit
                        {})  # context
pp object.call('execute', DB, user_id, session,  'party.party', 'name_get',
               party_ids)

NET-RPC in Python

from trytond import pysocket

PASSWORD = 'admin'
DB = "try"
USER = "admin"

sock = pysocket.PySocket()
sock.connect('127.0.0.1', '8070')

# Get user_id and session
sock.send(('common', 'login', DB, USER, PASSWORD))
user_id, session = sock.receive()

sock.send(('object', 'execute', DB, user_id, session, 'party.party', 'search',
           [],  # search clause
           0,   # offset
           10,  # limit
           {}))  # context

party_ids = sock.receive()

sock.send(('object', 'execute', DB, user_id, session, 'party.party', 'name_get',
           party_ids))
print sock.receive()