Support for status check through db_backup -status and db_restore -status is added.The schema is unlocked even if failures are encountered. Failures to drop objects in schema (dropped by ADMIN_DROP_SCHEMA) are ignored. Run db_restore -cleanup-failed-restore to drop and unlock the schema.Note that a previously failed restore would not be completed, and any tables that were not created or populated with data will be left as is. Run db_restore -unlockschema to unlock the schema and allow access to all objects in it.Re-run db_restore with -drop-existing option.On failure (error), the schema is left locked and any of the following actions must be taken: On successful completion, the schema is automatically unlocked. This means that access to any table in that schema, as well as CREATE TABLE or DROP TABLE, and related table objects is blocked. Row modification tracking schema that is created as part of the db_restore operation will be created in locked mode.Previously, if any of these statements were issued, incremental backup was disallowed and automatically got converted to full online. Incremental backup is now allowed after CREATE INDEX, DROP INDEX, or ALTER INDEX statements.While you're running the db_restore command from the web console, a "Database restore failed on the web console" error appears.See Preserving old certificate files during upgrade. Ability to preserve old certificate files during upgrade.For detailed instructions, see Secure Socket Layer (SSL) support. If necessary, consult the Db2 logs."įor SSL database connections to work, you need to trust the certificate from all your clients. To diagnose the problem, use the console to check the system status. Common reasons are that the target database is offline or the console is unable to connect to the SSL port. The following error message was shown: Warning: The console is unable to connect to the database. The problems were caused by an expired SSL certificate. Problems when connecting to the database from the console.A desc': u'Size limit exceeded error appeared during the setup.Īs a solution, a new console container is introduced. To find out if any tables have BINARY or VARBINARY columns, run: All other tables are backed up normally, even if they are a part of the same backup image. Only tables that contain the BINARYand or VARBINARY column types are affected. All schema backup types: -type ONL, -type INC, -type DEL are affected. The backup image does not contain rows that were deleted or truncated after the db_backup command was issued if the rows were committed before that table was processed by backup. The backup image might contain rows that were inserted or updated after the db_backup command was issued if such rows were committed bsefore that table was processed by backup. If there was a concurrent write access activity into a table of that type during backup, the backup image might not be consistent. If no concurrent workload was running while db_backup was in progress, the backup image is consistent. All other tables are captured as of timestamp when the db_backup command is issued. Schema backup images taken on IAS 1.0.24 or DB2 Warehouse 11.5.5 may contain inaccurate data for tables that contain the BINARY or VARBINARY data type A backup operation that is taken on IAS 1.0.24 or Db2 Warehouse 11.5.5 captures data for tables that contain the BINARY or VARBINARY data type as of timestamp when an individual table is processed by the backup operation. For more information, see Creating UDXs in R.
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