Oxygene (formerly known as Chrome) is a programming language developed by RemObjects Software for Microsoft's Common Language Infrastructure, the Java Platform and Cocoa. Oxygene is based on Delphi's Object Pascal, but also has influences from C#, Eiffel, Java, F# and other languages.

Compared to the now deprecated Delphi.NET, Oxygene does not emphasize total backward compatibility, but is designed to be a "reinvention" of the language, be a good citizen on the managed development platforms, and leverage all the features and technologies provided by the .NET and Java runtimes.

Oxygene is a commercial product and offers full integration into Microsoft's Visual Studio IDE on Windows, and its own IDE called Fire for use on macOS. Oxygene is one of six languages supported by the underlying Elements Compiler toolchain, next to C#, Swift, Java, Go and Mercury (based on Visual Basic (.NET)).

From 2008 to 2012, RemObjects Software licensed its compiler and IDE technology to Embarcadero to be used as the backend compiler in their Embarcadero Prism product.[2] Starting in the Fall of 2011, Oxygene became available in two separate editions, with the second edition adding support for the Java and Android runtimes. Starting with the release of XE4, Embarcadero Prism is no longer part of the RAD Studio SKU. Numerous support and upgrade paths for Prism customers exist to migrate to Oxygene.[3] As of 2016, there is only one edition of Oxygene, which allows development on Windows or macOS, and which can create executables for Windows, Linux, WebAssembly .NET, iOS, Android, Java and macOS.

https://www.remobjects.com/elements/#languages

https://www.purebasic.com/download.php

BeaEngine is a library coded in C under LGPL3 license. The "Library package" contains headers in C/C++, Delphi, masm, nasm, fasm, GoAsm, Python ,PureBasic and C#. There are the 2 versions 32 bits and 64 bits compiled for windows with headers (using stdcall convention). There are two versions of BeaEngine : the full version (BeaEngine) and the Cheetah version (BeaEngine Cheetah). This last one can't display disassembly but is 2x faster than the full version. Sources are in a separate file, including a "MakeFiles builder" to compile the library for Linux, Windows, OS/2, OSX and more. You can also try to use the development version on our github repo

Current version : 4.1 rev 175

http://web.archive.org/web/20150811111718/http://beaengine.org/downloads

https://github.com/BeaEngine/beaengine/releases

Hailed by the creator of IDA Pro as "profound, comprehensive, and accurate," the second edition of The IDA Pro Book covers everything from the very first steps to advanced automation techniques. You'll find complete coverage of IDA's new Qt-based user interface, as well as increased coverage of the IDA debugger, the Bochs debugger, and IDA scripting (especially using IDAPython). But because humans are still smarter than computers, you'll even learn how to use IDA's latest interactive and scriptable interfaces to your advantage.

Save time and effort as you learn to:
–Navigate, comment, and modify disassembly
–Identify known library routines, so you can focus your analysis on other areas of the code
–Use code graphing to quickly make sense of cross references and function calls
–Extend IDA to support new processors and filetypes using the SDK
–Explore popular plug-ins that make writing IDA scripts easier, allow collaborative reverse engineering, and much more
–Use IDA's built-in debugger to tackle hostile and obfuscated code

Whether you're analyzing malware, conducting vulnerability research, or reverse engineering software, a mastery of IDA is crucial to your success. Take your skills to the next level with this 2nd edition of The IDA Pro Book. 

Convert C source code into Delphi/Pascal source code. The program can help you to port existing applications to another new program language. It will change the C syntax into the Pascal syntax. The program has a batch conversion function to process multiple files and can progress include files. After the conversion you will still have to do some changes before you can compile the program under Delphi but the time consuming part has been done. 

https://www.cadkas.com/ec2delphi.php

Rust is a modern systems programming language that emphasizes safety, speed, and concurrency. It was created by Mozilla and is designed to provide memory safety without needing a garbage collector. Rust achieves this through its ownership system, which enforces strict rules on how memory is accessed and modified.

Introduction to Rust: Key Concepts
Ownership & Borrowing – Rust's memory management system ensures safety and prevents data races.
Zero-Cost Abstractions – High-level features without performance overhead.
Concurrency Without Data Races – Safe and efficient parallelism.
Strong Static Typing – Prevents common programming errors at compile time.
Cargo & Crates – Built-in package manager and module system for easy dependency management.
Basic Example: Hello, World!
fn main() {
    println!("Hello, world!");
}
Final Thoughts on Rust
Rust is an excellent choice for system programming, embedded systems, and performance-critical applications. It offers memory safety without garbage collection, making it a strong alternative to C and C++. While its learning curve is steep due to strict ownership rules, the benefits in safety, reliability, and performance make it worth learning.

https://www.rust-lang.org/tools/install

magnet:?xt=urn:btih:1b4deb6af3d0c797ad9b2e28b30eacd09e5cb4cd&dn=binja_release_1
magnet:?xt=urn:btih:3075df1c1aea37ddd17d6e2561cb3673dcadf0b4&dn=binja_release_2

magnet:?xt=urn:btih:31e33cfd345c95f25386e803919035d1092e7880&dn=binja_release_3

• تعريف: عملية ربط كائنات التعليمات البرمجية (مثل المكتبات والوحدات النمطية) مع بعضها البعض لإنشاء برنامج قابل للتنفيذ.
  
• خطوات:
  
  1. معالجة رمز المصدر: تحويل رمز المصدر إلى لغة آلية بواسطة المُجمّع.
     
  2. ربط المكتبات: ربط المكتبات الخارجية بالبرنامج.
     
  3. معالجة الرموز: تحويل عناوين الرموز إلى عناوين فعلية.
     
  4. إنشاء ملف قابل للتنفيذ: تخزين البرنامج النهائي في ملف قابل للتنفيذ.
     

• تعريف: عملية تحميل برنامج قابل للتنفيذ في الذاكرة الرئيسية وتنفيذه.
  
• خطوات:
  
  1. تخصيص الذاكرة: تخصيص مساحة كافية في الذاكرة الرئيسية للبرنامج.
     
  2. تحميل التعليمات: تحميل التعليمات البرمجية من الملف القابل للتنفيذ إلى الذاكرة.
     
  3. تحميل البيانات: تحميل البيانات من الملف القابل للتنفيذ إلى الذاكرة.
     
  4. بدء التنفيذ: نقل التحكم إلى تعليمات بدء التشغيل للبرنامج.
     

• الذاكرة الافتراضية: تقنية تسمح للبرامج باستخدام المزيد من الذاكرة مما هو متاح فعليًا من خلال تقسيم الذاكرة إلى صفحات وتخزين بعض الصفحات على القرص الصلب عند الحاجة.
  
• إدارة الذاكرة: وظيفة نظام التشغيل التي تتحكم في كيفية تخصيص الذاكرة وإلغاء تخصيصها للبرامج.
  
• جدولة العمليات: وظيفة نظام التشغيل التي تقرر أي برنامج يجب تشغيله في أي وقت.
  

https://www.amazon.com/Learn-Python-Hard-Way-Shaws/dp/0138270570



https://t.me/c/2115258413/256

https://disk.yandex.com/d/6CQkWPt6IbYWXA

https://www.mediafire.com/file/1mu68jl2efu3ryv/LeaЯЍ+PyԷhϘn+the+HarĐ+W@y+(Z€d+SԨaw's+HaЯd+W@y+SeЯᴉes)+5th+€dᴉtion.7z/file

https://nitroflare.com/view/7B03B5076D7575B/Lea%D0%AF%D0%8D_Py%D4%B7h%CF%98n_the_Har%C4%90_W%40y_%28Z%E2%82%ACd_S%D4%A8aw%27s_Ha%D0%AFd_W%40y_Se%D0%AF%E1%B4%89es%29_5th_%E2%82%ACd%E1%B4%89tion.7z

https://usersdrive.com/ms4brqnuixa5.html

https://www.youtube.com/watch?v=_zMq7XnZ-us