Multi-threads programing philosophy in java.
Each package contains some concept-specified questions and my solution.
| # | package | description | concept |
|---|---|---|---|
| 1 | bank | Transfer money to each other in different accounts | data race; race condition; dead lock |
| 2 | philosopher | Dining philosopher problem | data race; race condition; dead lock |
| 3 | producerconsumer | Producer-consumer problem | semaphore; conditional variable; BlockingQueue |
| 4 | observer | Thread-safety observer pattern | observer pattern; defensive copy; copy on write; EventBus |
| 5 | optional | An elegant alternative to null | Optional; null |
| 6 | completableFuture | composable asynchronous programing | CompletableFuture |
| 7 | blockqueue | A thread-safety queue | BlockingQueue; conditional variable |
| 8 | timer | A data structure to execute task at specific time | timer; BlockingQueue |
| 9 | eventloop | An event-driven asynchronous programing model | event loop; non-blocking I/O; NIO |
| 10 | singleton | Implementation of Singleton pattern | singleton pattern; memory model; volatile |
| 11 | guava | guava example | utilities; collections; caches; concurrency; networking; hashing... |
My friend is new to java concurrency programing, so I set up this project to help him to have a better knowledge about how to code in multi-threads environment. This project takes advantage of several awesome books such as Java Concurrency in Practice , Effective Java and extracts the most important concept of concurrency programing. What's more, it demonstrates the usage of some popular utils including guava and rxjava. Feel free to enjoy it.
I will continue to post updates.
Java 8
Maven
cd concurrent-java
mvn clean package
This project is licensed under the MIT License - see the LICENSE.txt file for details