If you use SSMS to restore a backup, it gives a progress bar with percentage complete, which you can roughly estimate the overall runtime from. For example: Referenced from https://alibaba-cloud.medium.com/sql-server-best-practices-monitoring-backup-and-restore-progress-2ff10a7a43f8 Alternatively, I've generally found http://whoisactive.com/ is able to pull the progress metrics from the appropriate system catalog entities for backup operations. It gives an estimated time remaining column for such operations in addition to the total runtime so far. Finally, if you script the restore of your backups instead of using the SSMS Restore Database UI, the Messages tab will also give you updated information on the restore progress. Regarding your follow-up clarification in the comments, I don't think it's possible to accurately predict how long a restore will take in practice before actually running it since it'll be dependent on the hardware behind the server you're restoring to. This will mostly be bound by the I/O of the disk, but also the CPU will be relevant for decompressing the backup, and of course the overall busyness of the server at the time of the restore comes into play as well. Your best bet is to routinely restore your backups (which you should be doing anyway to verify they're not corrupt) and create a baseline of how long they're normally taking to restore.

There is no way to undo a committed transaction. You have to restore a physical (file system level) backup and use point-in-time-recovery to recover (forward) to a point before the problem happened.

No, it's not possible. You can find that info on the https://docs.microsoft.com/en-us/sql/t-sql/statements/backup-transact-sql?view=sql-server-ver15#arguments doc: When you restore a backup created by BACKUP DATABASE (a data backup), the entire backup is restored. Only a log backup can be restored to a specific time or transaction within the backup. This limitation will be clear by https://www.sqlshack.com/understanding-sql-server-backup-types/ : A full backup, as the name implies, backs up everything. [...] This is a complete copy, which stores all the objects of the database: Tables, procedures, functions, views, indexes etc. Having a full backup, you will be able to easily restore a database in exactly the same form as it was at the time of the backup. [...] The log backup, as its name implies, backs up the transaction logs. [...] A transaction log file stores a series of the logs that provide the history of every modification of data, in a database. As you can see, the full backup is just a copy of the whole database as it was at that moment whereas a log backup contains each transaction (individually logged like a step by step recipe) that happened since the last log backup. The fact that you took log backups doesn't "upgrade" a full backup to be capable of doing a point in time recovery by itself if the log backup files were discarded afterwards. The log backups are still needed to perform a point in time recovery of the 40th day as you described. Therefore, if you wanna be able to restore the 40th day using point in time recovery from now on, you should change your backup plan to keep enough log backups to cover that period. To have a better understanding of the content of a log backup see https://dba.stackexchange.com/questions/252191/during-a-log-backup-is-the-data-backed-up-to-the-start-or-end-of-the-operation/252242#252242

This should work, but there seems to be a bug in barman that makes it screw it up. It doesn't copy all the necessary WAL files to the restored server directory to do the PITR. If you specify get-wal, then it does work (for me), or you can find the WAL files and manually copy them. This is in 2.17. I haven't tried to figure out if the bug is recent or primordial. I've looked it over, the issue goes all the way back to the initial git commit. The problem is that barman decides the "time" of a WAL file is the time it finished receiving that file (on the barman server's clock). And that the last WAL file it needs for PITR is the first one whose receipt time is after the --target-time. But if the streamer/archiver ever gets at all behind, this isn't true, it might need files which were generated around the target-time, but not received until minutes or hours (or I suppose days if there were some kind if outage) later than the target-time. As far as I can tell, 'get-wal' needs to go in the conf file as recovery_options = 'get-wal', it can't be done on the command line. this works because the recovering PostgreSQL just keeps asking for files until it is done, it doesn't need to know the stopping WAL file ahead of time.

Ask yourself the same question that you ask whenever you need to store any Data: How are you going to use this Data Backup? If you need to get "into" the file and manipulate it (as a Developer might in order to restore part of a dump into a Test database) then something text-based is an obvious choice. If the database is terabytes in size, then a custom, compressed format might be more appropriate. Please bear in mind that backups, in themselves, are not important. (Yes, I really did say that). What matters is that you can recover the database ... and backups are a really good way of supporting that. For straight-line speed of recovery, pg_basebackup - or something based on it - should be your first choice. Whilst pg_dump produces a portable, Logical "copy" of [part of] the database, using the output from pg_basebackup will be much, much faster.

The recovery catalog is nothing more than an application schema, with the application being rman. Connect to it with sqlplus (or any other general purpose client of your choosing, like SQL Dev) as the catalog owner, then query the relevant RC_* tables. They are documented https://docs.oracle.com/en/database/oracle/oracle-database/18/rcmrf/recovery-catalog-views.html#GUID-EDE04F79-9565-49D3-9934-1536016E6EE4 , in the https://docs.oracle.com/en/database/oracle/oracle-database/18/rcmrf/index.html .

Typically the TPM is keyed to bios settings and hardware pieces and settings and the boot executables on the disk. If any of that changes, the TPM will not release its key and it is specifically designed to not be attackable with a cold boot or otherwise. Possibly if you change everything back to the previous config, the tpm will work again. Swapping the drive probably will not affect the TPM, but if you reset the bios settings, the tpm is cleared. If you can find the recovery key, you should be able to unlock the hard drive without the TPM, even on different hardware.

If the magazine's re-established CONTINUE_AFTER_ERROR (or STOP_ON_ERROR)RESTORE LOG [ka] FROM DISK = N'D:\Tail.bak' WITH FILE = 1, CONTINUE_AFTER_ERROR, NORECOVERY GO ended with a mistake that cannot be implementedRESTORE DATABASE [ka] WITH RECOVERY GO You can try to get back to something. LSN in a magazine (maximum possible) RESTORE LOG It doesn't make any mistakes.To this end, we read the headlines of the OBD backup and magazine.RESTORE HEADERONLY FROM DISK = N'C:\2016.Bak' RESTORE HEADERONLY FROM DISK = N'D:\Tail.bak' where poles are measured FirstLSN and LastLSN (We're convinced that the LSN chain is not broken, and there is indeed more information in the magazine).Let's say we got:C:\2016.Bak FirstLSN LastLSN ----------------- ----------------- 64000000005600195 64000000017600001 D:\Tail.bak FirstLSN LastLSN 64000000005600195 66000000025600001 Compare LSN: 6,4000005600195 PER= 64000017600001 ·01 - OK.Importance LastLSN from OBD heading (equivalent 64000017600001(c) Transfer from the decimal place to the binary (see annex). https://support.microsoft.com/en-us/kb/886839 , function fn_convertnumericlsntobinaryreceived 00000040:000B0:0001♪Now with help. sys.fn_dump_dblog Read the sequence of LSN from the league dam (possible only to filter out transactions) Operation = 'LOP_COMMIT_XACT'select [Current LSN] from sys.fn_dump_dblog( NULL, NULL, N'DISK', 1, N'D:\Tail.bak', default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default, default) where Operation = 'LOP_COMMIT_XACT'; Let's say we got the next list:Current LSN 00000040:000000a0:0002 00000040:000000b8:0001 <-- сначала восстанавливаем журнал к этой отметке 00000040:000000c8:000b <-- потом к этой 00000040:000000d0:000a <-- ... 00000040:000000d8:000a <-- ... 00000040:000000e0:000a <-- ... 00000040:000000e8:000a <-- ... 00000040:000000f0:000b <-- ... 00000040:000000f8:0010 <-- ... 00000040:000000f8:0021 <-- и т.д, пока не встретим ошибку 00000040:000000f8:0027 <-- ERROR 00000040:00000110:0017 00000040:00000130:001b 00000040:00000130:001d 00000040:00000140:000a Reinitiate recovery:RESTORE DATABASE [ka] FROM DISK = N'D:\2016.bak' WITH NORECOVERY, REPLACE GO Now we take the first LSN value from the list, which should be later than LastLSN Bachepe of OBD (later than 00000040:000000B0:0001and do RESTORE LOG to this mark:RESTORE LOG [ka] FROM DISK = N'D:\Tail.bak' WITH FILE = 1, STOPATMARK = 'lsn:0x00000040:000000b8:0001', NORECOVERY GO If the operation went wrong, we repeat the same for the next mark, etc. until we get to the mark, which will cause a mistake.If there is much mark, a dichotomy search can be used, given, however, that only sufficient progress can be made. RESTORE LOG to the new mark, but if it is necessary to return back, the recovery chain needs to be re-examined (RESTORE DATABASE ... WITH REPLACE ...Then RESTORE LOG ... to the right mark.Once the last single error has been determined, re-establish the OBD and log to that mark:RESTORE DATABASE [ka] FROM DISK = N'D:\2016.bak' WITH NORECOVERY, REPLACE GO RESTORE LOG [ka] FROM DISK = N'D:\Tail.bak' WITH STOPATMARK = 'lsn:0x00000040:000000f8:0021', NORECOVERY GO After which the reconstruction is completed:RESTORE DATABASE [ka] WITH RECOVERY GO

I highly recommend R-Studio. She's the best.If she's lucky, she'll see the rest of the file catalogue in the MFT table or the pieces of the folder, then she'll be able to get the whole files as they were in the original. It is recommended that a full disk scan be launched.If he's not lucky, the program has a signature search. She works on the assumption that the files were not fragmented. That is, it goes through sectors from 0 to MAX and finds a signature corresponding to the start of the JPEG file cuts so many sectors into a separate file as needed. It's natural!

It's probably just gonna help downloading the ERD version of the Windus version. Or, as an option, to download from the vinda set-up and enter the recovery regime. If it's done right, it's gonna be available to edit the register, just your car.

For starters, physically cut him off and find another one where you're gonna rebuild the files. Then take or windows livecd where there are programs. R-Studio♪ Active@ File Recovery♪ R.Saver♪ Or if livecd is based on linux, look towards the program. TestDisk♪ To conduct a deep-span scan. Well, pray that the designated LO does not materialize on those clusters that have important information.

How about we split the code into the meaning blocks? Block separation shall be effected by %% (dual percentage). And do the code with the team: Evaluate Current Section (Ctrl+Enter)♪

If you deleted the database via phpMyAdmin, that is, a regular request. DROP TABLEthe probability that there's something left in ibdata1 is virtually zero. Especially if you don't have a downloaded database and changes from the tranzacs log are almost immediately applicable to the ibdata space. Data and indices in ibdata1 remain if you accidentally wipe the frm-File with a table in the data catalogue. At that time, by creating a similar frm-File, it is possible to access the table in the tabular area (the truth is to create an additional task, as MySQL would consider that the table exists and will not provide it with a regular budget). If the table is removed by the SQL request, if you have no backup copies or binar logs, there's no chance of re-establishing the table.

You can try the warden to open the file, and in the button, open the menu open and restore it.

Create a post in Dr.'s forum. Web http://forum.drweb.com/index.php?showforum=35 ) or http://virusinfo.info/ ♪ Preliminary examination of the rules and attach all the information required, this will greatly speed up the process. They'll try to help you. From my experience, I can say that I'm helping, but I think it depends on the blocker you got.

To use the binary logs, they should be missed through the utilito. mysqlbinlogmysqlbinlog binlog.0000003 > binlog3.sql As a result, you will receive the text MySQL-Dump, which can be edited by removing the instructions that have already been implemented in your backup copy and instructions that have damaged the database. The damp can be applied to the database, for example dbname, with mysql utilitators (the database should be the last backup)mysql -u root -p dbname < binlog3.sql Here's the root name of MySQL-user.

If the services of the missing letters are made in a little sensible, the cucumbers will unfortunately not be able to reinstate the letter.

Avp, not in the eye, but in the eye. Bekapa didn't turn out with the latest changes. :But your thought is correct!Got a decision.With a working car, copy: find / * ющей xargs stat -c "%an" tar list.txtReinstate the rights on the spoiled car: cat ./list.txt ной xargs chmod

I guess it's like,mount -t ntfs-3g -o remove_hiberfile /dev/sda1/ /windows

Try searching the tracks specified https://superuser.com/questions/281776/does-notepad-backup-pre-edited-files-anywhere I understand that the question is different, but I recommend that we look at the great git system. http://git-scm.com/book/ru that can save you many differently. Don't think "not grown" to that level, or that it's some extra knowledge, too complicated, and so, you've already had a problem at this level of knowledge.Response to the commentary https://ru.stackoverflow.com/users/16095/ ♪Another answer is that Cash Notepad+++, from which the lost file can be re-established, is on the following path: