Cdb Inet Apk Download ((FULL))
Fabiola Zyla
hi,
i have tried to make an order from gl.inet and got very bad experience. i also never got what i paid for and gl.inet support is refusing to provide information or make things right for me as a customer.
please do not repeat my experience and avoid purchasing gl.inet devices. at least until company policy change and/or customer support improves.
as of now they don't seem to care about customers and will not make things right if things go awry (they did not take care of me and they will not take care of you!).
tldr story - i made order from gl.inet, it got shipped and shipment never received proper track number (AE00210775VN, it does not track to local delivery company). it got marked as delivered but i never got it. opened dispute as per gl.inet suggestion and it got rejected with all information i provided. still no information from gl.inet as to who and where (no proper track) delivered.
If you read the title and expect something else than the first post, I am puzzled. It is a recommendation about where not-to-buy gl-inet hardware. Given our limited set of categories this does not seem all that out of place, but I grant you that it has little to do with OpenWrt (except gl-inet hardware mostly using a modified OpenWrt version), but as I said not that hard to ignore, given that the title is cristal clear.
Topic title until 1 hour ago was "Recommendation to avoid purchasing gl.inet devices"
Nothing indicating that I should've expected anything else than hardware talk.
And was probably changed after my comment and the other one from @Beniamin in which he said that he has no issues with his 5 GL.iNET devices.
Sorry
I have the same problem, the emails sent are not signed DKIMand in my logs I have this :Mar 22 22:20:27 nsxxxx postfix/smtpd[2824]: warning: connect to Milter service inet:localhost:8891: Connection refused
Once again, in our diagram R1 is learning about the 69.69.69.0/24 network (nice) by BGP from R3. First, remember what happened earlier, with no MPLS. Router 1 receives a packet destined to 69.69.69.69 (nice). R1 looks in inet.0, and sees it has a match for the 69.69.69.0/24 network (nice), learned from 3.3.3.3. R1 then does a second lookup, and discovers that it can get to 3.3.3.3 via 10.10.12.2. R1 then pushes the packet out as a normal IP packet.
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