Huawei OceanStor Pacific Storage and Veritas NetBackup Interoperability Test Report
Axians Global
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Executive Summary
Axians Global (“Axians”) assessed the interoperability of Veritas NetBackup software with Huawei OceanStor Pacific Storage. The goal of the assessment is to validate that Veritas NetBackup is interoperable with Huawei OceanStor Pacific Storage.
In the assessment, Axians has determined that Veritas NetBackup software backup and restore jobs will function with Huawei OceanStor Pacific Storage for the following scenarios:
Test Scenario | Storage Involved | Protocol(s) Tested | Result |
Backup Target – Cloud Storage | OceanStor Pacific Storage | S3 | Passed |
Backup Target – immutable (WORM) cloud storage | OceanStor Pacific Storage | S3 | Passed |
Backup Source – Cloud Object Store | OceanStor Pacific Storage | S3 | Passed |
In this document, you will find details on the above test cases and the captured output. The procedures conducted in the tests are referenced from standard online documentation from Veritas NetBackup and Huawei.
1. Environment Configuration
1.1 Networking diagram
Figure 1.1 Huawei OceanStor Pacific Storage as the Cloud Storage and the Cloud Object Store Test Networking
Figure 1.2 Huawei OceanStor Pacific Storage as the immutable (WORM) cloud storage Test Networking
Note: This networking diagram is for reference only. For details about the connections between Huawei OceanStor Pacific Storage nodes and application servers, between nodes, see the Huawei OceanStor Pacific Storage product documentation.
Networking description:
- Deployment at the production end:
1) Deploy one ESXi physical host, install the VMware VM software, create VMs, and install windows operating system.
2) The management network and service network are connected to the Veritas NetBackup software and Huawei OceanStor Pacific Scale-Out Storage through switches
- Deploy the Veritas NetBackup software on Windows and Linux VM server.
- All storage devices connect to the Veritas NetBackup through 10g Ethernet.
1.2 Hardware and Software Configuration
1.2.1 Storage Configuration
Table 1-1 Huawei storage configuration table
Name | Model | Version | Quantity |
Storage | Huawei OceanStor Pacific Scale-Out Storage (Hereinafter referred to as “Pacific” as well) | 8.2 | 1 |
1.2.2 Matching Hardware Configuration
Table 1-2 Hardware Configuration
Name | description | Usage | Quantity |
VMWare ESXi | x86 server
| Deploys the VMs. | 1 |
Ethernet switch | Huawei 6855 10GE Network Switch | Ethernet switches for management networking and service networking. | 2 |
Veritas NetBackup Master server (Hereinafter referred to as “NBU server” as well) |
| Deploys backup software to schedule backup tasks. | 1 |
Veritas NetBackup Media server (Hereinafter referred to as “NBU server” as well) |
| Deploys backup software to connect to pacific storage and transfer backup data. | 1 |
1.2.3 Test Software and Tools
Table 1-3 Test Software and Tool List
Software Name | description | Version | Quantity |
VMWare ESXi | VMware virtualization platform | 7 | 1 |
Veritas NetBackup | Veritas NetBackup Software | 10.4 | 1 |
Operation System | Install the Windows Hosts | Windows Server 2016 (master server) | 1 |
Operation System | Install the Linux Hosts | RHEL 8.8 (media server) | 1 |
S3 Browser | Connect to the Pacific storage and browse the bucket data | 9 | 1 |
2. Test Preparation
2.1 Create the Account and save the AK&SK on the storage device
2.2 Create the Service Network on the storage device
2.3 Create the Namespace on the storage device
2.4 Create the Bucket on the storage device
2.5 Configure the DNS on the NBU server
Query the IP Address of Object DNS Service in Subnet on the storage device.
Configure DNS on Windows and Linux Hosts.
3. Verification the Pacific Storage interconnects with Veritas NetBackup to serve as cloud object storage (S3 backup media)
3.1 Add the bucket as S3 target storage through HTTP protocol
Test Purpose | To verify that the bucket can be added to the NBU server as S3 target storage through HTTP protocol. |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.1 |
Prerequisites |
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Test Procedure |
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Expected Result |
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Test Result | In step 1, the cloud storage server is configured successfully. 2. In step 2, the disk pool is configured successfully. 3. In step 3, the storage unit is configured successfully. In step 4, the backup policy is configured successfully. |
Test Conclusion | Passed |
3.2 Add the bucket as S3 target storage through HTTPS protocol
Test Purpose | To verify that the bucket can be added to the NBU server as S3 target storage through HTTPS protocol. |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.1 |
Prerequisites |
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Test Procedure |
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Expected Result | 1. In step 1, succeed to configure the cloud storage server. 2. In step 2, succeed to configure the disk pool. 3. In step 3, succeed to configure the storage unit. 4. In step 4, succeed to configure the backup policy. |
Test Result | Prerequisites Pre1 Write the complete certificate chain file to the cacert.pem file on NBU server. 3. In step 3, the storage unit is configured successfully. 2. In step 4, the backup policy is configured successfully.
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Test Conclusion | Passed |
3.3 Full Backup and Recovery
Test Purpose | To verify that the NBU server full backup and recovery is working |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.1 |
Prerequisites |
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Test Procedure |
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Expected Result |
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Test Result | Prerequisites Pre1 Prepare some large files and small files as backup source.
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Test Conclusion | Passed |
3.4 Incremental Backup and Recovery
Test Purpose | To verify that the NBU server incremental backup and recovery is working |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1-1 |
Prerequisites |
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Test Procedure |
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Expected Result |
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Test Result | Prerequisites Pre1 Add some large files and small files as backup source. Test Result 1. In Step1, right-click the backup policy and start incremental backup job. 2. In Step2, check that the state of backup job is done. The backup job finishes successfully.
3. In Step3, Enter the recover page and start the recovery job, restoring files to another place.
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Test Conclusion | Passed |
4. Verification the Pacific Storage interconnects with Veritas NetBackup to serve as the cloud object store (S3 backup source)
4.1 Add the bucket as S3 backup source through HTTP protocol
Test Purpose | To verify that the NetBackup server supports adding a bucket as the S3 backup source through the HTTP protocol. |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.1 |
Prerequisites |
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Test Procedure |
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Expected Result |
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Test Result |
2. Set Amazon as Cloud object sore provider name, then Add a new Region 3. Select Access credentials, then Add a new credential, disable SSL
4. Select AWS S3 compatible, then input Access key ID (AK) and Secret access key (SK). 5. Review the content In step 5, the cloud object store is created successfully.
7. Create backup schedule 8. Configure cloud object In step 8, the backup policy is configured successfully. |
Test Conclusion | Passed |
4.2 Add the bucket as S3 backup source through HTTPS protocol
Test Purpose | To verify that the NetBackup server supports adding a bucket as the S3 backup source through the HTTP protocol. |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.1 |
Prerequisites |
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Test Procedure |
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Expected Result |
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Test Result | Prerequisites Pre1 Write the complete certificate chain file to the cacert.pem file on NBU server. In step 2, the cloud object store is created successfully.
2. Set Amazon as Cloud object sore provider, then Add a new Region 3. Select Access credentials, then Add a new credential, enable SSL 4. Select AWS S3 compatible, then input Access key ID (AK) and Secret access key (SK). 5. Review the content
In step 5, the cloud object store is created successfully. 6. Set the policy type to cloud object store. 7. Create backup schedule 8. Configure cloud object In step 8, the backup policy is configured successfully. |
Test Conclusion | Passed |
4.3 Full Backup and Recovery
Test Purpose | To verify that full backup and restore works properly when the S3 bucket as the backup source |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.1 |
Prerequisites |
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Test Procedure |
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Expected Result |
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Test Result | Prerequisites
Test Result
2. In Step2, check that the state of backup job is done. The backup job finishes successfully. 3. In Step3, Enter the recover page and start the recovery job, restoring files to another place.
4. In Step4, check that the state of restore job is successful, and restored files are the same as the original files.
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Test Conclusion | Passed |
4.4 Incremental Backup and Recovery
Test Purpose | To verify that incremental backup and restore works properly when the S3 bucket as the backup source |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.1 |
Prerequisites |
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Test Procedure |
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Expected Result |
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Test Result | Prerequisites Pre1 Add some large files and small files as backup source. Test Result
2. In Step2, check that the state of backup job is done. The backup job finishes successfully. 3. In Step3, Enter the recover page and start the recovery job, restoring files to another place.
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Test Conclusion | Passed |
5. Verification the Pacific Storage interconnects with Veritas NetBackup to serve as immutable (WORM) cloud storage through the MSDP
5.1 Create the Media Server Deduplication Pool (MSDP) storage server
Test Purpose | To create a Media Server Deduplication Pool (MSDP) storage server in the NetBackup web UI. |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.2 |
Prerequisites | 1. Deployment of storage device, Master server, Media server and networking have been completed. The storage device is running properly. 2. Namespace and object bucket have been created on the storage device. 3. The media server has been installed and connected to the master server. 4. The NetBackup web UI console is available |
Test Procedure | 1. Log into the NetBackup web UI. 2. Choose Storage > Disk storage > Add to add a storage server. 3. On the displayed page, choose Disk storage servers > Media Server Deduplication Pool to local or cloud storage (MSDP, MSDP Cloud). 4. Select media server. (You are not advised to select the primary server, as unexpected problems may occur.) 5. Enter the user-defined account and password. (This account is used only for MSDP.) 6. Enter the MSDP path in the storage path text box. (You can also click Browse to select the directory. Ensure that the selected directory has sufficient capacity.) 7. (Optional) Whether to enable encryption. KMS encryption options need to be configured additionally. 8. Click Save and wait until the creation is complete. |
Expected Result | 1. In step 1, login NBU web console succeeded. 2. In step 4, the server is loaded and the media server is selected. 3. In step 8, the MSDP storage pool is successfully created. |
Test Results | 1. Log into the VERITAS NetBackup Console from browser. 3.On the displayed page, choose Disk storage servers > Media Server Deduplication Pool to local or cloud storage (MSDP, MSDP Cloud). 4. Select media server. (You are not advised to select the primary server, as unexpected problems may occur.) 5. Enter the user-defined account and password. (This account is used only for MSDP.) 6. Enter the MSDP path in the storage path text box, (You can also click Browse to select the directory. Ensure that the selected directory has sufficient space.) (Optional) Whether to enable encryption. KMS encryption options need to be configured additionally. 7. Click Save and wait until the creation is complete. 8. Create the MSDP pool successfully |
Test Conclusion | Passed |
5.2 Create the Disk Pool
Test Purpose | To create the disk pool |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.2 |
Prerequisites | 1. Deployment of storage device, Master server, Media server and networking have been completed. 2. The storage device is running properly. 3. Namespace and object bucket have been created on the storage device. 4. The media server has been installed and connected to the master server. 5. The MSDP storage server has created in section 5.1 |
Test Procedure | 1. Choose Disk storage > Disk pool > Add. 2. Click Change and select the MSDP storage server. Enter the disk pool name. 3. Select Add volume under the Volume table, and then enter the volume name, select the Cloud storage provider type of Amazon. 4. Choose Region > Add, Enter the region name, Location constraint, Service URL ,select Path style and click Add. 5. Choose access credentials > add a new credential, enter the credential name, AK, and SK, click Next, and click Save. 6. Select use object lock under WORM, and configure the lock duration. Disable the SSL. 7. Select retrieve list to obtain existing buckets, or add a new bucket. 8. (Optional) Configure the Replication. 9. On the Review page, confirm the information and click Finish. 10. Create the storage pool. |
Expected Result |
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Test Results | Prerequisites Pre1 The namespace has been enabled the worm policy mode to None, and enabled the Versioning through the S3 Browser. 2. Click Change and select the storage server. Enter the disk pool name. 4. Choose Region > Add, Enter the region name, Location constraint, Service URL ,select Path style and click Add. 5. Choose access credentials > add a new credential, enter the credential name, AK, SK, click Next, and click Save. 6. Select use object lock under WORM, and configure the lock duration. Disable the SSL. 7. Select retrieve list to obtain existing buckets, or add a new bucket. 8. (Optional) Configure the Replication. 9. On the Review page, confirm the information and click Finish. 10. Create the disk pool successfully. |
Test Conclusion | Passed |
5.3 Create the Storage Unit
Test Purpose | To verify that storage pool is available |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.2 |
Prerequisites | 1. Deployment of storage device, Master server, Media server and networking have been completed. 2. The storage device is running properly. 3. Namespace and object bucket have been created on the storage device. 4. The media server has been installed and connected to the master server. 5. The MSDP has created success in section 5.1 6. The storage pool has created in section 5.2 |
Test Procedure | 1. Choose Storage Units > Add to add a storage unit. 2. Select disk storage server > Media Server Deduplication Pool to local or cloud storage (MSDP, MSDP Cloud). 3. Enter the name and click Next. 4. Select disk pool, and enable WORM, and click Next. 5. (Optional) Add additional media servers and click Next. 6. Confirm the configuration and click Finish. 7. Check the bucket data. |
Expected Result | 2. In step 6, succeed to create the storage unit. 3. In step 7, the bucket contains the directory(databases) and files(lsu-worm.conf/lockdown-mode.conf) |
Test Results |
3. Enter the name and click Next.
5. (Optional) Add additional media servers and click Next 6. Confirm the configuration and click Save. 7. Create the storage unit successfully. the bucket contains the directory(databases) and files(lsu-worm.conf/lockdown-mode.conf)
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Test Conclusion | Passed |
5.4 Create the Policy
Test Purpose | To verify that the MSDP unit is available |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.2 |
Prerequisites | 1. Deployment of storage device, Master server, Media server and networking have been completed. 2. The storage device is running properly. 3. Namespace and object bucket have been created on the storage device. 4. The storage unit has created in selection 5.3 |
Test Procedure | 1. Choose Policy > Add. 2. Enter the policy name, select the policy type of Cloud-Object-Store, and select the policy storage created in section5.3. 3. Select the Schedule and click Add. Enter the name, set the type of the Full backup, and set the retention period. (Note that the Retention time must be within the time range set during MSDP Storage Pool in section 5.2) 4. Select the Cloud objects. 5. Select the Include all objects/blobs in the selected buckets/containers. 6. Create the policy |
Expected Result | 1. In step 4, succeed to connect to the Cloud-Object-Store buckets. 2. In step 6, succeed to create the policy. |
Test Results | 1. Choose Policy > Add. 2. Enter the policy name, select the policy type of Cloud-Object-Store, and select the policy storage created in section5.3. 3. Select the Schedule and click Add. Enter the name, set the type of the Full backup, and set the retention period. (Note that the Retention time must be within the time range set during MSDP Storage Pool in section 5.2) 4. Select the Cloud objects. 5. Select the Include all objects/blobs in the selected buckets/containers. 6.Create the policy successfully |
Test Conclusion | Passed |
5.5 Full Backup and Recovery
Test Purpose | To verify that full backup and restore works properly when the pacific as the immutable (WORM) cloud storage through the MSDP |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.2 |
Prerequisites | 1. Deployment of storage device, Master server, Media server and networking have been completed. 2. The storage device is running properly. 3. Namespace and object bucket have been created on the storage device. 4. Prepare some files to backup. 5. The backup policy has been created in section 5.4. |
Test Procedure | 1. Select a backup policy and click Manual Backup. 2. Once the backup job is finished, check the status of full backup job, and check the bucket size and data. 3. Enter the recover page and start the recovery job, restoring files to another place. 4. Once the recovery job finished, check the status of the job and data consistency. |
Expected Result | 2. In step 2, the data directory created under the bucket, and the backup data write to data directory successfully. 3. In step 4, the recovery job finishes successfully, and restored files are the same as the original files. |
Test Results |
1. Select a backup policy and click Manual Backup 2. Check that the state of backup job is done. The backup job finishes successfully. 3. The data directory created under the bucket, and the backup data write to data directory successfully 4. Enter the recover page and start the recovery job, restoring files to another place. 5. Once the recovery job finished, check the status of the job and data consistency. |
Test Conclusion | Passed |
5.6 Incremental Backup and Recovery
Test Purpose | To verify that incremental backup and restore works properly when the pacific as the immutable (WORM) cloud storage through the MSDP |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.2 |
Prerequisites |
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Test Procedure |
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Expected Result |
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Test Result | Prerequisites 3. In Step3, Enter the recover page and start the recovery job, restoring files to another place. |
Test Conclusion | Passed |
5.7 Retention Period of immutable (WORM) cloud storage Testing
Test Purpose | To verify that the retention period is supported when the storage is used as S3 target storage. |
Test Networking | Huawei OceanStor Pacific Storage Function Compatibility Test Networking 1.2 |
Prerequisites | In section 5.5-5.6, the backup is successful. |
Test Procedure | 1. Check the headers of the backup files on the s3 Browser. 2. Delete the backup files within the retention period on the backup server. 3. Delete the backup files within the retention period on the s3 Browser. 4. Delete the backup files after the retention period expires on the backup server, and check the backup files on the s3 Browser. |
Expected Result | 1. In step 1, the headers of the backup files show that ‘x-amz-object-lock-mode’ is ‘COMPLIANCE’, and contain the ‘x-amz-object-lock-retain-until-date’. 2. In step 2, fail to delete the backup files within the retention period on the backup server. 3. In step 3, fail to delete the backup files within the retention period on the on the s3 Browser. 4. In step 4, succeed to delete the backup files after the retention period expires. |
Test Results |
The backup files are deleted successfully after the retention period expires. |
Test Conclusion | Passed |
6. Reference
6.1 Veritas NetBackup™ Administrator’s Guide, Volume I
https://www.veritas.com/content/support/en_US/doc/18716246-158973241-0/v27655789-158973241
6.2 Huawei OceanStor Pacific Series Product Documentation
https://support.huawei.com/hedex/hdx.do?docid=DOC1101187689&id=object_config_00184
6.3 Veritas NetBackup™ Deduplication Guide
https://www.veritas.com/content/support/en_US/doc/25074086-163525529-0/v26653261-163525529