eBook 1 The Practical Guide to GitOps Deliver quality at speed $ eBook 2 The Freedom of Choice Table of Contents The Principles of GitOps Key Benefits of GitOps What Happens When you Adopt GitOps

A practical 
 guide to 
 building agents Contents What is an agent? 4 When should you build an agent? 5 Agent design foundations 7 Guardrails 24 Conclusion 32 2 Practical guide to building agents Introduction exploring how to build their first agents, distilling insights from numerous customer deployments into practical and actionable best practices. It includes frameworks for identifying promising use cases, clear you’ll have the foundational knowledge you need to confidently start building your first agent. 3 A practical guide to building agents What is an agent? While conventional software enables users to streamline

Monadic Operations in Modern C++: A Practical Approach2About me ● Vitaly Fanaskov ● Senior software engineer at reMarkable ● 10+ years of C++ experience ● GIS, VFX, frameworks, and libraries ● Ph operations in software development ● Tips and tricks 4In this talk ● Less theory ● C++ only ● Practical examples 5Where do examples come from? 6Our internal framework 7 Module 1 Module 2 Module straightforward ● std::optional and std::expected is terra incognita 32What should I do about this? ● Show practical benefits (e.g. less boilerplate code) ● Do more workshops ● Do design review 33Design 34You

© 2019 Apex.AI, Inc. Safe and certified software for autonomous mobility TM Practical memory pool based allocators for Modern C++ by Misha Shalem misha.shalem@apex.ai © 2020 Apex.AI, Inc.● CppCon

Brief mention to the C++ Ranges library Implementation walkthrough of a Particle Filter using C++23 Practical recommendations and remarks 4BAYESIAN FILTERS Algorithms used to estimate the internal state of take_until_kld() | to(); 41.2PRACTICAL RECOMMENDATIONS Leverage concepts and static assertions as much as possible 42PRACTICAL RECOMMENDATIONS Leverage concepts and static assertions assertions as much as possible Beware of semantic requirements: cheaply-copyable, regular-invocable 42.1PRACTICAL RECOMMENDATIONS Leverage concepts and static assertions as much as possible Beware of semantic

Software and language evolution • Code that is simple and easy to read, understand, and write • Practical safety guarantees and testing mechanism • Fast and scalable development • Current hardware architectures Software and language evolution • Code that is simple and easy to read, understand, and write • Practical safety guarantees and testing mechanism • Fast and scalable development • Current hardware architectures Software and language evolution • Code that is simple and easy to read, understand, and write • Practical safety guarantees and testing mechanism • Fast and scalable development • Current hardware architectures

Basic Usage iii. Binding Interfaces To Implementations iv. Contextual Binding v. Tagging vi. Practical Applications vii. Container Events iii. Contracts i. Introduction ii. Why Contracts? iii. Contract Contract Reference iv. How To Use Contracts iv. Facades i. Introduction ii. Explanation iii. Practical Usage iv. Creating Facades v. Mocking Facades vi. Facade Class Reference v. Request Lifecycle Binding Tagging Practical Applications Container Events Contracts Introduction Why Contracts? Contract Reference How To Use Contracts Facades Introduction Explanation Practical Usage Creating

support just once, without worrying about what hashing algorithm should be used. You will gain practical insights and tools to implement, customize, and evaluate hash functions in C++, enhancing software support just once, without worrying about what hashing algorithm should be used. We'll try to gain practical insights and mechanisms to implement, customize, and evaluate hash functions, enhancing software hash support just once, without worrying about what hashing algorithm should be used. We gained practical insights and mechanisms to implement, customize, and evaluate hash functions, enhancing software

items; }; Fanchen Su, XOffsetDatastructure, CppCon 2024 553.3 Various Types and Containers • A Practical Example • As shown in the diagram, we have a ‘Character' type. This character data structure Base Data Structures in Memory • This high level of performance has significant implications for practical applications. Due to its excellent read and write speeds, XOffsetDatastructure can be used directly • CppCon 22 Understanding Allocator Impact on Runtime Performance by Parsa Amini • CppCon 20 Practical memory pool based allocators for Modern C++ by Misha Shalem • CppCon 19 Getting Allocators out

some basis to evaluate non-owning reference parameters types (like string_view and span) in a practical fashion, without discarding Regular design. Titus Winters, 2018 abseil.io/blog/20180531-regular-types2023 Title What's the Practical Upside ? If I'm not a library writer 🤓, Why Do I Care ?2023 Victor Ciura | @ciura_victor - Regular, Revisited 56 Slide Title What's the Practical Upside ? Using STL structures2023 Victor Ciura | @ciura_victor - Regular, Revisited 56 Slide Title What's the Practical Upside ? Using STL algorithms & data structures Designing & exposing your own vocabulary types