Network::msg_l3_status_t BaseRFApplication::sendPropertyReport(univmsg_l7_any_t* msg, bool cmd_mc_last,
uint8_t clusterID, uint8_t endpointID) {
MW_LOG_DEBUG_TRACE(MW_LOG_BASERF);
//6.a.1) GET: create empty endpoint_value_t and call getProperty
Endpoint::endpoint_value_t value;
value.len = BASERF_MESSAGE_PAYLOAD_MAXLEN - BASERF_MESSAGE_PAYLOAD_HEADERLEN - 2;//12
uint8_t maxLen = value.len;//12
value.pvalue = &msg->data[2];//reusing the allocated buffer with a proper offset
Endpoint* endpoint = m_device->getCluster(clusterID)->getEndpoint(endpointID);
endpoint->getProperty(&value);
int result = ERROR_INVALID_DATA;
MW_LOG_DEBUG_TRACE(MW_LOG_BASERF) << PSTR("Endpoint value len: ") << value.len;
if ( value.len > 0 && value.len <= maxLen ) {
//prepare the message structure
msg->msg_header.cmd_id = BASERF_CMD_PROPERTY_REP;
msg->msg_header.cmd_mc = cmd_mc_last ? false : true;
msg->msg_header.dataLen = value.len + 2;//extra bytes in the header
msg->data[0] = clusterID;
msg->data[1] = endpointID;
result = sendMessage(msg);
} else {
MW_LOG_WARNING(MW_LOG_BASERF, "No report sent! Invalid data for C:E=%d:%d", clusterID, endpointID);
}
MW_LOG_DEBUG_TRACE(MW_LOG_BASERF) << PSTR("result=") << result;
return result;
}
