SAP Basis Design of the SAP landscape - SAP Basis

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Design of the SAP landscape
Application of SNOTE and elimination of errors
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.

Using profile parameters, we can configure everything in the SAP system. Some parameters are dynamically modifiable, which means that they can be changed without restarting the system. However, these changes are not permanent, i.e. after a system restart, the pre-set profile parameters are used again. Other parameters, however, are static, i.e. only with a restart and only permanently modifiable. Most profile parameters for memory allocation are actually static. However, there is the possibility to adapt it dynamically with the report RSMEMORY. Read how to find out if a parameter is static or dynamic and how to use the RSMEMORY report to dynamically adjust the memory allocation parameters. RZ11 - Maintenance of profile parameters The transaction RZ10 gives us information about profiles, which in turn contain different profile parameters. In the transaction RZ11, however, it is possible to view information about individual parameters, provided that you know their name. As you can read in our Memory Parameter Post, the following 5 parameters are particularly important for memory management: abap/heap_area_total abap/heap_area_dia abap/heap_area_nondia ztta/roll_extension_dia ztta/roll_extension_nondia If you don't know exactly what a parameter might be called, it's worth using the F4 help here. For example, for the parameter abab/heap_area_dia, the RZ11 outputs: Description of the parameter abap/heap_area_dia in the RZ11 As you can see here, it is not a dynamic parameter. Now it is rather sorry if you want to test whether there is enough memory available to restart the system again and again. For this purpose, there is the RSMEMORY report. RSMEMORY - Test your memory allocation strategy Report RSMEMORY Report View No documentation or value help available here, but SAP documentation tells you how to use the report. This first distinguishes between dialogue and non-dialogue work processes. That is, in the first area you can set Extended Memory (Storage Class 1) and Heap Memory (Storage Class 2) for Dialogue Workprocesses, and in the second area you can set it for non-dialogue workprocesses.
Due to the variety of tasks and the high level of complexity, I find my job extremely exciting. There are very many constellations of SAP systems and databases. Each installation, migration and update brings new aspects and challenges. It is precisely these challenges that are important to me, so that I can continue to learn and develop professionally on a daily basis.

Once you sent the money person A and once person B. Which miner is right now? The solution is to divide the consensus into time blocks, in which a miner is randomly selected, and then determine which transaction it has selected as the consensus during this block. The transactions are stored in blocks of the chain. Only a limited number of transactions fit into each block. The miner, which solves the last transaction of a block before a new one is generated, also gets a bitcoin as a reward.

Some missing SAP basic functions in the standard are supplied by the PC application "Shortcut for SAP Systems".

On the one hand, such a system contains the critical business data that are available for espionage.

As a result, regular events took place at the SAP office in Freiberg am Neckar and St Leon-Rot, with the participation of up to 15 companies.
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