# Huawei OceanProtect ## Create DataTurbo user 1. Go to Services -> vStore Service -> vStores ![Create\_DT\_user\_01.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/0Q7H2OSJipiLhWnZr3uY/Create_DT_user_01.png) 2. Select vStore -> Create new user with role "vStore DataTurbo administrator" ![Create\_DT\_user\_02.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/HU8sMvfk0H8vaXzxrWIi/Create_DT_user_02.png) ## Create logical port 1. Go to Services -> Network -> Logical Ports ![Create\_LP\_01.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/KLQ5fIok6GxhsU8QDtwK/Create_LP_01.png) 2. Create new logical port ![Create\_LP\_02.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/LS3WkWuDodOZH1GtYz9u/Create_LP_02.png) 3. Settings for NFS ![Create\_LP\_03.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/AqWvJQr5r28lDvcUZ45Y/Create_LP_03.png) 4. Settings for DataTurbo ![Create\_LP\_04\_DT.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/CdWk1UxTyw9dcI3EjVTN/Create_LP_04_DT.png) ## Create Filesystem 1. Go to Services -> File Service -> File Systems ![Create\_FS\_01.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/z1AZqjaGisXHaJplRYoK/Create_FS_01.png) 2. Create new file system ![Create\_FS\_02.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/wQZHgb2bqixNaWQUI4Cd/Create_FS_02.png) * Fill: * Name * Capacity * Application Type ![Create\_FS\_03.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/qX7pL093DOwITigApI8j/Create_FS_03.png) * With NFS, and DataTurbo share ![Create\_FS\_04.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/z841tumxly0GZWRR4K34/Create_FS_04.png) 3. On NFS share modify settings: ![Create\_FS\_05.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/6dpsRnO8HHCBufAgOVso/Create_FS_05.png) 4. In permissions add new client, or modify existing: ![Create\_FS\_06.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/jyFkm6ehgiEM8k9VVGBU/Create_FS_06.png) * Client - \* , or IP of Storware node machine * root Permission Constraint - no\_root\_squash 5. Save settings and modify DataTurbo share: ![Create\_FS\_07.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/Sh4E421vEfJkVvdrKem2/Create_FS_07.png) 6. In Permissions add user to share: ![Create\_FS\_08.png](https://content.gitbook.com/content/0FWMFN0y1yUTAd3cSRaK/blobs/H2F2BdgEtFMCVj1g5r1z/Create_FS_08.png) ## Mount NFS share 1. In Storware Backup & Recovery Node, mount NFS share which was created in previous step: ``` mount OceanProtectIP:/Storware /vprotect_data ``` 2. Go to the [Create File System Backup Destination](#create-file-system-backup-destination) section to learn how to create backup destination. ## Mount DataTurbo share {% hint style="info" %} **Note:** DataTurbo share is possible for mounting only in CentOS/Red Hat 7 {% endhint %} 1. Install DataTurbo package in Storware Backup & Recovery Node: ``` unzip OceanStor_DataTurbo_1.0.0_Linux.zip ``` ``` [root@localhost ~]# unzip OceanStor_DataTurbo_1.0.0_Linux.zip Archive: OceanStor_DataTurbo_1.0.0_Linux.zip creating: OceanStor_DataTurbo_1.0.0_Linux/ creating: OceanStor_DataTurbo_1.0.0_Linux/doc/ inflating: OceanStor_DataTurbo_1.0.0_Linux/install.sh creating: OceanStor_DataTurbo_1.0.0_Linux/packages/ inflating: OceanStor_DataTurbo_1.0.0_Linux/packages/oceanstor_dataturbo_1.0.0-202211151736.linux.x86_64.rpm inflating: OceanStor_DataTurbo_1.0.0_Linux/upgrade.sh ``` ``` cd OceanStor_DataTurbo_1.0.0_Linux/ chmod a+x install.sh ./install.sh ``` ``` [root@localhost ~]# cd OceanStor_DataTurbo_1.0.0_Linux/ [root@localhost OceanStor_DataTurbo_1.0.0_Linux]# chmod a+x install.sh [root@localhost OceanStor_DataTurbo_1.0.0_Linux]# ./install.sh Preparing... ################################# [100%] CUSTOM_USER=dataturbo begin to create dufault user[dataturbo] and group[dataturbo] ...... Updating / installing... 1:dataturbo-1.0.0-202211151736 ################################# [100%] The DataTurbo client supports three performance levels: high, medium, and low. A higher level consumes more memory and CPU, you can use cgroup command to limit the CPU usage of the DataTurbo process. The current remaining memory of the system is 4 GB. You are advised to select level 1(recommended) or lower. If the level selection process stops abnormally, the recommended level will be used. <0>--Select Default Level. The recommended level will be used. <1>--Select Low Level. It is estimated that at most 4 GB memory is consumed. <2>--Select Medium Level. It is estimated that at most 6 GB memory is consumed. <3>--Select High Level. It is estimated that at most 12 GB memory is consumed. please input your selection:0 your selection is [0] install dataturbo succeed. ``` 2. Start DataTurbo service ``` systemctl start dataturbo ``` ``` [root@localhost ~]# systemctl start dataturbo [root@localhost ~]# systemctl status dataturbo ● dataturbo.service - dataturbo Loaded: loaded (/usr/lib/systemd/system/dataturbo.service; enabled; vendor preset: disabled) Active: active (running) since Ε›ro 2023-01-25 15:32:21 CET; 4s ago Process: 18488 ExecStart=/opt/oceanstor/dataturbo/script/start.sh (code=exited, status=0/SUCCESS) Main PID: 18558 (dpc) Tasks: 95 (limit: 65535) CGroup: /system.slice/dataturbo.service └─18558 /opt/oceanstor/dataturbo/bin/dpc sty 25 15:32:20 localhost.localdomain systemd[1]: Starting dataturbo... sty 25 15:32:21 localhost.localdomain su[18660]: (to dataturbo) root on none sty 25 15:32:21 localhost.localdomain su[18751]: (to dataturbo) root on none sty 25 15:32:21 localhost.localdomain systemd[1]: Started dataturbo. ``` 3. Create DataTurbo storage object, with DataTurbo user ``` dataturbo create storage_object storage_name=Storware ip_list=OceanProtectIP ``` ``` [root@localhost ~]# dataturbo create storage_object storage_name=Storware ip_list=10.30.0.66 Please input username: storware Please input password: ******** Create storage object successfully. ``` 4. Check if storage is created ``` dataturbo show storage_object ``` ``` [root@localhost ~]# dataturbo show storage_object Storage Name: Storware User : storware Ips : 10.30.0.66 IpPair : ID Local Address Remote Address Status --------------------------------------------------------------- 1 10.30.1.242 10.30.0.66 Normal ``` 5. Create mount directory, and mount DataTurbo share ``` mkdir /vprotect_data dataturbo mount storage_object storage_name=Storware filesystem_name=/Storware mount_dir=/vprotect_data ``` 6. Check if share is mounted: ``` [root@localhost ~]# df -hT Filesystem Type Size Used Avail Use% Mounted on devtmpfs devtmpfs 2,6G 0 2,6G 0% /dev tmpfs tmpfs 2,6G 8,0K 2,6G 1% /dev/shm tmpfs tmpfs 2,6G 8,7M 2,6G 1% /run tmpfs tmpfs 2,6G 0 2,6G 0% /sys/fs/cgroup /dev/mapper/centos-root xfs 17G 1,7G 16G 10% / /dev/sda1 xfs 1014M 181M 834M 18% /boot tmpfs tmpfs 523M 0 523M 0% /run/user/0 tmpfs tmpfs 523M 0 523M 0% /run/user/1000 /Storware fuse.dataturbo 8,0T 0 8,0T 0% /vprotect_data ``` 7. Grant privileges for vprotect user ``` chown vprotect:vprotect -R /vprotect_data ``` ## Create File System Backup Destination {% hint style="info" %} **Note:** Only regular File System Backup Destination is currently available. {% endhint %} 1. Go to **Backup Destinations.** 2. Click on **Create Backup Destination**, choose a **File system.** 3. Type the name for the new backup destination and select at least one node configuration. 4. In **Storage paths** type `/vprotect_data/backups`, where you point to a subdirectory in your staging space, where Storware Backup & Recovery will store the backups. 5. Save the configuration.