Scaling C++ applications
Scaling C++ applications refers to optimizing and expanding C++ code bases to handle increased workloads and accommodate growing user demands. It involves analyzing performance bottlenecks, identifying areas of improvement, and implementing scalable solutions such as parallelization, distributed computing, and load balancing. By scaling C++ applications, developers can ensure that their software can efficiently handle larger data volumes, higher user concurrency, and increased processing demands, resulting in improved performance and a better user experience.
Horizontal scaling in C++
Horizontal scaling in C++ involves distributing a workload across multiple machines or instances to handle increased demand or achieve better performance. This can be achieved through techniques such as load balancing and distributed computing.
In a horizontally scaled C++ application, different instances or nodes can handle other parts of the workload concurrently. This...