Storage network resource management
Systems and methods described herein can involve, responsive to a request of a volume requiring remote copy, checking an IO throughput setting of the volume; using network bandwidth based on the IO throughput setting of the volume; and for the use of the network bandwidth not exceeding total remote copy network resources allocated for existing volumes configured with remote copy and the volume requiring remote copy, establishing a remote copy relationship for the volume in response to the request.
1. A method, comprising:
responsive to a request of a volume requiring remote copy:
checking an IO throughput setting of the volume;
determining a network bandwidth based on the IO throughput setting of the volume;
in response to the network bandwidth being equal to or less than total remote copy network resources allocated for existing volumes configured with remote copy and the volume requiring remote copy, establishing a remote copy relationship for the volume in response to the request;
in response to the network bandwidth exceeding the total remote copy network resources allocated for the existing volumes configured with remote copy and the volume requiring remote copy, rejecting the request, wherein the total remote copy network resources is based on a summation of a maximum write throughput of the existing volumes configured with remote copy and the volume requiring remote copy; and
in response to the summation exceeding the total remote copy network resources, internally setting another maximum write throughput for each of the existing volumes that is at least a minimum write throughput.
2. The method of claim 1 , wherein, in response to another storage system being determined as required based on the remote copy relationship, defining the total remote copy network resources as the total remote copy network resources allocated for the existing volume configured with remote copy and the volume requiring remote copy, minus bandwidth usage between a storage system managing the volume and the another storage system.
3. The method of claim 1 , further comprising providing an interface configured to receive a selection of a volume type from a plurality of pre-defined volume types, wherein the request is based on a received selection of the volume type made to the interface.
4. A non-transitory computer readable medium, storing instructions for executing a process, the instructions comprising:
responsive to a request of a volume requiring remote copy:
checking an IO throughput setting of the volume;
determining a network bandwidth based on the IO throughput setting of the volume;
in response to the network bandwidth being equal to or less than total remote copy network resources allocated for existing volumes configured with remote copy and the volume requiring remote copy, establishing a remote copy relationship for the volume in response to the request;
in response to the network bandwidth exceeding the total remote copy network resources allocated for the existing volumes configured with remote copy and the volume requiring remote copy, rejecting the request, wherein the total remote copy network resources is based on a summation of a maximum write throughput of the existing volumes configured with remote copy and the volume requiring remote copy; and
in response to the summation exceeding the total remote copy network resources, internally setting another maximum write throughput for each of the existing volumes that is at least a minimum write throughput.
5. The non-transitory computer readable medium of claim 4 , wherein, in response to another storage system being determined as required based on the remote copy relationship, defining the total remote copy network resources as the total remote copy network resources allocated for the existing volume configured with remote copy and the volume requiring remote copy, minus bandwidth usage between a storage system managing the volume and the another storage system.
6. The non-transitory computer readable medium of claim 4 , the instructions further comprising providing an interface configured to receive a selection of a volume type from a plurality of pre-defined volume types, wherein the request is based on a received selection of the volume type made to the interface.
7. An apparatus, comprising:
a processor, configured to:
responsive to a request of a volume requiring remote copy:
check an IO throughput setting of the volume;
determine a network bandwidth based on the IO throughput setting of the volume;
in response to the network bandwidth being equal to or less than total remote copy network resources allocated for existing volumes configured with remote copy and the volume requiring remote copy, establish a remote copy relationship for the volume in response to the request;
in response to the network bandwidth exceeding the total remote copy network resources requiring remote copy, reject the request, wherein the total remote copy network resources is based on a summation of a maximum write throughput of the existing volumes configured with remote copy and the volume requiring remote copy; and
in response to the summation exceeding the total remote copy network resources, internally setting another maximum write throughput for each of the existing volumes that is at least a minimum write throughput.
8. The apparatus of claim 7 , wherein, in response to another storage system being determined as required based on the remote copy relationship, defining the total remote copy network resources as the total remote copy network resources allocated for the existing volume configured with remote copy and the volume requiring remote copy, minus bandwidth usage between a storage system managing the volume and the another storage system.
9. The apparatus of claim 7 , the processor further configured to provide an interface configured to receive a selection of a volume type from a plurality of pre-defined volume types, wherein the request is based on a received selection of the volume type made to the interface.