Openzfs openindiana1/7/2024 Client A can read from the OmniOS/napp-it server all day, but whenever it tries to write more than a few megabytes, the OmniOS server seizes up and any client on the network talking to it has it's connection to it hang for 20 seconds. The Omni console shows the same "smbsrv notice smbd nt authority\anonymous media access denied ipc only" errors whenever Client A tries do a prolonged WRITE to the OmniOS server. Windows client C: Windows Server 2019 (version 1809) doing a user login to the ShareĬlient B and C have zero issues talking to my OmniOS. Windows client B: Windows 10 Pro 20H2 (version 2009) doing a anonymous guest login Windows client A: Windows 10 LTSC 2019 (version 1809) I've actually had this issue since November 2019 but haven't got around to looking at it until now. I have a OmniOS 5.11 (omnios-r151032-19f7bd2ae5 November 2019) install with napp-it and a few Windows clients in question. O have tested a similar one from SuperMicro as a candidate for my next server replacements,ĩ years later I have the exact same issue. Nearly as fast as NVMe, plp and much easier to handle than NVMe and pci-e passthrough (no problem with many of them, hotplug etc) The Optane 90x (unlike the datacenter Optane 4801) do not have guaranteed powerloss protection but are expected to work well.Ī good compromise are the 12G SAS SSDs like WD SS530. Bad for a pool, really worse for an Slog. A crash during a write can corrupt files. Up from then you need special workloads to have a relevant advantage (ex multiuser mailserver with millions of files) as the RAM readcache helps with small random files and access patterns not with sequential workloads and the writecache is 10% RAM, max 4GB per default.Įspecially the cheaper desktop NVMe have three disadvantages in a server You may find improvements up to say 32GB. You should have at least 8 GB RAM for the storage VM for a decent performance. With ultrafast storage RAM is not important for ZFS performance than with slower pools up from a certain level. You need RAM for the storage VM and other VMs. I can also confirm their cert is NOT expired (if I visit those URLs from a browser, all is well.) I can only conclude something is broken in the omnios installs? I have no idea why this happened (I certainly wasn't messing with pkg information, or deleting things, and 2 of my 3 installs are borked?) I suppose I can reinstall, but without some idea what the heck happened, doesn't give me a warm feeling. I'm certainly no SSL expert, and didn't do anything that I am aware of. I verified that /etc/ssl/pkg/OmniOSce_CA.pem. Unable to contact valid package repository: įramework error: code: E_SSL_CACERT (60) reason: SSL certificate problem: certificate has expiredĮrrors were encountered when attempting to contact 2 of 2 repositories for publisher 'omnios'. Packages added to the affected publisher repositories sinceĮrrors were encountered when attempting to contact repository for publisher 'extra.omnios'. WARNING: Errors were encountered when attempting to retrieve packageĬatalog information. It works on 1 of the 3 installs (omnios1) but not omnios2 or omnios-cc. This may be a n additional option to stonith to protect a pool. The multihost ZFS property is already in Illumos. The heads do not need ESXi or ipmi access. If you do not need this additional security, you can skip/fake this step (" echo 1" simulates a successfull stonith ). In both cases only the controlserver needs access to ESXi management or the ipmi interface ex via an additional nic or vnic there. With a barebone server you can initiate a hard reset via ipmi. If the whole cluster is virtualised, this can be a VM reset via SSH to ESXi. This is why a second independent kill mechanism of a former active head is implemented. This means that the controlserver initiates a fast remote shutdown of head1 followed by a pool import on head2, a failover of the HA ip and optionally a restore of services like iSCSI or But if head1 hangs for whatever reason and head2 imports the pool it can become corrupted. ![]() A failover from an active head1 to a standby head2 happens under control of the cluster controlserver/VM.
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