NetXMS Forum

@filipp-sudanov said in Oracle 26ai monitoring CDB and PDB´s with common user: You can enquote the whole value: Database = "id=CDB0;driver=oracle.ddr;server=//hostABC:1521/CDB0;login=c##netxms_agent;Password=mypassword" Thank you Filipp. This was the missing hint. I tried to enqoute only username. Now it works like a charme. Thank you verry much!

@victor said in java.util.ConcurrentModificationException nxmc-light.app: Just fixed it, fix will be included into next patch release. Best regards, Victor Working like a charme! Thank you verry mucht Victor. Greets Lars

Hi! Let me describe the whole configuration process for DS18x20 sensors on RPi in case if someone needs this later. A pull-up resistor of 2..10KOhm should be connected between DQ pin of the sensor and +3.3v. GPIO2 and GPIO3 have built-in 1.8KOhm pull-up resistors (at least on RPi 3), so if you don't need I2C, you can connect the sensor to one of these pins. A kernel module is used to communicate with the sensor. It is activated ty adding dtoverlay=w1-gpio to the end of /boot/config.txt file. By default the DQ pin of the sensor should be connected to GPIO4, to use another GPIO the following format could be used: dtoverlay=w1-gpio,gpiopin=3. Reboot RPi when finished editing the file. Since kernel version 4.9.28 it's also possible to use dynamic overlay loading: sudo dtoverlay w1-gpio gpiopin=5, in this way it's possible to have sensors on several GPIO pins. After restart (of after dynamic overlay loading) the sensors should get detected: root@raspberrypi:~# ls /sys/bus/w1/devices/ 28-6cb0611f64ff w1_bus_master1 here we have one sensor connected, it has name 28-6cb0611f64ff 4) And we should be able to read the temperature: root@raspberrypi:~# cat /sys/bus/w1/devices/28-6cb0611f64ff/w1_slave 78 01 55 00 7f ff 0c 10 57 : crc=57 YES 78 01 55 00 7f ff 0c 10 57 t=23500 which in this case is 23,5 degrees C. 5) To configure NetXMS agent we add the following lines to /etc/nxagentd.conf SubAgent=ds18x20.nsm [DS18X20] Sensor = Test:28-6cb0611f64ff After agent restart systemctl restart nxagentd our parameter "Test" should return the temperature. user@netxms-server:~$ nxget raspberrypi.lan 'Sensor.Temperature(Test)' 23.312 Your configuration looks exactly the same. The thing is that the error message in agent log "Unable to add sensor from configuration file. Original configuration record:" looks to be a bug, i am also getting it (as of v. 3.1.274). But the parameter works. Most probably on your system Sensor.Temperature(Test) will also give the result.

No - pretty confused. I have about a thousand devices unmanaged and they send traps and do not turn into alarms. I have interfaces unmanaged but an interface is not a node - alarms register against a node. Is the issues you have is that traps are being sent from an unmanaged interface on a node - or - is NetXMS monitoring an unmanaged interface and generating an alarm at the Node level? I am pretty sure you cannot (currently) disable traps at an interface level as the traps will always aggregate up to the node - which makes sense as it is the node which generates the traps. If you have created interfaces as nodes, then the fact they are unmanaged would come under the Node rule and would not trigger. Excluding the fact that if a device wants to send your NetXMS server a trap, and you don't want to see it solely because it is coming down an unmanaged interface, you could probably filter this out using some scripting on the Event processing policy. For me, I got annoyed with Interface Down alerts - so I disabled the policy - no more alerts. Either the other end of the interface is a node and I will get a Node down alert, or I have redundancy in which case the redundancy kicks in - and no action required. For those I really care about, I have a container limited policy and apply alarms to those only. There is no setting as far as I know for what you want, but what you want can be achieved a number of ways as per above. I hope this helps.

Hi, please note that RPi subagent has very limited functionality: it provides access to GPIO PINs, supports reading DHT22 sensor connected to GPIO, and provides CPU temperature. Best regards, Victor