Basic introduction questions and experience
Software Test Lead Interview Questions
18,095 software test lead interview questions shared by candidates
Manual , Java programming , Automation , frame work
In Mr and Hr be prepared for every thing you written on your resume apart from Technical I was asked to explain each and everything about my major project
Technical interview is all about basic knowledge about oops concepts,DBMS,SQl. Basic logic building Programming question
In first two rounds ds and algo questions were there. In 3rd round 1 Algo question was there and questions related to testing.
Brief about project in past company
1 graph based coding question of medium level
Coding questions with optimal solution and puzzles
Write test cases for a python script
## 1. Count Valid Endpoint Combinations You are given - `S`: total number of servers - `C`: total number of clients - You need to **select exactly `K` endpoints** such that - At least `minS` of them are servers - At least 10 of them are clients. You are to compute how many valid combinations of endpoints you can select from the given servers and clients that satisfy all constraints. ### ✅Constraints: - `0 ≤ min S ≤ S ≤ 1000` - `0 ≤ min C ≤ C ≤ 1000` - `0 ≤ K ≤ S + C` - Use combinatorics to calculate combinations efficiently. - **Return the result modulo `10^9 + 7`**, as it can be very large. Input: S = 3, C = 1, minS = 1, minC = 0, K = 2 Output: 6 Input: S = 2, C = 3, minS = 1, minC = 1, K = 2 Output: 6 Input: S = 1, C = 3, minS = 2, minC = 1, K = 3 Output: 0 # 2. **Grey Level of Satellite Imagery** You are given a 2D grid of binary strings where each character is either `'0'` or `'1'`. This grid represents a black-and-white satellite image. Your task is to compute the **grey level value** of each cell based on the following rule: For each cell `(i, j)`in the grid: - Count the number of `'1'`s in **row `i`** and **column `j`.** - Count the number of `'0'`s in **row `i`** and **column `j`.** - The transformed value at `(i, j)` is ```markdown grey_level[i][j] = (ones_in_row[i] + ones_in_col[j]) - (zeros_in_row[i] + zeros_in_col[j]) ``` Return the **maximum value** among all the computed grey levels. Also, for debugging purposes, output the transformed grid.
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