Time right now in secondsA time in seconds
Date-time data types and time zone support
Suppose first that your actual base uses time zones 3, and also that you have an available tab page containing timestamps with time zones in it.
30:00 h Egyptian', td-mon-yyyyy hh24:mi:ss dzr tzd'); KOMMIT; Then you can launch an optional preparation screen to verify the affected dates and possible errors of semantics in case of overlaps or non-existent times.
You should open a dialog box to help you preparing for the migration to release 4. First, as an example, set up the screen. note: begin_prepare(4); a prepared screen was successfully launched. Once this screen has been successfully launched, you can verify the DST condition in DATABASE_PROPERTIES as follows:
to find all databases that are affected by an update from v3 to v4 in the data base. Contains the holder of the worksheet, the worksheet name, the name of the columns, the number of rows, and the number of errors. Here you can use the default values for fault tolerance charts (sys. dst$error_table) and affected charts (sys. dst$affected_table) or make your own.
This example uses DBMS_DST to build our own spreadsheets. This can be done by cutting the table as follows: struncate table score. of my affected table; struncate table score.
Then you can call FIND_AFFECTED_TABLES to see which table is affected by the upgrade: EXEC DBMS_DST. EXEC DBMS_DST.
Test the affected spreadsheets (see 'my_error_table'): FROM score FROM score FROM score FROM score FROM score FROM my_affected_tables; verify the fault table: FROM scroll able FROM scrollable FROM scrollable FROM scrollable FROM scrollable FROM scrollable SELECT FROM scrollable FROM scrollable my_error_table; you can correct these mistakes under "Error handling when updating time zone file and time stamp with time zone data". Then close the preparation screen as described in the following statement:
A preparation screen was successfully completed. First, open an update dialog. Please be aware that the DBMS_DST.BEGIN_UPGRADE must be opened in update session before you can run it.
NOTE: BEGIN_UPGRADE updates all ABAP Query table in a single transactions so that the call is either successful or fails as a whole. While the process is running, all users table with STZ TST files are flagged as a running update. In addition, only SYSDBA can launch an update dialog. When you do not open the base in update session and call BEGIN_UPGRADE, you receive the following message:
in_upgrade (4); end; eror on line 1: Therefore, BEGIN_UPGRADE updates system TABs that contain TSTZ information and selects users TABs (that contain TSTZ information) with the attribute UPGRADE_IN_PROGRESS. 2. For more information about what they mean and how to deal with them, see "Error handler when updating time zone file and timestamp with time zone data".
This call can be used to fix some of the standard value errors that occur when you update the ABAP Workbench table. When you do not disregard semantic failures and have such failures in the ABAP Workbench table, BEGIN_UPGRADE fails. NOTE BEGIN_UPGRADE(4); An update screen was successfully launched.
ABAP Query has already updated ABAP Query ABAP programs (in the SYS schema) with BEGIN_UPGRADE in this outlay. Usage table, such as SCOTT. You can now use DBMS_DST.UPGRADE_DATABASE to carry out an update of the end users table. You must update all your spreadsheets, otherwise you cannot end the update dialog box with the method ' END_UPGRADE'.
You must reboot the data bank in regular session before this stage. PUT_LINE ('Failures:'|||| |:numfail); END; If there are mistakes, you should fix them and use Update Table on each table. If this is the case, you may need to deal with table that refer to substantiated view, such as substantiated basic table previews, substantiated logs, and substantiated containers.
Here are a few things to consider when updating these spreadsheets. First of all, the basis has to be updated atomic and its substantiated version of the report tab. Next, the substantiated opinion-container table must be updated after all its basis and substantiated elevation logs have been updated.
To use this example, let's say there were some bugs in it. FROM score. mistake_table; At this exit you can see that the 1878 fault number has occured. A nonexistent time fault means that an fault has been triggered for a non-existent time. In order to proceed with this example, suppose that you are using one of the following methods: Set CONT.
mlog$_t, and that there is a unique substantiated sight on DCOTT. T. Then suppose that this 1878 mistake was fixed. You can update the tables, the protocol of the substantiated views, and the substantiated views as follows:
PUT_LINE ('Failures:'|||| ||:numfail); END; The parameter atomic_upgrade allows you to merge the upgrading of the tables with the protocol of the aggregated views.
Once all your spreadsheets have been updated, you can call and run ' END_UPGRADE' to exit an update screen, as described below: If no other worksheet was successfully updated, the instruction error is caused by the error message error END_UPGRADE(:numfail); END; If no other worksheet was successfully updated, the instruction error message error occurs.