2.3. Parallel Computing | JavaSpecialists

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Mastering Threads

1. Mastering Threads

Copyright Notice
1. Mastering Threads (2:47)
1.1. Hearty Welcome (4:30)
Slides
Exercises

2. Basics of Threads

2. Basics of Threads (1:08)
2.1. Why Use Threads? (1:28)
2.2. Threading Models (3:06)
2.3. Parallel Computing (2:13)
2.4. Concurrent Computing (1:53)
2.5. Java Memory Model (JSR 133) (2:17)
2.6. Creating New Thread (1:44)
2.6.1. New Thread with Runnable (0:54)
2.7. ThreadGroups (3:14)
2.7.1. What Can We Do With ThreadGroups? (2:03)
2.8. Shared Memory with Multithreading (4:45)
2.9. Synchronized (9:48)
2.10. Thread States (3:35)
2.11. Inter-thread communication (5:22)
2.12. Priorities (0:53)
2.13. java.util.Timer (0:52)
2.14. Daemon Threads (0:32)
2.X. Exercise 2.1 (2:37)
2.X. Exercise 2.1 Walkthrough (10:16)
2.X. Exercise 2.2 (0:32)
2.X. Exercise 2.2 Walkthrough (2:01)

3. The Secrets of Concurrency

3. The Secrets of Concurrency (1:25)
3.1. Sabotaged Doorbell (8:18)
3.2. Distracted Spearfisherman (9:15)
3.3. Overstocked Haberdashery (9:08)
3.4. Blind Spot (4:14)
3.5. Leaked Memo (4:51)
3.6. Corrupt Politician (1:55)
3.7. Micromanager (3:03)
3.8. Cretan Driving (4:48)
3.9. Sudden Riches (3:21)
3.10. Uneaten Lutefisk (3:48)
3.X Exercise 3.1 (0:57)
3.X Exercise 3.1 Walkthrough (2:16)
3.X Exercise 3.2 (0:33)
3.X Exercise 3.2 Walkthrough (7:01)
3.X Exercise 3.3 (0:24)
3.X Exercise 3.3 Walkthrough (1:20)

4. Applied Threading Techniques

4. Applied Threading Techniques (0:22)
4.1. Executors (0:57)
4.1.1. ExecutorService (2:11)
4.1.2. Callable and Future (1:03)
4.1.3. Executor Example (5:08)
4.2. CompletionService (2:11)
4.3. CountDownLatch (1:47)
4.4. Semaphore (1:49)
4.5. BlockingQueues (1:02)
4.5.1. ArrayBlockingQueue (0:51)
4.5.2. LinkedBlockingQueue (0:39)
4.5.3. PriorityBlockingQueue (0:41)
4.5.4. DelayQueue (0:10)
4.5.5. SynchronousQueue (0:27)
4.6. Unhandled Exceptions (1:30)
4.7. ThreadLocal (1:35)
4.8. Stopping Threads (1:41)
4.9. Shutdown Hooks (2:05)
4.X. Exercise 4.1 (0:24)
4.X. Exercise 4.1 Walkthrough (3:03)
4.X. Exercise 4.2 (0:10)
4.X. Exercise 4.2 Walkthrough (1:54)
4.X. Exercise 4.3 (1:22)
4.X. Exercise 4.3 Walkthrough (1:14)
4.X. Exercise 4.4 (1:02)
4.X. Exercise 4.4 Walkthrough (4:35)

5. Threading Problems

5. Threading Problems (0:30)
5.1. Race Condition (2:33)
5.1.1. Demo of Simple Race Condition (1:37)
5.1.2. Repairing Race Condition with synchronized (3:09)
5.1.3. Repairing Race Condition with Atomics (3:20)
5.1.4. Repairing Race Condition with LongAdder (1:00)
5.1.5. Repairing Race Condition with Local Confinement and Merge (1:13)
5.1.6. Fixed with LongAdder (1:09)
5.1.7. Lazy Initialization Race Conditions (1:24)
5.1.8. How to Detect Race Conditions (0:38)
5.2. Starvation (1:03)
5.2.1. ReadWriteLock Starvation (0:57)
5.2.2. Detecting Thread Starvation (0:35)
5.2.3. Starvation in Thread Dumps (2:55)
5.3. Fairness (2:08)
5.3.1. SynchronousQueue Fairness (4:00)
5.4. Deadlock (1:14)
5.4.1. HappyLocker Example (1:00)
5.4.2. How Can We Find Deadlocks? (0:43)
5.4.3. Analyzing Thread Dumps (0:33)
5.5. Livelock (0:16)
5.5.1. Livelock with wait() and Self-Interrupt (2:04)
5.X. Exercise 5.1 (0:25)
5.X. Exercise 5.1 Walkthrough (10:37)
5.X. Exercise 5.2 (0:54)
5.X. Exercise 5.2 Walkthrough (10:20)

6. Conclusion

6. Conclusion (2:12)

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2.3. Parallel Computing

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