Load balancing in a virtualized computing environment based on a fabric limit
First Claim
1. A method of load balancing in a computing environment of the type including a plurality of fabrics coupling a plurality of hosts to one or more storage systems, each fabric among the plurality of fabrics coupling one or more of the plurality of hosts to one or more of the one or more storage systems, the method comprising:
- determining a fabric limit for a limited fabric resource of each of the plurality of fabrics, wherein the limited fabric resource for each respective fabric among the plurality of fabrics relates to a relative load and/or capacity of the respective fabric, and wherein the fabric limit is an active login limit, an active discovery limit, a zone limit, or a host limit;
determining an overcommitted fabric capacity for each of the plurality of fabrics from the fabric limits;
determining an allocation of the limited fabric resource for each of the plurality of fabrics; and
balancing utilization of the limited fabric resource across the plurality of fabrics using at least one processor based at least in part upon the determined fabric limits and determined allocations of the limited fabric resource for the plurality of fabrics, wherein balancing utilization of the limited fabric resource includes migrating at least one virtual machine that is resident on a first host among the plurality of hosts and that utilizes a first fabric among the plurality of fabrics to use a second fabric among the plurality of fabrics, wherein the at least one virtual machine that is migrated to use the second fabric remains resident on the first host after migration, wherein balancing utilization of the limited fabric resource across the plurality of fabrics is based at least in part on the determined overcommitted fabric capacity for each of the plurality of fabrics, and wherein migrating the at least one virtual machine includes, for a first virtual machine;
powering down the first virtual machine;
reconfiguring the first virtual machine to utilize the second fabric instead of the first fabric; and
powering up the first virtual machine such that the first virtual machine utilizes the second fabric instead of the first fabric.
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Abstract
A method manages virtual machines in a virtualized computing environment based at least in part on limitations associated with storage fabrics through which virtual machines may access one or more storage systems in such an environment. The storage fabric limitations may be used, for example, in connection with placing virtual machines on hosts in a virtualized computing environment. As another example, storage fabric limitations may be used in connection with deploying virtual machines into a virtualized computing environment to reduce the likelihood of boot errors. As still another example, storage fabric limitations may be used in connection with load balancing across multiple fabrics in a virtualized computing environment.
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Citations
12 Claims
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1. A method of load balancing in a computing environment of the type including a plurality of fabrics coupling a plurality of hosts to one or more storage systems, each fabric among the plurality of fabrics coupling one or more of the plurality of hosts to one or more of the one or more storage systems, the method comprising:
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determining a fabric limit for a limited fabric resource of each of the plurality of fabrics, wherein the limited fabric resource for each respective fabric among the plurality of fabrics relates to a relative load and/or capacity of the respective fabric, and wherein the fabric limit is an active login limit, an active discovery limit, a zone limit, or a host limit; determining an overcommitted fabric capacity for each of the plurality of fabrics from the fabric limits; determining an allocation of the limited fabric resource for each of the plurality of fabrics; and balancing utilization of the limited fabric resource across the plurality of fabrics using at least one processor based at least in part upon the determined fabric limits and determined allocations of the limited fabric resource for the plurality of fabrics, wherein balancing utilization of the limited fabric resource includes migrating at least one virtual machine that is resident on a first host among the plurality of hosts and that utilizes a first fabric among the plurality of fabrics to use a second fabric among the plurality of fabrics, wherein the at least one virtual machine that is migrated to use the second fabric remains resident on the first host after migration, wherein balancing utilization of the limited fabric resource across the plurality of fabrics is based at least in part on the determined overcommitted fabric capacity for each of the plurality of fabrics, and wherein migrating the at least one virtual machine includes, for a first virtual machine; powering down the first virtual machine; reconfiguring the first virtual machine to utilize the second fabric instead of the first fabric; and powering up the first virtual machine such that the first virtual machine utilizes the second fabric instead of the first fabric. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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Specification