If i were to use golang for an application that is running at very large scale, what are some issues that may come up.
And this is the "wrong in almost every possible way" answer that it gave me:
If you were to use Go (also known as Golang) for an application that is running at a very large scale, there are a few potential issues that you might encounter. One issue is that Go does not have a built-in garbage collector, which means that you will need to manage memory manually. This can be difficult, especially at large scale, and can lead to memory leaks or other performance issues. Another potential issue is that Go does not have built-in support for concurrent programming, so you will need to use goroutines and channels to achieve concurrency. This can be challenging to do effectively, especially at large scale. Finally, Go does not have a standard library for dealing with many common tasks, such as networking or data persistence, so you may need to use third-party libraries to handle these tasks.
If i were to use golang for an application that is running at very large scale, what are some issues that may come up.
And this is the "wrong in almost every possible way" answer that it gave me:
If you were to use Go (also known as Golang) for an application that is running at a very large scale, there are a few potential issues that you might encounter. One issue is that Go does not have a built-in garbage collector, which means that you will need to manage memory manually. This can be difficult, especially at large scale, and can lead to memory leaks or other performance issues. Another potential issue is that Go does not have built-in support for concurrent programming, so you will need to use goroutines and channels to achieve concurrency. This can be challenging to do effectively, especially at large scale. Finally, Go does not have a standard library for dealing with many common tasks, such as networking or data persistence, so you may need to use third-party libraries to handle these tasks.