Cleanup and add OS requirements
This commit is contained in:
Nico Schottelius
parent
6b21a3b1a0
commit
9a44d45f39
5 changed files with 2 additions and 392 deletions
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@ -1,19 +0,0 @@
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[System]
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# Set up where the RabbitMQ is at and user:password
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RABBITMQ = guest:guest@127.0.0.1
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[EMAIL]
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EMAILFROM = info@ungleich.ch
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[LDAP]
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# Set up the user who can search
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SEARCHUSER = uid=search,ou=system,dc=ungleich,dc=ch
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SEARCHUSERPASSWORD = fnord
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# Set up which LDAP server to query for auth
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LDAPSERVER = ldaps://ldap1.ungleich.ch
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350
nameko-func.py
350
nameko-func.py
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@ -1,350 +0,0 @@
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from nameko.events import EventDispatcher, event_handler
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from nameko.rpc import rpc
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from configparser import ConfigParser
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from ldap3 import Server, ServerPool, Connection, ObjectDef, AttrDef, Reader, Writer
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from datetime import datetime
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# For testing
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from random import randint
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# Read the config in the nameko.conf
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config = ConfigParser()
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config.read('nameko.conf')
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# Sanity check for config
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try:
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mult_server = int(config['LDAP']['SERVERMULTIPLE'])
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# SERVERMULTIPLE is set to something not a number
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except:
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exit("[LDAP] SERVERMULTIPLE has to be an integer >= 1")
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# less than one server is not a sensible option
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if mult_server < 1:
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exit("[LDAP] SERVERMULTIPLE has to be an integer >= 1")
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# Function to setup the server or serverpool
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def ldapservers():
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# Just one server, no need for a pool
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if mult_server == 1:
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ldapserver = Server(config['LDAP']['LDAPSERVER1'], use_ssl=True)
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return ldapserver
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# Multiple servers, set up a pool
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else:
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ldapserver = ServerPool(None)
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for x in range(1, (mult_server+1)):
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ins = Server(config['LDAP']['LDAPSERVER' + str(x)], use_ssl=True)
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ldapserver.add(ins)
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return ldapserver
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# Since there's no reason why someone in ou=users shouldn't use the service,
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# here's the helper function to check whether an uid is in ou=customers or
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# ou=users
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# returns the full dn
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def user_or_customer(uid):
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server = ldapservers()
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conn = Connection(server, config['LDAP']['LDAPMANAGER'], config.get('LDAP','LDAPMANAGERPASSWORD', raw=True))
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conn.bind()
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search_customers = conn.search('ou=customers,dc=ungleich,dc=ch', '(%s)' % uid)
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if search_customers:
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conn.unbind()
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return '%s,ou=customers,dc=ungleich,dc=ch' % uid
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search_users = conn.search('ou=users,dc=ungleich,dc=ch', '(%s)' % uid)
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if search_users:
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conn.unbind()
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return '%s,ou=users,dc=ungleich,dc=ch' % uid
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conn.unbind()
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return False
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# Get the objectclasses
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def objclasses(rdn, uid, connection):
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# search for objectClasses
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connection.search(rdn, '(%s)' % uid, attributes=['objectClass'])
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objclass = []
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# get the relevant data
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tmp = connection.entries[0]['objectClass']
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# This one sets up the array
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for y in tmp:
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objclass.append(y)
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# return the array containing the objectClasses, like ['inetOrgPerson', 'posixAccount', 'ldapPublicKey']
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return objclass
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# checks if a user already exists in the LDAP
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class UserLookUp(object):
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name = "userlookup"
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dispatch = EventDispatcher()
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@rpc
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def lookup(self, user):
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# Setup the search parameter and connect to LDAP
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LDAP_UID = 'uid=%s' % user
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server = ldapservers()
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conn = Connection(server, config['LDAP']['LDAPMANAGER'], config.get('LDAP','LDAPMANAGERPASSWORD', raw=True))
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conn.bind()
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# Strange result. It keeps complaining LDAP_UID not set if I try to directly
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# substitute x and y to the if
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# Searches for user in ou=customers and ou=users
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x = conn.search('ou=customers,dc=ungleich,dc=ch', '(%s)' % LDAP_UID)
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y = conn.search('ou=users,dc=ungleich,dc=ch', '(%s)' % LDAP_UID)
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if x or y:
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# return conn.entries[0] for first search result since we can assume uid is unique
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self.dispatch('ldap', '%s [Info: UserLookUp] Searched for %s and found it\n' % (datetime.now(), LDAP_UID) )
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conn.unbind()
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# return True since the user is already in LDAP
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return True
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# User not in LDAP, so just close it down, write the log and return False
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else:
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conn.unbind()
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self.dispatch('ldap', '%s [Info: UserLookUp] Searched for %s and not found it.\n' % (datetime.now(), LDAP_UID) )
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return False
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# Create a user in the LDAP. Assumes the checks are already in place for existing users
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class CreateUser(object):
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name = "createuser"
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dispatch = EventDispatcher()
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@rpc
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def create_user(self, user, password, firstname, lastname, email):
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# Creates a user with some basic data
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server = ldapservers()
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conn = Connection(server, config['LDAP']['LDAPMANAGER'], config.get('LDAP','LDAPMANAGERPASSWORD', raw=True))
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if not conn.bind():
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self.dispatch('ldap', '%s [Error CreateUser] Could not connect to LDAPserver\n' % datetime.now() )
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return "Could not connect to LDAP Server."
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# set objectClasses for the new user
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obj_new_user = ObjectDef(['inetOrgPerson', 'posixAccount', 'ldapPublicKey'], conn)
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w = Writer(conn, obj_new_user)
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dn = 'uid=%s,ou=users,dc=ungleich,dc=ch' % user
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w.new(dn)
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# Filling in some of the data
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# required attributes are sn, cn, homeDirectory, uid (already handled by dn), uidNumber, gidNumber
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w[0].givenName = firstname
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w[0].sn = lastname
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w[0].cn = firstname + " " + lastname
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w[0].mail = email
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w[0].userPassword = password
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w[0].homeDirectory = '/home/%s' % user
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# Set uidNumber as last used uidNumber+1
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w[0].uidNumber = self.get_new_uid_number(conn)
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# gidNumber for users created by userservice, nice and clear
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w[0].gidNumber = 10004
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if not w.commit():
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conn.unbind()
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self.dispatch('ldap', '%s [Error CreateUser] Could not write new user %s to LDAP DB\n' % (datetime.now(), dn) )
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return "Couldn't write data to the LDAP Server."
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conn.unbind()
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self.dispatch('ldap', '%s [Info CreateUser] %s created.\n' % (datetime.now(), dn) )
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return True
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# Function to get the next uid number. Not elegant, but LAM does it too and didn't really find anything
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# nicer. The sorted() seems to be quite efficient, so it shouldn't take too long even on larger arrays
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def get_new_uid_number(self, conn):
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conn.search('dc=ungleich,dc=ch', '(&(objectClass=posixAccount)(uidNumber=*))', attributes = [ 'uidNumber' ])
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newuid = 0
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uidlist = []
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for c in conn.response:
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uidlist.append(c['attributes']['uidNumber'])
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# New uid is highest old uidnumber plus one
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newuid = (sorted(uidlist)[len(uidlist)-1] + 1)
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return newuid
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# Returns some basic data from an user
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class GetUserData(object):
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name = "getuserdata"
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dispatch = EventDispatcher()
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@rpc
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def get_data(self, user):
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# Setup the search parameter and connect to LDAP
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LDAP_UID = 'uid=%s' % user
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server = ldapservers()
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conn = Connection(server, config['LDAP']['LDAPMANAGER'], config.get('LDAP', 'LDAPMANAGERPASSWORD', raw=True))
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conn.bind()
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if not conn.bound:
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self.dispatch('ldap', '%s [Error GetUserData] Could not connect to LDAP server.\n' % datetime.now() )
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return ("error", "Could not connect to LDAP server.", "", "")
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rdn = user_or_customer(LDAP_UID)
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if rdn == False:
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conn.unbind()
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self.dispatch('ldap', '%s [Info GetUserData] Could not find user %s\n' % (datetime.now(), LDAP_UID) )
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return ("error", "Could not find the user.", "", "")
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# Workaround because not all users have the same objectClasses
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objclass = objclasses(rdn, LDAP_UID, conn)
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obj = ObjectDef(objclass, conn)
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# The Reader gets the data for the user
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r = Reader(conn, obj, rdn)
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r.search()
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# Since the DN is basically confirmed by user_or_customer() it shouldn't throw an exception, but better check
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try:
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x = r[0].sn
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except:
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conn.unbind()
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self.dispatch('ldap', '%s [Error GetUserData] Could not open Reader for %s\n' % (datetime.now(), rdn) )
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return ("error", "Could not read data for user.", "", "")
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# Putting the results into strings and then clean it up a bit if some attribute is not set in LDAP
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(firstname, lastname, email) = (str(r[0].givenName), str(r[0].sn), str(r[0].mail))
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if firstname == '[]':
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firstname = 'No firstname given'
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if lastname == '[]':
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lastname = 'No lastname given'
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if email == '[]':
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email = 'No email given'
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conn.unbind()
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self.dispatch('ldap', '%s [Info GetUserData] Got data for %s Firstname: %s Lastname: %s Email: %s\n' % (datetime.now(), rdn, firstname, lastname, email) )
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return ("OK", firstname, lastname, email)
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# change some (firstname, lastname, email) data for the user
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class ChangeUserData(object):
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name = "changeuserdata"
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dispatch = EventDispatcher()
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@rpc
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def change_data(self, user, firstname, lastname, email):
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LDAP_UID = 'uid=%s' % user
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server = ldapservers()
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# Establish connection with a user who can change the data
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conn = Connection(server, config['LDAP']['LDAPMANAGER'], config.get('LDAP', 'LDAPMANAGERPASSWORD', raw=True))
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if not conn.bind():
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self.dispatch('ldap', '%s [Error ChangeUserData] Could not connect to LDAP server.\n' % datetime.now() )
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return "Could not connect to LDAP server."
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# get the DN of the user
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rdn = user_or_customer(LDAP_UID)
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if rdn == False:
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conn.unbind()
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self.dispatch('ldap', '%s [Info ChangeUserData] User with %s not found.\n' % (datetime.now(), LDAP_UID) )
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return "Could not find user."
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# Fix because not every user has the same objectClasses
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objclass = objclasses(rdn, LDAP_UID, conn)
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# Set up a reader for the user
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obj = ObjectDef(objclass, conn)
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r = Reader(conn, obj, rdn)
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r.search()
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# Again, user_or_customer() should prevent it from throwing an exception because it's a confirmed user
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try:
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x = r[0].sn
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except:
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conn.unbind()
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self.dispatch('ldap', '%s [Error ChangeUserData] Could not open Reader for %s\n' % (datetime.now(), rdn) )
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return "Could not open the data of user."
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# Opens a Writer instance prefilled with the old data
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# We could check if something has changed, but since the form takes the old data as standard values, let's
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# just update the relevant attributes
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w = Writer.from_cursor(r)
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w[0].sn = lastname
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w[0].cn = firstname + " " + lastname
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w[0].givenName = firstname
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w[0].mail = email
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# check if the data is written
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if not w.commit():
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conn.unbind()
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self.dispatch('ldap', '%s [Error ChangeUserData] Could not write changes for %s\n' % (datetime.now(), rdn) )
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return "Could not write changes for user."
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conn.unbind()
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self.dispatch('ldap', '%s [Info ChangeUserData] Changed data for %s Firstname: %s Lastname: %s Email: %s\n' % (datetime.now(), rdn, firstname, lastname, email) )
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return True
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# change the password for the user
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class ChangePassword(object):
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name = "changepassword"
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dispatch = EventDispatcher()
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@rpc
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def change_password(self, user, newpassword):
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LDAP_UID = 'uid=%s' % user
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server = ldapservers()
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conn = Connection(server, config['LDAP']['LDAPMANAGER'], config.get('LDAP', 'LDAPMANAGERPASSWORD', raw=True))
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if not conn.bind():
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self.dispatch('ldap', '%s [Error ChangePassword] Could not connect to LDAP server.\n' % datetime.now() )
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return "Could not connect to LDAP server."
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# check if uid=user is in either ou=customers or ou=users
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rdn = user_or_customer(LDAP_UID)
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if rdn == False:
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conn.unbind()
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self.dispatch('ldap', '%s [Error ChangePassword] Could not find user %s\n' % (datetime.now(), LDAP_UID) )
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return "Could not find the user."
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# Plus not everyone has the same objectClasses, so workaround
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objclass = objclasses(rdn, LDAP_UID, conn)
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obj = ObjectDef(objclass, conn)
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# Set up a Reader for the DN
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r = Reader(conn, obj, rdn)
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r.search()
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# Shouldn't throw an exception, since the user is confirmed to be there
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try:
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x = r[0].sn
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except:
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conn.unbind()
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self.dispatch('ldap', '%s [Error ChangePassword] Could not open Reader for %s\n' % (datetime.now(), rdn) )
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return "Could not open the data for the user."
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# Set up the writer and overwrite the attribute with the new password
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w = Writer.from_cursor(r)
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w[0].userPassword = newpassword
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# Check to see if the change has gone through
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if not w.commit():
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conn.unbind()
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self.dispatch('ldap', '%s [Error ChangePassword] Could not write data for %s\n' % (datetime.now(), rdn) )
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return "Could not write data for the user."
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conn.unbind()
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self.dispatch('ldap', '%s [Info ChangePassword] Password changed for %s\n' % (datetime.now(), rdn) )
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return True
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# Deletes a user from LDAP
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class DeleteUser(object):
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name = "deleteuser"
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dispatch = EventDispatcher()
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@rpc
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def delete_user(self, user):
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LDAP_UID = 'uid=%s' % user
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server = ldapservers()
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conn = Connection(server, config['LDAP']['LDAPMANAGER'], config.get('LDAP', 'LDAPMANAGERPASSWORD', raw=True))
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conn.bind()
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if not conn.bound:
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self.dispatch('ldap', '%s [Error DeleteUser] Could not connect to LDAP server.\n' % datetime.now() )
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return "Could not connect to LDAP server."
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# again, check whether the uid= is in ou=users or ou=customers
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dn = user_or_customer(LDAP_UID)
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if dn == False:
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conn.unbind()
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self.dispatch('ldap', '%s [Error DeleteUser] Could not find the user %s\n' % (datetime.now(), LDAP_UID) )
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return "Could not find the user."
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# Check if the delete was successfull
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deleted = conn.delete(dn)
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if not deleted:
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conn.unbind()
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self.dispatch('ldap', '%s [Error DeleteUser] Could not delete %s\n' % (datetime.now(), dn) )
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return "Could not delete the user."
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conn.unbind()
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self.dispatch('ldap', '%s [Info DeleteUser] Deleted %s\n' % (datetime.now(), dn) )
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return True
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# the class to log all the dispatches
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# for now everything gets logged into the same logfile, but
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# I don't forsee that much traffic plus with timestamps and the class name
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# in the log should be readable
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class Log(object):
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name = "log"
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ldaplog = config['System']['LOGDIR'] + '/ldap.log'
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# Gets all the dispatches with 'ldap' and writes them into the ldap.log
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@event_handler('userlookup', 'ldap')
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@event_handler('createuser', 'ldap')
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@event_handler('getuserdata', 'ldap')
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@event_handler('changeuserdata', 'ldap')
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@event_handler('passwordresetrequest', 'ldap')
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@event_handler('changepassword', 'ldap')
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@event_handler('deleteuser', 'ldap')
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def event_handler_ldap(self, payload):
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f = open(self.ldaplog, mode='a', encoding='utf-8')
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f.write(payload)
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f.close
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@ -1,20 +0,0 @@
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[System]
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# where the rabbitmq server lives and how to connect
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RABBITMQ = guest:guest@localhost
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# where to put the ldap.log
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LOGDIR = /home/downhill/ungleich/dal/
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[LDAP]
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# How many ldapservers are supplied
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SERVERMULTIPLE = 1
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# the list of ldapservers, just number sequentially
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LDAPSERVER1 = localhost
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# Change to something which has enough access to create users, change things around, etc
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LDAPMANAGER = cn=manager,dc=ungleich,dc=ch
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LDAPMANAGERPASSWORD = foobar
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2
requirements-os.txt
Normal file
2
requirements-os.txt
Normal file
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@ -0,0 +1,2 @@
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# Debian/Devuanp
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apt install libldap2-dev libsasl2-dev
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@ -1,8 +1,5 @@
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django>=2.1.2
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django-auth-ldap>=1.7.0
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nameko>=2.11.0
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ldap3>=2.5.1
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django-nameko>=0.1
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django-bootstrap3>=11.0.0
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django-compressor>=2.2
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django-sezikai>=0.10.0
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