def _handle_command_status(pkt):
result = {}
status, ncmd, opcode = struct.unpack("<BBH", pkt)
(ogf, ocf) = utils.ogf_and_ocf_from_opcode(opcode)
result["status"] = status
result["number_of_commands"] = ncmd
result["opcode"] = opcode
result["opcode_group_field"] = ogf
result["opcode_command_field"] = ocf
return result
def _handle_command_status(pkt):
result = {}
status, ncmd, opcode = struct.unpack("<BBH", pkt)
(ogf, ocf) = utils.ogf_and_ocf_from_opcode(opcode)
result["status"] = status
result["number_of_commands"] = ncmd
result["opcode"] = opcode
result["opcode_group_field"] = ogf
result["opcode_command_field"] = ocf
return result
def _handle_command_complete(pkt):
result = {}
ncmd, opcode = struct.unpack("<BH", pkt[:3])
(ogf, ocf) = utils.ogf_and_ocf_from_opcode(opcode)
result["number_of_commands"] = ncmd
result["opcode"] = opcode
result["opcode_group_field"] = ogf
result["opcode_command_field"] = ocf
result["command_return_values"] = ""
if len(pkt) > 3:
result["command_return_values"] = pkt[3:]
# Since we only care about BLE commands, we ignore the command return values
# here. A full-powered bluetooth parsing module would check the OCF above
# and parse the return values based on that OCF. We return the return values
# to the user should the used want to parse the return values.
return result
def _handle_command_complete(pkt):
result = {}
ncmd, opcode = struct.unpack("<BH", pkt[:3])
(ogf, ocf) = utils.ogf_and_ocf_from_opcode(opcode)
result["number_of_commands"] = ncmd
result["opcode"] = opcode
result["opcode_group_field"] = ogf
result["opcode_command_field"] = ocf
result["command_return_values"] = ""
if len(pkt) > 3:
result["command_return_values"] = pkt[3:]
# Since we only care about BLE commands, we ignore the command return values
# here. A full-powered bluetooth parsing module would check the OCF above
# and parse the return values based on that OCF. We return the return values
# to the user should the used want to parse the return values.
return result
