"I walked through the code for a react.js based tic-tac-toe game written in typescript. The goal was to find ways to improve the code/ suggest improvements. I missed some areas like where state was being updated directly rather than using React's setState. There were issues around clear and maintainable logic, adherence to React best practices."
Natalie C. - "I walked through the code for a react.js based tic-tac-toe game written in typescript. The goal was to find ways to improve the code/ suggest improvements. I missed some areas like where state was being updated directly rather than using React's setState. There were issues around clear and maintainable logic, adherence to React best practices."See full answer
"We can use a pool of memory where each index we can store the parent of current index then we can use same lca approach for array instead of pointers."
Sourav K. - "We can use a pool of memory where each index we can store the parent of current index then we can use same lca approach for array instead of pointers."See full answer
"First, I’d start by checking the alignment of each idea with our core business goals. If any idea doesn't directly contribute to those goals, I’d deprioritize or eliminate it upfront.
Next, I’d use a scoring model like RICE (Reach, Impact, Confidence, Effort), especially because effort is a critical factor when resources are limited. This gives us a structured and quantifiable way to rank the ideas.
Once we have a prioritized list based on scores, I’d take it a step further and evaluate key as"
Himanshu G. - "First, I’d start by checking the alignment of each idea with our core business goals. If any idea doesn't directly contribute to those goals, I’d deprioritize or eliminate it upfront.
Next, I’d use a scoring model like RICE (Reach, Impact, Confidence, Effort), especially because effort is a critical factor when resources are limited. This gives us a structured and quantifiable way to rank the ideas.
Once we have a prioritized list based on scores, I’d take it a step further and evaluate key as"See full answer
"Number of employees after the first year = n*(1+r) = n1
Number of employees after the second year = n1(1+r) = n(1+r)**2
Hence, the number of employees after 't' years = n(1+r)*t"
Asish B. - "Number of employees after the first year = n*(1+r) = n1
Number of employees after the second year = n1(1+r) = n(1+r)**2
Hence, the number of employees after 't' years = n(1+r)*t"See full answer