from django.shortcuts import render
from django.template.loader import render_to_string
from django.core.mail import send_mail
+from django.utils.decorators import method_decorator
+from django.contrib.auth.decorators import login_required
from plugins.lists.simplelist import SimpleList
from plugins.hazelnut import Hazelnut
class DashboardView(TemplateView):
template_name = "dashboard.html"
+
+ #This view requires login
+ @method_decorator(login_required)
+ def dispatch(self, *args, **kwargs):
+ return super(DashboardView, self).dispatch(*args, **kwargs)
def get_context_data(self, **kwargs):
# We might have slices on different registries with different user accounts
# DEPRECATED # context.update(page.prelude_env())
# DEPRECATED # return context
-
-
-# View for my_account form
-def my_account(request):
- return render(request, 'my_account.html', {
- #'form': form,
- 'topmenu_items': topmenu_items('My Account', request),
- 'username': the_user (request)
- })
-
# View for platforms
class PlatformsView(TemplateView):
template_name = "platforms.html"
def get_context_data(self, **kwargs):
page = Page(self.request)
- network_query = Query().get('local:platform').filter_by('disabled', '==', '0').select('platform','platform_longname','gateway_type')
+ #network_query = Query().get('local:platform').filter_by('disabled', '==', '0').select('platform','platform_longname','gateway_type')
+ network_query = Query().get('local:platform').select('platform','platform_longname','gateway_type')
page.enqueue_query(network_query)
page.expose_js_metadata()
return context
+
+
# View for 1 platform and its details
class PlatformView(TemplateView):
template_name = "platform.html"
return context
+
+
+#class for my_account
+class AccountView(TemplateView):
+ template_name = "my_account.html"
+
+ #This view requires login
+ @method_decorator(login_required)
+ def dispatch(self, *args, **kwargs):
+ return super(AccountView, self).dispatch(*args, **kwargs)
+
+
+ def get_context_data(self, **kwargs):
+ #page = Page(self.request)
+
+ user_query = Query().get('local:user').select('config','email')
+ user_details = execute_query(self.request, user_query)
+
+ # not always found in user_details...
+ config={}
+ for user_detail in user_details:
+ #email = user_detail['email']
+ if user_detail['config']:
+ config = json.loads(user_detail['config'])
+
+ platform_query = Query().get('local:platform').select('platform_id','platform')
+ account_query = Query().get('local:account').select('user_id','platform_id','auth_type','config')
+ platform_details = execute_query(self.request, platform_query)
+ account_details = execute_query(self.request, account_query)
+
+ # initial assignment needed for users having no account
+ platform_name = ''
+ account_type = ''
+ account_usr_hrn = ''
+ account_pub_key = ''
+ platform_name_list = []
+ account_type_list = []
+ usr_hrn_list = []
+ pub_key_list = []
+ for account_detail in account_details:
+ for platform_detail in platform_details:
+ if platform_detail['platform_id'] == account_detail['platform_id']:
+ platform_name = platform_detail['platform']
+ account_type = account_detail['auth_type']
+ account_config = json.loads(account_detail['config'])
+ # a bit more pythonic
+ account_usr_hrn = account_config.get('user_hrn','N/A')
+ account_pub_key = account_config.get('user_public_key','N/A')
+
+ platform_name_list.append(platform_name)
+ account_type_list.append(account_type)
+ usr_hrn_list.append(account_usr_hrn)
+ pub_key_list.append(account_pub_key)
+
+ # combining 4 lists into 1 [to render in the template]
+ lst = [{'platform_name': t[0], 'account_type': t[1], 'usr_hrn':t[2], 'usr_pubkey':t[3]} for t in zip(platform_name_list, account_type_list, usr_hrn_list, pub_key_list)]
+ #print "test"
+ #print lst
+
+ context = super(AccountView, self).get_context_data(**kwargs)
+ context['data'] = lst
+ context['person'] = self.request.user
+ context ['firstname'] = config.get('firstname',"?")
+ context ['lastname'] = config.get('lastname',"?")
+ context ['fullname'] = context['firstname'] +' '+ context['lastname']
+ context ['affiliation'] = config.get('affiliation',"Unknown Affiliation")
+ #context['users'] = userlist.render(self.request)
+
+ # XXX This is repeated in all pages
+ # more general variables expected in the template
+ context['title'] = 'Platforms connected to MySlice'
+ # the menu items on the top
+ context['topmenu_items'] = topmenu_items('My Account', self.request)
+ # so we can sho who is logged
+ context['username'] = the_user(self.request)
+# context ['firstname'] = config['firstname']
+ #context.update(page.prelude_env())
+ return context
+
+
+
+
+
+
+@login_required
+# View for my_account form
+#def my_account(request):
+# return render(request, 'my_account.html', {
+# #'form': form,
+# 'topmenu_items': topmenu_items('My Account', request),
+# 'username': the_user (request)
+# })
+
+
+@login_required
#my_acc form value processing
def acc_process(request):
# getting the user_id from the session [now hardcoded]
get_user = PendingUser.objects.get(id='1') # here we will get the id/email from session e.g., person.email
+ # getting user info from manifold
if 'submit_name' in request.POST:
edited_first_name = request.POST['fname']
edited_last_name = request.POST['lname']
get_user.last_name = edited_last_name
get_user.save()
- return HttpResponse('Success: Name Updated!!')
+ return HttpResponse('Sucess: First Name and Last Name Updated!')
elif 'submit_pass' in request.POST:
edited_password = request.POST['password']
# select the logged in user [for the moment hard coded]
get_user.save()
return HttpResponse('Success: Password Changed!!')
elif 'generate' in request.POST:
- #import os
- #from M2Crypto import Rand, RSA, BIO
-
- KEY_LENGTH = 2048
-
- def blank_callback():
- "Replace the default dashes"
- return
-
- # Random seed
- Rand.rand_seed (os.urandom (KEY_LENGTH))
- # Generate key pair
- key = RSA.gen_key (KEY_LENGTH, 65537, blank_callback)
- # Create memory buffers
- pri_mem = BIO.MemoryBuffer()
- pub_mem = BIO.MemoryBuffer()
- # Save keys to buffers
- key.save_key_bio(pri_mem, None)
- key.save_pub_key_bio(pub_mem)
-
- # Get keys
- public_key = pub_mem.getvalue()
- private_key = pri_mem.getvalue()
+ # Generate public and private keys using SFA Library
+ from sfa.trust.certificate import Keypair
+ k = Keypair(create=True)
+ public_key = k.get_pubkey_string()
+ private_key = k.as_pem()
+
+# DEPRECATED
+# KEY_LENGTH = 2048
+#
+# def blank_callback():
+# "Replace the default dashes"
+# return
+#
+# # Random seed
+# Rand.rand_seed (os.urandom (KEY_LENGTH))
+# # Generate key pair
+# key = RSA.gen_key (KEY_LENGTH, 65537, blank_callback)
+# # Create memory buffers
+# pri_mem = BIO.MemoryBuffer()
+# pub_mem = BIO.MemoryBuffer()
+# # Save keys to buffers
+# key.save_key_bio(pri_mem, None)
+# key.save_pub_key_bio(pub_mem)
+#
+# # Get keys
+# public_key = pub_mem.getvalue()
+# private_key = pri_mem.getvalue()
+ private_key = ''.join(private_key.split())
+ public_key = "ssh-rsa " + public_key
# Saving to DB
keypair = '{"user_public_key":"'+ public_key + '", "user_private_key":"'+ private_key + '"}'
- keypair = re.sub("\r", "", keypair)
- keypair = re.sub("\n", "\\n", keypair)
- #keypair = keypair.rstrip('\r\n')
- keypair = ''.join(keypair.split())
+# keypair = re.sub("\r", "", keypair)
+# keypair = re.sub("\n", "\\n", keypair)
+# #keypair = keypair.rstrip('\r\n')
+# keypair = ''.join(keypair.split())
get_user.keypair = keypair
get_user.save()
return HttpResponse('Success: New Keypair Generated! %s' % keypair)
#return HttpResponse("Email Already exists")
#return render(request, 'register_4m_f4f.html')
if 'generate' in request.POST['question']:
- #import os
- #from M2Crypto import Rand, RSA, BIO
-
- KEY_LENGTH = 2048
-
- def blank_callback():
- "Replace the default dashes"
- return
-
- # Random seed
- Rand.rand_seed (os.urandom (KEY_LENGTH))
- # Generate key pair
- key = RSA.gen_key (KEY_LENGTH, 65537, blank_callback)
- # Create memory buffers
- pri_mem = BIO.MemoryBuffer()
- pub_mem = BIO.MemoryBuffer()
- # Save keys to buffers
- key.save_key_bio(pri_mem, None)
- key.save_pub_key_bio(pub_mem)
- # Get keys
- public_key = pub_mem.getvalue()
- private_key = pri_mem.getvalue()
+ # Generate public and private keys using SFA Library
+ from sfa.trust.certificate import Keypair
+ k = Keypair(create=True)
+ public_key = k.get_pubkey_string()
+ private_key = k.as_pem()
+
+# DEPRECATED
+# #import os
+# #from M2Crypto import Rand, RSA, BIO
+#
+# KEY_LENGTH = 2048
+#
+# def blank_callback():
+# "Replace the default dashes"
+# return
+#
+# # Random seed
+# Rand.rand_seed (os.urandom (KEY_LENGTH))
+# # Generate key pair
+# key = RSA.gen_key (KEY_LENGTH, 65537, blank_callback)
+# # Create memory buffers
+# pri_mem = BIO.MemoryBuffer()
+# pub_mem = BIO.MemoryBuffer()
+# # Save keys to buffers
+# key.save_key_bio(pri_mem, None)
+# key.save_pub_key_bio(pub_mem)
+# # Get keys
+# public_key = pub_mem.getvalue()
+# private_key = pri_mem.getvalue()
+
+ private_key = ''.join(private_key.split())
+ public_key = "ssh-rsa " + public_key
# Saving to DB
keypair = '{"user_public_key":"'+ public_key + '", "user_private_key":"'+ private_key + '"}'
- keypair = re.sub("\r", "", keypair)
- keypair = re.sub("\n", "\\n", keypair)
- #keypair = keypair.rstrip('\r\n')
- keypair = ''.join(keypair.split())
- #return HttpResponse(keypair)
+# keypair = re.sub("\r", "", keypair)
+# keypair = re.sub("\n", "\\n", keypair)
+# #keypair = keypair.rstrip('\r\n')
+# keypair = ''.join(keypair.split())
else:
up_file = request.FILES['user_public_key']
file_content = up_file.read()
})
-
+@login_required
def slice_request(request):
errors = []
git://git.onelab.eu / myslice.git / blobdiff