Huawei OceanProtect

Create DataTurbo user

Go to Services -> vStore Service -> vStores
Select vStore -> Create new user with role "vStore DataTurbo administrator"

Create logical port

Go to Services -> Network -> Logical Ports
Create new logical port
Settings for NFS
Settings for DataTurbo

Create Filesystem

Go to Services -> File Service -> File Systems
Create new file system
- Fill:
  - Name
  - Capacity
  - Application Type
- With NFS, and DataTurbo share
On NFS share modify settings:
In permissions add new client, or modify existing:
- Client - * , or IP of Storware node machine
- root Permission Constraint - no_root_squash
Save settings and modify DataTurbo share:
In Permissions add user to share:

In Storware Backup & Recovery Node, mount NFS share which was created in previous step:
```
mount OceanProtectIP:/Storware /vprotect_data
```

Note: DataTurbo share is possible for mounting only in CentOS/Red Hat 7

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.

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 śro 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.

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.

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

Create mount directory, and mount DataTurbo share

mkdir /vprotect_data
dataturbo mount storage_object storage_name=Storware filesystem_name=/Storware mount_dir=/vprotect_data

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

Grant privileges for vprotect user

chown vprotect:vprotect -R /vprotect_data

Create File System Backup Destination

Note: Only regular File System Backup Destination is currently available.

Go to Backup Destinations.
Click on Create Backup Destination, choose a File system.
Type the name for the new backup destination and select at least one node configuration.
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.
Save the configuration.