def view(request): # initialize default response. response = utils.__default_response__() # check single key. response = ssht00ls.smart_cards.__single_key_plugged_in__() if response["error"] != None: return JsonResponse(response) # response. response = ssht00ls.smart_cards.scan() if response["error"] != None: return JsonResponse(response) smart_card = response["smart_cards"][list(response["smart_cards"].keys())[0]] # check parameters. parameters, success, response = utils.__get_request_params__(request, [ "pin", ]) if not success: return JsonResponse(response) # response. response = ssht00ls.agent.add( path=smart_card.path, smart_card=True, pin=parameters["pin"],) if response["success"]: manager.activated_smart_cards.append(smart_card.serial_number) return JsonResponse(response)
def view(request):
# initialize default response.
response = utils.__default_response__()
# check parameters.
parameters, success, response = utils.__get_request_params__(request, [
"serial_number",
"new",
"verify_new",
"old",
])
if not success: return JsonResponse(response)
# check new pin.
if parameters["new"] != parameters["verify_new"]:
return r3sponse.error_response("The pin codes do not match.", django=True)
if len(parameters["new"]) != 6:
return r3sponse.error_response("The pin code must be a six character integer code.", django=True)
# scan smart card.
response = ssht00ls.smart_cards.find_smart_card(serial_number=parameters["serial_number"])
if response["error"] != None: return JsonResponse(response)
smart_card = response["smart_card"]
# response.
return JsonResponse(smart_card.change_pin(
new=parameters["new"],
old=parameters["old"],))
def view(request): # check parameters. parameters, success, response = utils.__get_request_params__(request, [ "forced", "sudo", ]) if not success: return JsonResponse(response) # make request. return JsonResponse(automount.remount( forced=utils.__string_to_boolean__(parameters["forced"]), sudo=utils.__string_to_boolean__(parameters["sudo"]),))
def view(request): # check parameters. parameters, success, response = utils.__get_request_params__(request, [ "client", "client_path", ]) if not success: return JsonResponse(response) # make request. return JsonResponse(automount.delete_target( client=parameters["client"], client_path=parameters["client_path"],))
def view(request): # initialize default response. response = utils.__default_response__() # check parameters. parameters, success, response = utils.__get_request_params__(request, [ "passphrase", ]) if not success: return JsonResponse(response) # make request. return JsonResponse(manager.activate_encryption( passphrase=parameters["passphrase"],))
def view(self, request):
# initialize default response.
response = utils.__default_response__()
# check parameters.
parameters, success, response = utils.__get_request_params__(
request, [
"passphrase",
"verify_passphrase",
])
if not success: return self.response(response)
# check active.
if ENCRYPTION.passphrase == None:
response[
"error"] = "The encryption is not actived. Go to [Dashboard > Encryption > Activate] to active the encryption."
return self.response(response)
# check password.
success, response = utils.__check_password__(
parameters["passphrase"], parameters["verify_passphrase"])
if not success: return self.response(response)
# response.
response = ENCRYPTION.edit_passphrase(
passphrase=parameters["passphrase"])
if response["error"] != None:
return self.response(response)
# reload keys.
l_response = ENCRYPTION.load_keys(
passphrase=parameters["passphrase"])
if l_response["error"] != None:
l_response[
"error"] = "Successfully edited the passphrase but failed to load the keys."
return self.response(l_response)
# response.
response = utils.__default_response__()
PASSPHRASES.passphrase = parameters['passphrase']
response = PASSPHRASES.initialize()
if response["error"] != None:
return self.response(response)
# success.
response["success"] = True
l_response["message"] = "Successfully edited the passphrase."
return self.response(l_response)
def view(self, request):
# check parameters.
parameters, success, response = utils.__get_request_params__(
request, [
"client",
"server_path",
"client_path",
])
if not success: return self.response(response)
# make request.
return self.response(
automount.create_target(
client=parameters["client"],
server_path=parameters["server_path"],
client_path=parameters["client_path"],
))
def view(self, request):
# initialize default response.
response = utils.__default_response__()
# check parameters.
parameters, success, response = utils.__get_request_params__(
request, [
"passphrase",
"verify_passphrase",
])
if not success: return self.response(response)
# make request.
return self.response(
manager.install_encryption(
passphrase=parameters["passphrase"],
verify_passphrase=parameters["verify_passphrase"],
))
def view(self, request):
# initialize default response.
response = utils.__default_response__()
# check parameters.
parameters, success, response = utils.__get_request_params__(
request, [
"serial_number",
"pin",
"verify_pin",
"puk",
])
if not success: return self.response(response)
# check new pin.
if parameters["pin"] != parameters["verify_pin"]:
return r3sponse.error("The pin codes do not match.",
django=True)
if len(parameters["pin"]) != 6:
return r3sponse.error(
"The pin code must be a six character integer code.",
django=True)
if len(parameters["puk"]) != 8:
return r3sponse.error(
"The puk code must be a eighth character integer code.",
django=True)
# scan smart card.
response = ssht00ls.smartcards.find_smartcard(
serial_number=parameters["serial_number"])
if response["error"] != None: return JonsResponse(response)
smartcard = response["smartcard"]
# response.
return self.response(
smartcard.unblock_pin(
pin=parameters["pin"],
puk=parameters["puk"],
))