It should be mentioned here that it only makes sense to access the tables by reading the SELECT statement to get a quick view of the results. Using the DBACOCKPIT, it is not possible to create entire table structures using Create Table. For such applications, SAP provides other, better options. Another important point is that once a user has the necessary permissions to use the transaction DBACOCKPIT, it can potentially (with appropriate permissions on the tables) access the entire SAP system. For example, a query can be used to read the entire user table. Therefore, the transaction should always be treated with caution and only awarded to administrators. DBACOCKPIT handles the call control permissions similar to the SE16 / SE16N transaction. When the table is called, the S_TABU_DIS or S_TABU_NAM permission object is checked with a specific activity. This means that only the tables or table permission groups for which the corresponding values in the aforementioned permission objects are assigned can be accessed. You can read more about assigning permissions to individual tables here. In addition, you can save SQL statements that you run once, and run them again at any time to recognise changes in the result set without having to reformulate the SQL statement each time. The editor also allows you to start the query for SQL statements in the background. The result is obtained by calling the transaction SM37, in which the result is output in a spool file.
In the ERP environment, SAP has created a separate module for each business task area over the course of time. Companies have the option of putting together a suitable system from these modules, depending on their individual needs.
Data & system migrations
Parameters in the SAP create a high degree of flexibility. Profiles can be used to configure the system for almost any purpose. But with such a large number of parameters one quickly loses an overview of the influence of each parameter. For storage management alone, there are 20 different parameters that can be changed at different points in the SAP system. This article brings order to the mess and explains the most important parameters. There are three types of memory in the SAP system for a work process: ・ Roll Area - Local Memory Area for a Work Process ・ Extended Memory - Global Memory Area for All Work Processes ・ Private Storage /Dynamic Memory (Private Memory/Heap Memory) - Private Memory Overview of SAP System Memory Regions Parameters for the Rolling Range When a user starts a programme, a role area is created for that programme instance through a workprocess. The user context is stored in this memory area. The size of the roll area for a work process is determined by the ztta/roll_first parameter. If the storage area is not sufficient, a portion of the Advanced Memory will be allocated for the user context, the size of which will be determined by ztta/roll_extension, ztta/roll_extension_dia, and ztta/roll_extension_nondia. The latter two override ztta/roll_extension if used and offer the possibility to set different quotas for dialogue and non-dialogue work processes.
SAP Basis Support ensures secure operation of the SAP system landscape. For proper operation of the SAP system, the database and operating systems must be checked on a daily basis.
"Shortcut for SAP Systems" makes it easier and quicker to complete a number of SAP basis tasks.
When you log in to another client or without the appropriate user profile, you can only use the display functions.
The freeware Scribble Papers puts an end to the confusing paper chaos. The tool is also suitable for storing, structuring and quickly finding text documents and text snippets of all kinds in addition to notes.
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