def _get_wab_for_soap(self, cr, uid, ids, file_id, context=None):
ns = schema_namespaces['wab']
_file = self.pool.get('stock.connect.file').browse(
cr, uid, file_id, context)
wab_root = open_xml(_file.content, 'wab')
order_docs = wab_root.xpath('//wab:OrderDocuments',
namespaces=schema_namespaces)[0]
names = [x.text for x in order_docs[0]]
order_docs.remove(order_docs[0])
for att in _file.attachments:
if att.name not in names:
raise Exception(
'Unknown file {0}'.format(att.name),
'Expecting one of: {0}'.format(', '.join.names))
names.remove(att.name)
doc = create_element('Docs', ns=ns)
doc.append(
create_element('DocType',
text=att.name.split('_')[1][:2],
ns=ns))
doc.append(create_element('DocMimeType', text=att.name[-3:],
ns=ns))
doc.append(create_element('DocStream', text=att.datas, ns=ns))
order_docs.append(doc)
return wab_root
def _get_art_for_soap(self, cr, uid, ids, file_id, context=None):
_file = self.pool.get('stock.connect.file').browse(
cr, uid, file_id, context)
art_root = open_xml(_file.content, 'art')
ns = schema_namespaces['art']
ret = []
control_reference = nspath(art_root, '//art:ControlReference')[0]
pos_no = 0
pending = False
limit = context['limit_files']
if _file.internal_index < 0:
return ret
for article in nspath(art_root, '//art:Article'):
# Have we read enough?
if limit[0] and limit[0] <= limit[1]:
pending = True
break
# The pointer points to the next one
pos_no += 1
# Are we reading new items?
if pos_no > _file.internal_index:
limit[1] += 1
else:
continue
new_root = create_root('{{{art}}}ART')
new_root.append(copy.deepcopy(control_reference))
art_list = create_element('ArticleList', ns=ns)
art_list.append(article)
new_root.append(art_list)
ret.append(new_root)
if pending:
_file.write({'internal_index': pos_no})
else:
_file.write({'internal_index': -1})
return ret
def _get_bur_soap_file(self,
cr,
uid,
ids,
server,
action,
ns_name,
root_name,
_type,
context=None):
ns = schema_namespaces[ns_name]
root = create_element(root_name, ns=ns)
root.append(
self._get_control_reference(cr, uid, ids, ns, _type, context))
this = self.__this(cr, uid, ids, context)
_now = datetime.now()
if this.yc_last_bur_check:
_old = datetime.strptime(this.yc_last_bur_check,
DEFAULT_SERVER_DATETIME_FORMAT)
diff = _now - _old
diff = int(diff.days)
if diff > 999:
diff = 999
if diff == 0 and _now.day != _old.day:
# The never-feed-after-midnight check
diff = 1
root.append(create_element('ElapsedDays', text=diff, ns=ns))
else:
# By default we send 1 day
root.append(create_element('ElapsedDays', text=1, ns=ns))
if self._get_soap_file(cr, uid, ids, server, action, ns_name,
root_name, _type, context, root):
# If everything goes clear, we set the last check
this.write({
'yc_last_bur_check':
_now.strftime(DEFAULT_SERVER_DATETIME_FORMAT)
})
def _get_soap_file(self,
cr,
uid,
ids,
server,
action,
ns_name,
root_name,
_type,
context=None,
root=None):
if context is None:
context = {}
if root is None:
# If the root is missing, we may create it
if _type == 'BUR':
# BUR is very special, so delegate
return self._get_bur_soap_file(cr, uid, ids, server, action,
ns_name, root_name, _type,
context)
ns = schema_namespaces[ns_name]
root = create_element(root_name, ns=ns)
root.append(
self._get_control_reference(cr, uid, ids, ns, _type, context))
ret, err = self._send_item(cr,
uid,
ids,
server,
root,
action,
context=context)
if err:
self._save_error(cr,
uid,
ids,
_ERR_MSG.format(ns_name, '', err),
context=context,
show_errors=bool(ret or False))
return False
self._save_file(cr, uid, ids, '{0}_{1}'.format(self._get_timestamp(),
_type), True, _type,
ret, context)
return ret or True
def _get_control_reference(self, cr, uid, ids, ns, type_, context=None):
if context is None:
context = {}
if isinstance(ids, list):
ids = ids[0]
connect = self.pool.get('stock.connect').browse(cr, uid, ids, context)
ts = self._get_timestamp()
ret = create_element('ControlReference', ns=ns)
ret.append(create_element('Type', ns=ns, text=type_))
ret.append(create_element('Sender', ns=ns, text=connect.yc_sender))
ret.append(create_element('Receiver', ns=ns, text=connect.yc_receiver))
ret.append(create_element('Timestamp', ns=ns, text=ts))
ret.append(
create_element('OperatingMode',
ns=ns,
text=connect.yc_operating_mode))
ret.append(create_element('Version', ns=ns, text='1.0'))
return ret
def _send_item(self,
cr,
uid,
ids,
server,
xml_node,
action,
schema_name=None,
context=None):
"""
@param server: connection proxy to outside server
@param xml_node: lxml xml element to send
@param action: SOAP action to query
@param schema_name: schema to validate the node against before sending, if set.
@return: xml_return_message, error_message
"""
try:
if schema_name:
r = validate_xml(schema_name,
xml_node,
print_error=bool(server.config.debug))
if r:
return None, r
xml_kargs = {'pretty_print': True, 'xml_declaration': False}
this = self.__this(cr, uid, ids, context)
root = create_root('{{{soapenv}}}Envelope')
ns = schema_namespaces['soapenv']
# 0 soapenv:Header
xml_header = create_element('Header', ns=ns)
body = create_element('Body', ns=ns)
body.append(xml_node)
root.append(xml_header)
root.append(body)
out_data = xml_to_string(root, **xml_kargs)
parser = etree.XMLParser(remove_blank_text=True)
out_data = xml_to_string(open_xml(out_data,
repair=False,
parser=parser),
pretty_print=True)
if this.yc_soapsec_key_path:
out_data = self._sign_xml(out_data,
keyfile=this.yc_soapsec_key_path,
certfile=this.yc_soapsec_cert_path)
with _soap_debug(this, action) as soap_debug:
soap_debug.write('SENDING', out_data)
r, namespace = server.transport.call(
server.proxy,
out_data,
server.namespace,
action,
encoding=server.encoding,
http_proxy=server.http_proxy,
config=server.config,
timeout=server.timeout)
soap_debug.write('RECEIVING', r)
response = etree.fromstring(r)
body = response.xpath('//soapenv:Body',
namespaces=schema_namespaces)[0]
fault = body.xpath('soapenv:Fault', namespaces=schema_namespaces)
if fault:
return fault[0], xml_to_string(fault[0]).replace(
'&', '&').replace('<', '<').replace('>', '>')
return body[0], None
except Exception as e:
return None, format_exception(e)
return None, 'Unknown error'
def _process_gen_response(self, cr, uid, ids, context=None):
if context is None:
context = {}
if not isinstance(ids, list):
ids = [ids]
stock_connect_file_obj = self.pool.get('stock.connect.file')
stock_connect = self.browse(cr, uid, ids[0], context=context)
domain = [('stock_connect_id', '=', stock_connect.id),
('model', '=', 'stock.connect.file'),
('state', '=', 'draft'), ('type', '=', False),
('input', '=', True), ('error', '=', False)]
gen_file_ids = stock_connect_file_obj.search(cr,
uid,
domain,
context=context)
for gen_file in stock_connect_file_obj.browse(cr,
uid,
gen_file_ids,
context=context):
# Find the elements and mark them
if 'GEN_Response>' in gen_file.content:
gen_file.write({'type': 'gen', 'state': 'ready'})
domain[2] = ('state', '=', 'ready')
domain[3] = ('type', '=', 'gen')
def __read_file(xml_node):
return {
'type': nspath(xml, 'gen:MessageType')[0].text,
'ref': nspath(xml, 'gen:Reference')[0].text,
'status_text': nspath(xml, 'gen:StatusText')[0].text,
'status_code': int(nspath(xml, 'gen:StatusCode')[0].text),
'status_type': nspath(xml, 'gen:StatusType')[0].text,
}
server = self._get_proxy(cr, uid, ids, context=context)
gen_file_ids = stock_connect_file_obj.search(cr,
uid,
domain,
order='id ASC',
context=context)
for gen_file in stock_connect_file_obj.browse(cr,
uid,
gen_file_ids,
context=context):
# Process all the files
try:
original_file = stock_connect_file_obj.browse(
cr, uid, gen_file.res_id, context)
if original_file.server_ack:
# Only process if required
msg = _("Ignoring Response on behalf old ACK on file")
logger.warning(msg)
gen_file.write({
'error': False,
'state': 'cancel',
'info': msg
})
continue
xml = open_xml(gen_file.content, repair=False)
values = __read_file(xml)
if values['status_type'] != 'S' or values['status_code'] > 100:
# Don't re-process errors
raise Exception(_("Error on Status response"),
values['status_text'])
elif values['status_code'] == 100:
# If it was finished, don't reprocess
gen_file.write({
'state': 'done',
'info': values['status_text'],
'internal_index': values['status_code']
})
original_file.write({'server_ack': True})
else:
# Send a request
ns = schema_namespaces['gen_req']
xml_req = create_root('{{{gen_req}}}GEN_STATUS')
xml_req.append(
self._get_control_reference(cr,
uid,
ids,
ns,
values['type'],
context=context))
xml_req.append(
create_element('Reference', text=values['ref'], ns=ns))
xml_ret, err_ret = self._send_item(
cr,
uid,
ids,
server,
xml_req,
action='GetInsertArticleMasterDataStatus',
schema_name='gen_req',
context=context)
if err_ret:
# Write errors on file
gen_file.write({'error': True, 'info': err_ret})
else:
values_ret = __read_file(xml_ret)
if values_ret['status_type'] != 'S' or values_ret[
'status_code'] > 100:
# Strange status codes are errors
gen_file.write({
'error':
True,
'info':
xml_to_string(xml_ret),
'internal_index':
values_ret['status_code']
})
elif values_ret['status_code'] < 100:
# Modify the file if pending, avoiding excess of inputs
gen_file.write({
'content':
xml_to_string(xml_ret),
'internal_index':
values_ret['status_code']
})
else:
# Propagate end
gen_file.write({
'state':
'done',
'content':
xml_to_string(xml_ret),
'info':
values_ret['status_text'],
'internal_index':
values_ret['status_code']
})
original_file.write({'server_ack': True})
except Exception as e:
logger.error(format_exception(e))
gen_file.write({'error': True, 'info': format_exception(e)})
