smt_core_theory.h

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// Author: Diffblue Ltd.
 
#ifndef CPROVER_SOLVERS_SMT2_INCREMENTAL_SMT_CORE_THEORY_H
#define CPROVER_SOLVERS_SMT2_INCREMENTAL_SMT_CORE_THEORY_H
 
#include <solvers/smt2_incremental/ast/smt_terms.h>
 
class smt_core_theoryt
{
public:
  struct nott final
  {
    static const char *identifier();
    static smt_sortt return_sort(const smt_termt &operand);
    static void validate(const smt_termt &operand);
  };
  static const smt_function_application_termt::factoryt<nott> make_not;
 
  struct impliest final
  {
    static const char *identifier();
    static smt_sortt return_sort(const smt_termt &lhs, const smt_termt &rhs);
    static void validate(const smt_termt &lhs, const smt_termt &rhs);
  };
  static const smt_function_application_termt::factoryt<impliest> implies;
 
  struct andt final
  {
    static const char *identifier();
    static smt_sortt return_sort(const smt_termt &lhs, const smt_termt &rhs);
    static void validate(const smt_termt &lhs, const smt_termt &rhs);
  };
  static const smt_function_application_termt::factoryt<andt> make_and;
 
  struct ort final
  {
    static const char *identifier();
    static smt_sortt return_sort(const smt_termt &lhs, const smt_termt &rhs);
    static void validate(const smt_termt &lhs, const smt_termt &rhs);
  };
  static const smt_function_application_termt::factoryt<ort> make_or;
 
  struct xort final
  {
    static const char *identifier();
    static smt_sortt return_sort(const smt_termt &lhs, const smt_termt &rhs);
    static void validate(const smt_termt &lhs, const smt_termt &rhs);
  };
  static const smt_function_application_termt::factoryt<xort> make_xor;
 
  struct equalt final
  {
    static const char *identifier();
    static smt_sortt return_sort(const smt_termt &lhs, const smt_termt &rhs);
    static void validate(const smt_termt &lhs, const smt_termt &rhs);
  };
  static const smt_function_application_termt::factoryt<equalt> equal;
 
  struct distinctt final
  {
    static const char *identifier();
    static smt_sortt return_sort(const smt_termt &lhs, const smt_termt &rhs);
    static void validate(const smt_termt &lhs, const smt_termt &rhs);
  };
  static const smt_function_application_termt::factoryt<distinctt> distinct;
 
  struct if_then_elset final
  {
    static const char *identifier();
    static smt_sortt return_sort(
      const smt_termt &condition,
      const smt_termt &then_term,
      const smt_termt &else_term);
    static void validate(
      const smt_termt &condition,
      const smt_termt &then_term,
      const smt_termt &else_term);
  };
  static const smt_function_application_termt::factoryt<if_then_elset>
    if_then_else;
};
 
#endif // CPROVER_SOLVERS_SMT2_INCREMENTAL_SMT_CORE_THEORY_H