C hastings robert (12 Ergebnisse)

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Taschenbuch. Zustand: Neu. Neuware - C++26 coroutines have completely rewritten the rules of high-performance software engineering. We are no longer bound by the heavy memory tax of legacy operating system threads or the blocking nightmare of std:: future. By turning execution flow into ultra-lightweight, compiler-generated state machines, modern C++ allows us to bypass the global heap, eliminate manual locks, and safely scale to hundreds of thousands of concurrent connections on standard hardware.>What's inside- The Anatomy of the Frame: Dissect the hidden memory of coroutines and understand exactly how your code interacts with the CPU cache.- Bypassing the Heap: Master HALO optimization and build custom thread-local memory arenas to achieve zero-cost allocations.- Lock-Free Concurrency: Architect async mutexes, message channels, and semaphores to mathematically eradicate race conditions.- Conquering the C100K Problem: Design a strict three-tier execution engine capable of handling 100,000+ simultaneous connections.- Bulletproof Resilience: Engineer non-blocking circuit breakers, asynchronous retries, and time-travel testing to survive hostile network failures.Who it's meant forAre you a senior engineer exhausted by the tangled web of callback hell A systems architect tasked with scaling backend infrastructure without blowing up server costs Or a passionate C++ developer ready to transition from standard, synchronous programming to elite, high-throughput systems design If you are ready to stop fighting the compiler and start commanding the hardware, this book was written exactly for you.The era of blocking threads, bloated memory stacks, and unpredictable deadlocks is over. It's time to elevate your engineering, abandon legacy constraints, and build systems that are mathematically unbreakable and blisteringly fast. Grab your copy today, turn the page, and let's redefine the absolute limits of what your hardware can do.…

Taschenbuch. Zustand: Neu. Neuware - This book is a comprehensive guide to engineering highly optimized, distributed C++ applications. It teaches you how to construct software that scales seamlessly from a local workstation to an enterprise supercomputing cluster without wasting a single CPU cycle.I know exactly what it feels like to watch a carefully written application collapse under its own weight. You optimize your mathematics on one machine, only to watch the software freeze or crash the moment you try to scale it up. The hard truth is that the standard rules of software development fail at massive scale. Standard file operations throttle your storage drives, and synchronous network messages force your CPUs to sit entirely idle. What happens when your dataset grows so large that a single server simply cannot process it You must change your entire execution architecture. I wrote this guide to show you exactly how to bypass the operating system, manipulate physical RAM across networks, and coordinate thousands of nodes without a single collision.What's Inside: The Architecture of ScaleThis guide is packed with rigorous, highly practical techniques to transform how you write software: - Custom Memory Mapping: Transmit complex C++ structures instantly using zero-copy communication.- Asynchronous Execution: Master Remote Memory Access to seamlessly alter remote RAM without interrupting active calculations.- Parallel Storage Pipelines: Coordinate collective I/O to write massive datasets at absolute hardware speed.- Hybrid Processing: Unify MPI and OpenMP to completely dominate modern multi-core servers.- Dynamic Load Balancing: Eliminate idle time by constructing highly efficient master-worker task queues.Who It's Meant For: Systems EngineersThis guide is written for C++ developers and software architects who refuse to accept hardware limitations. If you want to elevate your engineering skills to command massive computing clusters, this is your direct roadmap.Stop writing software that is permanently trapped inside a single computer. Your hardware is capable of infinite parallel execution, and it is time you unlock that potential. Grab your copy now, rewrite your architecture, and start engineering the scalable systems of tomorrow.…

Taschenbuch. Zustand: Neu. Neuware - This book is your ultimate masterclass in Linux performance engineering. It is a deeply practical, no-nonsense guide that takes you from the physical architecture of processor cores all the way up to the orchestration of distributed Kubernetes clusters. You won't just learn what commands to run; you will learn the exact mathematics and mechanics of why they work, allowing you to architect infrastructure that executes at the absolute limits of physics.Picture this: It's 3:00 AM. A massive traffic spike hits your servers, and the alerts start screaming. Your CPU is pegged at 100%, latency is through the roof, and your users are getting error pages. Most engineers would panic. They might restart the application, blindly tweak a few configurations, or beg management for expensive new hardware, hoping the problem disappears.I've been exactly there, and I know how frustrating that helplessness feels.But what if you didn't have to guess What if you could look at a struggling server and see straight through the chaos Imagine knowing exactly which software thread is locked, which hardware queue is overflowing, and how to surgically remove that bottleneck in seconds. That level of absolute control isn't magic-it's a strict engineering discipline. And it is exactly what I am going to teach you.What's InsideInside this comprehensive guide, we strip away the theory and focus on battle-tested production mechanics. You will discover how to: - Conquer the Processor: Master NUMA boundaries, isolate CPU cores, and pin your execution threads to eradicate context-switching overhead.- Dominate Memory: Bypass slow page tables with HugePages and select the perfect high-speed memory allocator (jemalloc, tcmalloc) for your workload.- Architect Light-Speed Storage: Tune the Linux block layer for modern NVMe arrays and build indestructible, high-throughput software RAID.- Rewrite the Network Stack: Destroy latency by swapping archaic congestion algorithms for BBR, and learn how to bypass the kernel entirely using XDP.- Hunt Down Bottlenecks: Profile your applications with surgical precision using perf, strace, and interactive Flame Graphs.- Tame the Cloud & Containers: Enforce strict Kubernetes cgroup limits and eradicate CPU 'steal time' in noisy public cloud environments.Who It's Meant ForAre you a DevOps engineer tired of guessing why the cluster is inexplicably slow A backend developer who wants their code to run with zero friction Or a system administrator ready to step up into the elite tier of performance architecture If you are tired of relying on default settings and copied-and-pasted internet tutorials-if you finally want to understand how the machine actually thinks-this book is written for you.Stop letting the operating system dictate your limits. You have the hardware; now it's time to unlock its true power. Scroll up, grab your copy today, and let's start architecting speed.…

Taschenbuch. Zustand: Neu. Neuware - Have you ever spent weeks optimizing an intensive algorithm, finally parallelized it, and watched in frustration as it actually ran slower than the single-threaded version I certainly have.The compiler did not warn you. The mathematical logic was completely flawless. So, what went wrong The problem was not your software; it was the physical silicon. Hardware caches were quietly destroying each other. Threads were trapped at invisible synchronization barriers. The operating system was secretly shifting your data across the motherboard. I wrote this book to expose these silent performance killers. I will show you exactly how to stop guessing, identify the hardware roadblocks, and take absolute command of the physical processor.What's inside- The Fork-Join Model: Safely wake, distribute, and manage thread teams without triggering massive system overhead.- Strict Memory Scoping: Eliminate unpredictable data corruption by meticulously isolating private and shared variables.- Asynchronous Tasking: Process highly unpredictable structures like linked lists, recursive trees, and dynamic while-loops.- Hardware-Level Optimization: Defeat the silent threat of false sharing and align your data for perfect cache utilization.- NUMA Architecture: Pin your threads to specific physical cores and prevent costly memory migrations.- GPU Offloading: Push beyond the limits of the CPU and send your heaviest mathematical calculations directly to accelerator hardware.Who it's meant forThis guide is designed for intermediate to advanced C++ software engineers, researchers, and computer science professionals who need to process massive amounts of data at maximum speed. If you understand basic C++ loops and memory pointers but have struggled to make your applications scale efficiently across multiple CPU cores, this is exactly where you belong.Stop leaving the vast majority of your computer's processing power sitting completely idle. It is time to abandon unpredictable performance and start engineering with scientific precision. Grab your copy today, take command of the hardware, and build C++ software that operates at the absolute physical limits of modern technology.…

Taschenbuch. Zustand: Neu. Neuware - When milliseconds cost millions, industries do not rely on garbage-collected languages; they rely on bare-metal C++ execution. Stream processing technology-powered by edge-triggered networking, lock-free queues, and zero-copy serialization-allows systems to ingest, route, and calculate millions of live events per second. It is the invisible force behind high-frequency trading platforms, real-time fraud detection, and global telecommunications infrastructure.Stream Processing Engines in C++ is a definitive, hands-on guide that takes you from a blank text file to a highly scalable, fault-tolerant distributed data architecture. Instead of relying on bloated, pre-packaged frameworks, you will build a custom engine from the ground up. You will master core-pinned thread schedulers, wait-free ring buffers, epoch-based memory reclamation, and distributed checkpoints.What's inside- High-Performance Execution: Build custom thread pools and C++20 coroutine schedulers mapped directly to physical CPU cores.- Zero-Copy Pipelines: Eliminate garbage collection pauses using custom slab allocators and binary schemas.- Lock-Free Infrastructure: Replace slow mutexes with wait-free Single-Producer Single-Consumer (SPSC) and MPMC queues.- The Network Perimeter: Bypass blocking sockets using edge-triggered epoll loops and strict flow control.- Temporal Mathematics: Master Event Time, Tumbling Windows, and Late Triggers to calculate flawless real-time analytics.- Distributed Fault Tolerance: Scale horizontally using Consistent Hash Rings and survive total cluster failure with Log-Based Replay.Who it's meant forThis book is written exclusively for systems programmers, backend software engineers, and infrastructure architects who are tired of hiding behind slow abstractions. If you want to strip away the operating system interference, command the silicon directly, and learn how enterprise-scale platforms actually function under the hood, this guide is for you. A solid understanding of basic C++ and multithreading concepts is expected.The physical limit of your hardware is much higher than you think. Stop relying on slow, black-box frameworks and start building architectures that process millions of events per second without breaking a sweat. Scroll up, grab your copy, and start building your stream processing engine today.…

Taschenbuch. Zustand: Neu. Neuware - Modern C++ concurrency is not about standard locks. It is about physics. When you write low-latency servers or high-frequency trading engines, traditional mutual exclusion destroys your throughput. True performance requires mechanical sympathy-understanding the processor's memory bus, cache coherency protocols, and atomic hardware instructions.This book is a masterclass in lock-free systems engineering. I will guide you from the foundational physics of multi-core hardware to the complete architecture of a non-blocking, event-driven trading engine. You will learn to bypass the kernel entirely, eliminate cache contention, and write code that operates at the absolute physical limits of your silicon.What's inside- The Hardware Reality: Mastering cache lines, false sharing, and the MESI protocol.- Atomic Mechanics: Building secure Compare-And-Swap loops and applying strict acquire-release memory ordering.- Advanced Structures: Architecting lock-free queues, open-addressing hash maps, and concurrent skip lists.- Memory Reclamation: Stopping memory leaks with Epoch-Based Reclamation, Hazard Pointers, and Thread-Local Allocators.- Flawless Verification: Proving your code using ThreadSanitizer, aggressive fuzzing, and execution simulation.- Modern C++20: Flattening your asynchronous pipelines using stackless coroutines and generic compiler Concepts.Who it's meant forThis is written for intermediate to advanced C++ developers, backend systems architects, and performance engineers. If you are building high-throughput databases, low-latency financial systems, or high-performance game engines-and you are completely tired of your CPU cores waiting for a lock-this material is specifically for you.Stop letting the operating system dictate the speed of your software. It is time to take complete control of your hardware and eliminate the bottlenecks holding your code back. Grab your copy today, and let us start building systems that run at the absolute speed of electrons.…

Taschenbuch. Zustand: Neu. Neuware - Modern CPUs are starving. While processor speeds have soared, memory access times barely crawl. Data-Oriented Design (DOD) is a paradigm that treats memory layout and hardware architecture as the ultimate drivers of performance. It abandons traditional Object-Oriented deep inheritance and fragmented memory in favor of flat, contiguous data streams. By aligning your code with the physical reality of the CPU cache, DOD unlocks the blistering throughput of modern silicon.For years, I wrote what I thought was 'perfect' C++ code. I mastered deep inheritance trees and meticulously encapsulated objects. My architecture diagrams were beautiful. But when I ran the profiler on heavy data loads, the performance was completely suffocating.Why I realized I was writing code for other humans, not the machine. Every virtual function was a pipeline stall. Every scattered object was a cache miss. I was forcing a hyper-advanced CPU to wait on fragmented memory. The day I discovered Data-Oriented Design and began treating memory as raw, contiguous data blocks, everything changed. Execution times plummeted, latency dropped, and maintenance actually became easier. You have likely hit this exact same performance wall in your own projects. Now, it is time for you to break through it.What's inside- The Hardware Reality: A brutal, easy-to-understand breakdown of L1/L2 caches, false sharing, and branch prediction.- The OOP Takedown: Why standard node-based containers (like std:: list) silently kill your software.- The DOD Playbook: Step-by-step guides to implementing Structure of Arrays (SoA) and flat architectures.- Silicon Auditing: Reading Flame Graphs and using assembly outputs to verify auto-vectorization.- Real-World Cases: Refactoring game physics, High-Frequency Trading algorithms, and Big Data pipelines.Who it's meant for- C++ Engineers tired of unexplained performance bottlenecks.- Game Developers squeezing every millisecond out of simulation loops.- Systems Architects building ultra-low latency financial or data-ingestion pipelines.- Anyone wanting to stop guessing and start engineering with absolute mechanical sympathy.The hardware is waiting. Are you going to keep starving your processor with fragmented objects, or are you ready to unleash its true potential Stop writing code for compilers. Start writing code for silicon.Grab your copy today, and transform the way you engineer software forever.…

Paperback. Zustand: Very Good+. B&W Photographs; Large 8vo 9" - 10" tall; 350 pages; Large format paperback in glossy title lettered covers. Tight, bright and fresh. Corners just slightly shelf rubbed. Bottom spine end slightly worn. Illustrated throughout with B/W photographs. Part of the Medicine in the Tropics series. VG++ to NF.…

Hardcover. Zustand: Very Good. Shipped within 24 hours from our UK warehouse. Clean, undamaged book with no damage to pages and minimal wear to the cover. Spine still tight, in very good condition. Remember if you are not happy, you are covered by our 100% money back guarantee.

Scarce Revised Edition, in a very good original binding. 8vo. 19cm x 13cm 1.8cm. pp.119. Blue cloth with gilt crest and title to front board. Edges lightly rubbed and bumped. All edges gilt. Original light brown endpapers. Portrait frontispiece of the Prince of Wales [ King Edward VII] . Plus a further 16 monochrome portrait plates, plus a coloured plate of Prince of Wales's jewel. A very good copy of this scarce book. ** "The Prince of Wales Lodge No. 259 was named and established in 1787. In 1787 the lodge met at the Thatched House, Tavern Street, St. James's Street, London. The lodge now meets at Mark Masons' Hall, 86 St. James's Street, London. This is one of the nineteen lodges that have the privilege of nominating each year a member for appointment by the Grand Master as a Grand Steward and is therefore known as a Red Apron Lodge. Members of the Prince of Wales' Lodge are permitted to wear Garter-blue on the interior portion of the edging to their aprons. This honour was given in 1830 to commemorate that at his accession to the throne, King William the Fourth was the Master of the Prince of Wales Lodge." - See National Archives.…

Softcover. ISSN 0009-6407. 20 years, complete in 40 quarterly issues: v. 8-47 (28#2,3 43#3 edgeworn), with index 1889-1961(to v.30) Good, sewn, lt. spotted, few x-l, blue or tan wrappers as issued.