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  • 1
    Orig.schr. Ausgabe: 初版.
    Title: カオスエンジニアリング : : 回復力のあるシステムの実践 /
    Publisher: オライリー・ジャパン,
    ISBN: 9784873119885 , 487311988X
    Language: Japanese
    Pages: 1 online resource (316 pages)
    Edition: Shohan.
    Uniform Title: Chaos engineering
    DDC: 658.4/038
    Keywords: Information technology Management ; Electronic data processing Distributed processing ; Business enterprises Computer networks ; Management ; Software engineering Management ; Business enterprises ; Computer networks ; Management ; Electronic data processing ; Distributed processing ; Information technology ; Management ; Software engineering ; Management
    Note: In Japanese.
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  • 2
    ISBN: 9788328382862 , 8328382865
    Language: Polish
    Pages: 1 online resource (256 pages) , illustrations
    Edition: [First edition].
    Uniform Title: Chaos engineering
    DDC: 658.4/038
    Keywords: Information technology Management ; Electronic data processing Distributed processing ; Business enterprises Computer networks ; Management ; Software engineering Management
    Abstract: W miarę rozwoju systemu rośnie jego złożoność. Skomplikowane systemy uważa się za trudniejsze w zarządzaniu i bardziej podatne na awarie. Nie można uniknąć złożoności systemu w czasach błyskawicznego rozwoju mikrousług i technologii rozproszonych, ale można nad nią zapanować. Odpowiednio zaplanowane testy i eksperymenty pozwalają wykryć podatności i zapobiec wystąpieniu problemów, zanim zaczną utrudniać realizację celów biznesowych firmy. Relatywnie nowym, lecz wyjątkowo obiecującym narzędziem służącym do tych celów jest inżynieria chaosu. Ta książka jest praktycznym wprowadzeniem do inżynierii chaosu w zarządzaniu złożonymi systemami podczas ich optymalizacji - zawiera gruntowne podstawy tej nowej dziedziny wraz z wyjaśnieniem zasad postępowania. Pokazuje też procesy, dzięki którym można doprowadzić do uzyskania wysokiej odporności na awarie. Opisano tu najskuteczniejsze praktyki inżynierii chaosu i poparto je licznymi przykładami. Zaprezentowano techniki testowania, eksperymentowania i wstrzykiwania awarii. Wyczerpująco omówiono znaczenie i sposoby planowania, a także zarządzania zespołami w kontekście budowania odporności złożonych systemów na awarie. Co ciekawe, zasady inżynierii chaosu mogą znaleźć zastosowanie nie tylko w odniesieniu do tworzenia i utrzymywania oprogramowania, ale również do budowania niezawodności innych łłożonych systemów.
    Note: Includes bibliographical references
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  • 3
    Online Resource
    Online Resource
    [Erscheinungsort nicht ermittelbar] : O'Reilly Media, Inc. | Boston, MA : Safari
    Language: English
    Pages: 1 online resource (400 pages)
    Edition: 1st edition
    Keywords: Electronic books ; local
    Abstract: There's more to chaos engineering than deliberately breaking stuff in production. With this book, QA engineers as well as program and product managers will examine the theory, history, and implementation of this full-fledged software engineering discipline. Chaos experts Casey Rosenthal and Nora Jones will bring you up to speed on this practice for finding failures within your application, network, and infrastructure. As the software industry continues to move toward microservices and other complex, distributed systems, fewer people are able to hold a working picture of the entire system in their minds. Complexity can't be removed from these systems, but new methodologies allow engineers to navigate the complexity while optimizing for business goals such as feature velocity, performance, and fault tolerance. This book guides you through chaos engineering and demonstrates how this methodology can help you optimize for availability.
    Note: Online resource; Title from title page (viewed May 25, 2020) , Mode of access: World Wide Web.
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  • 4
    Language: English
    Pages: 1 online resource (1 volume) , illustrations
    Edition: First edition.
    Keywords: Information technology ; Management ; Electronic data processing ; Distributed processing ; Business enterprises ; Computer networks ; Management ; Electronic books ; Electronic books ; local
    Abstract: With so many interacting components, the number of things that can go wrong in a distributed system is enormous. You'll never be able to prevent all possible failure modes, but you can identify many of the weaknesses in your system before they're triggered by these events. This report introduces you to Chaos Engineering, a method of experimenting on infrastructure that lets you expose weaknesses before they become a real problem. Members of the Netflix team that developed Chaos Engineering explain how to apply these principles to your own system. By introducing controlled experiments, you'll learn how emergent behavior from component interactions can cause your system to drift into an unsafe, chaotic state. Hypothesize about steady state by collecting data on the health of the system Vary real-world events by turning off a server to simulate regional failures Run your experiments as close to the production environment as possible Ramp up your experiment by automating it to run continuously Minimize the effects of your experiments to keep from blowing everything up Learn the process for designing chaos engineering experiments Use the Chaos Maturity Model to map the state of your chaos program, including realistic goals
    Note: Includes bibliographical references. - Description based on online resource; title from title page (Safari, viewed November 5, 2018)
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  • 5
    Language: English
    Pages: 1 online resource (1 volume) , illustrations
    Edition: First edition.
    Keywords: Information technology ; Management ; Electronic data processing ; Distributed processing ; Business enterprises ; Computer networks ; Management ; Electronic books ; Electronic books ; local
    Abstract: Chaos engineering is a highly collaborative activity. When applied well, virtually everyone is responsible for exploring, surfacing, overcoming, and validating weaknesses in their systems. That can lead to a lot of chaos engineering activity across a collection of systems at any moment in time. How can you keep chaos engineering from becoming, well, too chaotic? One key technique is chaos observability. In this ebook, Russ Miles of ChaosIQ demonstrates how to bring your chaos experiments into the world of system observability. Chaos observability enables you to surface, debug, and even visualize chaos experiment activities across your system in real time and through time series recordings. You'll learn how chaos observability helps everyone in production be aware of chaos activities occurring within and across systems. Understand why it's imperative to make chaos engineering observable Learn how to bring chaos experiments and engineering into the overall system observability picture Make chaos observability actionable and difficult to ignore through alerts and Slack integration
    Note: Description based on online resource; title from title page (Safari, viewed May 21, 2019)
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