def _parse_dn(cls, dn):
ln = LdapName(unicode(dn))
# FIXME given this tuple of a single element tuple structure assumed here, is it possible this is
# not actually the case, eg because of multi value attributes?
return tuple((((_ldap_rdn_display_names.get(rdn.type),
_str_or_unicode(rdn.value)), )
for rdn in ln.getRdns()))
def parse(self, raw):
'''
Parse DistinguishedName from string representation
@types: str -> DistinguishedName
'''
ldapName = LdapName(raw)
head = None
for item in ldapName.getRdns():
name = item.getType()
value = str(item.getValue())
head = DistinguishedName(name.strip(), value.strip(), head)
return head
def parse(self, raw):
'''
Parse DistinguishedName from string representation
@types: str -> DistinguishedName
'''
ldapName = LdapName(raw)
head = None
for item in ldapName.getRdns():
name = item.getType()
value = str(item.getValue())
head = DistinguishedName(name.strip(), value.strip(), head)
return head
def redact_ee(self, ee):
cert_data = b64decode(ee)
x509_cert = cert_factory.generateCertificate(
StringBufferInputStream(cert_data))
dn = x509_cert.getSubjectDN().getName()
LDAP_dn = LdapName(dn)
redacted_ee = {}
cn = ''
for rdn in LDAP_dn.getRdns():
if rdn.getType() == 'CN':
cn = rdn.getValue()
redacted_ee['redactedCN'] = svc.get_base_domain(cn)
return redacted_ee
def _parse_dn(cls, dn):
dn_lst = []
ln = LdapName(unicode(dn))
ln_iter = ln.getAll()
try:
ln_value = ln_iter.nextElement()
while ln_value:
dn_lst.append(tuple(ln_value.split('=', 1)))
ln_value = ln_iter.nextElement()
except NoSuchElementException:
pass
return tuple(dn_lst)
def _parse_dn(cls, dn):
dn_lst = []
ln = LdapName(unicode(dn))
ln_iter = ln.getAll()
try:
ln_value = ln_iter.nextElement()
while ln_value:
dn_lst.append(tuple(ln_value.split('=', 1)))
ln_value = ln_iter.nextElement()
except NoSuchElementException:
pass
return tuple(dn_lst)
def getpeercert(self, binary_form=False):
cert = self.engine.getSession().getPeerCertificates()[0]
if binary_form:
return cert.getEncoded()
dn = cert.getSubjectX500Principal().getName()
ldapDN = LdapName(dn)
# FIXME given this tuple of a single element tuple structure assumed here, is it possible this is
# not actually the case, eg because of multi value attributes?
rdns = tuple((((_ldap_rdn_display_names.get(rdn.type), rdn.value),) for rdn in ldapDN.getRdns()))
# FIXME is it str? or utf8? or some other encoding? maybe a bug in cpython?
alt_names = tuple(((_cert_name_types[type], str(name)) for (type, name) in cert.getSubjectAlternativeNames()))
pycert = {
"notAfter": _rfc2822_date_format.format(cert.getNotAfter()),
"subject": rdns,
"subjectAltName": alt_names,
}
return pycert
def getpeercert(self, binary_form=False):
cert = self.engine.getSession().getPeerCertificates()[0]
if binary_form:
return cert.getEncoded()
dn = cert.getSubjectX500Principal().getName()
ldapDN = LdapName(dn)
# FIXME given this tuple of a single element tuple structure assumed here, is it possible this is
# not actually the case, eg because of multi value attributes?
rdns = tuple((((_ldap_rdn_display_names.get(rdn.type), rdn.value),) for rdn in ldapDN.getRdns()))
# FIXME is it str? or utf8? or some other encoding? maybe a bug in cpython?
alt_names = tuple(((_cert_name_types[type], str(name)) for (type, name) in cert.getSubjectAlternativeNames()))
pycert = {
"notAfter": _rfc2822_date_format.format(cert.getNotAfter()),
"subject": rdns,
"subjectAltName": alt_names,
}
return pycert
def _parse_dn(cls, dn):
ln = LdapName(unicode(dn))
# FIXME given this tuple of a single element tuple structure assumed here, is it possible this is
# not actually the case, eg because of multi value attributes?
return tuple((((_ldap_rdn_display_names.get(rdn.type), _str_or_unicode(rdn.value)),) for rdn in ln.getRdns()))
