def answer_response_poll(self, data):
"data=(response,result,code,msg)"
label='poll'
if self.__code_isnot_1000__(data, label) and data[ANSW_CODE] != 1301: return
msgQ = None
response = self._dict_answer.get('response',None)
if response: msgQ = response.get('msgQ',None)
if msgQ:
self.__append_note_from_dct__(response,('msgQ count id',))
self.__append_note_from_dct__(msgQ,('qDate','msg'))
if not self._dct_answer['data'].has_key('msg'):
# if message is not simple text but XML document:
dmsg = msgQ.get('msg')
self._dct_answer['data']['msg.nodes'] = self.get_nodes_with_xmlns(dmsg)
if dmsg is not None and len(dmsg) == 1:
# remove topmost element if it is only one
key, dmsg = dmsg.popitem()
self._dct_answer['data']['msg'] = '\n'+eppdoc.prepare_display(dmsg, self._session[COLORS])
# convert str to int:
for key in ('id','count'):
sval = self.get_value_from_dict(('data','msgQ.%s'%key))
if sval:
try:
self._dct_answer['data']['msgQ.%s'%key] = int(sval)
except ValueError, msg:
self._dct_answer.append(msg)
def answer_response_poll(self, data):
"data=(response,result,code,msg)"
label = 'poll'
if self.__code_isnot_1000__(data, label) and data[ANSW_CODE] != 1301:
return
msgQ = None
response = self._dict_answer.get('response', None)
if response: msgQ = response.get('msgQ', None)
if msgQ:
self.__append_note_from_dct__(response, ('msgQ count id', ))
self.__append_note_from_dct__(msgQ, ('qDate', 'msg'))
if not self._dct_answer['data'].has_key('msg'):
# if message is not simple text but XML document:
dmsg = msgQ.get('msg')
self._dct_answer['data'][
'msg.nodes'] = self.get_nodes_with_xmlns(dmsg)
if dmsg is not None and len(dmsg) == 1:
# remove topmost element if it is only one
key, dmsg = dmsg.popitem()
self._dct_answer['data'][
'msg'] = '\n' + eppdoc.prepare_display(
dmsg, self._session[COLORS])
# convert str to int:
for key in ('id', 'count'):
sval = self.get_value_from_dict(('data', 'msgQ.%s' % key))
if sval:
try:
self._dct_answer['data']['msgQ.%s' % key] = int(sval)
except ValueError, msg:
self._dct_answer.append(msg)
def __put_raw_into_note__(self, data):
"Use pprint for displaying structured data (dict, XML-EPP)."
if data is None:
self.append_note(_T('No data'), ('RED', 'BOLD'))
elif type(data) == dict:
# Parsed data into dict
self.append_note(eppdoc.prepare_display(data, COLOR))
else:
# XML EPP doc. only for better display
edoc = eppdoc_client.Message(self)
edoc.parse_xml(data)
if edoc.is_error():
self.append_note(data, 'GREEN') # Some errors occured during parsing process.
else:
self.append_note(edoc.get_xml(), 'GREEN')
def __put_raw_into_note__(self, data):
"Use pprint for displaying structured data (dict, XML-EPP)."
if data is None:
self.append_note(_T('No data'), ('RED', 'BOLD'))
elif type(data) == dict:
# Parsed data into dict
self.append_note(eppdoc.prepare_display(data, COLOR))
else:
# XML EPP doc. only for better display
edoc = eppdoc_client.Message(self)
edoc.parse_xml(data)
if edoc.is_error():
self.append_note(
data,
'GREEN') # Some errors occured during parsing process.
else:
self.append_note(edoc.get_xml(), 'GREEN')
