We are happy to announce that Vesta is back under active development as of 25 February 2024. We are working on v1 candidate and expect to engage more with the community over the coming months. We are committed to open source, and we encourage contributors to help us build the future of Vesta.
Problem with FTP backups.
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- Posts: 1
- Joined: Sun Feb 17, 2019 1:54 pm
- Os: CentOS 6x
- Web: apache + nginx
Problem with FTP backups.
OS: CentOS 7 64-bit
Last VestaCP.
At first FTP backup not done but directory "/backup" in FTP was created.
It problem i decided when stop iptables, and after good backup a change FTP port to 1-65000 but is not normaly.
I have not local backup, only FTP.
My VPS server have 50 Gb.
My /home/user directory have 12 Gb info, but when backup is creatning he takes two 12 Gb directory (24 Gb)
root@new:/backup# du -s -h *
12G USER.2019-02-17_12-46-47.tar
4.0K USER.log
12G tmp.jo4DFJCst
And during the backup process, a 12 GB website, 24 GB backup, 36 GB are occupied on the server only by site and backup.
Add system and my service files coming out more 90% server disk size.
Last VestaCP.
At first FTP backup not done but directory "/backup" in FTP was created.
It problem i decided when stop iptables, and after good backup a change FTP port to 1-65000 but is not normaly.
I have not local backup, only FTP.
My VPS server have 50 Gb.
My /home/user directory have 12 Gb info, but when backup is creatning he takes two 12 Gb directory (24 Gb)
root@new:/backup# du -s -h *
12G USER.2019-02-17_12-46-47.tar
4.0K USER.log
12G tmp.jo4DFJCst
And during the backup process, a 12 GB website, 24 GB backup, 36 GB are occupied on the server only by site and backup.
Add system and my service files coming out more 90% server disk size.
Re: Problem with FTP backups.
Main types of backups
Full backup - a full copy of all files. From a copy of this type of backup, full recovery is possible. The disadvantage of this type of backup is a large consumption of resources required for copying and storing files.
Differential (or differential) backup - every file that has been changed since the last full backup is backed up each time. To restore information from such backups, you need to restore the latest full version and impose on it the necessary version of the differential backup.
Incremental backup — only those files that have been modified since the last full or previous incremental backup were copied. A subsequent incremental backup adds only files that have been modified since the previous backup. Incremental backups take less time because fewer files are backed up. However, the data recovery process takes more time, since the data of the last full backup should be restored, as well as the data of all subsequent incremental backups. Unlike differential copying, changed or new files do not replace old ones, but are added to the media independently.
Full backup - a full copy of all files. From a copy of this type of backup, full recovery is possible. The disadvantage of this type of backup is a large consumption of resources required for copying and storing files.
Differential (or differential) backup - every file that has been changed since the last full backup is backed up each time. To restore information from such backups, you need to restore the latest full version and impose on it the necessary version of the differential backup.
Incremental backup — only those files that have been modified since the last full or previous incremental backup were copied. A subsequent incremental backup adds only files that have been modified since the previous backup. Incremental backups take less time because fewer files are backed up. However, the data recovery process takes more time, since the data of the last full backup should be restored, as well as the data of all subsequent incremental backups. Unlike differential copying, changed or new files do not replace old ones, but are added to the media independently.