Write animplementation of the set class, with associated iterators using a binary search tree.

Write an implementation of the set class, with associated iterators using a binary search environmental-movement-or-the-gender-eq/">tree.

Write an implementation of the set class, with associated iterators using a binary search tree.

Add to each node a link to the next smallest and next largest node.

Note: To make the code simpler, add a header and tail node which are not part of the binary search tree but help make the linked list part of the code simpler.

Write an implementation of the set class, withiterators using a binary search environmental-movement-or-the-gender-eq/">tree.

Write an implementation of the set class, with iterators using a binary search tree.

Add to each node a link to the next smallest and next largest node.

Note: To make the code simpler, add a header and tail node which are not part of the binary search tree but help make the linked list part of the code simpler.

Write an implementation of the set class, with associated iterators using a binary search environmental-movement-or-the-gender-eq/">tree.

Write an implementation of the set class, with associated iterators using a binary search tree.

Add to each node a link to the next smallest and next largest node.

Note: To make the code simpler, add a header and tail node which are not part of the binary search tree but help make the linked list part of the code simpler.

Write an implementation of the set class, withiterators using a binary search environmental-movement-or-the-gender-eq/">tree.

Write an implementation of the set class, with iterators using a binary search tree.

Add to each node a link to the next smallest and next largest node.

Note: To make the code simpler, add a header and tail node which are not part of the binary search tree but help make the linked list part of the code simpler.