def __hts_vote(self, valid_person, vote, votebox):
import vote_analyzer
ik = valid_person[0]
evlog.log_integrity(vote_analyzer.analyze(ik, vote, votebox))
res_ok, res = self.__hes.hts_vote(valid_person, vote)
if res_ok == evcommon.EVOTE_OK:
return protocol.msg_ok(res)
else:
return self.__return_error(res_ok, res)
def __hts_vote(self, valid_person, vote, votebox):
import vote_analyzer
ik = valid_person[0]
evlog.log_integrity(vote_analyzer.analyze(ik, vote, votebox))
res_ok, res = self.__hes.hts_vote(valid_person, vote)
if res_ok == evcommon.EVOTE_OK:
return protocol.msg_ok(res)
else:
return self.__return_error(res_ok, res)
def __hts_vote(self, valid_person, vote, votebox):
if self.__use_ctx:
sess_ok, sess_msg = self.ctx().check_session(client_cert())
if not sess_ok == evcommon.EVOTE_OK:
return self.__return_error(sess_ok, sess_msg)
import vote_analyzer
ik = valid_person[0]
evlog.log_integrity(vote_analyzer.analyze(ik, vote, votebox))
res_ok, res = self.__hes.hts_vote(valid_person, vote)
if res_ok == evcommon.EVOTE_OK:
if self.__use_ctx:
self.ctx().kill()
return protocol.msg_ok(res)
else:
return self.__return_error(res_ok, res)
def __get_candidate_list(self, valid_person):
cand_ok, cand_msg = self.__hes.get_candidate_list(valid_person)
if not cand_ok == evcommon.EVOTE_OK:
return self.__return_error(cand_ok, cand_msg)
korduv_ret, korduv_msg = self.__hes.hts_repeat_check(valid_person)
if korduv_ret == evcommon.EVOTE_REPEAT_NO:
return protocol.msg_ok(cand_msg)
elif korduv_ret == evcommon.EVOTE_REPEAT_YES:
return protocol.msg_repeat(cand_msg, korduv_msg)
elif korduv_ret == evcommon.EVOTE_REPEAT_NOT_CONSISTENT:
r1, r2 = protocol.plain_error_maintainance()
return self.__return_error(r1, r2)
else:
return self.__return_error(evcommon.EVOTE_ERROR, korduv_msg)
def __get_candidate_list(self, valid_person):
cand_ok, cand_msg = self.__hes.get_candidate_list(valid_person)
if not cand_ok == evcommon.EVOTE_OK:
return self.__return_error(cand_ok, cand_msg)
korduv_ret, korduv_msg = self.__hes.hts_repeat_check(valid_person)
if korduv_ret == evcommon.EVOTE_REPEAT_NO:
return protocol.msg_ok(cand_msg)
elif korduv_ret == evcommon.EVOTE_REPEAT_YES:
return protocol.msg_repeat(cand_msg, korduv_msg)
elif korduv_ret == evcommon.EVOTE_REPEAT_NOT_CONSISTENT:
r1, r2 = protocol.plain_error_maintainance()
return self.__return_error(r1, r2)
else:
return self.__return_error(evcommon.EVOTE_ERROR, korduv_msg)
def __get_candidate_list(self, valid_person):
cand_ok, cand_msg = self.__hes.get_candidate_list(valid_person)
if not cand_ok == evcommon.EVOTE_OK:
return self.__return_error(cand_ok, cand_msg)
korduv_ret, korduv_msg = self.__hes.hts_repeat_check(valid_person)
if korduv_ret == evcommon.EVOTE_REPEAT_NO:
evlog.log('Kandidaatide nimekiri väljastati A')
if self.__use_ctx:
self.ctx().store_session(client_cert())
return protocol.msg_ok(cand_msg)
elif korduv_ret == evcommon.EVOTE_REPEAT_YES:
evlog.log('Kandidaatide nimekiri väljastati B')
if self.__use_ctx:
self.ctx().store_session(client_cert())
return protocol.msg_repeat(cand_msg, korduv_msg)
elif korduv_ret == evcommon.EVOTE_REPEAT_NOT_CONSISTENT:
r1, r2 = protocol.plain_error_maintainance()
return self.__return_error(r1, r2)
else:
return self.__return_error(evcommon.EVOTE_ERROR, korduv_msg)
