Grokking Tree Coding Patterns for Interviews
Master tree coding patterns with Grokking Tree Coding Patterns for Interviews. Learn essential techniques, practice questions, and time complexity to excel in coding interviews!
Course Overview
Master tree coding patterns with Grokking Tree Coding Patterns for Interviews. Learn essential techniques, practice questions, and time complexity to excel in coding interviews! By mastering the key coding patterns we’ve covered, you’ll be able to approach binary tree questions with confidence and clarity. Each pattern is backed by real coding questions, ensuring you not only understand the theory but also see it in action.
Don’t miss this opportunity to boost your problem-solving skills. Whether you’re aiming for top tech companies or just looking to strengthen your coding knowledge, this course is your fast track to success. Jump into the lessons, follow the examples, and practice each pattern so you’re fully prepared to solve complex binary tree problems in interviews or competitive programming!
Course Contents
- Introduction
- Course Overview
- Basics of Tree
- Introduction to Tree
- Binary Search Tree (BST)
- Level Order Traversal Pattern (easy)
- Introduction to Level Order Traversal Pattern
- Reverse Level Order Traversal (easy)
- Solution: Reverse Level Order Traversal
- Find Largest Value in Each Tree Row (medium)
- Solution: Find Largest Value in Each Tree Row
- Maximum Width of Binary Tree (medium)
- Solution: Maximum Width of Binary Tree
- Maximum Level Sum of a Binary Tree (medium)
- Solution: Maximum Level Sum of a Binary Tree
- Zigzag Traversal (medium)
- Solution: Zigzag Traversal
- Even Odd Tree (medium)
- Solution: Even Odd Tree
- N-ary Tree Level Order Traversal (hard)
- Solution: N-ary Tree Level Order Traversal
- Tree Depth Pattern (easy)
- Introduction to Tree Depth Pattern
- Maximum Depth (or Height) of Binary Tree (easy)
- Solution: Maximum Depth (or Height) of Binary Tree
- Minimum Depth of a Binary Tree (easy)
- Solution: Minimum Depth of a Binary Tree
- Balanced Binary Tree (easy)
- Solution: Balanced Binary Tree
- Tree Diameter (easy)
- Solution: Tree Diameter
- Maximum Depth of N-ary Tree (easy)
- Solution: Maximum Depth of N-ary Tree
- Find maximum depth of subtree (medium)
- Solution: Find maximum depth of subtree
- Tree Breadth First Search (BFS) Pattern (easy)
- Introduction to Tree Breadth First Search Pattern
- Sum of Nodes with Even-Valued Grandparent (medium)
- Solution: Sum of Nodes with Even-Valued Grandparent
- All Nodes Distance K in Binary Tree (medium)
- Solution: All Nodes Distance K in Binary Tree
- Level Order Successor (easy)
- Solution: Level Order Successor
- Connect Level Order Siblings (medium)
- Solution: Connect Level Order Siblings
- Connect All Level Order Siblings (medium)
- Connect All Level Order Siblings
- Tree Depth First Search (DFS) Pattern (medium)
- Introduction to Tree Depth First Search Pattern
- Binary Tree Path Sum (easy)
- Solution: Binary Tree Path Sum
- Count Good Nodes in Binary Tree (medium)
- Solution: Count Good Nodes in Binary Tree
- Path Sum III (medium)
- Solution: Path Sum III
- Validate Binary Search Tree (medium)
- Solution: Validate Binary Search Tree
- Maximum Difference Between Node and Ancestor (medium)
- Solution: Maximum Difference Between Node and Ancestor
- Root to Leaf Path Pattern (medium)
- Introduction to Root to Leaf Path Pattern
- Binary Tree Paths (easy)
- Solution: Binary Tree Paths
- Sum of Root To Leaf Binary Numbers (easy)
- Solution: Sum of Root To Leaf Binary Numbers
- Insufficient Nodes in Root to Leaf Paths (medium)
- Solution: Insufficient Nodes in Root to Leaf Paths
- Smallest String Starting From Leaf (medium)
- Solution: Smallest String Starting From Leaf
- Pseudo-Palindromic Paths in a Binary Tree (medium)
- Solution: Pseudo-Palindromic Paths in a Binary Tree
- All Paths for a Sum (medium)
- Solution: All Paths for a Sum
- Sum of Path Numbers (medium)
- Solution: Sum of Path Numbers
- Path With Given Sequence (medium)
- Solution: Path With Given Sequence
- Count Paths for a Sum (medium)
- Solution: Count Paths for a Sum
- Leaf Processing Pattern (medium)
- Introduction to Leaf Processing Pattern
- Sum of Left Leaves (easy)
- Solution: Sum of Left Leaves
- Leaf-Similar Trees (easy)
- Solution: Leaf-Similar Trees
- Check if all leaves are at same level (medium)
- Solution: Check if all leaves are at same level
- Delete Leaves With a Given Value (medium)
- Solution: Delete Leaves With a Given Value
- Deepest Leaves Sum (medium)
- Solution: Deepest Leaves Sum
- Tree View Pattern (medium)
- Introduction to Tree View Pattern
- Right View of a Binary Tree (medium)
- Solution: Right View of a Binary Tree
- Top View Of the Binary Tree (medium)
- Solution: Top View Of the Binary Tree
- Bottom View Of the Binary Tree (medium)
- Solution: Bottom View Of the Binary Tree
- Boundary of Binary Tree (medium)
- Solution: Boundary of Binary Tree
- Comparison of Two Trees Pattern (medium)
- Introduction to Comparison of Two Trees Pattern
- Symmetric Tree (easy)
- Solution: Symmetric Tree
- Mirror Image Trees (medium)
- Solution: Mirror Image Trees
- Subtree of Another Tree (easy)
- Solution: Subtree of Another Tree
- Isomorphic Trees (medium)
- Solution: Isomorphic Trees
- Serialize and Deserialize Tree Pattern (hard)
- Introduction to Serialize and Deserialize Tree Pattern
- Serialize and Deserialize BST (medium)
- Solution: Serialize and Deserialize BST
- Verify Preorder Serialization of a Binary Tree (medium)
- Solution: Verify Preorder Serialization of a Binary Tree
- Create Binary Tree From Descriptions (medium)
- Solution: Create Binary Tree From Descriptions
- Serialize and Deserialize N-ary Tree (hard)
- Solution: Serialize and Deserialize N-ary Tree
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The emphasis on patterns and frameworks made problem-solving much easier