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Hoisting in JavaScript is the behavior where variable and function declarations are moved to the top of their containing scope during the compilation phase.
Variable declarations are hoisted to the top of their scope, but not their assignments.
Function declarations are fully hoisted, meaning they can be called before they are declared.
Hoisting can lead to unexpected behavior if not understood properly.
Closures in JavaScript allow functions to access variables from their outer scope even after the outer function has finished executing.
Closures are created when a function is defined within another function and the inner function has access to the outer function's variables.
Closures can be used to create private variables and functions in JavaScript.
Closures can also be used to maintain state in asynchronous operations
I was interviewed in Mar 2022.
Round duration - 60 Minutes
Round difficulty - Easy
Formal Introduction.
Asked About Projects.
Difference between SQL and NoSQL. Pros and Cons. Where should we use SQL and NoSQL.
Given a problem, I have to make a SQL Database structure and then interviewer told me to convert it into NoSQL.
asked coding questions
Given a sorted array of distinct integers that has been rotated clockwise by an unknown amount, you need to search for a specified integer in the array. Fo...
Implement a search function to find a specified integer in a rotated sorted array.
Implement a binary search algorithm to find the target integer in the rotated sorted array.
Handle the cases where the target integer may lie in the left or right half of the rotation.
Keep track of the mid element and adjust the search range based on the rotation.
Return the index of the target integer if found, else return -1.
Given a binary tree, compute the zigzag level order traversal of the node values in the tree. The zigzag traversal requires traversing levels from left to right, then ...
Zigzag level order traversal of a binary tree is computed by alternating between left to right and right to left traversal at each level.
Use a queue to perform level order traversal of the binary tree.
Maintain a flag to switch between left to right and right to left traversal at each level.
Store the node values in a list while traversing and alternate the order based on the flag.
Example: For input 1 2 3 4 -1 5 6 -1 7 -...
Tip 1 : Prepare well for subjects
Tip 2 : Prepare for system design
Tip 3 : Practice coding
Tip 1 : Don't lie on resume
Tip 2 : Just write in format that is catchy
I applied via Referral and was interviewed before Jun 2023. There were 2 interview rounds.
Coding questions around android
Binary sort is a search algorithm that finds the position of a target value within a sorted array.
Binary sort works by repeatedly dividing the array in half and narrowing down the search range.
It is more efficient than linear search for large arrays.
Example: Sorting an array of strings alphabetically using binary sort.
I was interviewed in Apr 2021.
Round duration - 90 minutes
Round difficulty - Hard
Timing was late evening . Platform was good.
Given a maze represented by 'N' cells numbered from 0 to N-1, and an array arr
of 'N' integers where arr[i]
denotes the cell number that can be reached from the 'i'...
Identify the length of the largest cycle in a maze represented by cells and an array of integers.
Iterate through each cell and find the cycle length using DFS or Floyd's Tortoise and Hare algorithm.
Keep track of visited cells to avoid infinite loops.
Return the length of the largest cycle found or -1 if no cycles exist.
Tip 1 : Do some projects
Tip 2 : Be good in data structure
Tip 1 : Keep it short
Tip 2 : Don't try to add false things.
I was interviewed in Mar 2021.
Round duration - 90 minutes
Round difficulty - Medium
The coding round was 90 minutes with 2 question and the difficulty was mid-range and both were graph question
You need to determine all possible paths for a rat starting at position (0, 0) in a square maze to reach its destination at (N-1, N-1). The maze is represented as an N*N ma...
Find all possible paths for a rat in a maze from start to destination.
Use backtracking to explore all possible paths in the maze.
Keep track of visited cells to avoid revisiting them.
Explore all possible directions (up, down, left, right) from each cell.
Add the current direction to the path and recursively explore further.
When reaching the destination, add the path to the list of valid paths.
Tip 1 : Practice question and try to understand with using javascript
Tip 2 : The Elm Architecture.
Tip 3 : Project matters
Tip 1 : Have web development project
Tip 2 : learn purescript and node.js
3 Graph Questions Were asked of difficulty medium to hard.
Hackathon round which revolved around multithreading
I applied via Campus Placement and was interviewed in Feb 2024. There were 3 interview rounds.
They have their own coding platform. The questions are basically from tree.
Tree of space question
I applied via LinkedIn and was interviewed before Feb 2023. There were 2 interview rounds.
- simple basic ios questions
I applied via Campus Placement and was interviewed before Mar 2023. There were 3 interview rounds.
Kadance algorithm and find the middle of the linklist
More on java and Python based coding questions
I was interviewed in Apr 2021.
Round duration - 90 minutes
Round difficulty - Hard
Timing was late evening. Platform was good.
Given a maze represented by 'N' cells numbered from 0 to N-1, and an array arr
of 'N' integers where arr[i]
denotes the cell number that can be reached from the 'i'...
Identify the length of the largest cycle in a maze represented by cells and an array of integers.
Iterate through each cell and find the cycle length using DFS or Floyd's Tortoise and Hare algorithm.
Handle self-cycles and cells with no exit by checking arr[i] = i and arr[i] = -1 respectively.
Output the length of the largest cycle found or -1 if no cycles exist.
Ninja is stuck in a maze represented as a 2D grid. He can move in four directions (Up, Down, Left, Right) until he hits a wall ('1'). Once stopped, he can choose a new...
Determine if Ninja can reach the destination in a maze by moving in four directions until hitting a wall.
Create a function to traverse the maze using depth-first search or breadth-first search.
Keep track of visited cells to avoid infinite loops.
Return 'True' if destination is reachable, 'False' otherwise.
Tip 1 : Do some projects.
Tip 2 : Practice dynamic programming.
Tip 1 : Keep it short.
Tip 2 : Do not put false things on resume.
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