(Or at least disable it) Then go down to the shared datastore folder that you created, and then into the alarms tab again (then click Definitions). Find the ‘Datastore usage on disk’ alarm and go into it and take some screen shots of how it is setup, we will use these later to recreate the alrm, then delete it. Note that the pictures shows how it will look after we delete some alarms and recreate them.Īfter putting your datastores in the proper folders click on the vcenter, or esxi object (whichever is the top level) and go to the alarms tab (you will need to click on the Definitions button as well. Then drag your local datastores to the local folder and your shared datastores to the shared folder. Next create two folders, one for local datastores and another for shared. The first step is to log into vcenter (or esxi, whichever your using) and goto the Datastore Inventory tab. The process is the same for both though, so I figured I would share. Below is what the problem looks like… Local datastores are in an alarm state… but the “real” data which is in “VM Storage Repository” is not full yet.Īfter doing a little research I was able to come by one other blog post that used this same method on ESX to fix the errors on the service console volume, but I could not find anything related to local and VSA shared volumes. So the better solution would be to somehow ignore alarms on local datastores but still keep the alarms for shared datastores. I suppose I could just change that threshold to like 98% or something and the alarms would go away, but that wouldn’t let us much time to react if the VSA volume ever got full. Inside of the VSA is where all of the production VM’s live, but the problem is that the local datastores are in an alarm state because they are above the threshold set at the vcenter level. Inside of that volume we have a single virtual machine (the VSA) and it consumes about 90% of the space in that datastore. We have HP’s P4000 VSA software installed on each node to form a redundant two node SAN, so each server has all 8 drives in a RAID5 and a single VMware VMFS volume on them. This cluster is owned by an SMB and its a fully contained VMware setup, basically it has two D元80 G6 servers each with 8 – 146GB 10k SAS drives, dual Nehalem processors, and 24GB of ram. Repeat means that the action will be repeated until another color change occurs, every 5 minutes by default.I was doing an upgrade from 4.0 to 4.1 this week on a two node cluster.Once means that the action will be taken only once.If nothing is present, no action will be taken in the transition.The states listed above are denoted by colors and shapes in the Actions tab of the New Alarm Definition wizard:Īs you can see from the picture above, a green circle represents the Normal state, a yellow triangle the Warning state, and a red diamond represents the Critical state.Īn option can be specified for each color transition: The alarms can be set to trigger when the state changes: The Virtual Machine alarm type has the following additional types of actions: The Host alarm type has the following additional types of actions: Run a command – runs a script in order to correct the problem the object is experiencing.Send a notification trap – informs you of the condition by Simple Network Management Protocol (SNMP) trap.Send a notification email – informs you of the condition by email.There are nine alarm type monitor options in vSphere:Įach alarm type has three types of actions in common: An action is an operation that will be perfomed in response to the alarm trigger.
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