By order of the secretary of the air force air force instruction 10-401 7 december 2006 operations air force operations planning and execution compliance with this publication is mandatory. • You must determine your USB flash drive by using or any other software that can detect all flash disk information like VID,PID,Chip vendor,Chip vendor Model.You must be sure that your USb flash drive is Innostor IS902 chip controller. • Download Innostor Recovery Tool V2 from the download links in the end of this article. • Plug in your corrupted usb pen drive to your PC. • Open Innostor Format tool and you will see your flash drive recognized by the software. • Click Start to begin Flash drive format process. • Wait until finish Innostor flash drive recovery. Recovery_min_apply_delay = '12h' # or '1min' or 1d' Now, let’s consider an example where you have inserted 10000 records at 10:27:34 AM and you have accidentally deleted 5000 records at 10:28:43 AM. Let’s say that you have a standby that is delayed by 1 hour. The steps to perform PITR using the delayed standby through until 10:27:34 AM look like this: Steps to perform PostgreSQL Point in Time Recovery using a delayed standby Step 1 Stop the slave (delayed standby) immediately, as soon as you have noticed that an accidental change has happened. Diploma in mechanical engineering tamil medium books free download pdf free. If you know that the change has been already applied on the slave, then you cannot perform the point in time recovery using this method. Recovery_target_inclusive = 'false' recovery_target_time Specifies the timestamp up to which you wish to recover your database. Restore_command Shell command that can be used by PostgreSQL to fetch the required Transaction Logs (WALs) for recovery. PostgreSQL sends the arguments%p (path to WAL file) and% f (WAL file name) to this shell command. These arguments can be used in the script you use to copy your WALs. Here is an example script for your reference. This example relies on rsync. ![]() ![]() The script connects to the backup server to fetch the WALs requested by PostgreSQL. (We’ll cover the procedure to archive these WALs in another blog post soon: this could be a good time to subscribe to the Percona blog mailing list!). # recovery_target_action This is the action that needs to be performed after recovering the instance up to the recovery_target_time. Setting this to pause would let you modify the recovery_target_time after recovery, if you need to. You can then replay the transactions at a slow pace until your desired recovery target is reached. For example, you can recover until 2018-06-07 10:26:34 EDT and then modify recovery_target_time to 2018-06-07 10:27:34 EDT when using pause. When you know that all the data you are looking for has been recovered, you can issue the following command to stop the recovery process, change the timeline and open the database for writes. 2018-06-07 10:43:22.303 EDT [1423] LOG: starting point-in-time recovery to 2018-06-07 10:27:-06-07 10:43:22.607 EDT [1423] LOG: redo starts at 0/40005B8 2018-06-07 10:43:22.607 EDT [1423] LOG: consistent recovery state reached at 0/40156B0 2018-06-07 10:43:22.608 EDT [1421] LOG: database system is ready to accept read only connections 2018-06-07 10:43:22.626 EDT [1423] LOG: recovery stopping before commit of transaction 570, time 2018-06-07 10:-06-07 10:43:22.626 EDT [1423] LOG: recovery has paused 2018-06-07 10:43:22.626 EDT [1423] HINT: Execute pg_wal_replay_resume() to continue.
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