func InsertionSort(ring []HashedBucket, item HashedBucket) []HashedBucket {
	destination := sort.Search(len(ring), func(index int) bool {
		return ring[index].Hashcode >= item.Hashcode
	})
	ring = append(ring, HashedBucket{})
	copy(ring[destination+1:], ring[destination:])
	ring[destination] = item
	return ring
}
// InsertionSort inserts an bucket into a hashring by binary searching
// for the index which would satisfy the overall "sorted" status of the ring
// returning the updated hashring.
InsertionSort inserts an bucket into a hashring by binary searching
for the index which would satisfy the overall "sorted" status of the ring
returning the updated hashring.
// InsertionSort inserts an bucket into a hashring by binary searching // for the index which would satisfy the overall " sorted " status of the ring // returning the updated hashring .
func InsertionSort(ring []HashedBucket, item HashedBucket) []HashedBucket {
	destination := sort.Search(len(ring), func(index int) bool {
		return ring[index].Hashcode >= item.Hashcode
	})
	ring = append(ring, HashedBucket{})
	copy(ring[destination+1:], ring[destination:])
	ring[destination] = item
	return ring
}
func InsertionSort ( ring [ ] HashedBucket , item HashedBucket ) [ ] HashedBucket { destination := sort . Search ( len ( ring ) , func ( index int ) bool { return ring [ index ] . Hashcode >= item . Hashcode } ) ring = append ( ring , HashedBucket { } ) copy ( ring [ destination + 1 : ] , ring [ destination : ] ) ring [ destination ] = item return ring }
InsertionSort inserts an bucket into a hashring by binary searching
for the index which would satisfy the overall "sorted" status of the ring
returning the updated hashring.
InsertionSort inserts an bucket into a hashring by binary searching for the index which would satisfy the overall " sorted " status of the ring returning the updated hashring .