Visão Geral
O curso Grokking the Coding Interview Patterns in Go foi desenvolvido para profissionais e estudantes que desejam se preparar para entrevistas técnicas utilizando a linguagem Go (Golang). O curso aborda de forma prática e estruturada os principais padrões de resolução de problemas aplicados em entrevistas de empresas de tecnologia, com foco em eficiência, clareza de código e domínio de algoritmos e estruturas de dados usando Go.
Conteúdo Programatico
Module 1: Introduction to Interview Patterns
- Understanding the structure of coding interviews
- The importance of algorithmic thinking
- Go essentials for problem-solving (packages, slices, maps, structs)
- Big-O notation refresher
Module 2: The Sliding Window Pattern
- Concept and use cases
- Implementing dynamic window size
- Problems: Maximum Subarray, Longest Substring Without Repeating Characters
Module 3: The Two Pointers Pattern
- Fast and efficient searching in sorted arrays
- Merging arrays, reversing linked lists, and removing duplicates
- Common pitfalls and best practices in Go
Module 4: The Fast and Slow Pointers Pattern
- Detecting cycles in linked lists
- Finding the middle of linked lists
- Applications in sequence analysis
Module 5: The Merge Intervals Pattern
- Sorting and merging overlapping intervals
- Scheduling and conflict resolution problems
Module 6: The Cyclic Sort Pattern
- Sorting in a constant range
- Identifying missing and duplicate elements
Module 7: The In-place Reversal of Linked List Pattern
- Reversing linked lists and sublists
- Memory efficiency and in-place operations in Go
Module 8: The Tree Breadth-First Search (BFS) Pattern
- BFS traversal implementation
- Level order traversal and shortest path problems
Module 9: The Depth-First Search (DFS) Pattern
- Recursive and iterative DFS
- Applications in trees, graphs, and combinatorial problems
Module 10: The Topological Sort Pattern
- Dependency resolution using graphs
- Course scheduling and build order problems
Module 11: The Binary Search Pattern
- Variations and optimizations of binary search
- Edge case handling and debugging techniques
Module 12: The Dynamic Programming Pattern
- Identifying overlapping subproblems
- Memoization and tabulation in Go
- Classic problems: Fibonacci, Knapsack, Coin Change
Module 13: The Backtracking Pattern
- Solving constraint satisfaction problems
- Examples: N-Queens, Permutations, Subsets
Module 14: The Graph BFS/DFS Combined Patterns
- Connected components, islands, and shortest path algorithms
- Implementation of graph traversals using adjacency lists
Module 15: Interview Practice and Optimization
- Applying learned patterns to real interview problems
- Communicating your thought process effectively
- Time management and debugging under pressure