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Jason Cook
Normally, the memory allocations are caused by SQL Server fragmenting the memory space. However looking at the included memory profile, that doesn't appear to be the case, so could have been caused by the server being particularly busy at that period in time. Some of the commands available for checking the backup are (with optional password keyword, can remove WITH PASSWORD... if a password is not required): execute master..sqlbackup '-SQL "RESTORE FILELISTONLY FROM DISK = ''...'' WITH PASSWORD = ''...'' "'; execute master..sqlbackup '-SQL "RESTORE SQBHEADERONLY FROM DISK = ''...'' WITH PASSWORD = ''...'' "'; execute master..sqlbackup '-SQL "RESTORE VERIFYONLY FROM DISK = ''...'' WITH PASSWORD = ''...'' "'; * RESTORE FILELISTONLY will return a list of the database files that are included in the backup. Invalid information here would indicate a corrupted backup. * RESTORE SQBHEADERONLY returns the header information about the backup... this is usually finalised at the end of the backup, so if the backup "failed" this information would be invalid or incomplete. * RESTORE VERIFYONLY performs some basic validation checks on the file... but does not go as far as doing a full file integrity check. It may spot major problems with the file, but smaller issues like corrupted bytes of data would not be spotted with this command. Hopefully the three commands will be enough to feel happy about the integrity of the backup... between them they should indicate that the backup not only started, but was finished successfully, despite what the job status may indicate. Hope that helps, Jason / comments
Normally, the memory allocations are caused by SQL Server fragmenting the memory space. However looking at the included memory profile, that doesn't appear to be the case, so could have been cause...
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