A. reverse( val = text pcre = regex )

B. find( val = text pcre = regex )

C. matches( val = text pcre = regex )

D. condense( val = text pcre = regex )

E. match( val = text pcre = regex )

A. Implement interface if_t100_message, if you want to reuse messages from a message class.

B. Inherit from cx_static_check, if you want a warning at design time that the exception will not be caught.

C. Inherit from cx_no_check, if you want to reuse messages from a system exception class.

D. Define corresponding public attributes, if you want to pass context-specific values to placeholders of a message.

E. Inherit from cx_static_check, if you want a warning at design time that the exception can never be raised.

A. None of the above

B. To document the relationship between the two tables

C. To create a corresponding foreign key relationship in the database

D. To ensure the integrity of data in the corresponding database tables

A. from_mixed( val = 'LorelpsumFactum' sep = '_' )

B. to_mixed( val = 'LorelpsumFactum' sep = '_' )

C. to_upper( condense( 'LorelpsumFactum' ) )

D. condense( to_upper( 'LorelpsumFactum' ) )

A. DATA lo_vehicle LIKE REF cl_vehicle.

B. TYPES lo_vehicle TYPE cl_vehicle.

C. DATA lo_vehicle TYPE REF TO cl_vehicle.

D. DATA lo_vehicle TYPE REF OF cl_vehicle.

A. CATCH clauses should be organized ascending from most specific to most general.

B. A CLEANUP clause catches remaining exceptions.

C. All matching CATCH clauses are always executed.

D. A superclass in a CATCH clause catches exceptions of itself and of its subclasses.

E. A CATCH clause can be used as a handler for several exception classes.

A. None of the above

B. Action

C. Determination

D. Validation

A. sum()

B. max()

C. avg()

D. count(*)