[2021 DevDays]Microsoft Teams 整合 Azure DevOps之實務應用Edward Kuo
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此文档讨论了如何将 Microsoft Teams 与 Azure DevOps 集成,强调协作与信息共享在软件开发和运维中的重要性。文档介绍了 Azure DevOps 的多个工具,包括 Azure Boards、Pipelines、Repos 等,以及它们如何提升团队工作效率。最后,通过示例演示了如何在 Microsoft Teams 中使用 Azure DevOps 功能。
这份文档讨论了容器驱动开发的不同方面,包括如何在 Windows Server 上安装和配置容器、部署解决方案、不可变服务器的概念以及跨版本的单元测试。文中还涵盖了有关 IP2C API 和 SDK 的说明,以及使用 Docker 和 Windows 容器的最佳实践。重点强调了提高开发效率和安全性的策略。
The document discusses the challenges and approaches for monitoring Docker containers and applications, emphasizing the need for comprehensive monitoring that incorporates application and infrastructure data. It outlines various strategies for monitoring including proactive, reactive, and adaptive methods, and highlights important metrics such as CPU, memory, disk, and network statistics. A modular design is proposed for collecting and analyzing data through agents, ensuring efficient resource usage while providing meaningful insights from the collected statistics.
The document outlines the challenges of traditional data management and the advantages of using a containerization platform for databases. It presents a checklist for implementing a database containerization solution that includes considerations for application-aware infrastructure, data persistence management, and quality of service. The Robin Systems platform is highlighted as an application-defined data center software aimed at simplifying management and improving performance for data-centric applications.
[2021 DevDays]Microsoft Teams 整合 Azure DevOps之實務應用Edward Kuo
?
此文档讨论了如何将 Microsoft Teams 与 Azure DevOps 集成,强调协作与信息共享在软件开发和运维中的重要性。文档介绍了 Azure DevOps 的多个工具,包括 Azure Boards、Pipelines、Repos 等,以及它们如何提升团队工作效率。最后,通过示例演示了如何在 Microsoft Teams 中使用 Azure DevOps 功能。
这份文档讨论了容器驱动开发的不同方面,包括如何在 Windows Server 上安装和配置容器、部署解决方案、不可变服务器的概念以及跨版本的单元测试。文中还涵盖了有关 IP2C API 和 SDK 的说明,以及使用 Docker 和 Windows 容器的最佳实践。重点强调了提高开发效率和安全性的策略。
The document discusses the challenges and approaches for monitoring Docker containers and applications, emphasizing the need for comprehensive monitoring that incorporates application and infrastructure data. It outlines various strategies for monitoring including proactive, reactive, and adaptive methods, and highlights important metrics such as CPU, memory, disk, and network statistics. A modular design is proposed for collecting and analyzing data through agents, ensuring efficient resource usage while providing meaningful insights from the collected statistics.
The document outlines the challenges of traditional data management and the advantages of using a containerization platform for databases. It presents a checklist for implementing a database containerization solution that includes considerations for application-aware infrastructure, data persistence management, and quality of service. The Robin Systems platform is highlighted as an application-defined data center software aimed at simplifying management and improving performance for data-centric applications.
The document outlines a presentation by Apprenda and New Relic on the integration of their platforms to enhance enterprise IT capabilities through application monitoring and performance management. Apprenda provides a PaaS solution that optimizes application delivery by facilitating seamless integration across existing infrastructure while significantly reducing operational costs and improving development efficiency. The collaboration aims to enable enterprises to manage their application portfolio more effectively, accelerating digital transformation and minimizing time to market.
Going Cloud Native - It Takes a PlatformChip Childers
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Chip Childers discusses the significance of cloud-native technologies, emphasizing traits such as containerization, micro-services, automation, and high uptime. He outlines essential principles for effective cloud applications, including portability, continuous deployment, and minimal divergence between development and production. The role of platforms is highlighted, with a focus on how they create constraints that enable creativity and efficiency in deploying applications.
This document compares several cloud native infrastructure management solutions: Cloud Foundry, OpenStack, Docker, Mesos, and Kubernetes. It outlines the key details of each solution such as backing organization, year started, type of solution, and lock-in. It also summarizes the main strengths and weaknesses of each solution and ultimately recommends that Kubernetes shows the most promise for modern application development at enterprise scale.
Highly Available Persistent Applications in Containers - DockerCon16{code}
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The document discusses the challenges of running persistent applications in containers, particularly the issue of data loss when containers are removed. It introduces Docker volume plugins that enable data persistence by allowing external storage to be utilized, maintaining data integrity even if a container is lost. Solutions like the Rex-Ray client enhance storage orchestration, allowing data to remain intact and be reattached to new containers across different hosts.
Hybrid Cloud DevOps with Apprenda and UrbanCode DeployClaudia Ring
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The document outlines a partnership between Apprenda and IBM Urbancode to enhance hybrid and multi-cloud DevOps capabilities for enterprises. It highlights the challenges of application deployment in complex IT environments and showcases solutions provided by Apprenda's enterprise PaaS and IBM's cloud orchestration tools for efficient and agile application delivery. A demonstration of a hybrid application and its deployment processes further illustrates the integration of various technologies and teams working across cloud platforms.
Using containers to build a microservices architectureEric D. Schabell
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The document discusses the implementation of microservices architecture using containers, emphasizing the need for speed, reduced time to value, and value delivery through services. It highlights the importance of decentralized decision-making, breaking down applications into smaller services, and utilizing self-service infrastructure for effective software delivery. The focus is on optimizing processes to foster innovation and maintain competitive advantage in today's digital landscape.
The document discusses strategies for cost optimization in cloud-native applications, emphasizing the importance of speed and efficiency in development. It illustrates how to leverage cloud-native architectures, like microservices and containerization, to reduce costs while enhancing agility. Additionally, the presentation outlines various cost measurement techniques and examples of effective cloud management practices.
Poka-yoke is a failure-proof system that prevents defects in manufacturing and is integrated within the lean manufacturing framework. The document discusses how combining poka-yoke with DevOps can enhance process safety and reduce human error, making deployment easier and more accessible for developers. It emphasizes the importance of using a common language for infrastructure code and maintaining consistent processes across all types of code.
The document discusses the importance of applying agile principles beyond application delivery teams to include all technical teams, such as operations and architecture, in order to enhance delivery speed, quality, and customer value. It highlights that collaboration, intentional design, and DevOps practices can make architecture and operations more agile, leading to improved organizational efficacy. The presentation encourages a collective effort among technical teams to define their customers and deliver incremental value.
Cloud Native Patterns with Bluemix Developer ConsoleMatthew Perrins
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The document discusses the development of cloud-native applications with IBM's Bluemix platform, emphasizing its capabilities for rapid deployment and integration of services. It outlines various cloud-native architecture patterns, including backend for frontend (BFF) and microservices, while highlighting the challenges and solutions for building scalable applications. Additionally, it introduces the Bluemix developer console as a tool to streamline the application development process.
The document provides tips for proper email etiquette, including making the subject line specific, getting straight to the point in the email body, asking questions to get clarification and providing context, using proper spelling, grammar and punctuation, responding to emails swiftly, only attaching relevant files, proofreading before sending, using abbreviations and emoticons sparingly, not overusing cc, and not replying to spam emails. It was created by Devon, Alex, Ryan, and Eli as guidance for effective email communication.
Software Architecture for DevOps and Continuous DeliveryEberhard Wolff
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The document discusses software architecture for DevOps and continuous delivery, emphasizing key practices like automated testing, deployment automation, and system resilience. It outlines seven essential rules for effective architecture, such as maintaining small deployment units, ensuring interface compatibility, and integrating feature toggles for better release management. The presentation highlights the importance of business monitoring and operational metrics to drive informed decisions in software deployment.
This document summarizes a presentation on microservices architectures. It begins with an introduction to microservices and some of the benefits they provide like scalability and faster development. It then discusses challenges like configuration, tooling, discovery, routing, and observability. Examples are provided of microservices architectures at companies like Netflix, Twitter, and Gilt. Key aspects covered include programming languages, containerization, orchestration, and data stores.
The document discusses the rapid growth and adoption of container technology and cloud-native computing, with notable companies like Google and Facebook utilizing containers for large-scale operations. It also highlights the evolution of server infrastructure from physical servers to virtual machines, and then to cloud services and containerization, emphasizing the need for standardization and collaboration in the fragmented container landscape. Organizations such as the Open Container Initiative (OCI) and the Cloud Native Computing Foundation (CNCF) are pivotal in establishing standards and supporting the development of cloud-native technologies.
The document provides an overview of IBM's DevOps reference architecture, focusing on continuous customer feedback, collaborative development, and management processes essential for rapid software delivery and innovation. It outlines key principles, tools, and practices necessary for integrating DevOps across various application domains, including hybrid, microservices, and cloud environments. Additionally, it emphasizes the importance of metrics, analytics, and security in maintaining operational excellence and responsiveness to customer needs.
The Containers Ecosystem, the OpenStack Magnum Project, the Open Container In...Daniel Krook
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The document provides an overview of container technology, its evolution, and its integration with OpenStack through the Magnum project. It discusses the Open Container Initiative (OCI) and the Cloud Native Computing Foundation (CNCF), which aim to standardize container formats and orchestration technologies. The document emphasizes the importance of these standards for enhancing containerization strategies within OpenStack environments.
The document discusses the emerging "cloud-native" ecosystem centered around containers. It identifies key characteristics like containers as modular compute units and microservices architectures. Popular early solutions are mentioned like Docker, CoreOS, Kubernetes, and Mesosphere, but the ecosystem remains immature with issues around persistence, security, and lack of best practices. Standards are emerging that may drive further innovation, and containers still lack a "killer app" business case like virtualization had with consolidation. The document provides a taxonomy of the technology stack and lists many active companies and projects in different layers.
13 practical tips for writing secure golang applicationsKarthik Gaekwad
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The document presents a discussion on Go (Golang), emphasizing its efficiency and security features for building web applications and server management. It outlines essential tips for using Go securely, including memory management, type safety, code formatting, and protecting against common vulnerabilities like cross-site request forgery and SQL injection. Additionally, it highlights various tools and libraries, such as the Gorilla toolkit and security middleware, that enhance the development experience and security of Go applications.
2. Agenda
? About Me
? About 麻袋理财
? 独角兽成功秘诀
? 思考及解决方法
? 敏捷基础架构
? 微服务,What, How, Why?
? 颁滨/颁顿
? 麻袋理财的实践
? 总结
3. About Me
? 南京大学计算机科学与技术系硕士。
? 资深Java程序员,2003年开始从事J2EE开发,从软件开发做到架构设计。
? 08年加入EMC中国研究院,最高担任云平台主任研究员,长期从事云计算
创新技术解决方案设计和实现。
? 2015年9月加入麻袋理财,任首席架构师
? 在工作期间,分别在中国和美国提交了20+专利申请,其中”Data
provenance in computing infrastructure [United States
8,700,678]”, “Lightweight appliance for content storage [United
States 9,165,009]”和”Analytics platform for automated diagnosis,
remediation, and proactive supportability [United States
9,313,091]”分别在在2014/4,2015/10和2016/4被美国专利局正式授
权。
11. 正本清源
ROI
速度
架构 模块化 服务化 微服务
Dev 领域模型 系统设计 接口设计
DevTest 接口测试 集成测试 系统测试
DevOps CI CD 自动化
质量
架构 高可用 高性能 高安全
Dev 编码规范 单元测试 代码评审
DevTest 自动化测试 分支覆盖率 测试覆盖率
DevOps 系统监控 应用监控 业务监控
业务驱动技术 技术推动业务
12. 解决方案
? Cloud Native Application
? Cloud Native describes the patterns of high
performing organizations delivering software
faster, consistently and reliably at scale.
? Continuous delivery, DevOps, and
Microservices label the why, how and what of
the cloud natives.