def view_user(request):
# TODO
# Add in auth tokens (if exists) and access tokens (if exists)
session = DBSession()
matchdict = request.matchdict
if (request.logged_in != int(matchdict["user_id"])):
return HTTPForbidden(_("You are not allowed to view information about a user other than yourself."))
user = session.query(User).join(User.groups).join(Group.group_info).filter(User.id == matchdict["user_id"]).one()
request_key_url = ""
key = ""
secret = ""
token = ""
token_secret = ""
keySecret = ConsumerKeySecret.getByUserID(request.logged_in)
if (keySecret):
key = keySecret.consumer_key
secret = keySecret.consumer_secret
tokenData = Token.getTokenByConsumerID(keySecret.id)
if (tokenData):
token = tokenData.token
token_secret = tokenData.token_secret
else:
request_key_url = route_url("api_request_key", request)
return dict(username = user.username, homepage = user.homepage, title = _("Viewing ") + " " + user.username, key = key, secret = secret, token = token, token_secret = token_secret, request_key_url = request_key_url)
def api_nexus_message_nonce(request):
session = DBSession()
auth_header = {}
if ('Authorization' in request.headers):
auth_header = {'Authorization': request.headers['Authorization']}
# make temp request to get our header parameters
req = oauth2.Request.from_request(
request.method,
request.url,
headers = auth_header,
parameters = dict([(k,v) for k,v in request.params.iteritems()]))
consumer = ConsumerKeySecret.getByConsumerKey(req.get("oauth_consumer_key"))
if (consumer is False):
return {"Error": "No record for the key and secret found."}
token = Token.getByToken(req.get("oauth_token"))
if (token is False):
return {"Error": "No record for the token key and token secret found."}
req = oauth2.Request.from_consumer_and_token(consumer,
token = token,
http_method = request.method,
http_url = request.url,
parameters = dict([(k, v) for k,v in req.iteritems()]))
try:
oauth_server.verify_request(req, consumer, token)
except oauth2.Error, e:
return {"Oauth error": str(e)}
def api_access_token(request):
session = DBSession()
if (not request.logged_in):
request.session.flash(_("You must be logged in."))
return HTTPFound(location = route_url("home", request))
consumer = ConsumerKeySecret.getByUserID(request.logged_in)
if (not consumer):
return HTTPFound(location = route_url("api_request_key", request))
token = Token.getByConsumerID(consumer.id)
if (not token):
request.session.flash(_("Attempt to retrieve an access token that does not belong to you."))
return HTTPFound(location = route_url("home", request))
return dict(title = _("Your token and token secret"), token = token.token, token_secret = token.token_secret)
def api_do_authorize_token(request):
session = DBSession()
matchdict = request.matchdict
appType = matchdict.get("appType", "")
# First check that the logged in user is the holder of this token
given_token = request.params.get("token")
token = Token.getByToken(given_token)
consumer = ConsumerKeySecret.getByConsumerID(token.consumer_key_secret.id)
if (not consumer):
request.session.flash(_("Unable to find consumer key in the database; this should never happen!"))
return HTTPFound(location = route_url("home", request))
if (token):
if (token.consumer_key_secret.user.id != request.logged_in):
request.session.flash(_("Attempt to use an authorization token that does not belong to you."))
return HTTPFound(location = route_url("home", request))
else:
request.session.flash(_("Malformed authorization token parameters."))
return HTTPFound(location = route_url("home", request))
# Generate a new token to replace this now non-useful authorization token
randomData = hashlib.sha1(str(random.random())).hexdigest()
key = generateRandomKey()
secret = generateRandomKey()
token.token = key
token.token_secret = secret
token.consumer_id = consumer.id
token.timestamp = time.time()
token.setAccessType()
if (appType == "android"):
token.callback_url = token.callback_url + "?oauth_token=%s&oauth_token_secret=%s" % (token.token, token.token_secret)
session.add(token)
return HTTPFound(location = token.callback_url)
def api_authorize_token(request):
session = DBSession()
matchdict = request.matchdict
appType = matchdict.get("appType", "")
# First check that the logged in user is the holder of this token
token = Token.getByToken(request.params.get("oauth_token"))
consumer = ConsumerKeySecret.getByConsumerKey(request.params.get("oauth_consumer_key"))
if (token):
if (token.consumer_key_secret.user.id != request.logged_in):
request.session.flash(_("Attempt to use an authorization token that does not belong to you."))
return HTTPFound(location = route_url("home", request))
else:
request.session.flash(_("Malformed authorization token parameters."))
return HTTPFound(location = route_url("home", request))
#fs = AuthorizeTokenFieldSet().bind(token, session = session, data = request.POST or None)
return dict(title = _("Authorization application to post to Nexus"), token = token.token, token_secret = token.token_secret, callback_url = token.callback_url, appType = appType)
def api_request_key(request):
session = DBSession()
if (not request.logged_in):
request.session.flash(_("You must be registered and logged in to request a consumer key and secret."))
return HTTPForbidden(location = route_url("home", request))
keySecret = ConsumerKeySecret.getByUserID(request.logged_in)
if (keySecret):
key = keySecret.consumer_key
secret = keySecret.consumer_secret
else:
# generate a consumer key and secret
randomData = hashlib.sha1(str(random.random())).hexdigest()
keySecret = ConsumerKeySecret()
key = generateRandomKey()
secret = generateRandomKey()
keySecret.consumer_key = key
keySecret.consumer_secret = secret
keySecret.user_id = request.logged_in
keySecret.setNormalStatus()
session.add(keySecret)
return dict(key = key, secret = secret, title = _("Fluid Nexus Key and Secret"))
def api_request_token(request):
session = DBSession()
auth_header = {}
matchdict = request.matchdict
appType = matchdict.get("appType", False)
if ('Authorization' in request.headers):
auth_header = {'Authorization': request.headers['Authorization']}
req = oauth2.Request.from_request(
request.method,
request.url,
headers = auth_header,
parameters = dict([(k,v) for k,v in request.params.iteritems()]))
consumer = ConsumerKeySecret.getByConsumerKey(req.get("oauth_consumer_key"))
#if (request.logged_in != consumer.id):
# request.session.flash(_("You are trying to request a token using credentials that do not belong to you."))
# return HTTPForbidden(location = route_url("home", request))
try:
oauth_server.verify_request(req, consumer, None)
# Check that this user doesn't already have an access token
consumerToken = Token.getByConsumerID(consumer.id)
if consumerToken:
if (consumerToken.token_type == consumerToken.ACCESS):
return Response(simplejson.dumps({'result': route_url('api_access_token', request)}))
elif (consumerToken.token_type == consumerToken.AUTHORIZATION):
# TODO
# Check that the token hasn't already expired
token = oauth2.Token(consumerToken.token, consumerToken.token_secret)
if (appType == "android"):
return Response(token.to_string())
else:
return Response(simplejson.dumps({'result': route_url('api_authorize_token', request, appType = appType) + '?' + token.to_string()}))
nonce = ConsumerNonce.getByNonce(req.get("oauth_nonce"))
if (nonce):
return simplejson.dumps({"error": "Nonce is already registered for an authorization token; please generate another request token, or wait five minutes and try again."})
else:
nonce = ConsumerNonce()
nonce.consumer_id = consumer.id
nonce.timestamp = req.get("oauth_timestamp")
nonce.nonce = req.get("oauth_nonce")
session.add(nonce)
randomData = hashlib.sha1(str(random.random())).hexdigest()
key = generateRandomKey()
secret = generateRandomKey()
token = oauth2.Token(key, secret)
token.callback_confirmed = True
tokenData = Token()
tokenData.token = key
tokenData.token_secret = secret
tokenData.consumer_id = consumer.id
tokenData.timestamp = time.time()
tokenData.callback_url = req.get("oauth_callback")
tokenData.setAuthorizationType()
session.add(tokenData)
if (appType == "android"):
return Response(token.to_string())
elif (appType == "desktop"):
result = {'result': route_url('api_authorize_token', request, appType = appType) + '?' + token.to_string()}
return Response(simplejson.dumps(result))
except oauth2.Error, e:
return Response(simplejson.dumps({"oauth2 error": str(e)}))
def api_nexus_message_update(request):
# TODO
# add signed API call to request a nonce
# and then in this call, check for nonce and for nonce time < 2 hours
session = DBSession()
if ("message" not in request.params):
return {"error": _("No 'message' parameter found")}
else:
message = simplejson.loads(request.params["message"], encoding="utf-8")
# Get the nonce
try:
nonce = message["message_nonce"]
except KeyError:
return {"error": "You think you can get in without following the rules? No cookie for you!"}
# Check the nonce
if (not ConsumerNonce.checkNonce(nonce)):
return {"error": "Nonce not correct."}
# Get the consumer key
consumer = ConsumerKeySecret.getByConsumerKey(message["message_key"])
if ("message_title" not in message):
return {"error": _("No 'message_title' found in POSTed message.")}
elif ("message_content" not in message):
return {"error": _("No 'message_content' found in POSTed message.")}
elif ("message_hash" not in message):
return {"error": _("No 'message_hash' found in POSTed message.")}
elif ("message_time" not in message):
return {"error": _("No 'message_time' found in POSTed message.")}
elif ("message_type" not in message):
return {"error": _("No 'message_type' found in POSTed message.")}
computed_hash = hashlib.sha256(unicode(message["message_title"]).encode("utf-8") + unicode(message["message_content"]).encode("utf-8")).hexdigest()
if (computed_hash != message["message_hash"]):
return {"error": _("The computed hash (%s) does not match the hash sent with the POST (%s)." % (computed_hash, message["message_hash"]))}
if (NexusMessage.getByMessageHash(computed_hash)):
return {"error": "The message with hash '%s' already exists in the Nexus" % message["message_hash"]}
m = NexusMessage()
m.title = message["message_title"]
# Strip any potential HTML tags in the content
m.content = re.sub(r'<[^>]*?>', '', message["message_content"])
m.message_hash = message["message_hash"]
m.message_type = message["message_type"]
m.created_time = message["message_time"]
m.priority = message["message_priority"]
if (request.params.has_key("message_attachment")):
attachment = request.params.get("message_attachment")
if not hasattr(attachment, 'file'):
raise TypeError("Not a valid file field")
attachmentsDir = request.registry.settings["attachments.data_dir"]
#attachmentDataBase64 = message["message_attachment"]
#attachmentData = base64.b64decode(attachmentDataBase64)
message_attachment_path = os.path.join(attachmentsDir, message["message_hash"])
attachment_original_filename = message["message_attachment_original_filename"]
fullPath, extension = os.path.splitext(attachment_original_filename)
fp = open(message_attachment_path + extension, "wb")
while True:
data = attachment.file.read(8192)
if not data:
break
fp.write(data)
fp.close()
# Resize if an image
if (m.message_type == 2):
size = 200, 200
try:
# Probably needs some validation here...
im = Image.open(message_attachment_path + extension)
im.thumbnail(size)
im.save(message_attachment_path + "_tn" + extension)
except IOError, e:
pass
m.attachment_original_filename = attachment_original_filename
m.attachment_path = message_attachment_path
else: