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| fp:lab05 [2022/03/31 08:53] pdmatei [5.2. Binary Search Trees] | fp:lab05 [2022/03/31 08:53] (current) pdmatei | ||
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| **5.2.6.** Implement a method ''depth'' which returns the maximal depth of a BST. Hint: use the method: ''_.max(_)''. | **5.2.6.** Implement a method ''depth'' which returns the maximal depth of a BST. Hint: use the method: ''_.max(_)''. | ||
| - | **5.2.8.** Implement a method ''minimum'' which returns the smallest integer from a BST. (If the tree is empty, we return -1). Hint: use the example above, to guide your implementation. | + | **(!) 5.2.8.** Implement a method ''minimum'' which returns the smallest integer from a BST. (If the tree is empty, we return -1). Hint: use the example above, to guide your implementation. | 
| **5.2.9.** Implement a similar method ''maximum''.  | **5.2.9.** Implement a similar method ''maximum''.  | ||
| - | **5.2.10.** Implement a method ''successor(k)'' which returns **the smallest** integer from the BST, which is **larger** than ''k''. Use the following examples for your implementation: | + | **(!) 5.2.10.** Implement a method ''successor(k)'' which returns **the smallest** integer from the BST, which is **larger** than ''k''. Use the following examples for your implementation: | 
| <code> | <code> | ||
| 5 t.successor(2) = 5  | 5 t.successor(2) = 5  | ||