Techniques for Multithreading in Delphi

Duration: 1 day| Price: € 299,00 VAT excluded

20% discount for multiple people from the same company

Description

The “Multithreading Techniques in Delphi” course provides a solid foundation for multithreaded programming in Delphi. In 7 hours, participants will acquire the knowledge and skills necessary to harness the power of multithreading to improve the performance and responsiveness of their applications.

The course covers a wide range of topics, including:

  • Introduction to Multithreading: The advantages and disadvantages of multithreading, terminology, and key concepts.

  • The TThread Class: How to create, manage, and synchronize threads in Delphi.

  • Synchronization Techniques: Mutexes, semaphores, events, and other mechanisms for synchronizing threads.

  • Thread-Safe Programming: How to write safe code for accessing resources shared by multiple threads.

  • Debugging Multithreaded Applications: Tools and techniques for diagnosing and resolving multithreading issues.

  • Real-World Use Cases: Practical examples of how multithreading can be used in real-world applications.

At the end of the course, participants will be able to:

  • Design and implement efficient and reliable multithreaded applications.

  • Leverage the power of multithreading to improve the performance and responsiveness of their applications.

  • Properly manage and synchronize threads in Delphi.

  • Write thread-safe code for accessing shared resources.

  • Diagnose and resolve multithreading issues.

Contents
  • Introduction to Multithreading

    • Key concepts of multithreading

    • Advantages and disadvantages of multithreading

    • Multithreading terminology

  • The TThread Class

    • Creating and managing threads

    • Synchronizing threads

    • Thread priorities

    • Thread states

  • Synchronization Techniques

    • Interlocked Function

    • Mutex

    • Semaphores

    • Events

    • Critical section

  • Thread-Safe Programming

    • Issues with accessing shared resources

    • Techniques for writing thread-safe code

    • Data race and Deadlock

  • Debugging Multithreaded Applications

    • Tools for debugging multithreaded applications

    • Techniques for diagnosing and resolving multithreading issues

  • Real-World Use Cases

    • Examples of multithreaded applications

    • Implementing worker threads

    • Thread pool

    • Asynchronous programming

  • Practical Exercises

    • Implementing various multithreading techniques

    • Developing complete multithreaded applications

  • Target Audience
    The course is aimed at Delphi programmers with a basic knowledge of object-oriented programming.

  • Certification
    Upon request, participants will receive a certificate of participation at the end of the course.

  • Materials Provided to Learners

    • Course handouts

    • Examples

    • Exercise solutions

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