},
	}
}

func (nc *nodeLifecycleController) syncLeaseStore(lease *coordv1.Lease) error {
	if lease == nil {
		return nil
	}
	newElems := make([]interface{}, 0, 1)
	newElems = append(newElems, lease)
	return nc.leaseInformer.Informer().GetStore().Replace(newElems, "newRV")
}

func (nc *nodeLifecycleController) syncNodeStore(fakeNodeHandler *testutil.FakeNodeHandler) error {

// validations, and doesn't cost too much since since we are usually exploring the
// entire schema anyway.
func nestedValueValidationToStructural(nvv *schema.NestedValueValidation) *Structural {
	var newItems *schema.Structural
	if nvv.Items != nil {
		newItems = nestedValueValidationToStructural(nvv.Items).Structural
	}

	var newProperties map[string]schema.Structural
	for k, v := range nvv.Properties {
		if newProperties == nil {

havespan:
	if !traceDone {
		trace := traceAcquire()
		if trace.ok() {
			trace.GCSweepDone()
			traceRelease(trace)
		}
	}
	n := int(s.nelems) - int(s.allocCount)
	if n == 0 || s.freeindex == s.nelems || s.allocCount == s.nelems {
		throw("span has no free objects")
	}
	freeByteBase := s.freeindex &^ (64 - 1)
	whichByte := freeByteBase / 8
	// Init alloc bits cache.

		// more detail.
		print("runtime: nelems=", s.nelems, " nalloc=", nalloc, " previous allocCount=", s.allocCount, " nfreed=", nfreed, "\n")
		throw("sweep increased allocation count")
	}

	s.allocCount = nalloc
	s.freeindex = 0 // reset allocation index to start of span.
	s.freeIndexForScan = 0
	if traceEnabled() {
		getg().m.p.ptr().trace.reclaimed += uintptr(nfreed) * s.elemsize
	}

                              const tensorflow::TensorShape& shape) {
  static char empty;
  int64_t nelems = 1;
  std::vector<int64_t> dims;
  auto shape_dims = shape.dims();
  dims.reserve(shape_dims);
  for (int i = 0; i < shape_dims; ++i) {
    dims.push_back(shape.dim_size(i));
    nelems *= shape.dim_size(i);
  }
  CHECK_EQ(nelems, 0);
  return TF_NewTensor(

	freeIndex := s.nextFreeIndex()
	if freeIndex == s.nelems {
		// The span is full.
		if s.allocCount != s.nelems {
			println("runtime: s.allocCount=", s.allocCount, "s.nelems=", s.nelems)
			throw("s.allocCount != s.nelems && freeIndex == s.nelems")
		}
		c.refill(spc)
		shouldhelpgc = true
		s = c.alloc[spc]

		freeIndex = s.nextFreeIndex()
	}

	if freeIndex >= s.nelems {
		throw("freeIndex is not valid")
	}

func (s *mspan) pinnerBitSize() uintptr {
	return divRoundUp(uintptr(s.nelems)*2, 8)
}

// newPinnerBits returns a pointer to 8 byte aligned bytes to be used for this
// span's pinner bits. newPinnerBits is used to mark objects that are pinned.
// They are copied when the span is swept.
func (s *mspan) newPinnerBits() *pinnerBits {
	return (*pinnerBits)(newMarkBits(uintptr(s.nelems) * 2))
}

// c could change.
func (c *mcache) refill(spc spanClass) {
	// Return the current cached span to the central lists.
	s := c.alloc[spc]

	if s.allocCount != s.nelems {
		throw("refill of span with free space remaining")
	}
	if s != &emptymspan {
		// Mark this span as no longer cached.
		if s.sweepgen != mheap_.sweepgen+3 {
			throw("bad sweepgen in refill")
		}

	// undefined and should never be referenced.
	//
	// Object n starts at address n*elemsize + (start << pageShift).
	freeindex uint16
	// TODO: Look up nelems from sizeclass and remove this field if it
	// helps performance.
	nelems uint16 // number of object in the span.
	// freeIndexForScan is like freeindex, except that freeindex is
	// used by the allocator whereas freeIndexForScan is used by the

            return supplier.get();
        }
        List<Object> newItems = value.replace(original, supplier);
        if (newItems == null) {
            return this;
        }
        DefaultConfigurableFileCollection newFiles = new DefaultConfigurableFileCollection(null, resolver, dependencyFactory, patternSetFactory, host);
        newFiles.from(newItems);
        return newFiles;
    }

    private void assertMutable() {