uint32_t smashableCmpqImm(TCA inst) {
  return ARCH_SWITCH_CALL(smashableCmpqImm, inst);
}

TCA emitSmashableJmp(CodeBlock& cb, CGMeta& fixups, TCA target) {
  return ARCH_SWITCH_CALL(emitSmashableJmp, cb, fixups, target);
}

void smashMovq(TCA inst, uint64_t imm) {
  return ARCH_SWITCH_CALL(smashMovq, inst, imm);
}

size_t smashableJccLen() {
  return ARCH_SWITCH_CALL(smashableJccLen);
}

TCA emitSmashableMovq(CodeBlock& cb, CGMeta& fixups, uint64_t imm,
                      PhysReg d) {
  return ARCH_SWITCH_CALL(emitSmashableMovq, cb, fixups, imm, d);
}

PhysReg r_svcreq_arg(size_t i) { ARCH_SWITCH_CALL(r_svcreq_arg, i); }

bool optimizeSmashedCall(TCA inst) {
  return ARCH_SWITCH_CALL(optimizeSmashedCall, inst);
}

PhysReg rsp() { ARCH_SWITCH_CALL(rsp); }

RegSet vm_regs_with_sp() { ARCH_SWITCH_CALL(vm_regs_with_sp); }

PhysReg rvmsp() { ARCH_SWITCH_CALL(rvmsp); }

PhysReg rvmtl() { ARCH_SWITCH_CALL(rvmtl); }

PhysReg rvmfp() { ARCH_SWITCH_CALL(rvmfp); }

const Abi& abi(CodeKind kind) { ARCH_SWITCH_CALL(abi, kind); }

TCA smashableJccTarget(TCA inst) {
  return ARCH_SWITCH_CALL(smashableJccTarget, inst);
}

PhysReg r_svcreq_stub() { ARCH_SWITCH_CALL(r_svcreq_stub); }

RegSet vm_regs_no_sp() { ARCH_SWITCH_CALL(vm_regs_no_sp); }

PhysReg r_svcreq_sf() { ARCH_SWITCH_CALL(r_svcreq_sf); }

RegSet interp_one_cf_regs() { ARCH_SWITCH_CALL(interp_one_cf_regs); }

ConditionCode smashableJccCond(TCA inst) {
  return ARCH_SWITCH_CALL(smashableJccCond, inst);
}

PhysReg rarg(size_t i) { ARCH_SWITCH_CALL(rarg, i); }