Thread-per-Connection vs. Thread-per-Request in Java
Hey folks! 👋 Today, let's dive into a key concept in Java concurrency: Thread-per-Connection vs. Thread-per-Request. Understanding the difference can make a significant impact on your application's performance! 🚀
Thread-per-Connection - This model creates a new thread for each client connection. - Ideal for handling long-lived connections (like chat servers). - Pros: Simplicity and easier to manage state. - Cons: Can lead to resource exhaustion with many concurrent users.
Thread-per-Request - A new thread is spawned for each request, which allows handling short-lived requests better. - Pros: More efficient for quick tasks, optimizing resource use. - Cons: Higher overhead due to frequent thread creation.
Here’s a simplified code snippet for a Thread-per-Request model:
public class RequestHandler implements Runnable { @Override public void run() { // Handle the request } }
Choose wisely based on your app's needs! 💡 Happy coding!
Thread-per-Connection vs. Thread-per-Request in Java
Hey folks! 👋 Today, let's dive into a key concept in Java concurrency: Thread-per-Connection vs. Thread-per-Request. Understanding the difference can make a significant impact on your application's performance! 🚀
Thread-per-Connection - This model creates a new thread for each client connection. - Ideal for handling long-lived connections (like chat servers). - Pros: Simplicity and easier to manage state. - Cons: Can lead to resource exhaustion with many concurrent users.
Thread-per-Request - A new thread is spawned for each request, which allows handling short-lived requests better. - Pros: More efficient for quick tasks, optimizing resource use. - Cons: Higher overhead due to frequent thread creation.
Here’s a simplified code snippet for a Thread-per-Request model:
public class RequestHandler implements Runnable { @Override public void run() { // Handle the request } }
Choose wisely based on your app's needs! 💡 Happy coding!
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The campaign, which security firm Check Point has named Rampant Kitten, comprises two main components, one for Windows and the other for Android. Rampant Kitten’s objective is to steal Telegram messages, passwords, and two-factor authentication codes sent by SMS and then also take screenshots and record sounds within earshot of an infected phone, the researchers said in a post published on Friday.
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