Support for your SAP basis
SMT1 Trusted - Trusting connections
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.
Together with our SAP development team, our SAP Basis experts develop programs and transaction processes using Web Dynpro technology. This includes, for example, our SAP AddOn "SAP Password Reset". We would be happy to develop your solution.
I18N Internationalization for SAP
SAP Basis Administration Batch Control Job Control A large proportion of batch jobs run at night, while IT systems are available for dialog and online applications during the day. Meanwhile, web applications demand computer capacity around the clock. Even dialog systems are no longer in operation only from 8 a.m. to 6 p.m., but between 7 a.m. and 10 p.m. or longer. The time window for administration tasks is increasingly shifting toward transaction processing. This leaves less and less time for mission-critical batches, which can lead to disruptions and terminations. Whereas batch processing used to be a mainframe domain, companies today usually have to control background processing in heterogeneous operating system environments and client-server applications. For this reason, cross-platform, integration-capable job schedulers that can respond to unplanned events are in demand.
Meanwhile, there are other ways to build consensus. But, for the most part, the following three options have proven effective as a consensus mechanism: 1) Proof of Work 2) Proof of Stake 3) Proof of Importance The differences are presented in another blog post. How do blocks form in a blockchain? Each block will build irrevocably on an older block. If you were to remove the block, you would also have to remove all blocks above it, which would destroy the entire chain of blocks. Because each new block also contains information from its predecessor block. This is very important for understanding the immutability of a blockchain. If you were to manipulate a block afterwards, you would have to adjust all the blocks that follow. The effort would be so infinitely large and expensive that such a manipulation can practically not be implemented. You can think of it as this. A blockchain arises from the cryptographically linked blocks (puzzles) full of transactions (puzzle pieces) and therefore cannot be changed without destroying the entire blockchain. For this reason, a blockchain is seen as an immutable transaction history agreed upon by a decentralised community. A blockchain is programmed to work with each miner on the longest part of the blockchain, as this is obviously the chain in which most of the work has been invested.
Tools such as "Shortcut for SAP Systems" complement missing functions in the SAP basis area.
We support your SAP HANA systems.
Smart Contracts The biggest advance compared to Bitcoin and similar applications is that second-generation blockchains, such as Ethereum, use the so-called Turing-Complete script language Solidity.