


Transforming Path Strings into Hierarchical Tree Structures
When presented with an array of path-like structures, constructing a corresponding hierarchical tree structure can be a challenging task, especially with limitations in pointer manipulation and recursion. To address this, an efficient solution is to utilize a method that iteratively adds nodes to the tree while searching for existing ones.
SOLUTION
The proposed solution employs a recursive function named AddToTree that takes a list of nodes (root) and a list of path components to be added (names). It iterates through the root nodes, checking if the first component of names (names[0]) already exists as a child. If it does not, a new node with names[0] as the name is appended to the root.
Next, the function recursively calls AddToTree on the children of the node that matches names[0]. This process continues until all components of names have been processed, resulting in a fully constructed tree structure.
CODE EXAMPLE
Below is the Go implementation of the AddToTree function:
<code class="go">func AddToTree(root []Node, names []string) []Node { if len(names) > 0 { var i int for i = 0; i <p><strong>EXAMPLE OUTPUT</strong></p> <p>Using this solution, the input data provided can be transformed into the desired tree structure:</p> <pre class="brush:php;toolbar:false">[{ "name": "a", "children": [{ "name": "b", "children": [{ "name": "c" }, { "name": "g" }] }, { "name": "d" }] }]
KEY DIFFERENCES
Compared to the provided code, the proposed solution offers several key advantages:
- It operates on a list of nodes, allowing for multiple root nodes.
- It creates new nodes instead of modifying the input node, avoiding data duplication.
- It actively searches the tree to prevent duplicate nodes.
The above is the detailed content of How can you efficiently transform a list of path strings into a hierarchical tree structure without relying heavily on pointer manipulation and recursion?. For more information, please follow other related articles on the PHP Chinese website!

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