Case studies show how real companies solve problems with microservices. Why is this useful for learning practical decisions?
Think about how real stories differ from just theory.
Case studies reveal actual trade-offs, challenges, and solutions, helping learners understand practical decisions beyond theory.
In microservices, architecture choices affect scalability and complexity. How do case studies help illustrate these trade-offs?
Consider what real companies must balance in microservices.
Case studies demonstrate how companies decide on service size and communication methods, revealing real trade-offs in architecture.
Scaling microservices involves many challenges. Which practical issue is commonly highlighted in case studies?
Think about what happens when data is spread across many services.
Case studies often show how companies handle data consistency challenges when scaling distributed microservices.
Microservices introduce complexity but improve deployment flexibility. What trade-off do case studies often highlight?
Consider what microservices improve and what new challenges they bring.
Case studies show that while microservices allow independent deployment, they increase operational complexity like monitoring and coordination.
A case study shows a microservices system with 50 services, each handling 1000 requests per second. If each request requires 10ms CPU time, estimate the total CPU time needed per second.
Calculate total requests per second and multiply by CPU time per request.
Total requests = 50 services * 1000 req/s = 50,000 req/s. CPU time = 50,000 * 10ms = 500,000ms = 500 seconds CPU time per second, which means 500 CPUs if single-threaded. But since 10ms is per request, total CPU time per second is 500 seconds, so 500 CPUs needed. However, option C says 500 CPUs, option C says 5 CPUs. The correct calculation is 500 CPUs, so option C is correct.