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Ensuring the correctness of quantum programs is crucial for quantum softwarequality assurance. Although various effective verification methods exist forclassical programs, they cannot be applied to quantum programs due to thefundamental differences in their execution logic, such as quantum superpositionand entanglement. This calls for new methods to verify the correctness ofquantum programs. In this paper, we present a behavioral interfacespecification language (BISL) called ScaffML for the quantum programminglanguage Scaffold. ScaffML allows the specification of pre- and post-conditionsfor Scaffold modules and enables the mixing of assertions with Scaffold code,thereby facilitating debugging and verification of quantum programs. This paperdiscusses the goals and overall approach of ScaffML and describes the basicfeatures of the language through examples. ScaffML provides an easy-to-usespecification language for quantum programmers, supporting static analysis,run-time checking, and formal verification of Scaffold programs. Finally, wepresent several instances to illustrate the workflow and functionalities ofScaffML.

ScaffML: A Quantum Behavioral Interface Specification Language for Scaffold