Step-by-step Linux Programming - 4 Book Series (24 results)

Taschenbuch. Condition: Neu. Neuware - Real-Time Application Development: Low-Latency Programming for Performance-Critical SystemsIn modern software engineering, speed is often prioritized over predictability. But for performance-critical systems, delivering the correct answer a fraction of a second too late is indistinguishable from delivering the wrong answer entirely. Welcome to the rigorous discipline of low-latency, real-time application development.This comprehensive guide bridges the gap between high-level software abstractions and the physical realities of computer hardware. It is written for backend developers, systems architects, and software engineers who need to build infrastructure that reacts to external events within strict, microsecond-level timing constraints. Whether you are building high-throughput trading platforms, multiplayer gaming servers, industrial robotics controls, or telecommunications switches, the principles of deterministic execution remain the same.You will discover why techniques considered best practices in general web development are actively destructive in low-latency environments. Through layered reasoning across the application code, the operating system kernel, and the CPU microarchitecture, this book provides an evidence-based roadmap to completely eliminating jitter and optimizing tail latency.Inside, you will learn how to: - Define concrete latency budgets and translate vague business requirements into mathematically provable temporal constraints.- Implement architecture patterns that eradicate contention, utilizing event-driven pipelines and lock-free concurrency models.- Write deterministic code by bounding execution paths, avoiding dynamic memory allocation, and bypassing unpredictable language runtimes.- Achieve perfect mechanical sympathy by organizing data structures for optimal L1 and L2 CPU cache utilization and mitigating false sharing.- Isolate execution threads, bypass the operating system scheduler, and silence kernel noise to secure uncontested processor ownership.- Measure performance empirically using hardware performance counters, direct timestamping, and open-loop load testing to expose coordinated omission.Stop guessing why your application is experiencing unpredictable latency spikes. Master the mechanics of the operating system and the processor silicon, and start engineering software that executes with unwavering, mathematical precision.…

Taschenbuch. Condition: Neu. Neuware - Unlock the true power of the world's most popular server operating system.If you have ever looked at a blank Linux terminal and wondered how professional software is built, this book is your starting point. You do not need a computer science degree or years of IT experience to become a Linux developer. You just need a practical, step-by-step guide that explains the 'why' alongside the 'how.'Your First Linux Application takes you on a chronological journey through the entire software development lifecycle. Instead of overwhelming you with advanced jargon, this guide starts at the very beginning. You will set up a professional development environment, master the command line, and learn the foundational rules that govern how Linux handles files, permissions, and running processes.As you progress, you will put theory into practice by building a fully functional task organizer application. You will learn to write clean, modular code, handle unexpected errors gracefully, and mathematically prove your logic with automated testing.Inside this comprehensive guide, you will discover: - The Linux Environment: How to navigate the filesystem, manage strict user permissions, and control background processes.- Development Foundations: A gentle introduction to programming logic, variables, functions, and defensive coding techniques.- The Build Process: Exactly how compilers and interpreters work, including how to automate your workflow using Makefiles.- System Interaction: How to read standard streams, process user input safely, and manage permanent data using structured formats like JSON.- Professional Delivery: The essential steps for tracking your code with Git, packaging your software for distribution, and deploying it securely to a live server.Whether you are a student seeking hands-on experience, a Windows user expanding your skill set, or a curious beginner ready to write your first line of code, this book provides the exact roadmap you need. You will learn to think like a systems engineer, isolate your dependencies, and deploy reliable software that commands respect.Take control of your operating system today and build something extraordinary.…

Taschenbuch. Condition: Neu. Neuware - Master the transition from writing code to engineering resilient, scalable systems.The leap from senior developer to software architect requires a fundamental rewiring of how you view technical problems. Writing highly optimized algorithms is a prerequisite, but building distributed systems demands a focus on structural boundaries, systemic properties, and long-term sustainability.Advanced Architecture Techniques: Scalable Solutions for Complex Problems bridges the gap between advanced programming and rigorous architectural reasoning. Designed for technical leads, senior software engineers, and aspiring architects, this comprehensive guide provides the mental models, analytical frameworks, and practical patterns necessary to tackle systems that have outgrown simple solutions.Moving beyond vendor hype and industry trends, this book grounds you in the inescapable realities of computation, network physics, and data gravity. You will learn to navigate the inherent ambiguity of system design, balancing competing constraints to deliver software that aligns with critical business objectives.Inside, you will discover how to: - Frame complex problems: Expose hidden assumptions, define rigorous quality attributes, and separate superficial symptoms from root structural issues.- Manage structural complexity: Utilize Domain-Driven Design, bounded contexts, and strict encapsulation to establish natural seams and prevent architectural erosion.- Evaluate architectural styles: Pragmatically assess the trade-offs of modular monoliths, event-driven integrations, and microservices to match your specific operational constraints.- Conquer distributed communication: Navigate network unreliability, master the CAP theorem, and implement robust Saga patterns for distributed transactions.- Engineer for scale and performance: Optimize read and write paths, implement multi-layered caching strategies, and partition data to handle massive, unpredictable traffic spikes.- Build fault-tolerant ecosystems: Design for graceful degradation using strict timeouts, circuit breakers, bulkheads, and chaos engineering principles.- Implement zero-trust security: Define rigid trust boundaries, manage dynamic secrets, and secure inter-service communication.- Lead technical organizations: Conduct blameless incident retrospectives, drive continuous architectural evolution, and communicate complex technical trade-offs to business stakeholders.Architecture is not a static blueprint. It is a continuous, evolving conversation between business requirements and technical realities. Equip yourself with the analytical tools to cut through complexity and build systems that thrive in chaotic production environments. …

Taschenbuch. Condition: Neu. Neuware - Are you tired of watching a simple feature request turn into a week-long nightmare of tangled dependencies and broken code Every programmer eventually hits the same wall. You know how to write code that runs. But when a small change ripples into ten different files, when fixing one bug creates three new ones, and when your own code from six months ago looks like a foreign language, you have outgrown 'it just works.' You are ready to think like a software designer.This book is a practical guide for intermediate programmers who want to cross the threshold from writing functional code to architecting systems that last. Instead of a dry catalog of patterns with abstract Shape and Animal examples, this book grounds every concept in realistic scenarios: payment gateways, notification systems, reporting engines, and data pipelines that mirror the messy complexity of real production software.Inside, you will learn how to: - Diagnose the real causes of rigid, fragile, and immobile code before reaching for a fix- Apply coupling, cohesion, abstraction, and encapsulation as practical design tools, not just vocabulary- Choose composition over inheritance and understand exactly when each one belongs- Use dependency injection and the Dependency Inversion Principle to protect core business logic from volatile infrastructure- Recognize code smells early and refactor toward proven creational, structural, and behavioral patterns- Combine multiple patterns without overengineering a system that nobody can trace- Document, test, and communicate architectural decisions so your design choices survive contact with a real team- Manage technical debt and design software that can evolve for years without collapsing under its own weightWritten for developers who already know how to code but want to design, this book bridges the gap between tutorials and professional practice. Each chapter builds on the last, moving from foundational principles through recognizing design problems, applying creational and structural patterns, and finally architecting systems built for long-term change.You will not just memorize a list of patterns. You will develop the architectural instinct to look at any codebase and immediately see where it is straining, why it is straining, and how to fix it without introducing unnecessary complexity.Complete with practical code walkthroughs, a pattern selection reference, a pattern comparison guide, and a quick-reference guide to core design principles, this is the resource you keep beside your keyboard long after you finish reading.If you are a junior developer ready for the next step, a self-taught programmer formalizing your instincts, or an experienced coder refreshing your architectural thinking, this book will change how you look at every class, every function, and every dependency you write.Stop writing code that merely works. Start designing software that lasts.…

Paperback. Condition: new. Paperback. Unlock the true power of the world's most popular server operating system.If you have ever looked at a blank Linux terminal and wondered how professional software is built, this book is your starting point. You do not need a computer science degree or years of IT experience to become a Linux developer. You just need a practical, step-by-step guide that explains the "why" alongside the "how."Your First Linux Application takes you on a chronological journey through the entire software development lifecycle. Instead of overwhelming you with advanced jargon, this guide starts at the very beginning. You will set up a professional development environment, master the command line, and learn the foundational rules that govern how Linux handles files, permissions, and running processes.As you progress, you will put theory into practice by building a fully functional task organizer application. You will learn to write clean, modular code, handle unexpected errors gracefully, and mathematically prove your logic with automated testing.Inside this comprehensive guide, you will discover: The Linux Environment: How to navigate the filesystem, manage strict user permissions, and control background processes.Development Foundations: A gentle introduction to programming logic, variables, functions, and defensive coding techniques.The Build Process: Exactly how compilers and interpreters work, including how to automate your workflow using Makefiles.System Interaction: How to read standard streams, process user input safely, and manage permanent data using structured formats like JSON.Professional Delivery: The essential steps for tracking your code with Git, packaging your software for distribution, and deploying it securely to a live server.Whether you are a student seeking hands-on experience, a Windows user expanding your skill set, or a curious beginner ready to write your first line of code, this book provides the exact roadmap you need. You will learn to think like a systems engineer, isolate your dependencies, and deploy reliable software that commands respect.Take control of your operating system today and build something extraordinary. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condition: new. Paperback. Master the transition from writing code to engineering resilient, scalable systems.The leap from senior developer to software architect requires a fundamental rewiring of how you view technical problems. Writing highly optimized algorithms is a prerequisite, but building distributed systems demands a focus on structural boundaries, systemic properties, and long-term sustainability.Advanced Architecture Techniques: Scalable Solutions for Complex Problems bridges the gap between advanced programming and rigorous architectural reasoning. Designed for technical leads, senior software engineers, and aspiring architects, this comprehensive guide provides the mental models, analytical frameworks, and practical patterns necessary to tackle systems that have outgrown simple solutions.Moving beyond vendor hype and industry trends, this book grounds you in the inescapable realities of computation, network physics, and data gravity. You will learn to navigate the inherent ambiguity of system design, balancing competing constraints to deliver software that aligns with critical business objectives.Inside, you will discover how to: Frame complex problems: Expose hidden assumptions, define rigorous quality attributes, and separate superficial symptoms from root structural issues.Manage structural complexity: Utilize Domain-Driven Design, bounded contexts, and strict encapsulation to establish natural seams and prevent architectural erosion.Evaluate architectural styles: Pragmatically assess the trade-offs of modular monoliths, event-driven integrations, and microservices to match your specific operational constraints.Conquer distributed communication: Navigate network unreliability, master the CAP theorem, and implement robust Saga patterns for distributed transactions.Engineer for scale and performance: Optimize read and write paths, implement multi-layered caching strategies, and partition data to handle massive, unpredictable traffic spikes.Build fault-tolerant ecosystems: Design for graceful degradation using strict timeouts, circuit breakers, bulkheads, and chaos engineering principles.Implement zero-trust security: Define rigid trust boundaries, manage dynamic secrets, and secure inter-service communication.Lead technical organizations: Conduct blameless incident retrospectives, drive continuous architectural evolution, and communicate complex technical trade-offs to business stakeholders.Architecture is not a static blueprint. It is a continuous, evolving conversation between business requirements and technical realities. Equip yourself with the analytical tools to cut through complexity and build systems that thrive in chaotic production environments. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Paperback. Condition: new. Paperback. Real-Time Application Development: Low-Latency Programming for Performance-Critical SystemsIn modern software engineering, speed is often prioritized over predictability. But for performance-critical systems, delivering the correct answer a fraction of a second too late is indistinguishable from delivering the wrong answer entirely. Welcome to the rigorous discipline of low-latency, real-time application development.This comprehensive guide bridges the gap between high-level software abstractions and the physical realities of computer hardware. It is written for backend developers, systems architects, and software engineers who need to build infrastructure that reacts to external events within strict, microsecond-level timing constraints. Whether you are building high-throughput trading platforms, multiplayer gaming servers, industrial robotics controls, or telecommunications switches, the principles of deterministic execution remain the same.You will discover why techniques considered best practices in general web development are actively destructive in low-latency environments. Through layered reasoning across the application code, the operating system kernel, and the CPU microarchitecture, this book provides an evidence-based roadmap to completely eliminating jitter and optimizing tail latency.Inside, you will learn how to: Define concrete latency budgets and translate vague business requirements into mathematically provable temporal constraints.Implement architecture patterns that eradicate contention, utilizing event-driven pipelines and lock-free concurrency models.Write deterministic code by bounding execution paths, avoiding dynamic memory allocation, and bypassing unpredictable language runtimes.Achieve perfect mechanical sympathy by organizing data structures for optimal L1 and L2 CPU cache utilization and mitigating false sharing.Isolate execution threads, bypass the operating system scheduler, and silence kernel noise to secure uncontested processor ownership.Measure performance empirically using hardware performance counters, direct timestamping, and open-loop load testing to expose coordinated omission.Stop guessing why your application is experiencing unpredictable latency spikes. Master the mechanics of the operating system and the processor silicon, and start engineering software that executes with unwavering, mathematical precision. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condition: new. Paperback. Are you tired of watching a simple feature request turn into a week-long nightmare of tangled dependencies and broken code?Every programmer eventually hits the same wall. You know how to write code that runs. But when a small change ripples into ten different files, when fixing one bug creates three new ones, and when your own code from six months ago looks like a foreign language, you have outgrown "it just works." You are ready to think like a software designer.This book is a practical guide for intermediate programmers who want to cross the threshold from writing functional code to architecting systems that last. Instead of a dry catalog of patterns with abstract Shape and Animal examples, this book grounds every concept in realistic scenarios: payment gateways, notification systems, reporting engines, and data pipelines that mirror the messy complexity of real production software.Inside, you will learn how to: Diagnose the real causes of rigid, fragile, and immobile code before reaching for a fixApply coupling, cohesion, abstraction, and encapsulation as practical design tools, not just vocabularyChoose composition over inheritance and understand exactly when each one belongsUse dependency injection and the Dependency Inversion Principle to protect core business logic from volatile infrastructureRecognize code smells early and refactor toward proven creational, structural, and behavioral patternsCombine multiple patterns without overengineering a system that nobody can traceDocument, test, and communicate architectural decisions so your design choices survive contact with a real teamManage technical debt and design software that can evolve for years without collapsing under its own weightWritten for developers who already know how to code but want to design, this book bridges the gap between tutorials and professional practice. Each chapter builds on the last, moving from foundational principles through recognizing design problems, applying creational and structural patterns, and finally architecting systems built for long-term change.You will not just memorize a list of patterns. You will develop the architectural instinct to look at any codebase and immediately see where it is straining, why it is straining, and how to fix it without introducing unnecessary complexity.Complete with practical code walkthroughs, a pattern selection reference, a pattern comparison guide, and a quick-reference guide to core design principles, this is the resource you keep beside your keyboard long after you finish reading.If you are a junior developer ready for the next step, a self-taught programmer formalizing your instincts, or an experienced coder refreshing your architectural thinking, this book will change how you look at every class, every function, and every dependency you write.Stop writing code that merely works. Start designing software that lasts. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Condition: New. Print on Demand.

Condition: New. Print on Demand.

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Paperback. Condition: new. Paperback. Unlock the true power of the world's most popular server operating system.If you have ever looked at a blank Linux terminal and wondered how professional software is built, this book is your starting point. You do not need a computer science degree or years of IT experience to become a Linux developer. You just need a practical, step-by-step guide that explains the "why" alongside the "how."Your First Linux Application takes you on a chronological journey through the entire software development lifecycle. Instead of overwhelming you with advanced jargon, this guide starts at the very beginning. You will set up a professional development environment, master the command line, and learn the foundational rules that govern how Linux handles files, permissions, and running processes.As you progress, you will put theory into practice by building a fully functional task organizer application. You will learn to write clean, modular code, handle unexpected errors gracefully, and mathematically prove your logic with automated testing.Inside this comprehensive guide, you will discover: The Linux Environment: How to navigate the filesystem, manage strict user permissions, and control background processes.Development Foundations: A gentle introduction to programming logic, variables, functions, and defensive coding techniques.The Build Process: Exactly how compilers and interpreters work, including how to automate your workflow using Makefiles.System Interaction: How to read standard streams, process user input safely, and manage permanent data using structured formats like JSON.Professional Delivery: The essential steps for tracking your code with Git, packaging your software for distribution, and deploying it securely to a live server.Whether you are a student seeking hands-on experience, a Windows user expanding your skill set, or a curious beginner ready to write your first line of code, this book provides the exact roadmap you need. You will learn to think like a systems engineer, isolate your dependencies, and deploy reliable software that commands respect.Take control of your operating system today and build something extraordinary. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condition: new. Paperback. Real-Time Application Development: Low-Latency Programming for Performance-Critical SystemsIn modern software engineering, speed is often prioritized over predictability. But for performance-critical systems, delivering the correct answer a fraction of a second too late is indistinguishable from delivering the wrong answer entirely. Welcome to the rigorous discipline of low-latency, real-time application development.This comprehensive guide bridges the gap between high-level software abstractions and the physical realities of computer hardware. It is written for backend developers, systems architects, and software engineers who need to build infrastructure that reacts to external events within strict, microsecond-level timing constraints. Whether you are building high-throughput trading platforms, multiplayer gaming servers, industrial robotics controls, or telecommunications switches, the principles of deterministic execution remain the same.You will discover why techniques considered best practices in general web development are actively destructive in low-latency environments. Through layered reasoning across the application code, the operating system kernel, and the CPU microarchitecture, this book provides an evidence-based roadmap to completely eliminating jitter and optimizing tail latency.Inside, you will learn how to: Define concrete latency budgets and translate vague business requirements into mathematically provable temporal constraints.Implement architecture patterns that eradicate contention, utilizing event-driven pipelines and lock-free concurrency models.Write deterministic code by bounding execution paths, avoiding dynamic memory allocation, and bypassing unpredictable language runtimes.Achieve perfect mechanical sympathy by organizing data structures for optimal L1 and L2 CPU cache utilization and mitigating false sharing.Isolate execution threads, bypass the operating system scheduler, and silence kernel noise to secure uncontested processor ownership.Measure performance empirically using hardware performance counters, direct timestamping, and open-loop load testing to expose coordinated omission.Stop guessing why your application is experiencing unpredictable latency spikes. Master the mechanics of the operating system and the processor silicon, and start engineering software that executes with unwavering, mathematical precision. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condition: new. Paperback. Master the transition from writing code to engineering resilient, scalable systems.The leap from senior developer to software architect requires a fundamental rewiring of how you view technical problems. Writing highly optimized algorithms is a prerequisite, but building distributed systems demands a focus on structural boundaries, systemic properties, and long-term sustainability.Advanced Architecture Techniques: Scalable Solutions for Complex Problems bridges the gap between advanced programming and rigorous architectural reasoning. Designed for technical leads, senior software engineers, and aspiring architects, this comprehensive guide provides the mental models, analytical frameworks, and practical patterns necessary to tackle systems that have outgrown simple solutions.Moving beyond vendor hype and industry trends, this book grounds you in the inescapable realities of computation, network physics, and data gravity. You will learn to navigate the inherent ambiguity of system design, balancing competing constraints to deliver software that aligns with critical business objectives.Inside, you will discover how to: Frame complex problems: Expose hidden assumptions, define rigorous quality attributes, and separate superficial symptoms from root structural issues.Manage structural complexity: Utilize Domain-Driven Design, bounded contexts, and strict encapsulation to establish natural seams and prevent architectural erosion.Evaluate architectural styles: Pragmatically assess the trade-offs of modular monoliths, event-driven integrations, and microservices to match your specific operational constraints.Conquer distributed communication: Navigate network unreliability, master the CAP theorem, and implement robust Saga patterns for distributed transactions.Engineer for scale and performance: Optimize read and write paths, implement multi-layered caching strategies, and partition data to handle massive, unpredictable traffic spikes.Build fault-tolerant ecosystems: Design for graceful degradation using strict timeouts, circuit breakers, bulkheads, and chaos engineering principles.Implement zero-trust security: Define rigid trust boundaries, manage dynamic secrets, and secure inter-service communication.Lead technical organizations: Conduct blameless incident retrospectives, drive continuous architectural evolution, and communicate complex technical trade-offs to business stakeholders.Architecture is not a static blueprint. It is a continuous, evolving conversation between business requirements and technical realities. Equip yourself with the analytical tools to cut through complexity and build systems that thrive in chaotic production environments. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condition: new. Paperback. Are you tired of watching a simple feature request turn into a week-long nightmare of tangled dependencies and broken code?Every programmer eventually hits the same wall. You know how to write code that runs. But when a small change ripples into ten different files, when fixing one bug creates three new ones, and when your own code from six months ago looks like a foreign language, you have outgrown "it just works." You are ready to think like a software designer.This book is a practical guide for intermediate programmers who want to cross the threshold from writing functional code to architecting systems that last. Instead of a dry catalog of patterns with abstract Shape and Animal examples, this book grounds every concept in realistic scenarios: payment gateways, notification systems, reporting engines, and data pipelines that mirror the messy complexity of real production software.Inside, you will learn how to: Diagnose the real causes of rigid, fragile, and immobile code before reaching for a fixApply coupling, cohesion, abstraction, and encapsulation as practical design tools, not just vocabularyChoose composition over inheritance and understand exactly when each one belongsUse dependency injection and the Dependency Inversion Principle to protect core business logic from volatile infrastructureRecognize code smells early and refactor toward proven creational, structural, and behavioral patternsCombine multiple patterns without overengineering a system that nobody can traceDocument, test, and communicate architectural decisions so your design choices survive contact with a real teamManage technical debt and design software that can evolve for years without collapsing under its own weightWritten for developers who already know how to code but want to design, this book bridges the gap between tutorials and professional practice. Each chapter builds on the last, moving from foundational principles through recognizing design problems, applying creational and structural patterns, and finally architecting systems built for long-term change.You will not just memorize a list of patterns. You will develop the architectural instinct to look at any codebase and immediately see where it is straining, why it is straining, and how to fix it without introducing unnecessary complexity.Complete with practical code walkthroughs, a pattern selection reference, a pattern comparison guide, and a quick-reference guide to core design principles, this is the resource you keep beside your keyboard long after you finish reading.If you are a junior developer ready for the next step, a self-taught programmer formalizing your instincts, or an experienced coder refreshing your architectural thinking, this book will change how you look at every class, every function, and every dependency you write.Stop writing code that merely works. Start designing software that lasts. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…