The main thing to do is REPAIRING the problematic data, usually the cause for problems with SOC-7 is a numeric item that is un-initialized, this is the primary concern. Some of the setups give us dumps for run-time abends, this can also be made by invoking OS SERVICES or subroutines via the assembly language. The dumps are useful as thei give us the ultimate instruction’s offset where the abend occurred. The output XREF listing of the compilation must be verifiedfor obtaining the line number and the verb of this offset’s source code. After that the bug can be found in the source code. For capturing the runtime dumps, we should define datasets like for instance Sysabout in JCL. When these methods are not WORKING we must find the error source with JUDGEMENT and Display. If the setup has debugging utilities, we should make use of them.

The main thing to do is repairing the problematic data, usually the cause for problems with SOC-7 is a numeric item that is un-initialized, this is the primary concern. Some of the setups give us dumps for run-time abends, this can also be made by invoking OS services or subroutines via the assembly language. The dumps are useful as thei give us the ultimate instruction’s offset where the abend occurred. The output XREF listing of the compilation must be verifiedfor obtaining the line number and the verb of this offset’s source code. After that the bug can be found in the source code. For capturing the runtime dumps, we should define datasets like for instance Sysabout in JCL. When these methods are not working we must find the error source with judgement and Display. If the setup has debugging utilities, we should make use of them.