Quick check of your SAP security settings with the Xiting Authorizations Management Suite (XAMS)
Recommended gateway settings for RFC system protection
The Advanced Memory thus contains mainly user contexts of different work processes, if these cannot be loaded completely into the roll area. Since the storage area is accessible for all work processes, the work processes can also access external user contexts that lie here. In addition, the Advanced Memory contains a global area where data can be stored independently of user contexts. The extended memory size is determined by the values of em/initial_size_MB and em/global_area_MB. The first parameter determines the size of the storage area in which user contexts can be stored, and the second determines the size of the global area. Parameters for Private Storage Last but not least, there is the private storage, which is only used when the user context of a work process has used up all the other storage areas available to it, i.e. its share of the extended memory and its rolling area. In this case, the workprocess goes into PRIV mode. A workprocess in private mode is bound to its current user context and will not become free for other tasks until the current request is completed. If it has used up all the private memory allocated to it, the workprocess will then be restarted and the memory released. This behaviour is controlled with the abap/heaplimit parameter. At times, the user context may exceed the value of abap/heaplimit. The parameters abap/heap_area_total, abap/heap_area_dia and abap/heap_area_nondia define an upper limit for private storage. The abap/heap_area_total parameter defines how much private storage all workprocesses can use in total. The parameters abap/heap_area_dia and abap/heap_area_nondia, on the other hand, determine how much private storage a single (non-)dialogue workprocess can use.
You wanted to rush to release a transport order in the quality system of your SAP landscape and accidentally clicked on "Reject" instead of "Approve"? Now the order cannot be transported any further and will soon be cleared by job from the queue? Don't despair: In this blog post, I'm going to tell you a simple way to get rejected transportation to the production system anyway. As a reader of our blog, you are certainly interested in tricks and tricks that will make your SAP system easier to handle. You may be aware of the situation where you want to approve a transport order quickly after the test has been completed and you have clicked in the system when the order was released. The problem now is that the transport order in the system now has a status of "rejected" and can therefore no longer be transported. In total, a transport order may receive important changes that you would have liked to have transported to the production system. Approach to release rejected transport orders The screenshot below shows the situation in the STMS transaction where a transport order in the quality assurance area was rejected. Therefore, an import into the production system is no longer possible. The transport job can be removed either manually or through a job. The question here, however, is how the amendments which were wrongly rejected can be transferred to the subsequent system. Rejected Transport Order Tip: Leave the status on Rejected, remove the rejected transport order from the import queue, if necessary, and follow the next steps. Switch to the import queue in your quality system. Go there via Additions -> More Orders -> Attach to the modal window where you can perform further steps.
Authorization management: Preparation and follow-up of audits as well as ongoing or selective support
The following list explains the steps in the order they are performed by SPAM: PROLOGUE This step will check if you are eligible to play Support Packages. CHECK_REQUIREMENTS In this step, different requirements for inserting are checked, e.g. the login of the transport control programme tp to your system. DISASSEMBLE In this step, the data files are unpacked from the corresponding EPS packages and placed in the transport directory. ADD_TO_BUFFER In this step, the queue is placed in the transport buffer of your system. TEST_IMPORT This step checks whether there are any objects that are overridden during the commit and are in unreleased tasks. IMPORT_OBJECT_LIST In this step, the object lists for the support packages that are in the queue are fed into the system. OBJECTS_LOCKED_? This step checks to see if there are any objects that are overwritten during the commit and that are in unreleased jobs. SCHEDULE_RDDIMPDP In this step the transport daemon (programme RDDIMPDP) is planned. ADDON_CONFLICTS_? This step checks to see if there are conflicts between objects in the queue and add-ons installed. SPDD_SPAU_CHECK This step will check if a modification match (transactions SPDD/SPAU) is necessary. DDIC_IMPORT In this step, all ABAP Dictionary objects of the queue are imported. AUTO_MOD_SPDD This step checks whether modifications to ABAP Dictionary objects can be adjusted automatically. RUN_SPDD_? This step prompts you to customise your modifications to ABAP Dictionary objects by calling the transaction SPDD. IMPORT_PROPER In this step, all repository objects and table entries are fed. Then actions such as distribution, implementation, activation and generation take place. AUTO_MOD_SPAU This step checks whether modifications can be adjusted automatically. RUN_SPAU_?
SAP Basis is structured as a classic three-tier model. It contains the following components: Database layer (relational database management system) / Application layer (application server and message server) / Presentation layer (graphical user interface).
For administrators, a useful product - "Shortcut for SAP Systems" - is available in the SAP basis area.
Some useful tips about SAP basis can be found on www.sap-corner.de.
The presentation is done with the help of a graphical user interface (GUI).
The word blockchain first fell in connection with Bitcoin as a decentralised network for payments in the digital currency of the same name.