try:
user_query = Query().get('local:user').filter_by('email', '==', user_email).select('user_id','email','password','config')
user_details = execute_admin_query(request, user_query)
-
+
# getting the user_id from the session
for user_detail in user_details:
user_id = user_detail['user_id']
request['public_key'] = user.public_key
request['private_key'] = user.private_key
request['username'] = user.login
+ request['reasons'] = user.reasons
return request
def make_request_slice(slice):
try:
# Send an email: the recipients are the PI of the authority
recipients = authority_get_pi_emails(wsgi_request, request['authority_hrn'])
+
+ pis = authority_get_pis(request, request['authority_hrn'])
+ pi_emails = []
+ for x in pis:
+ for e in x['pi_users']:
+ try:
+ u = e.split(".")[1]
+ y = User.objects.get(username = u)
+ print y.username
+ if y.username.count("@") != 0:
+ if y.username.split("@")[1] == request['user_hrn'].split("@")[1]:
+ pi_emails += [y.email]
+ print y.email
+ except:
+ print "fail"
theme.template_name = 'slice_request_email.txt'
text_content = render_to_string(theme.template, request)
sender = sender.replace('\n', '')
#sender = email
- msg = EmailMultiAlternatives(subject, text_content, sender, recipients)
+ msg = EmailMultiAlternatives(subject, text_content, sender, pi_emails)
msg.attach_alternative(html_content, "text/html")
msg.send()
except Exception, e:
query = Query.create('user').set(sfa_user_params).select('user_hrn')
results = execute_query(wsgi_request, query)
+
if not results:
raise Exception, "Could not create %s. Already exists ?" % sfa_user_params['user_hrn']
else:
organization = request['username'].split('@')[1]
lsClient = LaboraSchedulerClient( organization )
- org_gidnumber = lsClient.get_testbed_info()['gidnumber']
- user_homedirectory = "/home/" + organization + "/" + request['username'].split('@')[0]
- user_homedirectory = user_homedirectory.encode('utf-8')
+ orgGIDNumber = lsClient.get_testbed_info()['gidnumber']
+ userHomeDirectory = "/home/" + organization + "/" + request['username'].split('@')[0]
+ userHomeDirectory = userHomeDirectory.encode('utf-8')
- user_data = {
+ userData = {
'username' : request['username'],
'email' : request['email'].encode('utf-8'),
'password' : request['password'].encode('utf-8'),
'name' : str( request['first_name'].encode('latin1') ) + ' ' + str( request['last_name'].encode('latin1') ),
- 'gidnumber' : org_gidnumber,
- 'homedirectory' : user_homedirectory
+ 'gidnumber' : orgGIDNumber,
+ 'homedirectory' : userHomeDirectory,
+ 'created_by' : "myslice"
}
- # Add user in the island:
- add_user = lsClient.add_user( user_data )
+ # Add user in the island.
+ addUser = lsClient.add_user( userData )
- return add_user
+ # User successfully created, upload user public key.
+ if addUser:
+ ls_update_public_key( wsgi_request, request, lsClient, addUser )
+
+ return addUser
def ls_validate_user(wsgi_request, request):
organization = request['username'].split('@')[1]
lsClient = LaboraSchedulerClient( organization )
- user_id = lsClient.get_user_id_by_username( { 'username': str(request['username']) } )
+ userId = lsClient.get_user_id_by_username( { 'username': str( request['username'] ) } )
validate = False
- if user_id:
- user_data = {
- 'user_id' : user_id,
+ if userId:
+ userData = {
+ 'user_id' : userId,
'new_user_data' : { 'enable': 'TRUE' }
}
- validate = lsClient.update_user( user_data )
+ validate = lsClient.update_user( userData )
- return validate
+ return validate and addUserPublicKey
+
+def ls_update_public_key( wsgi_request, request, lsClient, userId ):
+ userPbKey = {
+ 'user_id' : userId,
+ 'public_key' : request['public_key']
+ }
+
+ addUserPublicKey = lsClient.add_user_public_key( userPbKey )
+
+ return addUserPublicKey
def create_user(wsgi_request, request):
ls_validate_user( wsgi_request, request )
except Exception, e:
"Error to validate the user in Labora Scheduler."
+
+def create_user_in_ldap(wsgi_request, request, user_detail):
+ """
+ """
+
+ # saves the user to django auth_user table [needed for password reset]
+ user = User.objects.create_user(request['username'], request['email'], request['password'])
+
+ # Creating a manifold user
+ user_id = manifold_add_user(wsgi_request, request)
+
+ # Creating a Manifold account on the MySlice platform
+ # Note the JSON representation of public and private keys already includes quotes
+ account_config = {
+ 'user_hrn' : request['user_hrn'],
+ 'user_public_key' : request['public_key'],
+ }
+ if request['private_key']:
+ account_config['user_private_key'] = request['private_key']
+
+ user_id = user_detail['user_id'] + 1 # the user_id for the newly created user in local:user
+
+ # XXX TODO: Require a myslice platform
+ # ALERT: this will disapear with ROUTERV2 of Manifold
+ # We have to consider the case where several registries can be used
+ # Removed hardcoded platform = 5
+ # This platform == 'myslice' is a TMP FIX !!
+ try:
+ reg_platform_query = Query().get('local:platform') \
+ .filter_by('platform', '==', 'myslice') \
+ .select('platform_id')
+ reg_platform = execute_admin_query(wsgi_request, reg_platform_query)
+ reg_platform_id = reg_platform[0]['platform_id']
+ account_params = {
+ 'platform_id' : reg_platform_id, # XXX ALERT !!
+ 'user_id' : user_id,
+ 'auth_type' : request['auth_type'],
+ 'config' : json.dumps(account_config),
+ }
+ manifold_add_account(wsgi_request, account_params)
+ except Exception, e:
+ print "Failed creating manifold account on platform %s for user: %s" % ('myslice', request['email'])
+
+ # XXX This has to be stored centrally
+ USER_STATUS_ENABLED = 2
+
+ # Update Manifold user status
+ manifold_update_user(wsgi_request, request['username'], {'status': USER_STATUS_ENABLED})
+
+ # Add reference accounts for platforms
+ manifold_add_reference_user_accounts(wsgi_request, request)
+
+ organization = request['username'].split('@')[1]
+ lsClient = LaboraSchedulerClient( organization )
+ userId = lsClient.get_user_id_by_username( { 'username': str( request['username'] ) } )
+
+ ls_up_pkey = ls_update_public_key( wsgi_request, request, lsClient, userId )
+
+ if ls_up_pkey:
+ print "OK PKEY"
+
+ from sfa.util.xrn import Xrn
+
+ auth_pi = request.get('pi', None)
+ auth_pi = list([auth_pi]) if auth_pi else list()
+
+ # We create a user request with Manifold terminology
+ sfa_user_params = {
+ 'user_hrn' : request['user_hrn'],
+ 'user_email' : request['email'],
+ 'user_urn' : Xrn(request['user_hrn'], request['type']).get_urn(),
+ 'user_type' : request['type'],
+ 'keys' : request['public_key'],
+ 'user_first_name' : request['first_name'],
+ 'user_last_name' : request['last_name'],
+ 'pi_authorities' : auth_pi,
+ 'user_enabled' : True
+ }
+
+ print request['user_hrn']
+ print request['email']
+ print request['first_name']
+ print request['last_name']
+ print request['type']
+ print request['public_key']
+
+ query = Query.create('user').set(sfa_user_params).select('user_hrn')
+
+ print query
+
+ results = execute_admin_query(wsgi_request, query)
+
+ print results
+
+ if not results:
+ raise Exception, "Could not create %s. Already exists ?" % sfa_user_params['user_hrn']
+ else:
+ subject = 'User validated'
+ msg = 'A manager of your institution has validated your account. You have now full user access to the portal.'
+ send_mail(subject, msg, 'support@fibre.org.br',[request['email']], fail_silently=False)
+ return results
+
def create_pending_user(wsgi_request, request, user_detail):
"""
"""
git://git.onelab.eu / myslice.git / blobdiff