def create_new_app(self, request):
"""
Creates a new app.
"""
username = utils.get_reqvar(request, "username")
appname = utils.get_reqvar(request, "appname")
userkey = get_user_key(username)
if userkey not in self.tyrant:
return errors.json_error_page(request, errors.USER_DOES_NOT_EXIST)
appkey = get_app_key(username, appname)
if appkey in self.tyrant:
return errors.json_error_page(request, errors.APP_ALREADY_EXISTS)
self.tyrant[appkey] = json_encode({'username': username,
'appname': appname,
'dev_pkeyfile': "",
'dev_certfile': "",
'prod_pkeyfile': "",
'prod_certfile': "",
'dev_pkeypasswd': "",
'dev_certpasswd': "",
'prod_pkeypasswd': "",
'prod_certpasswd': "",
'created': datetime.datetime.now()})
# create the folder for the app so we have
# certificates and other things in there
# <cert_folder>/<alphabet>/<appkey>/
try:
self.create_app_cert_folder(username, appname)
except OSError, e:
return errors.json_error_page(request, errors.OS_ERROR, str(e))
def delete_app(self, request):
"""
Deletes an app.
"""
username = utils.get_reqvar(request, "username")
appname = utils.get_reqvar(request, "appname")
appkey = get_app_key(username, appname)
if appkey not in self.tyrant:
return errors.json_error_page(request, errors.APP_DOES_NOT_EXIST)
del self.tyrant[appkey]
try:
shutil.rmtree(self.get_app_folder(username, appname))
except OSError, e:
pass
def delete_app(self, request):
"""
Deletes an app.
"""
username = utils.get_reqvar(request, "username")
appname = utils.get_reqvar(request, "appname")
appkey = get_app_key(username, appname)
if appkey not in self.tyrant:
return errors.json_error_page(request, errors.APP_DOES_NOT_EXIST)
del self.tyrant[appkey]
try:
shutil.rmtree(self.get_app_folder(username, appname))
except OSError, e:
pass
def change_user_password(self, request):
username = utils.get_reqvar(request, "username")
newpassword = utils.get_reqvar(request, "newpassword")
userkey = get_user_key(username)
if userkey not in self.tyrant:
return errors.json_error_page(request, errors.USER_DOES_NOT_EXIST)
if not is_password_valid(newpassword):
return errors.json_error_page(request, errors.PASSWORD_INVALID)
userdata = json_decode(self.tyrant[userkey])
userdata['pwdreset'] = False
userdata['password'] = newpassword
self.tyrant[userkey] = json_encode(userdata)
return json_response(request, 0, "OK")
def create_new_user(self, request):
username = utils.get_reqvar(request, "username")
password = utils.get_reqvar(request, "password")
userkey = get_user_key(username)
if userkey in self.tyrant:
return errors.json_error_page(request, errors.USER_ALREADY_EXISTS)
if not is_password_valid(password):
return errors.json_error_page(request, errors.PASSWORD_INVALID)
self.tyrant[userkey] = json_encode({'username': username,
'pwdreset': False,
'password': password,
'created': datetime.datetime.now()})
return json_response(request, 0, "OK")
def change_user_password(self, request):
username = utils.get_reqvar(request, "username")
newpassword = utils.get_reqvar(request, "newpassword")
userkey = get_user_key(username)
if userkey not in self.tyrant:
return errors.json_error_page(request, errors.USER_DOES_NOT_EXIST)
if not is_password_valid(newpassword):
return errors.json_error_page(request, errors.PASSWORD_INVALID)
userdata = json_decode(self.tyrant[userkey])
userdata['pwdreset'] = False
userdata['password'] = newpassword
self.tyrant[userkey] = json_encode(userdata)
return json_response(request, 0, "OK")
def delete_user(self, request):
username = utils.get_reqvar(request, "username")
userkey = 'user_' + username
if userkey not in self.tyrant:
return errors.json_error_page(request, errors.USER_DOES_NOT_EXIST)
del self.tyrant[userkey]
return json_response(request, 0, "OK")
def delete_user(self, request):
username = utils.get_reqvar(request, "username")
userkey = 'user_' + username
if userkey not in self.tyrant:
return errors.json_error_page(request, errors.USER_DOES_NOT_EXIST)
del self.tyrant[userkey]
return json_response(request, 0, "OK")
def create_new_user(self, request):
username = utils.get_reqvar(request, "username")
password = utils.get_reqvar(request, "password")
userkey = get_user_key(username)
if userkey in self.tyrant:
return errors.json_error_page(request, errors.USER_ALREADY_EXISTS)
if not is_password_valid(password):
return errors.json_error_page(request, errors.PASSWORD_INVALID)
self.tyrant[userkey] = json_encode({
'username': username,
'pwdreset': False,
'password': password,
'created': datetime.datetime.now()
})
return json_response(request, 0, "OK")
def upload_app_certificate(self, request):
"""
Uploads a dev or provisioning certificate for an app.
"""
username = utils.get_reqvar(request, "username")
appname = utils.get_reqvar(request, "appname")
certtype = utils.get_reqvar(request, "certtype")
certfile = utils.get_reqvar(request, "certfile")
certpasswd = urllib2.unquote(utils.get_reqvar(request, "certpasswd"))
pkeypasswd = urllib2.unquote(utils.get_reqvar(request, "pkeypasswd"))
certcontlen = int(utils.get_reqvar(request, "certcontlen"))
pkeycontlen = int(utils.get_reqvar(request, "pkeycontlen"))
appkey = get_app_key(username, appname)
if appkey not in self.tyrant:
return errors.json_error_page(request, errors.APP_DOES_NOT_EXIST)
contlength = request.getHeader("content-length")
logging.debug("Headers: " + str(request.getAllHeaders()))
content = request.content.read()
logging.debug("Encoded Contents: " + str(type(content)) + ", " +
str(len(content)))
content = content.decode("zlib")
logging.debug("Decoded Contents: " + str(type(content)) + ", " +
str(len(content)))
logging.debug("Passwords: %s, %s" % (certpasswd, pkeypasswd))
# strip the certfile and the pkeyfile
fmt = "%ds%ds" % (certcontlen, pkeycontlen)
cert_contents, pkey_contents = struct.unpack(fmt, content)
logging.debug("Cert Content Length: " + str(len(cert_contents)))
logging.debug("Pkey Content Length: " + str(len(pkey_contents)))
# so how should the files be saved?
# for now our certfolder will be
cert_folder = self.create_app_cert_folder(username, appname)
try:
cert_pem_file = self.p12_to_pem(
cert_contents, certpasswd,
"%s/%s_certificate" % (cert_folder, certtype), True)
pkey_pem_file = self.p12_to_pem(
pkey_contents, pkeypasswd,
"%s/%s_privatekey" % (cert_folder, certtype), False)
except IOError, e:
return errors.json_error_page(request, errors.IO_ERROR, str(e))
def create_new_app(self, request):
"""
Creates a new app.
"""
username = utils.get_reqvar(request, "username")
appname = utils.get_reqvar(request, "appname")
userkey = get_user_key(username)
if userkey not in self.tyrant:
return errors.json_error_page(request, errors.USER_DOES_NOT_EXIST)
appkey = get_app_key(username, appname)
if appkey in self.tyrant:
return errors.json_error_page(request, errors.APP_ALREADY_EXISTS)
self.tyrant[appkey] = json_encode({
'username': username,
'appname': appname,
'dev_pkeyfile': "",
'dev_certfile': "",
'prod_pkeyfile': "",
'prod_certfile': "",
'dev_pkeypasswd': "",
'dev_certpasswd': "",
'prod_pkeypasswd': "",
'prod_certpasswd': "",
'created': datetime.datetime.now()
})
# create the folder for the app so we have
# certificates and other things in there
# <cert_folder>/<alphabet>/<appkey>/
try:
self.create_app_cert_folder(username, appname)
except OSError, e:
return errors.json_error_page(request, errors.OS_ERROR, str(e))
def upload_app_certificate(self, request):
"""
Uploads a dev or provisioning certificate for an app.
"""
username = utils.get_reqvar(request, "username")
appname = utils.get_reqvar(request, "appname")
certtype = utils.get_reqvar(request, "certtype")
certfile = utils.get_reqvar(request, "certfile")
certpasswd = urllib2.unquote(utils.get_reqvar(request, "certpasswd"))
pkeypasswd = urllib2.unquote(utils.get_reqvar(request, "pkeypasswd"))
certcontlen = int(utils.get_reqvar(request, "certcontlen"))
pkeycontlen = int(utils.get_reqvar(request, "pkeycontlen"))
appkey = get_app_key(username, appname)
if appkey not in self.tyrant:
return errors.json_error_page(request, errors.APP_DOES_NOT_EXIST)
contlength = request.getHeader("content-length")
logging.debug("Headers: " + str(request.getAllHeaders()))
content = request.content.read()
logging.debug("Encoded Contents: " + str(type(content)) + ", " + str(len(content)))
content = content.decode("zlib")
logging.debug("Decoded Contents: " + str(type(content)) + ", " + str(len(content)))
logging.debug("Passwords: %s, %s" % (certpasswd, pkeypasswd))
# strip the certfile and the pkeyfile
fmt = "%ds%ds" % (certcontlen, pkeycontlen)
cert_contents, pkey_contents = struct.unpack(fmt, content)
logging.debug("Cert Content Length: " + str(len(cert_contents)))
logging.debug("Pkey Content Length: " + str(len(pkey_contents)))
# so how should the files be saved?
# for now our certfolder will be
cert_folder = self.create_app_cert_folder(username, appname)
try:
cert_pem_file = self.p12_to_pem(cert_contents, certpasswd,
"%s/%s_certificate" % (cert_folder, certtype), True)
pkey_pem_file = self.p12_to_pem(pkey_contents, pkeypasswd,
"%s/%s_privatekey" % (cert_folder, certtype), False)
except IOError, e:
return errors.json_error_page(request, errors.IO_ERROR, str(e))
def render(self, request):
"""
We handle GET or POST requests to this handler. This will be of
the form:
/apps/<appname>/<device_token>/?args
"""
parts = request.path.split("/")[2:]
if len(parts) < 2:
return errors.no_resource_error(request)
appname = parts[0]
dev_token = parts[1]
username = utils.get_reqvar(request, "username")
content = request.content.read()
badge = utils.get_reqvar(request, "badge")
sound = utils.get_reqvar(request, "sound")
alert = utils.get_reqvar(request, "alert")
env = utils.get_reqvar(request, "env")
identifier = utils.get_reqvar(request, "identifier")
expiry = utils.get_reqvar(request, "expiry")
if content:
payload = json_decode(content)
if 'aps' not in payload:
payload['aps'] = {}
else:
payload = {'aps': {}}
if badge:
payload['aps']['badge'] = int(badge)
if sound:
payload['aps']['sound'] = sound
if alert:
payload['aps']['alert'] = alert
logging.debug("Payload: " + json_encode(payload))
appkey = "%s$%s$%s" % (env, username, appname)
self.apns_daemon.sendMessage(appname, dev_token, json_encode(payload), identifier, expiry)
return json_response(request, 0, "OK")
def render(self, request):
"""
We handle GET or POST requests to this handler. This will be of
the form:
/apps/<appname>/<device_token>/?args
"""
parts = request.path.split("/")[2:]
if len(parts) < 2:
return errors.no_resource_error(request)
appname = parts[0]
dev_token = parts[1]
username = utils.get_reqvar(request, "username")
content = request.content.read()
badge = utils.get_reqvar(request, "badge")
sound = utils.get_reqvar(request, "sound")
alert = utils.get_reqvar(request, "alert")
env = utils.get_reqvar(request, "env")
identifier = utils.get_reqvar(request, "identifier")
expiry = utils.get_reqvar(request, "expiry")
if content:
payload = json_decode(content)
if "aps" not in payload:
payload["aps"] = {}
else:
payload = {"aps": {}}
if badge:
payload["aps"]["badge"] = int(badge)
if sound:
payload["aps"]["sound"] = sound
if alert:
payload["aps"]["alert"] = alert
logging.debug("Payload: " + json_encode(payload))
appkey = "%s$%s$%s" % (env, username, appname)
self.apns_daemon.sendMessage(appname, dev_token, json_encode(payload), identifier, expiry)
return json_response(request, 0, "OK")