Python Advance | Chapter 7: Concurrency and Parallelism in Python by Prakhar Chauhan | Learn Smarter
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Chapter 7: Concurrency and Parallelism in Python

Chapter 7: Concurrency and Parallelism in Python

22 sections

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  1. 1
    Threading Basics And The Global Interpreter Lock (Gil)

    This section introduces threading in Python, explaining its role in...

  2. 1.1
    What Is Threading?

    Threading allows concurrent operation in Python, where multiple threads can...

  3. 1.2
    What Is The Gil?

    The Global Interpreter Lock (GIL) is a mutex in Python that permits only one...

  4. 1.3

    This section discusses key concepts of concurrency and parallelism in...

  5. 2
    Using The Threading Module For Concurrent Execution

    This section covers essential techniques for using Python's threading module...

  6. 2.1
    Basic Thread Example

    This section introduces the basic concepts of threading in Python using a...

  7. 2.2
    Daemon Threads

    Daemon threads run in the background and terminate when the main program...

  8. 2.3
    Thread Safety Warning

    This section emphasizes the importance of thread safety in Python's...

  9. 3
    Multiprocessing: When And How To Use It

    This section discusses when and how to utilize multiprocessing in Python for...

  10. 3.1
    Using The Multiprocessing Module

    This section covers the multiprocessing module in Python, detailing its...

  11. 3.2
    Pros And Cons

    This section discusses the advantages and disadvantages of using concurrency...

  12. 4
    Concurrent.futures: High-Level Thread And Process Pools

    The `concurrent.futures` module in Python simplifies the management of...

  13. 4.1
    Threadpoolexecutor

    ThreadPoolExecutor is a high-level API in Python that facilitates concurrent...

  14. 4.2
    Processpoolexecutor

    The ProcessPoolExecutor simplifies concurrent programming in Python by...

  15. 4.3

    This section outlines the advantages of using concurrency and parallelism in...

  16. 5
    Thread Synchronization Primitives: Locks, Events, Conditions

    This section covers synchronization primitives in Python, including Locks,...

  17. 5.1
    Lock: Mutual Exclusion

    This section covers the concept of mutual exclusion in Python programming,...

  18. 5.2
    Rlock: Reentrant Lock

    RLock (Reentrant Lock) allows the same thread to acquire a lock multiple...

  19. 5.3
    Event: Thread Communication

    This section covers how to use events for communication between threads in...

  20. 5.4
    Condition: Complex Coordination

    This section covers the concept of complex coordination in threads using...

  21. 5.5
    When To Use What?

    This section discusses when to use threading and multiprocessing in Python,...

  22. 6

    The conclusion summarizes Python's concurrency and parallelism capabilities,...

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