So now I can load my file.įinally, we put the user that we also used when creating the key. Then I set that I will use a file for my key. For this we must establish that it will be a protocol of the type ssh. The next thing is to load the connection data to filezilla. Ok, I need the generated key here, so I copy it from putty and paste it. And now we save the file as a private key. You must change KEY COMMENT, entering your email or Google Cloud user. To create it I will use Putty.Ī random key will be generated, based on the position of the mouse, so we move it everywhere. Now I need to set the keys with which I will bind a connection. For it to work, we must allow HTTP traffic. Once installed, from the compute engine panel, I select my virtual machine instance. The download will depend on the type of operating system and processor you have. I also have to download Putty, to generate an identity key that I will use to guarantee access. If you register a VASA provider that supports VASA API version 3.5 with a VMware vCenter 8.0 system and upgrade the VASA API version to 4.0, even after the upgrade, you still see VASA API version 3.5.As you can see, the first thing to do is download the software from the official website. After the upgrade, when you navigate to vCenter Server > Configure > Storage Providers and expand the General tab of the registered VASA provider, you still see VASA API version 3.5. For example, if you upgrade a VMware vCenter system of version 7.x with a registered VASA provider that supports both VASA API versions 3.5 and 4.0, the VASA API version does not automatically change to 4.0, even though the VASA provider supports VASA API version 4.0. If a VASA provider that supports VASA API version 4.0 is registered with a previous version of VMware vCenter, the VASA API version remains unchanged after you upgrade to VMware vCenter 8.0. However, after you upgrade your vCenter Server system to version 8.0, the VASA API version might not automatically change to 4.0. VCenter Server 8.0 supports VASA API version 4.0. T10:57:59.229 DEBUG:_state:In State._writeInfo writing to state file /etc/applmgmt/appliance/software_update_nf T10:57:59.229 DEBUG:_state:Writing to state file from State._get T10:57:59.229 DEBUG:_state:Operation in progress is finished T10:57:59.229 DEBUG:_state:Operation in progress is orphaned T10:57:59.229 ERROR:_functions:Can't read JSON file /storage/core/software-update/install_operation No such file or directory: '/storage/core/software-update/install_operation' T10:57:59.229 INFO:_state:Found operation in progress /storage/core/software-update/install_operation T10:57:59.229 DEBUG:_state:In State._get using state file /etc/applmgmt/appliance/software_update_nf In the software-packages.logs, you see errors such as: As a result, the update fails with an error such as No such file or directory: '/storage/core/software-update/install_operation'. The issue occurs if during vCenter reboot /storage/core unmounts before the system acknowledges the Installation complete status. VMware vCenter Server 8.0 Update 2b delivers bug and security fixes documented in the Resolved Issues section.įor VMware vSphere with Tanzu updates, see VMware vSphere with Tanzu Release Notes.įor Photon OS updates, see VMware vCenter Server Appliance Photon OS Security Patches.Ī rare race condition might cause vCenter to report a successful update as failed. On a cluster level: advanced performance charts with aggregated statistics from the hosts for the GPU memory and the GPU utilization.įor more information, see Working with Advanced and Custom Charts and Overview Performance Charts. On a host level: performance overview charts and advanced performance charts for the GPU compute usage, memory allocation, and temperature on hosts. In the vSphere Client, under Monitor > Performance, you see: For more information on capacity reporting in and licensing vSAN, see Demystifying Capacity Reporting in vSAN and Counting Cores for VMware Cloud Foundation and vSphere Foundation and TiBs for vSAN.Īggregation of GPU statistics on host and cluster level: With vCenter Server 8.0 Update 2b, you can track host and cluster-level aggregation of GPU metrics, which benefit generative AI workloads, traditional AI workloads, and non-AI workloads accelerated by GPUs. For capacity larger than 100 GiB per vSAN core, you can purchase vSAN capacity per tebibyte (TiB) and apply a vSAN key that reflects the total raw storage capacity of the vSAN cluster. 100 GiB of trial storage capacity per vSAN core: With vSphere 8.0 Update 2b, as part of the VMware vSphere Foundation offering, you can use up to 100 gibibytes (GiB) of vSAN storage per vSAN host licensed core without applying a vSAN licensing key.
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