It’s been a while since posting and I do hope to sort that out but for now another quick mention of some work with Ruckus Cloudpath.
Although massively flexible in its design I’ve come into a few niche cases where administrators would like a single DPSK pool (which is bound to a single SSID) but where different users have different expiry dates on those DPSKs. Thus far I’m planning on interacting with the API via Node-RED to update these entries in the API as the provisioning process takes place – something for another blog post.
However for those who are just getting to grips with the API (using PowerShell in my case) I hope the short example in this GitHub repo can be of use: https://github.com/jamesfed/RuckusCloudpathAPI.
While iterating through an issue with our Ruckus SmartZone (with Ruckus R510 Access Points) controllers I was looking for a way to see when the Access Points had applied the new configuration; lone behold it’s quite easily done through both the CLI and the GUI.
Anyone who has used the new SmartZone controllers will know all too well that’s it’s not the fastest GUI to work with – thus if you have the option I’d suggest you go with the CLI method which is very responsive (and much more consistent!).
Via the CLI
Via the GUI
While provisioning some new Ruckus R510 WAPs onto our SmartZone 100 (126.96.36.199.675) we’ve had a number of cases where the WAPs will reboot for their firmware update but will not proceed beyond that point. In particular the PWR and CTL lights stay lit but the radio lights do not come on at all.
Looking in Access Points > Affected WAP > More > Tunnel Diagnostics (we’re using AP tunnelling) I note errors along the lines of
ifconfig: gre1: error fetching interface information: Device not found
cat: can’t open ‘/proc/rksgre/gre1/stats’: No such file or directory
cat: can’t open ‘/proc/rksgre/gre1/cache’: No such file or directory
cat: can’t open ‘/proc/rksgre/gre1/cfg’: No such file or directory
cat: can’t open ‘/sys/kernel/debug/qca-nss-drv/stats/*’: No such file or directory
The solution thus far has been pretty simple – factory reset the WAP by pressing and holding the RESET button in the back for 6+ seconds. It’ll go through a process of about 5-10 minutes and thus far have been coming back in a functional state.