/**
* \brief Received message
*
* \note Process Dialogue with peer
* - Proces Profiles
* - Wait for received message
* - Process incoming message
* - Send response if necessary
*
* \param puc_rx_msg Pointer to the data attached to the connection request
* \param us_len Data length of the data attached to the request
*
* \retval 1 primitive stored
* \retval 0 primitive could not be stored
*/
uint8_t serial_if_plme_api_parser(uint8_t *puc_rx_msg, uint16_t us_len)
{
uint8_t uc_cmd;
int8_t c_result = -1;
/* Extract command */
uc_cmd = CMD_PRIME_PROTOCOL(puc_rx_msg[0]);
UNUSED(us_len);
/* Pointer to message data */
puc_rx = (uint8_t *)&puc_rx_msg[1];
/* Check received command */
switch (uc_cmd) {
case PRIME_PLME_RESET_REQUEST:
c_result = prime_PLME_RESET_request();
break;
case PRIME_PLME_SLEEP_REQUEST:
c_result = prime_PLME_SLEEP_request();
break;
case PRIME_PLME_RESUME_REQUEST:
c_result = prime_PLME_RESUME_request();
break;
case PRIME_PLME_TESTMODE_REQUEST:
c_result = _serial_if_plme_unpack_testmode_req();
break;
case PRIME_PLME_GET_REQUEST:
c_result = _serial_if_plme_unpack_get_req();
break;
case PRIME_PLME_SET_REQUEST:
c_result = _serial_if_plme_unpack_set_req();
break;
default:
c_result = 0; /* Primitive is ignored */
}
if (c_result == 0) {
return 1;
} else {
return 0;
}
}
/**
* \brief Received message
*
* \note Process Dialogue with peer
* - Proces Profiles
* - Wait for received message
* - Process incoming message
* - Send response if necessary
*
* \param puc_rx_msg Pointer to the data attached to the connection request
* \param us_len Data length of the data attached to the request
*
* \retval 1 primitive stored
* \retval 0 primitive could not be stored
*/
uint8_t serial_if_mlme_api_parser(uint8_t *puc_rx_msg, uint16_t us_len)
{
uint8_t uc_cmd;
int8_t c_result = -1;
/* Extract command */
uc_cmd = CMD_PRIME_PROTOCOL(puc_rx_msg[0]);
UNUSED(us_len);
/* Pointer to message data */
puc_rx = (uint8_t *)&puc_rx_msg[1];
/* Check received command */
switch (uc_cmd) {
case PRIME_MLME_REGISTER_REQUEST:
c_result = _serial_if_mlme_unpack_register_req();
break;
case PRIME_MLME_UNREGISTER_REQUEST_BASE:
c_result = _serial_if_mlme_unpack_unregister_req_base();
break;
case PRIME_MLME_UNREGISTER_REQUEST_SERVICE:
c_result = prime_MLME_UNREGISTER_request_service();
break;
case PRIME_MLME_PROMOTE_REQUEST_BASE:
c_result = _serial_if_mlme_unpack_promote_req_base();
break;
case PRIME_MLME_PROMOTE_REQUEST_SERVICE:
c_result = prime_MLME_PROMOTE_request_service();
break;
case PRIME_MLME_DEMOTE_REQUEST_BASE:
c_result = _serial_if_mlme_unpack_demote_req_base();
break;
case PRIME_MLME_DEMOTE_REQUEST_SERVICE:
c_result = prime_MLME_DEMOTE_request_service();
break;
case PRIME_MLME_RESET_REQUEST:
c_result = prime_MLME_RESET_request();
break;
case PRIME_MLME_GET_REQUEST:
c_result = _serial_if_mlme_unpack_get_req();
break;
case PRIME_MLME_LIST_GET_REQUEST:
c_result = _serial_if_mlme_unpack_list_get_req();
break;
case PRIME_MLME_SET_REQUEST:
c_result = _serial_if_mlme_unpack_set_req();
break;
default:
c_result = 0;
}
if (c_result == 0) {
return 1;
} else {
return 0;
}
}
/**
* \brief Received message
*
* \note Process Dialogue with peer
* - Proces Profiles
* - Wait for received message
* - Process incoming message
* - Send response if necessary
*
* \param puc_rx_msg Pointer to the data attached to the connection request
* \param us_len Data length of the data attached to the request
*
* \retval true primitive stored
* \retval false primitive could not be stored
*/
uint8_t serial_if_mac_api_parser(uint8_t *puc_rx_msg, uint16_t us_len)
{
uint8_t uc_cmd;
int8_t c_result = -1;
/* Extract command */
uc_cmd = CMD_PRIME_PROTOCOL(puc_rx_msg[0]);
us_rx_len = us_len;
/* Pointer to message data */
puc_rx = (uint8_t *)&puc_rx_msg[1];
/* Extract and store MAC data depending on the primitive */
switch (uc_cmd) {
case PRIME_MACSAP_ESTABLISH_REQUEST:
c_result = _serial_if_mac_unpack_establish_req();
break;
case PRIME_MACSAP_ESTABLISH_RESPONSE:
c_result = _serial_if_mac_unpack_establish_resp();
break;
case PRIME_MACSAP_REDIRECT_RESPONSE:
c_result = _serial_if_mac_unpack_redirect_resp();
break;
case PRIME_MACSAP_RELEASE_REQUEST:
c_result = _serial_if_mac_unpack_release_req();
break;
case PRIME_MACSAP_RELEASE_RESPONSE:
c_result = _serial_if_mac_unpack_release_resp();
break;
case PRIME_MACSAP_JOIN_REQUEST_BASE:
c_result = _serial_if_mac_unpack_join_req_base();
break;
case PRIME_MACSAP_JOIN_REQUEST_SERVICE:
c_result = _serial_if_mac_unpack_join_req_service();
break;
case PRIME_MACSAP_JOIN_RESPONSE_BASE:
c_result = _serial_if_mac_unpack_join_resp_base();
break;
case PRIME_MACSAP_JOIN_RESPONSE_SERVICE:
c_result = _serial_if_mac_unpack_join_resp_service();
break;
case PRIME_MACSAP_LEAVE_REQUEST_BASE:
c_result = _serial_if_mac_unpack_leave_req_base();
break;
case PRIME_MACSAP_LEAVE_REQUEST_SERVICE:
c_result = _serial_if_mac_unpack_leave_req_service();
break;
case PRIME_MACSAP_DATA_REQUEST:
c_result = _serial_if_mac_unpack_data_req();
break;
default:
c_result = 0; /* Primitive is ignored */
}
if (c_result == 0) {
return true;
} else {
return false;
}
}
