LinkedHashSetis in some sense intermediate between HashSet and TreeSet. Implemented as aHashTablewith a linked list running through it, however it provides insertion-ordered iteration which is not same as sorted traversal guaranteed by TreeSet. So choice of usage depends entirely on your needs bu...
publicinterfaceSet<E> {intsize();//元素数量booleanisEmpty();// 是否为空voidclaer();// 清空集合booleancontains(E element);// 是否包含element元素voidadd(E element);// 添加element元素voidremove(E element);// 删除element元素voidtraversal(Visitor<E> visitor);// 通过访问器遍历publicstaticabstractc...
LinkedHashSetis in some sense intermediate betweenHashSetandTreeSet. Implemented as a hash table with a linked list running through it, howeverit provides insertion-ordered iteration which is not same as sorted traversal guaranteed by TreeSet. So choice of usage depends entirely on your needs but...
HasSuffix(value.(string), "b") } // Seek to the condition and continue traversal from that point (in reverse). // assumes it.End() was called. for found := it.PrevTo(seek); found; found = it.Prev() { key, value := it.Key(), it.Value() ... } Enumerable Enumerable ...
HasSuffix(value.(string), "b") } // Seek to the condition and continue traversal from that point (in reverse). // assumes it.End() was called. for found := it.PrevTo(seek); found; found = it.Prev() { key, value := it.Key(), it.Value() ... } Enumerable Enumerable ...
HasSuffix(value.(string), "b") } // Seek to the condition and continue traversal from that point (in reverse). // assumes it.End() was called. for found := it.PrevTo(seek); found; found = it.Prev() { key, value := it.Key(), it.Value() ... } Enumerable Enumerable ...
HasSuffix(value.(string), "b") } // Seek to the condition and continue traversal from that point (in reverse). // assumes it.End() was called. for found := it.PrevTo(seek); found; found = it.Prev() { index, value := it.Index(), it.Value() ... } ReverseIteratorWithKey ...
HasSuffix(value.(string), "b") } // Seek to the condition and continue traversal from that point (in reverse). // assumes it.End() was called. for found := it.PrevTo(seek); found; found = it.Prev() { key, value := it.Key(), it.Value() ... } Enumerable Enumerable ...
HasSuffix(value.(string), "b") } // Seek to the condition and continue traversal from that point (in reverse). // assumes it.End() was called. for found := it.PrevTo(seek); found; found = it.Prev() { key, value := it.Key(), it.Value() ... } Enumerable Enumerable ...
HasSuffix(value.(string), "b") } // Seek to the condition and continue traversal from that point (in reverse). // assumes it.End() was called. for found := it.PrevTo(seek); found; found = it.Prev() { key, value := it.Key(), it.Value() ... } Enumerable Enumerable ...