SAP Basis SMGW Gateway monitor for instance - SAP Corner

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SMGW Gateway monitor for instance
Each participant will install their own HANA instance for practice ;
The SAP NetWeaver Application Server Add-on for Code Vulnerability Analysis tool, also known as Code Vulnearability Analyzer (CVA), is a tool that performs a static analysis of user-defined ABAP source code to detect possible security risks. The tool is available in the NetWeaver ABAP stack and is based on versions from: 7.0 NetWeaver: in EHP2 SP 14 or higher / 7.0 NetWeaver: in EHP3 SP 09 or higher / 7.3 NetWeaver: in EHP1 SP 09 or higher / 7.4 NetWeaver: in SP05 or higher To use the CVA tool, the execution of system-wide security controls must be enabled with the RSLIN_SEC_LICENSE_SETUP report. Afterwards, the security checks are available in standard ABAP code checking tools such as ABAP Test Cockpit (ATC) or Code Inspector (SCI). The option of these checks is usually referred to as "security analysis in extended program check". Note that the use of the security check feature for custom code separation is licensed and incurs additional costs. The older program that has been around for years is Virtual Forge's "Code Profiler". It is one of the first products in this segment of SAP security and was used by SAP itself for many years. It is very comprehensive and is also able to track individual variables across the entire control flow. This leads to very precise statements and a reduction of false positives.

Hybrid clouds have long been the norm, even if this development has come about rather by accident. Most companies have chosen different cloud software offerings and integrated them accordingly, be it Workday for HCM, SalesForce for CRM, Marketo for marketing automation, Coupa for SRM or Vendavo for pricing. Many have also chosen SAP variants of these solutions with SuccessFactors, Cloud for Customer, Marketing Cloud, Ariba and CPQ.
Migration of your ERP landscape to SAP on HANA or S/4HANA
If you want to skip the backgrounds and prefer a direct step-by-step guide, you can jump directly into the last section. Preparation For this workaround, you need access to both the source system and the BW system. In addition, they shall have the possibility to access the SE37 and execute functional modules there. Especially in production systems this is a very critical justification. So assume that you may need a Firefighter user for this action. Working in the BW system Now that the preparations have been completed, you have to call a FuBa on the BW system and on the source system, which solves the connection on the respective page. Beginning on the BW system, go into the transaction SE37 and call the function block "RSAR_LOGICAL_SYSTEM_DELETE": RSAR_LOGICAL_SYSTEM_DELETE Enter the required values here. The following table helps you fill in: Field Description I_LOGSYS The logical name of the source system. The name of the source system, as found in RSA1, will be entered here. In addition, this name can also be found in the DB table TBDLT. I_FORCE_DELETE Boolean, X = Delete despite error messages I_NO_TRANSPORT Boolean, X = This change should not be transported to subsequent systems I_NO_AUTHORITY Boolean, X = Ignore Permission Checks Work in the source system In the source system, go to transaction SE37 and call the function block "RSAP_BIW_DISCONNECT" : The descriptions of the fields are as follows. These can be found in the RSBASIDOC source system connection table Field Description I_BIW_LOGSYS The logical name of the BW system. In the RSBASIDOC table, find the correct value in the column "RLOGSYS". I_OLTP_LOGSYS The logical name of the source system. The column ‘SLOGSYS’ in the table RSBASIDOC. I_FORCE_DELETE The logical name of the BW system. In the RSBASIDOC table, find the correct value in the column "RLOGSYS". Completion In the end, you have to call the respective function block in the BW and source system, fill in the parameters and execute the function block.

There are the following reasons that may lead to the termination of this step: TP_INTERFACE_FAILURE: Unable to call tp interface. TP_FAILURE: The tp programme could not be run. For more information, see the SLOG or ALOG log file. CANNOT_IMPORT_DDIC: Unable to import ABAP Dictionary. See the Dictionary Import Log for the cause of the error. 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.

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

This can also lead to the complete basic activity being carried out by external partners, to which a dependency relationship then arises.

SAP Basis is the foundation of any SAP system. You can find a lot of useful information about it on this page:

A user comparison must therefore be performed here.
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