return LogicalResult::failure();
    }
    non_tpu_ops.insert(&op);
  }

  // Validate that remainder_ops takes and returns a subset of the loop carried
  // args. This will basically be our set increment fn.
  for (Operation* op : non_tpu_ops)
    for (Value input : op->getOperands())
      if (BlockArgument arg = llvm::dyn_cast<BlockArgument>(input))

			ttl := uint64(1)
			return updateObj, &ttl, nil
		}, nil)
	if err != nil {
		t.Fatalf("Update failed: %v", err)
	}
	// create an additional object to increment the resource version for pods above the resource version of the foo object
	secondObj := &example.Pod{ObjectMeta: metav1.ObjectMeta{Name: "bar", Namespace: "test-ns"}}
	lastUpdatedObj := &example.Pod{}

	// The bottom 12 bits will be treated as signed.
	//
	// If that will result in a negative 12 bit number, add 1 to
	// our upper bits to adjust for the borrow.
	//
	// It is not possible for this increment to overflow. To
	// overflow, the 20 top bits would be 1, and the sign bit for
	// the low 12 bits would be set, in which case the entire 32
	// bit pattern fits in a 12 bit signed value.
	if imm&(1<<11) != 0 {

	*n = *st
	return n
}

// fail panics with demangleErr, to be caught in doDemangle.
func (st *state) fail(err string) {
	panic(demangleErr{err: err, off: st.off})
}

// failEarlier is like fail, but decrements the offset to indicate
// that the point of failure occurred earlier in the string.
func (st *state) failEarlier(err string, dec int) {
	if st.off < dec {
		panic("internal error")
	}

	next := []fieldScan{{typ: t}}

	// nextCount records the number of times an embedded type has been
	// encountered and considered for queueing in the 'next' slice.
	// We only queue the first one, but we increment the count on each.
	// If a struct type T can be reached more than once at a given depth level,
	// then it annihilates itself and need not be considered at all when we
	// process that next depth level.