mnemonic_builder_unary_instr.h

#pragma once
 
#include "libmicroemu/internal/result.h"
#include "libmicroemu/types.h"
 
namespace libmicroemu::internal {

template <typename TContext> class MnemonicBuilderUnaryInstr {
public:
  using It = typename TContext::It;
  using Reg = typename TContext::Reg;
  using SReg = typename TContext::SReg;
  template <typename TDest, typename TArg0>
  static void Build(const char *instr_spec, TContext &mctx, const MnemonicBuilderFlagsSet &bflags,
                    const InstrFlagsSet &iflags, const TDest &rd, const TArg0 &rn) {
    static_cast<void>(bflags);
    const bool is_setflags = (iflags & static_cast<InstrFlagsSet>(InstrFlags::kSetFlags)) != 0U;
    mctx.builder.AddString(instr_spec)
        .AddString(is_setflags == true ? "S" : "")
        .AddString(It::GetConditionAsStr(mctx.cpua))
        .AddChar(' ')
        .AddString(Reg::GetRegisterName(rd.Get()))
        .AddString(", ")
        .AddString(Reg::GetRegisterName(rn.Get()))
        .Terminate();
  }
 
private:
  MnemonicBuilderUnaryInstr() = delete;

  ~MnemonicBuilderUnaryInstr() = delete;

  MnemonicBuilderUnaryInstr(const MnemonicBuilderUnaryInstr &r_src) = default;

  MnemonicBuilderUnaryInstr &operator=(const MnemonicBuilderUnaryInstr &r_src) = delete;

  MnemonicBuilderUnaryInstr(MnemonicBuilderUnaryInstr &&r_src) = delete;

  MnemonicBuilderUnaryInstr &operator=(MnemonicBuilderUnaryInstr &&r_src) = delete;
};
 
} // namespace libmicroemu::internal