A full backup will make a replica of every file currently on the system and store it, usually in a compressed file, for later use if there is a problem. A full backup takes no account of changes made to files since the last backup - it simply copies everything. Therefore it is sensible to only carry out a partial backup if you are short of time or hard drive space.
A full backup
A "Full Backup".
a full backup
A differential backup backs up all changes since the last full backup. To restore everything only the last full backup and the last differential backup are needed.
full backup
full and incremantal
A full backup contains all files that you have chosen to have backed up. A differential backup will only contain the files that have changed since the last full backup. One commonly used schedule is to do a weekly full backup, and daily differential backups.
An Incremental backup backs up only the selected files that have their archive bit set to ON, setting them back to OFF. This results in a backup of all files that are new or changed since the last backup, whether it was a full or an incremental. The advantage of an Incremental is that it takes the least amount of time and media of all the backup methods.A Differential backup backs up only the selected files that have their archive bit set to ON but does not set the archive bit back to OFF. A Differential backup will back up all selected files that are new and changed since the last full backup. The advantage of a Differential comes at restore time; you'll need only the last full backup and the last differential to get a complete restore. In the case of restoring with Incremental backups, all the Incremental backups since the last full backup plus the last full backup would be necessary.
Incremental Backup. There 3 data backup types, full backup, incremental backup and differential backup and the only backup type that clears the archive bit is incremental.
Linux command "dump" backup 0 means to store everything or full backup.
Three common levels of backup used in database recovery management are: Full Backup: This is the most comprehensive backup, creating a complete copy of all your database data and structures at a specific point in time. It serves as a complete snapshot of your database and is essential for recovering from major data loss events like hardware failures or accidental deletions. Differential Backup: This type of backup captures only the data that has changed since the last full backup. This reduces storage space compared to full backups but still allows you to recover from data loss since the last full backup. Incremental Backup: This is the most frequent backup type, capturing only the data that has changed since the last backup (full or differential). It requires a full backup to be present initially and subsequent incremental backups build upon it. This offers the most granular recovery options but requires the most storage space to maintain a complete backup set.
VSS Full backup