1.Design a Card Game for N Players with M Cards
2.Implement a Card Game
3.Coding: Recommendation System
4.Kubernetes Knowledge
5.Letters Neighbour
6.Implement 'RandomizedSet'
7.Coding Playing Card
8.Inverted Index Coding Challenge
9.Poker Game Coding Challenge
10.Implement Server-to-Server Communication Using Queues
11.Design a Data Pipeline
12.Design APIs for Loan Processing and Retrieval
13.Design a Hit Counter
14.Card Game Problem
15.Design a Hit Counter
16.Implement a Randomized Data Structure
17.Shortest Unique Substring
18.Coin Change Problem
19.Open Popup in DOM Tree
20.Design a Data Schema for Venmo
21.Design a Data Schema for Affirm
22.Coin Change Problem
23.Implement and Evaluate a Decision Tree
24.Multiplayer Poker Card Game Scoring System
25.Design a Customer-Merchant Mapping Class
26.Design a Search Typeahead System
27.Design Hit Counter
28.Insert Delete GetRandom O(1)
29.Shortest Substring
30.Most Letter
31.Randomized Data Structure Implementation
32.Design a Venmo-like System
33.Card Game Winner Determination
34.Design a Data Model for Venmo
35.Shortest Unique Substring Optimization
36.Pub/Sub-based RCA System Design
37.Immutable Stack Implementation
38.Card Game Scoring Algorithm
39.Implement a Popup Display Logic in a DOM Tree
40.Design a Hit Counter
41.Coin Change Solution Reconstruction
42.Shortest Unique Substring Optimization
43.Reverse String Transformation
44.String Transformation
45.Develop a Card Game for N Players
46.Design a Data Structure for (k,v) Pairs with Randomized Operations
47.Shortest Unique Substring
48.Hit Counter
49.Design a Decision Tree
50.Design a Loan Repayment System
51.Implement a Data Structure with O(1) Operations
52.Design a Data Structure with Specific Time Complexity Requirements
53.Find the Shortest Unique Substring for Each String in a List
54.Design an E-commerce Debugging System
55.Design a CRUD API
56.Design a Hit Counter
57.Shortest Unique Substring Finder
58.Implement a Decision Tree Class
59.System Design for Pub/Sub Service
60.Analyze Decision Tree Complexity
61.Grow and Test a Decision Tree
62.Implement Decision Tree Growth Methods
63.Design a Data Structure with Modified Constraints
64.What technology stack do you use?
65.System Design for Loan Repayment Processing
66.API Data Monitoring
67.Optimizing API Performance
68.Anagram Variations
69.Unique Minimum Substring
70.Implement O1 Random Functionality
71.Design a Card Game
72.Implement an Immutable Stack (PStack)
73.Handling High Volume Writes in MySQL
74.Implement a random hash map
75.Design an A/B testing system
76.Design Venmo's data model
77.Design a pubsub system for client to server RPC calls
78.Card Game Simulation
79.Optimization of Shortest Unique Substring Solution
80.Design a Pub-Sub System
1. Design a Card Game for N Players with M Cards
Design a card game that can be played by N players using M cards. You need to use Object-Oriented Design (OOD) principles to implement the game. Please describe the classes and interfaces you would create, along with their relationships and the methods they would contain.
2. Implement a Card Game
The technical screening involves coding a card game, which is one of the common questions found online. The interviewer will guide you through the process, asking intermittent questions and expecting you to debug and print the correct results. There is no limit on the number of times you can run the code. If you finish quickly, you may be asked a follow-up question about how to handle a tie or multiple players in a round.
3. Coding: Recommendation System
Design a recommendation system that outputs the most frequently occurring product recommendations based on customer purchases. Given an input of customer purchase arrays, return an output that lists each product along with the most frequently purchased accompanying products. For example, given the input [[item1, item2, item3], [item2, item3, item4], [item3, item5, item6]], the output should be {item1: [item2, item3], item2: [item3], item3: [item2, item4], item4: [item3], item5: [item3, item4]}. Ensure to communicate your solution with the interviewer for approval before writing code, and be prepared to proficiently analyze the time complexity of your solution, understanding the principles behind each data structure used.
4. Kubernetes Knowledge
The interview question is about Kubernetes knowledge. The candidate was asked by an interviewer from the infra group if they are familiar with Kubernetes. This question assesses the candidate's knowledge of container orchestration, which is relevant for roles involving infrastructure management.
5. Letters Neighbour
The interview question 'Letters Neighbour' seems to be a coding problem that is available on LeetCode. However, without additional context or a direct link to the specific LeetCode problem, it is not possible to extract sufficient information to support a candidate in answering this question.
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