Automatic Generation of Verification Code for Dynamic Verification of Process-Oriented Reflex Programs

This paper solves the problem of automatic generation of a verification code for the purposes of dynamic verification of process-oriented control programs for Cyber-Physical Systems. A verifier generation module has been developed for generating a program code that verifies the control programs of Cyber-Physical Systems. The following concept of automatic code generation is presented: first, the requirements for the control program are described using the Event-Driven Temporal Logic. Then the requirements are automatically converted into an abstract syntax tree, after which the abstract syntax tree is loaded into the Dynamic Verification Complex. And finally, the control program is checked for compliance with the requirements using the control object simulator in the Dynamic Verification Complex. This paper provides an overview of existing approaches to requirements specification. Event-Driven Temporal Logic was chosen as an approach to the specification of requirements for control programs in this work. The article selects the Xtend language as a code generator development language. C++ was chosen as the language of the final generated code.