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Free Download Udemy - Advanced C++ Template Metaprogramming for Embedded Systems Published: 3/2025 Created by: BHM Engineering Academy,Israel Gbati MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Level: Intermediate | Genre: eLearning | Language: English | Duration: 94 Lectures ( 10h 38m ) | Size: 4.7 GB Leveraging Compile-Time Techniques for High-Performance and Memory-Efficient Microcontroller Firmware What you'll learn Master advanced C++ template metaprogramming for efficient embedded firmware. Design zero-cost abstractions using compile-time optimization techniques. Develop type-safe, reusable peripheral drivers across platforms. Replace error-prone macros with robust compile-time configurations. Leverage constexpr and CRTP techniques to minimize runtime overhead. Requirements NUCLEO-F411 Development Board Description In today's competitive landscape, leading companies demand embedded engineers who can push the boundaries of performance and efficiency. This course delivers in-depth practical knowledge and hands-on training on advanced C++ template techniques that enable zero-cost abstractions, compile-time optimization, and robust, maintainable code without sacrificing real-time performance.Imagine creating firmware that not only meets but exceeds the demanding Requirements of industry giants like Google, Apple, Tesla, and Bosch.Key Features:Zero-Cost Abstractions: Learn how to shift computation from runtime to compile time with powerful techniques such as constexpr and CRTP. Eliminate unnecessary overhead and create firmware that is both fast and lean.Compile-Time Optimization: Discover how to use template metaprogramming to precompute values, generate specialized code paths, and eliminate runtime checks, resulting in deterministic and highly efficient execution, a critical asset in real-time embedded systems.Peripheral Driver Design: Master the art of designing type-safe, reusable peripheral drivers using class templates. Build robust abstractions for common hardware interfaces ensuring your firmware remains scalable and portable across different microcontroller platforms.Hands-On Projects and Case Studies: Apply your knowledge immediately with practical exercises that challenges you to build a production-grade embedded system.Real-World Embedded System Development: Develop a complete embedded system that incorporates advanced peripherals such as DMA, RTC, ISR, and PWR, along with multiple environmental sensors (pressure, humidity, temperature, air quality, and light intensity). Learn to integrate these components into a cohesive, high-performance firmware solution.Why Act Now?Most senior embedded software developers already understand these advanced techniques. If you're looking to refresh your knowledge and solidify your expertise or if you're new to these powerful methods, this is your moment to act. Gain the skills that set top-tier engineers apart and position yourself as a leader in high-performance, scalable embedded firmware development.Course Outline Summary:Module : Fundamentals of Template Metaprogramming in Embedded SystemsLearn the core concepts of C++ templates and why they are essential for high-performance, memory-efficient firmware.Distinguish between runtime and compile-time computation, and understand the trade-offs between function and class templates.Discover how to achieve zero-cost abstractions through compile-time optimizations, with practical case studies such as type-safe GPIO driver development.Module : Using Templates for Peripheral Drivers and Hardware AbstractionDesign generic, reusable, and type-safe peripheral drivers using templates.Utilize template specialization to optimize drivers for different hardware configurations.Apply variadic templates to build flexible driver configurations, such as a DMA controller that adapts to varying parameters.Module : Compile-Time Optimization with Template MetaprogrammingEmploy constexpr functions to shift complex computations from runtime to compile time, creating precomputed lookup tables for motor control, for example.Compare static polymorphism with traditional virtual functions to avoid runtime overhead.Understand the Curiously Recurring Template Pattern (CRTP) to implement efficient, zero-cost inheritance in embedded firmware.Module : Real-World Applications of Template Metaprogramming in Embedded SystemsBuild a compile-time configuration system to replace error-prone preprocessor macros and minimize firmware bloat.Develop template-based ISR handlers for fast, deterministic interrupt management.Optimize sensor fusion algorithms such as high-performance filters using template techniques.Module : High-Performance Firmware with Advanced Template MetaprogrammingIntegrate all learned techniques to design, build, and deploy a production-grade embedded system.Construct compile-time drivers for advanced peripherals such as the RTC and DMA .Test, debug, and analyze performance improvements to ensure your firmware meets the highest industry standards. Who this course is for Embedded software engineers seeking advanced techniques in C++ template metaprogramming to build high-performance, resource-efficient firmware. Experienced firmware developers looking to master compile-time optimizations and enhance their ability to design scalable peripheral drivers. Technical professionals aiming to differentiate themselves with specialized skills required for senior-level roles in embedded systems engineering. 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Free Download Metaprogramming in Swift - A Guide to Writing Swift Macro Published 9/2024 MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Language: English | Duration: 1h 26m | Size: 821 MB Unearth the feature that extends Swift compiler What you'll learn Learn Meta Programming in Swift Language Understand to build Swift Macros Get introduced to swift-syntax package Get insight on internal working of Swift Macros Requirements Having intermediate to advanced exposure to swift programming language is important to make best out of the course. Description Swift Macros, introduced in Swift 5.9, open up new opportunities for enhancing the language and allow developers to innovate without waiting for future updates. This course offers a hands-on introduction to Swift Macros, helping you build confidence in creating your own macros through practical examples. You'll also gain an understanding of the internal workings of Swift and its compiler.As this is my first course on Udemy, Swift Macros hold a special place. The course is condensed three months of study into under two hours to deliver the core concepts clearly and effectively. Special care has been taken to ensure that the essence of the material is preserved while providing a concise learning experience.The course is divide into 5 moduleIntroduction - Covers the history of macro, provides insight into the foundation philosophy of swift macro and takes the narrative to define the swift macros. This module will be an entry point to the world of swift macros.Concept Warm up - Creating a mental model is a learning philosophy that can be applied to have a long lasting learning of construct. This requires having the foundational concept clarified where the story and logic can be weaved. This module talk about compilation, swift syntax package, abstract syntax tree and the expression/declaration in context of swift ecosystemComponents Of Swift Macro - Now that the foundation is laid, this module will introduce the tools for creating macros. Macro Roles, Macro Declarations, Macro Implementations, Unit Testing, and Compiler Plugins are essential aspects of macro development and will be covered in the module. As you go through this module, you might feel overwhelmed by the amount of information. The 20 minutes spent here will be valuable as the concepts become more apparent as you progress through the course. The subsequent section will reinforce these ideas with practical narrative.Handson with Macro's - Getting into action with developing various macros is the key outcome of the session. There are overarching concepts that repeat. Therefore the video is not going to specifics that which repeats itself rather with approx 30 mins we will cover developing a simulated use case which has relevance in real life coding. We will develop macros that encompass the different roles supported by the 5.9 version of swift.Conclusion - The final section where we summarise our learning and also be aware of the fact that the learning does not stop here, it will continue as you will explore the swift macro in a real project. We will cover the packaging and shipping of a macro spm and a slide that talks about additional learning information acquired. Who this course is for iOS Developer Developer building Software for Apple Ecosystem Developer Building Software with swift language Software Enthusiast who would want to learn meta programming in swift Homepage https://www.udemy.com/course/swift-macros/ Rapidgator https://rg.to/file/8036a8a6d0d5aaaf1751ee3709740106/lnmbp.Metaprogramming.in.Swift.A.Guide.to.Writing.Swift.Macro.rar.html Fikper Free Download https://fikper.com/RXWzio9hLb/lnmbp.Metaprogramming.in.Swift.A.Guide.to.Writing.Swift.Macro.rar.html No Password - Links are Interchangeable

Further Exploration of C++ Templates and Metaprogramming MP4 | Video: AVC 1280x720 | Audio: AAC 44KHz 2ch | Duration: 23M | 118 MB Genre: eLearning | Language: English Designed for intermediate level C++ programmers, this course focuses on the advanced features and techniques made possible by the release of C++11 and C++14. It introduces several new Standard Library types, and investigates type aliases and static assertions, two features that make it easy to work with templates. You will also explore variadic templates, which allow developers to write type-safe functions and classes that take variable numbers and types of arguments. The course wraps up by examining template metaprogramming, an expert technique that generates code at compile time, produces extremely efficient code with no run-time overhead, and is widely used in modern C++ libraries. Learn to write template code that uses the new features introduced in C++11 and C++14 Explore the uses and advantages of type aliases, static assertions, and variadic templates Discover template metaprogramming and see it generate code with no run-time overhead Download link: http://rapidgator.net/file/0f69b2ddd52f39f851511499147d25e3/9vu8r.Further.Exploration.of.C.Templates.and.Metaprogramming.rar.html http://nitroflare.com/view/48B660F00B28657/9vu8r.Further.Exploration.of.C.Templates.and.Metaprogramming.rar https://uploadgig.com/file/download/4F977F279c9be2e1/9vu8r.Further.Exploration.of.C.Templates.and.Metaprogramming.rar http://uploaded.net/file/kk9ir2xr/9vu8r.Further.Exploration.of.C.Templates.and.Metaprogramming.rar Links are Interchangeable - No Password - Single Extraction

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