def do_conf(cc):
#pylint: disable-msg=W0702
try:
cc.elid = elid
cc.voter_f = voter_f
if not cc.prepare('CONFIGURATOR', apptype):
return False
if jaosk_f:
if not cc.check_districts_file(jaosk_f):
return False
if valik_f:
if not cc.check_choices_file(valik_f):
return False
if voter_f:
if not cc.check_voters_file():
return False
if not cc.do_it():
return False
return True
except:
print 'Viga valimiste failide laadimisel'
print exception_msg.trace()
return False
def main_function():
try:
sstrings = dict([(_g, {}) for _g in GROUPS])
llines = []
ff = open(MSGSTRINGS_IN_FILE, 'r')
for ii in ff.readlines():
line = ii.strip()
if line and line[0] != '#':
llines.append(line)
ff.close()
# jagame read gruppidesse
ii = 3
while ii < len(llines):
ggroup, comment, key, value = llines[ii-3:ii+1]
if ggroup in GROUPS:
sstrings[ggroup][key] = comment, value
else:
raise Exception('Vigane grupp "%s", peab kuuluma "%s"' %
(ggroup, str(GROUPS)))
ii += 4
create_msgstrings_py(sstrings)
create_teated_example(sstrings)
except: # pylint: disable=W0702
print exception_msg.trace()
sys.exit(1)
sys.exit(0)
def do_conf(cc):
#pylint: disable-msg=W0702
try:
cc.elid = elid
cc.voter_f = voter_f
if not cc.prepare('CONFIGURATOR', apptype):
return False
if jaosk_f:
if not cc.check_districts_file(jaosk_f):
return False
if valik_f:
if not cc.check_choices_file(valik_f):
return False
if voter_f:
if not cc.check_voters_file():
return False
if not cc.do_it():
return False
return True
except:
print 'Viga valimiste failide laadimisel'
print exception_msg.trace()
return False
def main_function():
try:
sstrings = dict([(_g, {}) for _g in GROUPS])
llines = []
ff = open(MSGSTRINGS_IN_FILE, 'r')
for ii in ff.readlines():
line = ii.strip()
if line and line[0] != '#':
llines.append(line)
ff.close()
# jagame read gruppidesse
ii = 3
while ii < len(llines):
ggroup, comment, key, value = llines[ii - 3:ii + 1]
if ggroup in GROUPS:
sstrings[ggroup][key] = comment, value
else:
raise Exception('Vigane grupp "%s", peab kuuluma "%s"' %
(ggroup, str(GROUPS)))
ii += 4
create_msgstrings_py(sstrings)
create_teated_example(sstrings)
except: # pylint: disable=W0702
print exception_msg.trace()
sys.exit(1)
sys.exit(0)
def validate_form(form, required):
try:
logline = ''
invalid = get_invalid_keys(form, required)
if len(invalid) != 0:
logline = 'Invalid form: '
for el in invalid:
if len(el) == 2:
logline = ("%skey - %s, reason - %s;" %
(logline, el[0], REASONS[el[1]]))
elif len(el) == 3:
logline = ("%skey - %s, reason - %s, extra - %s" %
(logline, el[0], REASONS[el[1]], el[2][:200]))
else:
logline = "%sinternal error" % logline
return False, logline
if evcommon.POST_EVOTE in required:
return validate_vote(form.getvalue(evcommon.POST_EVOTE),
election.Election().get_questions())
return True, logline
except:
logline = ('Invalid form: key - exception, reason - %s' %
exception_msg.trace())
return False, logline
def check_ocsp():
log = evlog.Logger()
log.set_format(evlog.AppLogFormat('OCSPWD'))
log.set_logs(Election().get_path(evcommon.OCSP_LOG_FILE))
try:
_conf = bdocconfig.BDocConfig()
_conf.load(Election().get_bdoc_conf())
_ocsp = _conf.get_ocsp_responders()
for el in _ocsp:
app = ('openssl ocsp -issuer "%s" -serial 123 -url "%s" -noverify'
% (_ocsp[el], el))
pp = subprocess.Popen(app, shell=True, stdin=subprocess.PIPE,
stdout=subprocess.PIPE, close_fds=True)
is_ok = 0
start = time.time()
while True:
line = pp.stdout.readline()
if not line:
break
if line.strip().find('This Update:') != -1:
is_ok = 1
end = time.time()
if is_ok:
log.log_info(message='OCSP päringu tegemiseks kulus %5.2f sekundit' % (end - start))
else:
log.log_info(message='OCSP ei vasta')
except:
log.log_err(message=exception_msg.trace())
def validate_form(form, required):
try:
logline = ''
invalid = get_invalid_keys(form, required)
if len(invalid) != 0:
logline = 'Invalid form: '
for el in invalid:
if len(el) == 2:
logline = ("%skey - %s, reason - %s;" %
(logline, el[0], REASONS[el[1]]))
elif len(el) == 3:
logline = ("%skey - %s, reason - %s, extra - %s" %
(logline, el[0], REASONS[el[1]], el[2][:200]))
else:
logline = "%sinternal error" % logline
return False, logline
if evcommon.POST_EVOTE in required:
return validate_vote(form.getvalue(evcommon.POST_EVOTE),
election.Election().get_questions())
return True, logline
except:
logline = ('Invalid form: key - exception, reason - %s' %
exception_msg.trace())
return False, logline
def get_cert_data_log(cert_pem, prefix = None, addlines = False):
retval = ''
isik = 'N/A'
serial = 'N/A'
certhash = 'N/A'
org = 'N/A'
exc = None
my_cert_pem = cert_pem
if addlines:
bline = '-----BEGIN CERTIFICATE-----\n'
eline = '\n-----END CERTIFICATE-----'
my_cert_pem = bline + my_cert_pem + eline
try:
cert = M2Crypto.X509.load_cert_string(my_cert_pem)
isik = cert.get_subject().serialNumber
serial = cert.get_serial_number()
certhash = hashlib.sha256(cert.as_der()).digest().encode('hex')
org = cert.get_subject().O
except:
exc = exception_msg.trace()
retval = "PC=%s, SERIAL=%s, HASH=%s, ORG=%s" % \
(isik, serial, certhash, org)
if exc:
retval = retval + ", error occured"
if prefix:
retval = prefix + " " + retval
return retval, exc
def get_cert_data_log(cert_pem, prefix=None, addlines=False):
retval = ''
isik = 'N/A'
serial = 'N/A'
certhash = 'N/A'
org = 'N/A'
exc = None
my_cert_pem = cert_pem
if addlines:
bline = '-----BEGIN CERTIFICATE-----\n'
eline = '\n-----END CERTIFICATE-----'
my_cert_pem = bline + my_cert_pem + eline
try:
cert = M2Crypto.X509.load_cert_string(my_cert_pem)
isik = cert.get_subject().serialNumber
serial = cert.get_serial_number()
certhash = hashlib.sha256(cert.as_der()).digest().encode('hex')
org = cert.get_subject().O
except:
exc = exception_msg.trace()
retval = "PC=%s, SERIAL=%s, HASH=%s, ORG=%s" % \
(isik, serial, certhash, org)
if exc:
retval = retval + ", error occured"
if prefix:
retval = prefix + " " + retval
return retval, exc
def check_ocsp():
log = evlog.Logger()
log.set_format(evlog.AppLogFormat('OCSPWD'))
log.set_logs(Election().get_path(evcommon.OCSP_LOG_FILE))
try:
_conf = bdocpythonutils.BDocConfig()
_conf.load(Election().get_bdoc_conf())
_ocsp = _conf.get_ocsp_responders()
for el in _ocsp:
app = 'openssl ocsp -issuer "%s" -serial 123 -url "%s" -noverify' % \
(_ocsp[el], el)
pp = subprocess.Popen(app, shell=True, stdin=subprocess.PIPE, \
stdout=subprocess.PIPE, close_fds=True)
is_ok = 0
start = time.time()
while 1:
line = pp.stdout.readline()
if line == '':
break
if line.strip().find('This Update:') != -1:
is_ok = 1
end = time.time()
if is_ok:
log.log_info(message='OCSP vastas %5.2f sekundiga' % (end - start))
else:
log.log_info(message='OCSP ei vasta')
except:
log.log_err(message=exception_msg.trace())
def do_replace(cr):
try:
cr.elid = elid
if not cr.prepare('REPLACE CHOICES'):
return False
if not cr.check_choices_file(valik_f):
return False
if not cr.do_it():
return False
return True
except: # pylint: disable=W0702
print 'Viga valikute nimekirja välja vahetamisel'
print exception_msg.trace()
return False
def do_replace(cr):
try:
cr.elid = elid
if not cr.prepare('REPLACE CHOICES'):
return False
if not cr.check_choices_file(valik_f):
return False
if not cr.do_it():
return False
return True
except: # pylint: disable=W0702
print 'Viga valikute nimekirja välja vahetamisel'
print exception_msg.trace()
return False
def check_vote(self, mobid):
try:
bdocpython.initialize()
conf = bdocconfig.BDocConfig()
conf.load(Election().get_bdoc_conf())
alines = []
elines = []
if mobid:
alines, elines = regrights.analyze_signature_for_log(self._decoded_vote)
else:
alines, elines = regrights.analyze_vote_for_log(self._decoded_vote)
for el in alines:
evlog.log(el)
for el in elines:
evlog.log_error(el)
res = None
if mobid:
res = regrights.check_vote_hes_mobid(self._decoded_vote, conf)
else:
res = regrights.check_vote_hes(self._decoded_vote, conf)
if not res.result:
self.error.log_msg = res.error
if self.error.user_msg == "":
self.error.user_msg = evmessage.EV_ERRORS.TEHNILINE_VIGA
self.error.user_code = evcommon.EVOTE_ERROR
if not res.cert_is_valid:
self.error.user_msg = evmessage.EV_ERRORS.SERTIFIKAAT_ON_AEGUNUD
self.error.user_code = evcommon.EVOTE_CERT_ERROR
return False
ik_ver = regrights.get_personal_code(res.subject)
if self._ik != ik_ver:
self.error.log_msg = "Autentija (%s) ja allkirjastaja (%s) erinevad" % (self._ik, ik_ver)
self.error.user_msg = evmessage.EV_ERRORS.TEHNILINE_VIGA
self.error.user_code = evcommon.EVOTE_ERROR
return False
return True
except:
self.error.user_msg = evmessage.EV_ERRORS.TEHNILINE_VIGA
self.error.user_code = evcommon.EVOTE_ERROR
self.error.log_msg = exception_msg.trace()
finally:
bdocpython.terminate()
return False
def set_hsm(token_name, priv_key, pkcs11_path):
try:
Election().set_hsm_token_name(token_name)
Election().set_hsm_priv_key(priv_key)
Election().set_pkcs11_path(pkcs11_path)
Election().config_hsm_done()
except:
Election().config_hsm_done(False)
sys.stderr.write("HSMi konfigureerimine nurjus: %s\n" % exception_msg.trace())
sys.exit(1)
def check_vote(self, mobid):
try:
bdocpython.initialize()
conf = bdocpythonutils.BDocConfig()
conf.load(Election().get_bdoc_conf())
res = None
if mobid:
res = regrights.check_vote_hes_mobid(self._decoded_vote, conf)
else:
res = regrights.check_vote_hes(self._decoded_vote, conf)
if not res.result:
self.error.log_msg = res.error
if self.error.user_msg == '':
self.error.user_msg = evmessage.EvMessage().\
get_str("TEHNILINE_VIGA_HAALE_VERIFITSEERIMISEL", \
evstrings.TEHNILINE_VIGA_HAALE_VERIFITSEERIMISEL)
self.error.user_code = evcommon.EVOTE_ERROR
if not res.cert_is_valid:
self.error.user_msg = evmessage.EvMessage().\
get_str("SERTIFIKAAT_ON_AEGUNUD", \
evstrings.SERTIFIKAAT_ON_AEGUNUD)
self.error.user_code = evcommon.EVOTE_CERT_ERROR
return False
ik_ver = regrights.get_personal_code(res.subject)
if self._ik != ik_ver:
self.error.log_msg = \
'Autentija (%s) ja allkirjastaja (%s) erinevad' % \
(self._ik, ik_ver)
self.error.user_msg = \
evmessage.EvMessage().get_str("ERINEV_KASUTAJA", \
evstrings.ERINEV_KASUTAJA)
self.error.user_code = evcommon.EVOTE_ERROR
return False
return True
except:
self.error.user_msg = evmessage.EvMessage().\
get_str("TEHNILINE_VIGA_HAALE_VERIFITSEERIMISEL", \
evstrings.TEHNILINE_VIGA_HAALE_VERIFITSEERIMISEL)
self.error.user_code = evcommon.EVOTE_ERROR
self.error.log_msg = exception_msg.trace()
finally:
bdocpython.terminate()
return False
def check_vote(self, mobid):
try:
bdocpython.initialize()
conf = bdocpythonutils.BDocConfig()
conf.load(Election().get_bdoc_conf())
res = None
if mobid:
res = regrights.check_vote_hes_mobid(self._decoded_vote, conf)
else:
res = regrights.check_vote_hes(self._decoded_vote, conf)
if not res.result:
self.error.log_msg = res.error
if self.error.user_msg == '':
self.error.user_msg = evmessage.EvMessage().\
get_str("TEHNILINE_VIGA_HAALE_VERIFITSEERIMISEL", \
evstrings.TEHNILINE_VIGA_HAALE_VERIFITSEERIMISEL)
self.error.user_code = evcommon.EVOTE_ERROR
if not res.cert_is_valid:
self.error.user_msg = evmessage.EvMessage().\
get_str("SERTIFIKAAT_ON_AEGUNUD", \
evstrings.SERTIFIKAAT_ON_AEGUNUD)
self.error.user_code = evcommon.EVOTE_CERT_ERROR
return False
ik_ver = regrights.get_personal_code(res.subject)
if self._ik != ik_ver:
self.error.log_msg = \
'Autentija (%s) ja allkirjastaja (%s) erinevad' % \
(self._ik, ik_ver)
self.error.user_msg = \
evmessage.EvMessage().get_str("ERINEV_KASUTAJA", \
evstrings.ERINEV_KASUTAJA)
self.error.user_code = evcommon.EVOTE_ERROR
return False
return True
except:
self.error.user_msg = evmessage.EvMessage().\
get_str("TEHNILINE_VIGA_HAALE_VERIFITSEERIMISEL", \
evstrings.TEHNILINE_VIGA_HAALE_VERIFITSEERIMISEL)
self.error.user_code = evcommon.EVOTE_ERROR
self.error.log_msg = exception_msg.trace()
finally:
bdocpython.terminate()
return False
def set_hsm(token_name, priv_key, pkcs11_path):
try:
Election().set_hsm_token_name(token_name)
Election().set_hsm_priv_key(priv_key)
Election().set_pkcs11_path(pkcs11_path)
Election().config_hsm_done()
except:
Election().config_hsm_done(False)
sys.stderr.write("HSMi konfigureerimine nurjus: %s\n" %
exception_msg.trace())
sys.exit(1)
def main_function():
if not len(sys.argv) == 4:
usage()
if not int(sys.argv[2]) in evcommon.G_TYPES:
usage()
try:
execute(sys.argv[1], sys.argv[2], sys.argv[3])
except: # pylint: disable=W0702
sys.stderr.write('Viga initsialiseerimisel: ' +
exception_msg.trace() + '\n')
sys.exit(1)
def main_function():
if not len(sys.argv) == 4:
usage()
if not int(sys.argv[2]) in evcommon.G_TYPES:
usage()
try:
execute(sys.argv[1], sys.argv[2], sys.argv[3])
except: # pylint: disable=W0702
sys.stderr.write('Viga initsialiseerimisel: ' + exception_msg.trace() +
'\n')
sys.exit(1)
def main_function():
try:
sstrings = {}
for _g in GROUPS:
sstrings[_g] = {}
llines = []
ff = open(MSGSTRINGS_IN_FILE, 'r')
for ii in ff.readlines():
line = ii.strip()
if len(line) > 0:
if line[0] == '#':
continue
llines.append(line)
ff.close()
#jagame read gruppidesse
ii = 3
while ii < len(llines):
ggroup = llines[ii - 3]
comment = llines[ii - 2]
key = llines[ii - 1]
value = llines[ii]
if ggroup in GROUPS:
sstrings[ggroup][key] = (comment, value)
else:
raise Exception('Vigane grupp "%s", peab kuuluma "%s"' % \
(ggroup, str(GROUPS)))
ii += 4
create_msgstrings_py(sstrings)
create_teated_example(sstrings)
except: # pylint: disable=W0702
print exception_msg.trace()
sys.exit(1)
sys.exit(0)
def validate_vote(vote, questions):
try:
logline = ''
res, why = is_well_formed_vote(vote, questions)
if res:
return True, logline
if len(why) == 2:
logline = ('Invalid vote: key - %s, reason - %s' %
(why[0], REASONS[why[1]]))
elif len(why) == 3:
logline = ('Invalid vote: key - %s, reason - %s, extra - %s' %
(why[0], REASONS[why[1]], why[2][:200]))
else:
logline = 'Invalid vote: internal error'
return False, logline
except:
logline = ('Invalid vote: key - exception, reason - %s' %
exception_msg.trace())
return False, logline
def validate_vote(vote, questions):
try:
logline = ''
res, why = is_well_formed_vote(vote, questions)
if res:
return True, logline
if len(why) == 2:
logline = ('Invalid vote: key - %s, reason - %s' %
(why[0], REASONS[why[1]]))
elif len(why) == 3:
logline = ('Invalid vote: key - %s, reason - %s, extra - %s' %
(why[0], REASONS[why[1]], why[2][:200]))
else:
logline = 'Invalid vote: internal error'
return False, logline
except:
logline = ('Invalid vote: key - exception, reason - %s' %
exception_msg.trace())
return False, logline
def main_function():
if len(sys.argv) < 2:
usage()
if sys.argv[1] == 'get' or sys.argv[1] == 'set':
if sys.argv[1] == 'get':
try:
hts_ip = Election().get_hts_ip()
except:
hts_ip = NOT_DEFINED_STR
try:
hts_path = Election().get_hts_path()
except:
hts_path = NOT_DEFINED_STR
try:
hts_verify = Election().get_hts_path()
except:
hts_verify = NOT_DEFINED_STR
print "HTS IP: %s" % hts_ip
print "HTS path: %s" % hts_path
print "HTS verification path: %s" % hts_verify
else:
try:
if len(sys.argv) != 5:
usage()
execute(sys.argv[2], sys.argv[3], sys.argv[4])
except:
Election().config_hth_done(False)
sys.stderr.write("HTSi konfigureerimine nurjus: %s\n" \
% exception_msg.trace())
sys.exit(1)
else:
print 'Operatsioon ei ole teostatav'
sys.exit(1)
def main_function():
if len(sys.argv) < 2:
usage()
if sys.argv[1] == 'get' or sys.argv[1] == 'set':
if sys.argv[1] == 'get':
try:
hts_ip = Election().get_hts_ip()
except:
hts_ip = NOT_DEFINED_STR
try:
hts_path = Election().get_hts_path()
except:
hts_path = NOT_DEFINED_STR
try:
hts_verify = Election().get_hts_verify_path()
except:
hts_verify = NOT_DEFINED_STR
print "HTS IP: %s" % hts_ip
print "HTS path: %s" % hts_path
print "HTS verification path: %s" % hts_verify
else:
try:
if len(sys.argv) != 5:
usage()
execute(sys.argv[2], sys.argv[3], sys.argv[4])
except:
Election().config_hth_done(False)
sys.stderr.write("HTSi konfigureerimine nurjus: %s\n" \
% exception_msg.trace())
sys.exit(1)
else:
print 'Operatsioon ei ole teostatav'
sys.exit(1)
http://creativecommons.org/licenses/by-nc-nd/3.0/.
"""
import sys
import evcommon
import exception_msg
import hesdisp
def check_consistency():
hes = hesdisp.HESDispatcher()
res, msg = hes.hts_consistency_check()
if res == evcommon.EVOTE_CONSISTENCY_YES:
print 'HES ja HTS on kooskõlalised'
elif res == evcommon.EVOTE_CONSISTENCY_NO:
print 'HES ja HTS ei ole kooskõlalised'
else:
print 'Viga HES ja HTS kooskõlalisuse kontrollil (%s)' % msg
if __name__ == '__main__':
#pylint: disable-msg=W0702
try:
check_consistency()
except:
sys.stderr.write('Viga HES ja HTS kooskõlalisuse kontrollil:' +
exception_msg.trace() + '\n')
sys.exit(1)
# vim:set ts=4 sw=4 et fileencoding=utf8:
def check_vote(self, mobid):
try:
bdocpython.initialize()
conf = bdocconfig.BDocConfig()
conf.load(Election().get_bdoc_conf())
alines = []
elines = []
if mobid:
alines, elines = \
regrights.analyze_signature_for_log(self._decoded_vote)
else:
alines, elines = \
regrights.analyze_vote_for_log(self._decoded_vote)
for el in alines:
evlog.log(el)
for el in elines:
evlog.log_error(el)
res = None
if mobid:
res = regrights.check_vote_hes_mobid(self._decoded_vote, conf)
else:
res = regrights.check_vote_hes(self._decoded_vote, conf)
if not res.result:
self.error.log_msg = res.error
if self.error.user_msg == '':
self.error.user_msg = evmessage.EV_ERRORS.TEHNILINE_VIGA
self.error.user_code = evcommon.EVOTE_ERROR
if not res.cert_is_valid:
self.error.user_msg =\
evmessage.EV_ERRORS.SERTIFIKAAT_ON_AEGUNUD
self.error.user_code = evcommon.EVOTE_CERT_ERROR
return False
ik_ver = regrights.get_personal_code(res.subject)
if self._ik != ik_ver:
self.error.log_msg = \
'Autentija (%s) ja allkirjastaja (%s) erinevad' % \
(self._ik, ik_ver)
self.error.user_msg = \
evmessage.EV_ERRORS.TEHNILINE_VIGA
self.error.user_code = evcommon.EVOTE_ERROR
return False
return True
except:
self.error.user_msg = evmessage.EV_ERRORS.TEHNILINE_VIGA
self.error.user_code = evcommon.EVOTE_ERROR
self.error.log_msg = exception_msg.trace()
finally:
bdocpython.terminate()
return False
Attribution-NonCommercial-NoDerivs 3.0 Unported License.
To view a copy of this license, visit
http://creativecommons.org/licenses/by-nc-nd/3.0/.
"""
import sys
import evcommon
import exception_msg
import hesdisp
def check_consistency():
hes = hesdisp.HESDispatcher()
res, msg = hes.hts_consistency_check()
if res == evcommon.EVOTE_CONSISTENCY_YES:
print 'HES ja HTS on kooskõlalised'
elif res == evcommon.EVOTE_CONSISTENCY_NO:
print 'HES ja HTS ei ole kooskõlalised'
else:
print 'Viga HES ja HTS kooskõlalisuse kontrollil (%s)' % msg
if __name__ == '__main__':
#pylint: disable-msg=W0702
try:
check_consistency()
except:
sys.stderr.write('Viga HES ja HTS kooskõlalisuse kontrollil:' +
exception_msg.trace() + '\n')
sys.exit(1)
# vim:set ts=4 sw=4 et fileencoding=utf8:
def log_exception(self):
self.log_error(exception_msg.trace())
for el in qlist:
print el
htsdisp.start_revocation(el)
elif _state == election.ETAPP_LUGEMINE:
qlist = election.Election().get_questions()
for el in qlist:
print el
htsdisp.start_tabulation(el)
else:
pass
def usage():
sys.stderr.write('Kasutamine: %s\n' % sys.argv[0])
sys.exit(1)
if __name__ == '__main__':
if len(sys.argv) != 1:
usage()
try:
execute()
except: # pylint: disable=W0702
sys.stderr.write(\
'Viga etapivahetusel: ' + exception_msg.trace() + '\n')
sys.exit(1)
# vim:set ts=4 sw=4 et fileencoding=utf8:
def log_exception(self):
self.log_error(exception_msg.trace())
if Election().is_config_session_done():
print '\tSeansi konfiguratsioon - olemas'
display_session_conf()
else:
print '\tSeansi konfiguratsioon - puudu'
if Election().is_hts():
if Election().is_config_verification_done():
print '\tKontrollitavuse konfiguratsioon - olemas'
display_verification_conf()
else:
print '\tKontrollitavuse konfiguratsioon - puudu'
if Election().is_hlr():
if Election().is_config_hsm_done():
print '\tHSMi konfiguratsioon - olemas'
else:
print '\tHSMi konfiguratsioon - puudu'
for elid in Election().get_questions():
if Election().is_config_hlr_input_elid_done(elid):
print '\t"%s" imporditud häälte fail - olemas' % elid
else:
print '\t"%s" imporditud häälte fail - puudu' % elid
except:
sys.stderr.write("Sätete kuvamine nurjus: %s\n" %
exception_msg.trace())
sys.exit(1)
# vim:set ts=4 sw=4 et fileencoding=utf8:
for el in qlist:
print el
htsdisp.start_revocation(el)
elif _state == election.ETAPP_LUGEMINE:
qlist = election.Election().get_questions()
for el in qlist:
print el
htsdisp.start_tabulation(el)
else:
pass
def usage():
sys.stderr.write('Kasutamine: %s\n' % sys.argv[0])
sys.exit(1)
if __name__ == '__main__':
if len(sys.argv) != 1:
usage()
try:
execute()
except: # pylint: disable=W0702
sys.stderr.write(
'Viga etapivahetusel: ' + exception_msg.trace() + '\n')
sys.exit(1)
# vim:set ts=4 sw=4 et fileencoding=utf8:
else:
print '\tSeansi konfiguratsioon - puudu'
if Election().is_hts():
if Election().is_config_verification_done():
print '\tKontrollitavuse konfiguratsioon - olemas'
display_verification_conf()
else:
print '\tKontrollitavuse konfiguratsioon - puudu'
if Election().is_hlr():
if Election().is_config_hsm_done():
print '\tHSMi konfiguratsioon - olemas'
else:
print '\tHSMi konfiguratsioon - puudu'
for elid in Election().get_questions():
if Election().is_config_hlr_input_elid_done(elid):
print '\t"%s" imporditud häälte fail - olemas' % elid
else:
print '\t"%s" imporditud häälte fail - puudu' % elid
except:
sys.stderr.write("Sätete kuvamine nurjus: %s\n"
% exception_msg.trace())
sys.exit(1)
# vim:set ts=4 sw=4 et fileencoding=utf8:
import sys
import exception_msg
from election import Election
def usage():
print "Kasutamine: " + sys.argv[0] + " <hts> <htspath> <htsverifypath>"
sys.exit(1)
def execute(ip, path, verify):
Election().set_hts_ip(ip)
Election().set_hts_path(path)
Election().set_hts_verify_path(verify)
Election().config_hth_done()
if __name__ == "__main__":
if len(sys.argv) != 4:
usage()
try:
execute(*sys.argv[1:])
except:
Election().config_hth_done(False)
sys.stderr.write("HTSi konfigureerimine nurjus: %s\n" % exception_msg.trace())
sys.exit(1)
# vim:set ts=4 sw=4 et fileencoding=utf8:
for el in qlist:
print el
htsdisp.start_revocation(el)
elif _state == election.ETAPP_LUGEMINE:
qlist = election.Election().get_questions()
for el in qlist:
print el
htsdisp.start_tabulation(el)
else:
pass
def usage():
sys.stderr.write('Kasutamine: %s\n' % sys.argv[0])
sys.exit(1)
if __name__ == '__main__':
if len(sys.argv) != 1:
usage()
try:
execute()
except: # pylint: disable=W0702
sys.stderr.write('Viga etapivahetusel: ' + exception_msg.trace() +
'\n')
sys.exit(1)
# vim:set ts=4 sw=4 et fileencoding=utf8:
