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PAP. Condizione: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condizione: New. New Book. Shipped from UK. Established seller since 2000.

Condizione: Sehr gut. Zustand: Sehr gut | Sprache: Englisch | Produktart: Bücher | Keine Beschreibung verfügbar.

Condizione: Sehr gut. Zustand: Sehr gut | Sprache: Englisch | Produktart: Bücher | Keine Beschreibung verfügbar.

Paperback. Condizione: new. Paperback. Embedded debugging is not about stepping through code.It is about shortening feedback loops, eliminating uncertainty, and shipping firmware with confidence.Debugging Embedded Systems with OpenOCD is a hands-on, production-focused guide for engineers who want to move beyond fragile, ad-hoc debug sessions and build a deterministic, repeatable, team-scale debugging system.This is not a beginner's introduction to JTAG.It is a modern, 2026-ready blueprint for: Faster bring-up on real hardwareReliable flashing and verification workflowsStructured failure diagnosisVS Code + GDB integration done correctlyMulti-architecture support (ARM Cortex-M, RISC-V, ESP32)Hardware-aware CI validation pipelinesSecure, production-grade debug infrastructureWhat Makes This Book DifferentMost embedded debugging resources stop at: "How to connect""How to set a breakpoint""How to flash firmware"This book goes further.You will build a complete debugging pipeline: Version stamping Flash + verify Serial smoke test Failure snapshot CI artifact retention Regression proof.You will deliberately break your firmware, capture structured GDB snapshots, diagnose from logs, and prove stability with automated regression runs.You will learn how to: Architect scalable OpenOCD configurations (interface, transport, target layering)Design reproducible VS Code launch and attach profilesDiagnose HardFaults, reset loops, and memory corruptionStabilize SWD/JTAG transport under real electrical constraintsScript flashing workflows for teamsBuild hardware-backed CI runners with failure snapshotsHarden debug access for production deploymentScale from development benches to factory flashing stationsWho This Book Is ForEmbedded firmware engineers working with ARM Cortex-MRISC-V developers building custom SoCs or boardsESP32 developers moving beyond vendor IDEsTeams migrating from proprietary debug tools to open workflowsEngineers building production-grade firmware validation pipelinesTechnical leads standardizing debug infrastructure across projectsThis book assumes you already build firmware.It teaches you how to debug it professionally.What You Will BuildBy the end of this book, you will have: A known-good baseline debug profileA deterministic flash + verify pipelineA "one-click" VS Code debug environmentAutomated serial smoke validationScripted GDB failure snapshotsHardware CI integration with artifact reportingA production lockdown and security hardening checklistA roadmap to factory-scale flashing and remote debug labsYou will not rely on an IDE wizard.You will control the entire system.Modern Debugging in 2026Modern embedded development requires: Reproducible configurationsLogged debug sessionsVersion-controlled launch templatesAutomated hardware validationSecure debug access policiesArtifact retention for auditsDeterministic failure captureThis book shows you how to implement all of it using OpenOCD, GDB, and VS Code - without sacrificing portability or vendor independence.If you are ready to treat debugging as engineered infrastructure - not just a tool - this book will give you the blueprint. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condizione: new. Paperback. Embedded debugging is not about stepping through code.It is about shortening feedback loops, eliminating uncertainty, and shipping firmware with confidence.Debugging Embedded Systems with OpenOCD is a hands-on, production-focused guide for engineers who want to move beyond fragile, ad-hoc debug sessions and build a deterministic, repeatable, team-scale debugging system.This is not a beginner's introduction to JTAG.It is a modern, 2026-ready blueprint for: Faster bring-up on real hardwareReliable flashing and verification workflowsStructured failure diagnosisVS Code + GDB integration done correctlyMulti-architecture support (ARM Cortex-M, RISC-V, ESP32)Hardware-aware CI validation pipelinesSecure, production-grade debug infrastructureWhat Makes This Book DifferentMost embedded debugging resources stop at: "How to connect""How to set a breakpoint""How to flash firmware"This book goes further.You will build a complete debugging pipeline: Version stamping Flash + verify Serial smoke test Failure snapshot CI artifact retention Regression proof.You will deliberately break your firmware, capture structured GDB snapshots, diagnose from logs, and prove stability with automated regression runs.You will learn how to: Architect scalable OpenOCD configurations (interface, transport, target layering)Design reproducible VS Code launch and attach profilesDiagnose HardFaults, reset loops, and memory corruptionStabilize SWD/JTAG transport under real electrical constraintsScript flashing workflows for teamsBuild hardware-backed CI runners with failure snapshotsHarden debug access for production deploymentScale from development benches to factory flashing stationsWho This Book Is ForEmbedded firmware engineers working with ARM Cortex-MRISC-V developers building custom SoCs or boardsESP32 developers moving beyond vendor IDEsTeams migrating from proprietary debug tools to open workflowsEngineers building production-grade firmware validation pipelinesTechnical leads standardizing debug infrastructure across projectsThis book assumes you already build firmware.It teaches you how to debug it professionally.What You Will BuildBy the end of this book, you will have: A known-good baseline debug profileA deterministic flash + verify pipelineA "one-click" VS Code debug environmentAutomated serial smoke validationScripted GDB failure snapshotsHardware CI integration with artifact reportingA production lockdown and security hardening checklistA roadmap to factory-scale flashing and remote debug labsYou will not rely on an IDE wizard.You will control the entire system.Modern Debugging in 2026Modern embedded development requires: Reproducible configurationsLogged debug sessionsVersion-controlled launch templatesAutomated hardware validationSecure debug access policiesArtifact retention for auditsDeterministic failure captureThis book shows you how to implement all of it using OpenOCD, GDB, and VS Code - without sacrificing portability or vendor independence.If you are ready to treat debugging as engineered infrastructure - not just a tool - this book will give you the blueprint. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…