This document provides an introduction to DevOps. It discusses what DevOps is, including continuous integration and continuous delivery pipelines. It describes the duties of a DevOps engineer, such as developing solutions for continuous delivery, infrastructure strategy, security, and more. It also covers topics like what is included in a CI/CD pipeline, securing a CI/CD pipeline, and common DevOps tools and technologies.
The document discusses key DevOps principles and practices including continuous integration, continuous delivery, and continuous deployment. It defines each practice, with continuous integration requiring code integration and verification several times a day, continuous deployment automatically releasing any passed code changes, and continuous delivery enabling reliable releases at any time. The document also discusses ways to measure DevOps success, such as release frequency, infrastructure recovery speed, reduction in downtime, efficiency, and increased automation.
This document discusses DevSecOps, which involves infusing security practices into the development lifecycle to enable faster release cycles while maintaining security. It notes that over 53,000 cybersecurity incidents occurred in India in 2017. Implementing DevSecOps requires changes across an organization's people, processes, tools, and governance to embed security responsibilities across all teams. The typical DevSecOps pipeline shifts security left through activities like threat modeling, security testing, and monitoring throughout the development lifecycle.
You will learn about source control principles and source control systems. You will also learn about Azure repositories, migrating strategies and authentication options.
DevOps es una práctica de ingeniería de software que une el desarrollo y las operaciones para acelerar el despliegue de aplicaciones y servicios mediante la automatización y colaboración entre equipos de desarrollo y operaciones. DevOps reduce riesgos de despliegue y aumenta la velocidad mediante herramientas como Git, Selenium y Docker que automatizan pruebas, despliegues y orquestación de procesos.
This document discusses the concepts of DevOps culture. It states that DevOps is not a profession, course, or degree, but rather a movement that can transform businesses by making tasks more agile. DevOps involves increased collaboration, communication, and integration between developers and system administrators. It promotes automation, handling complex systems and large amounts of data. Adopting DevOps requires an ongoing culture change within an organization and a focus on making small, frequent changes rather than large releases. Mistakes will happen but are an opportunity to improve.
DevOps overview 2019-04-13 Nelkinda April MeetupShweta Sadawarte
?
This document provides an overview of DevOps, including:
- Defining DevOps as unifying software development and operations through automation and monitoring.
- Tracing the history from waterfall to agile/DevOps approaches.
- Describing the DevOps lifecycle including continuous development, testing, integration, delivery, and monitoring.
- Explaining concepts like continuous integration, continuous delivery, and emphasizing culture changes like collaboration over silos.
O documento apresenta uma introdu??o ao DevOps, descrevendo sua história e principais práticas. ? recomendado usar o guia "The DevOps Handbook" para criar um pipeline de integra??o e entrega contínuas, adotando o ciclo de vida do DevOps com deploy frequente em produ??o. Ferramentas como Jenkins, Docker e Chef podem ser experimentadas de acordo com o contexto da organiza??o.
YouTube Link: https://youtu.be/GJQ36pIYbic
DevOps Training: https://www.edureka.co/devops-certification-training
This Edureka DevOps Tutorial for Beginners talks about What is DevOps and how it works. You will learn about several DevOps tools (Git, Jenkins, Docker, Puppet, Ansible, Nagios) involved at different DevOps stages such as version control, continuous integration, continuous delivery, continuous deployment, continuous monitoring.
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DevOps, sibling of Agile is born of the need to improve IT service delivery agility to the more stable environment.
DevOps movement emphasizes tearing the boundaries between makers (Development) & caretakers (Operations) of IT services/products.
EduXFactor presents to you a comprehensive up-to-date DevOps certification program. This course will empower you with job-relevant skills and power you ahead in your career.
With this course, master various aspects of software development, operations, continuous integration, continuous delivery, automated configuration management, test, and deployment using DevOps tools like Git, Docker, Jenkins, Ansible, Kubernetes, Puppet & Nagios..
Packed with hands-on exercise for every module, this course is suitable for software developers, technical project managers, architects, operations support, deployment engineers, IT managers, and development managers.
Patrick Debois coined the term "DevOps" in 2009 by combining "development" and "operations" to refer to a collaborative way for software teams to develop and deploy applications. DevOps stresses communication between developers and IT operations and utilizes automation. It involves planning, creating, verifying, packaging, releasing, configuring and monitoring software. While DevOps is a cultural practice, cloud computing utilizes remote servers accessed over the internet and DevOps principles support development and deployment in the cloud.
The document discusses the rise of DevSecOps and its importance for software development. It notes that existing security solutions are no longer adequate due to the speed of modern development, and that security has become a bottleneck. DevSecOps aims to integrate security practices into development workflows to enable continuous and real-time security. It outlines how security responsibilities have evolved from separate teams to being shared among developers, and how tools have progressed from periodic testing to continuous monitoring and automation. The document argues that DevSecOps is necessary now given the costs of data breaches and risks of vulnerabilities in open source components.
DevOps is a movement to change how IT is done by promoting collaboration between development and operations teams. It aims to reduce waste and improve delivery of software by making development and operations processes more efficient through automation, monitoring, and communication. The DevOps philosophy advocates enhancing software design with operational knowledge, building feedback loops from production into development to improve systems, and fostering a culture of shared responsibility. Key DevOps practices include accelerating the flow of changes to production through continuous integration, delivery, and deployment; adding development practices to operations like automated testing; and empowering developers to do production work to break down barriers between teams. DevOps uses tooling throughout the development and operations process to measure and monitor systems and provide feedback.
This document discusses DevSecOps, including what it is, why it is needed, and how to implement it. DevSecOps aims to integrate security into development tools and processes to promote a "secure by default" culture. It is needed because traditional security approaches cannot keep up with the rapid pace of DevOps. Implementing DevSecOps involves automating security checks and tests into the development pipeline and promoting collaboration between development, security, and operations teams. The document provides examples of tools that can be used and case studies of DevSecOps implementations.
DevOps is the act of managing two distinct but complementary areas of expertise: development and operations. Devops emphasizes collaboration and integration between app developers and IT operations professionals.These 10 business advantages of DevOps can help you see why it's important for organizations to adopt this methodology if they want to stay competitive in the digital economy.
- Stefan Streichsbier is the CEO of GuardRails and a professional white-hat hacker who has identified severe shortcomings in security processes and technologies, leading him to create GuardRails.
- The document discusses the evolution of DevOps and increasing complexity, the state of security and how it needs to fit within modern development workflows, and introduces the concept of DevSecOps to address shortcomings and better integrate security.
- Key aspects of DevSecOps discussed include how to create, test, and monitor secure applications and empower development teams to build security in from the start rather than see it as a separate function. Automated security tools and the need to reduce noise and improve usability for developers is also
This document provides an introduction to DevOps fundamentals and principles. It discusses how DevOps aims to improve collaboration between development and operations teams. It notes that DevOps was being adopted more by development teams initially. It also highlights some of the business costs of bugs and issues in production environments, and how DevOps can help improve efficiency, reduce costs, and accelerate business agility.
[2022 DevOpsDays Taipei] 走過 DevOps 風雨的下一步Edward Kuo
?
This document discusses DevOpsDays Taipei 2022 and the evolution of DevOps. It notes that Taiwan held its first DevOpsDays conference in 2016, and since then DevOps has grown from a little discussed topic to one that most industries now talk about and implement. The document discusses challenges of DevOps like ensuring team members always have work to do and that Agile is not just about quickly writing code. It also discusses database challenges in DevOps like automated provisioning and monitoring. Overall it advocates that with DevOps, many streams can be accommodated, and that there is no single path but what works for each organization.
DevSecOps is a cultural change that incorporates security practices into software development through people, processes, and technologies. It aims to address security without slowing delivery by establishing secure-by-design approaches, automating security tools and processes, and promoting collaboration between developers, security engineers, and operations teams. As software and connected devices continue proliferating, application security must be a central focus of the development lifecycle through a DevSecOps methodology.
DevSecOps Training Bootcamp - A Practical DevSecOps CourseTonex
?
DevSecOps means integrating security practices into the DevOps workflow from the beginning. The goal is to make everyone responsible for security and implement security decisions at the same speed as development and operations. This helps find vulnerabilities early and improve overall security. Implementing DevSecOps requires planning, building, deploying, monitoring and improving security continuously. It provides benefits like improved compliance and identifying issues earlier.
What Is DevOps? | Introduction To DevOps | DevOps Tools | DevOps Tutorial | D...Edureka!
?
In this Edureka Devops tutorial, you will learn what is DevOps, and why it is the most efficient software development methodology today. The following topics have been covered in this tutorial:
1. Software Development Challenges
2. How Does DevOps Minimize Challenges?
3. DevOps Tools & Techniques
4. Demand For DevOps Engineers
Introduction of Continuous Integration (CI)
* Try to answer questions from developers, testers, team leaders, and managers.
* The topology and features of CI.
* How can CI reduce risks?
This document discusses the concepts of DevOps culture. It states that DevOps is not a profession, course, or degree, but rather a movement that can transform businesses by making tasks more agile. DevOps involves increased collaboration, communication, and integration between developers and system administrators. It promotes automation, handling complex systems and large amounts of data. Adopting DevOps requires an ongoing culture change within an organization and a focus on making small, frequent changes rather than large releases. Mistakes will happen but are an opportunity to improve.
DevOps overview 2019-04-13 Nelkinda April MeetupShweta Sadawarte
?
This document provides an overview of DevOps, including:
- Defining DevOps as unifying software development and operations through automation and monitoring.
- Tracing the history from waterfall to agile/DevOps approaches.
- Describing the DevOps lifecycle including continuous development, testing, integration, delivery, and monitoring.
- Explaining concepts like continuous integration, continuous delivery, and emphasizing culture changes like collaboration over silos.
O documento apresenta uma introdu??o ao DevOps, descrevendo sua história e principais práticas. ? recomendado usar o guia "The DevOps Handbook" para criar um pipeline de integra??o e entrega contínuas, adotando o ciclo de vida do DevOps com deploy frequente em produ??o. Ferramentas como Jenkins, Docker e Chef podem ser experimentadas de acordo com o contexto da organiza??o.
YouTube Link: https://youtu.be/GJQ36pIYbic
DevOps Training: https://www.edureka.co/devops-certification-training
This Edureka DevOps Tutorial for Beginners talks about What is DevOps and how it works. You will learn about several DevOps tools (Git, Jenkins, Docker, Puppet, Ansible, Nagios) involved at different DevOps stages such as version control, continuous integration, continuous delivery, continuous deployment, continuous monitoring.
Follow us to never miss an update in the future.
YouTube: https://www.youtube.com/user/edurekaIN
Instagram: https://www.instagram.com/edureka_learning/
Facebook: https://www.facebook.com/edurekaIN/
Twitter: https://twitter.com/edurekain
LinkedIn: https://www.linkedin.com/company/edureka
Castbox: https://castbox.fm/networks/505?country=in
DevOps, sibling of Agile is born of the need to improve IT service delivery agility to the more stable environment.
DevOps movement emphasizes tearing the boundaries between makers (Development) & caretakers (Operations) of IT services/products.
EduXFactor presents to you a comprehensive up-to-date DevOps certification program. This course will empower you with job-relevant skills and power you ahead in your career.
With this course, master various aspects of software development, operations, continuous integration, continuous delivery, automated configuration management, test, and deployment using DevOps tools like Git, Docker, Jenkins, Ansible, Kubernetes, Puppet & Nagios..
Packed with hands-on exercise for every module, this course is suitable for software developers, technical project managers, architects, operations support, deployment engineers, IT managers, and development managers.
Patrick Debois coined the term "DevOps" in 2009 by combining "development" and "operations" to refer to a collaborative way for software teams to develop and deploy applications. DevOps stresses communication between developers and IT operations and utilizes automation. It involves planning, creating, verifying, packaging, releasing, configuring and monitoring software. While DevOps is a cultural practice, cloud computing utilizes remote servers accessed over the internet and DevOps principles support development and deployment in the cloud.
The document discusses the rise of DevSecOps and its importance for software development. It notes that existing security solutions are no longer adequate due to the speed of modern development, and that security has become a bottleneck. DevSecOps aims to integrate security practices into development workflows to enable continuous and real-time security. It outlines how security responsibilities have evolved from separate teams to being shared among developers, and how tools have progressed from periodic testing to continuous monitoring and automation. The document argues that DevSecOps is necessary now given the costs of data breaches and risks of vulnerabilities in open source components.
DevOps is a movement to change how IT is done by promoting collaboration between development and operations teams. It aims to reduce waste and improve delivery of software by making development and operations processes more efficient through automation, monitoring, and communication. The DevOps philosophy advocates enhancing software design with operational knowledge, building feedback loops from production into development to improve systems, and fostering a culture of shared responsibility. Key DevOps practices include accelerating the flow of changes to production through continuous integration, delivery, and deployment; adding development practices to operations like automated testing; and empowering developers to do production work to break down barriers between teams. DevOps uses tooling throughout the development and operations process to measure and monitor systems and provide feedback.
This document discusses DevSecOps, including what it is, why it is needed, and how to implement it. DevSecOps aims to integrate security into development tools and processes to promote a "secure by default" culture. It is needed because traditional security approaches cannot keep up with the rapid pace of DevOps. Implementing DevSecOps involves automating security checks and tests into the development pipeline and promoting collaboration between development, security, and operations teams. The document provides examples of tools that can be used and case studies of DevSecOps implementations.
DevOps is the act of managing two distinct but complementary areas of expertise: development and operations. Devops emphasizes collaboration and integration between app developers and IT operations professionals.These 10 business advantages of DevOps can help you see why it's important for organizations to adopt this methodology if they want to stay competitive in the digital economy.
- Stefan Streichsbier is the CEO of GuardRails and a professional white-hat hacker who has identified severe shortcomings in security processes and technologies, leading him to create GuardRails.
- The document discusses the evolution of DevOps and increasing complexity, the state of security and how it needs to fit within modern development workflows, and introduces the concept of DevSecOps to address shortcomings and better integrate security.
- Key aspects of DevSecOps discussed include how to create, test, and monitor secure applications and empower development teams to build security in from the start rather than see it as a separate function. Automated security tools and the need to reduce noise and improve usability for developers is also
This document provides an introduction to DevOps fundamentals and principles. It discusses how DevOps aims to improve collaboration between development and operations teams. It notes that DevOps was being adopted more by development teams initially. It also highlights some of the business costs of bugs and issues in production environments, and how DevOps can help improve efficiency, reduce costs, and accelerate business agility.
[2022 DevOpsDays Taipei] 走過 DevOps 風雨的下一步Edward Kuo
?
This document discusses DevOpsDays Taipei 2022 and the evolution of DevOps. It notes that Taiwan held its first DevOpsDays conference in 2016, and since then DevOps has grown from a little discussed topic to one that most industries now talk about and implement. The document discusses challenges of DevOps like ensuring team members always have work to do and that Agile is not just about quickly writing code. It also discusses database challenges in DevOps like automated provisioning and monitoring. Overall it advocates that with DevOps, many streams can be accommodated, and that there is no single path but what works for each organization.
DevSecOps is a cultural change that incorporates security practices into software development through people, processes, and technologies. It aims to address security without slowing delivery by establishing secure-by-design approaches, automating security tools and processes, and promoting collaboration between developers, security engineers, and operations teams. As software and connected devices continue proliferating, application security must be a central focus of the development lifecycle through a DevSecOps methodology.
DevSecOps Training Bootcamp - A Practical DevSecOps CourseTonex
?
DevSecOps means integrating security practices into the DevOps workflow from the beginning. The goal is to make everyone responsible for security and implement security decisions at the same speed as development and operations. This helps find vulnerabilities early and improve overall security. Implementing DevSecOps requires planning, building, deploying, monitoring and improving security continuously. It provides benefits like improved compliance and identifying issues earlier.
What Is DevOps? | Introduction To DevOps | DevOps Tools | DevOps Tutorial | D...Edureka!
?
In this Edureka Devops tutorial, you will learn what is DevOps, and why it is the most efficient software development methodology today. The following topics have been covered in this tutorial:
1. Software Development Challenges
2. How Does DevOps Minimize Challenges?
3. DevOps Tools & Techniques
4. Demand For DevOps Engineers
Introduction of Continuous Integration (CI)
* Try to answer questions from developers, testers, team leaders, and managers.
* The topology and features of CI.
* How can CI reduce risks?
The document discusses Linux networking architecture and covers several key topics in 3 paragraphs or less:
It first describes the basic structure and layers of the Linux networking stack including the network device interface, network layer protocols like IP, transport layer, and sockets. It then discusses how network packets are managed in Linux through the use of socket buffers and associated functions. The document also provides an overview of the data link layer and protocols like Ethernet, PPP, and how they are implemented in Linux.
This document provides guidance on developing a connected device solution for a coffee cup called the Connected Cup using WSO2 IoT Server. It describes developing a device agent to display data on the cup, device APIs for communication, UI extensions, analytics processing, a device plugin, and a Carbon feature. Code samples and links are provided for each aspect including getting started with the Connected Cup sample.
透過簡單的攻擊範例,說明四種常見的 SQL Injection (Union Based Injection、Error Based Injection、Boolean Based Blind Injection、Time Based Blind Injection),並介紹一款常用的工具 sqlmap。
《 Test-Driven Development for Embedded C 》心得分享。
TDD(測試驅動開發)是任何開發人員應該掌握的編程實踐,開發者依照需求設計單元測試,然後編寫程式滿足測試,在快速密集的回饋循環中逐漸完善功能,並隨時維持良好的軟體品質。這種開發方式對於物件導向語言陣營的朋友來說應該不陌生,但由於開發環境的特性,使用程序語言的嵌入式平台開發者可能壓根沒聽過或者自認今生無緣。
希望這次交流能為嵌入式平台開發者介紹一些不同於以往的開發方式,打開每個通往敏捷軟體開發的可能。分享內容包含嵌入式TDD原理與策略,單元測試相關工具,如何斷開模組依賴關係,如何得到可測試的設計,以及實務上的建議。
17. 驗收測試看起來像...
Feature: 瀏覽權限
Scenario: 有權限瀏覽紀錄?
Given 設定可視網段192.168.1.0/24?
And 資料庫有?一筆192.168.1.10的紀錄?
When 使?用者按下查詢按鈕?
Then 顯?示 1 筆連線紀錄
Scenario: 無權限瀏覽紀錄?
Given 設定可視網段192.168.1.0/24?
And 資料庫有?一筆192.168.2.10的紀錄?
When 我按下查詢按鈕?
Then 顯?示 0 筆連線紀錄