def authenticate(data):
'''using as Post-Auth'''
ldbg("authenticate data: %s" % str(data))
### ldbg("function authenticate")
d = utils.RadPacketToDict(data)
if 'Service-Type' not in d:
linfo("Service-Type is not present, noop")
return radiusd.RLM_MODULE_NOOP
if 'Digest-Method' not in d:
linfo("Digest-Method is not present, noop")
return radiusd.RLM_MODULE_NOOP
if d['Service-Type'] == 'Sip-Session':
if d['Digest-Method'] == 'INVITE':
src = d.get("Sip-Uri-User")
if not src:
lerr("FAIL: couldn't extract 'Sip-Uri-User' from packet")
return radiusd.RLM_MODULE_FAIL
dst = d.get("Digest-URI")
if not dst:
lerr("FAIL: couldn't extract 'Sip-Uri-User' from packet")
return radiusd.RLM_MODULE_FAIL
dst = dst.split('@')[0][4:]
proxy = d.get("NAS-IP-Address")
if not proxy:
lerr("FAIL: couldn't extract 'Sip-Uri-User' from packet")
return radiusd.RLM_MODULE_FAIL
return auth.AuthInvite(src, dst, proxy)
return radiusd.RLM_MODULE_NOOP
def authenticate(data):
'''using as Post-Auth'''
ldbg("authenticate data: %s" % str(data))
### ldbg("function authenticate")
d = utils.RadPacketToDict(data)
if 'Service-Type' not in d:
linfo("Service-Type is not present, noop")
return radiusd.RLM_MODULE_NOOP
if 'Digest-Method' not in d:
linfo("Digest-Method is not present, noop")
return radiusd.RLM_MODULE_NOOP
if d['Service-Type'] == 'Sip-Session':
if d['Digest-Method'] == 'INVITE':
src = d.get("Sip-Uri-User")
if not src:
lerr("FAIL: couldn't extract 'Sip-Uri-User' from packet")
return radiusd.RLM_MODULE_FAIL
dst = d.get("Digest-URI")
if not dst:
lerr("FAIL: couldn't extract 'Sip-Uri-User' from packet")
return radiusd.RLM_MODULE_FAIL
dst = dst.split('@')[0][4:]
proxy = d.get("NAS-IP-Address")
if not proxy:
lerr("FAIL: couldn't extract 'Sip-Uri-User' from packet")
return radiusd.RLM_MODULE_FAIL
return auth.AuthInvite(src, dst, proxy)
return radiusd.RLM_MODULE_NOOP
def authorize(data):
ldbg("authorize data: %s" % str(data))
### ldbg("function authorize")
d = utils.RadPacketToDict(data)
### ldbg("function authorize (d variable) => %s " % d)
if 'Service-Type' not in d:
linfo("Service-Type is not present, noop")
### ldbg("function authorize: Service-Type is not present")
return radiusd.RLM_MODULE_NOOP
### ldbg("function authorize: post check Service-Type")
if d['Service-Type'] == 'Sip-Session':
user = d.get("User-Name")
### ldbg("function authorize: User-Name -> %s " % user)
if not user:
lerr("FAIL: couldn't extract 'User-Name' from packet")
### ldbg("function authorize: couldn't extract User-Name")
return radiusd.RLM_MODULE_FAIL
### ldbg("function authorize: post check User-Name and Sip-Session")
ldbg("process for get user-name by split -> %s " % user.split('@')[0])
### kek = auth.Authorize(user.split('@')[0])
### ldbg("function authorize: get kek -> %s " % str(kek))
return auth.Authorize(user.split('@')[0])
### return kek
linfo("Unknown Service-Type")
return radiusd.RLM_MODULE_NOOP
def authorize(data):
ldbg("authorize data: %s" % str(data))
### ldbg("function authorize")
d = utils.RadPacketToDict(data)
### ldbg("function authorize (d variable) => %s " % d)
if 'Service-Type' not in d:
linfo("Service-Type is not present, noop")
### ldbg("function authorize: Service-Type is not present")
return radiusd.RLM_MODULE_NOOP
### ldbg("function authorize: post check Service-Type")
if d['Service-Type'] == 'Sip-Session':
user = d.get("User-Name")
### ldbg("function authorize: User-Name -> %s " % user)
if not user:
lerr("FAIL: couldn't extract 'User-Name' from packet")
### ldbg("function authorize: couldn't extract User-Name")
return radiusd.RLM_MODULE_FAIL
### ldbg("function authorize: post check User-Name and Sip-Session")
ldbg("process for get user-name by split -> %s " % user.split('@')[0])
### kek = auth.Authorize(user.split('@')[0])
### ldbg("function authorize: get kek -> %s " % str(kek))
return auth.Authorize(user.split('@')[0])
### return kek
linfo("Unknown Service-Type")
return radiusd.RLM_MODULE_NOOP
def accounting(data):
ldbg("accounting packet: %s" % str(data))
d = utils.RadPacketToDict(data)
### ldbg("mod. radser. fun. acc. post utils.RadPacketToDict")
if ('Service-Type' not in d) or (d['Service-Type'] != 'Sip-Session'):
linfo("Service-Type is not Sip-Session, noop")
return radiusd.RLM_MODULE_NOOP
### ldbg("mod. radser. fun. acc. before return value of function")
return acct.Account(d)
def instantiate(data):
global auth, acct
ldbg("instantiate data: %s" % str(data))
cfg = ConfigParser.ConfigParser()
cfg.read("/etc/radser.cfg")
db = ParseConfig(cfg)
ldbg("db config: %s" % str(db))
auth = Auth(storage.UnetmapAuthStorage(db['auth']))
acct = Acct(storage.AcctStorage(db['acct']))
def instantiate(data):
global auth, acct
ldbg("instantiate data: %s" % str(data))
cfg = ConfigParser.ConfigParser()
cfg.read("/etc/radser.cfg")
db = ParseConfig(cfg)
ldbg("db config: %s" % str(db))
auth = Auth(storage.UnetmapAuthStorage(db['auth']))
acct = Acct(storage.AcctStorage(db['acct']))
def accounting(data):
ldbg("accounting packet: %s" % str(data))
d = utils.RadPacketToDict(data)
### ldbg("mod. radser. fun. acc. post utils.RadPacketToDict")
if ('Service-Type' not in d) or (d['Service-Type'] != 'Sip-Session'):
linfo("Service-Type is not Sip-Session, noop")
return radiusd.RLM_MODULE_NOOP
### ldbg("mod. radser. fun. acc. before return value of function")
return acct.Account(d)
def GetDset(self, num, default_addr):
query = """
SELECT PG.id, PG.groupnumber AS inum, PG.externalnumber AS exnum, PG.servergroup_id AS sgid, INET_NTOA(SG.ip) AS addr, SG.name as sg, PG.metagroup AS is_meta
FROM phones_phonegroup AS PG
LEFT JOIN phones_servergroup AS SG
ON SG.id = PG.servergroup_id
WHERE PG.groupnumber = %s OR PG.externalnumber = %s
LIMIT 1
"""
res = self.getDict(query, (num, num))
if len(res):
info = res[0]
if info['is_meta']:
ldbg("call to meta-group '%s'" % info['exnum'])
return self.getMetaDset(num, info['addr'], info['id'], info['sgid'], default_addr)
if info['sg'] != "opensers":
ldbg("call to PBX '%s@%s" % (num, info['addr']))
dset = URISet()
dset.append(num, info['addr'])
return dset
ldbg("call to group '%s'" % num)
return self.getGroupDset(info['id'], default_addr)
dset = self.getPhoneDset(num, default_addr)
if dset:
ldbg("call to phone '%s'" % num)
return dset
def GetDset(self, num, default_addr):
query = """
SELECT PG.id, PG.groupnumber AS inum, PG.externalnumber AS exnum, PG.servergroup_id AS sgid, INET_NTOA(SG.ip) AS addr, SG.name as sg, PG.metagroup AS is_meta
FROM phones_phonegroup AS PG
LEFT JOIN phones_servergroup AS SG
ON SG.id = PG.servergroup_id
WHERE PG.groupnumber = %s OR PG.externalnumber = %s
LIMIT 1
"""
res = self.getDict(query, (num, num))
if len(res):
info = res[0]
if info['is_meta']:
ldbg("call to meta-group '%s'" % info['exnum'])
return self.getMetaDset(num, info['addr'], info['id'],
info['sgid'], default_addr)
if info['sg'] != "opensers":
ldbg("call to PBX '%s@%s" % (num, info['addr']))
dset = URISet()
dset.append(num, info['addr'])
return dset
ldbg("call to group '%s'" % num)
return self.getGroupDset(info['id'], default_addr)
dset = self.getPhoneDset(num, default_addr)
if dset:
ldbg("call to phone '%s'" % num)
return dset