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Mastering Delphi Programming: A Complete Reference Guide

You're reading from   Mastering Delphi Programming: A Complete Reference Guide Learn all about building fast, scalable, and high performing applications with Delphi

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Product type Course
Published in Nov 2019
Publisher Packt
ISBN-13 9781838989118
Length 674 pages
Edition 1st Edition
Languages
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Author (1):
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Primož Gabrijelčič Primož Gabrijelčič
Author Profile Icon Primož Gabrijelčič
Primož Gabrijelčič
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Toc

Table of Contents (19) Chapters Close

Preface 1. About Performance 2. Fixing the Algorithm FREE CHAPTER 3. Fine-Tuning the Code 4. Memory Management 5. Getting Started with the Parallel World 6. Working with Parallel Tools 7. Exploring Parallel Practices 8. Using External Libraries 9. Introduction to Patterns 10. Singleton, Dependency Injection, Lazy Initialization, and Object Pool 11. Factory Method, Abstract Factory, Prototype, and Builder 12. Composite, Flyweight, Marker Interface, and Bridge 13. Adapter, Proxy, Decorator, and Facade 14. Nullable Value, Template Method, Command, and State 15. Iterator, Visitor, Observer, and Memento 16. Locking Patterns 17. Thread pool, Messaging, Future and Pipeline 18. Other Books You May Enjoy

Summary

This chapter dove deep into the murky waters of memory managers. We started on the light side with a discussion of strings, arrays and how memory for them is managed.

After that, I enumerated all memory management functions exposed by Delphi. We saw how we can allocate memory blocks, change their size, and free them again. We also learned about memory management functions designed to allocate and release managed data—strings, interfaces, dynamic arrays, and so on.

The next part of the chapter was dedicated to records. We saw how to allocate them, how to initialize them, and even how to make dynamically allocated records function together with generic types. We also saw that records are not just faster to create than objects, but also uses less memory.

Then we went really deep into the complicated world of memory manager implementation. I explained—from a...

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