Tecnologias Free e Open Source na Plataforma Microsoft
Download as PPTX, PDF3 likes217 views
The document outlines the professional background and expertise of an individual involved in software development and consulting, highlighting their experience with Microsoft technologies and the .NET ecosystem. It provides insights into various tools, frameworks, and methodologies used in application lifecycle management, cloud computing, and open-source development. Additionally, it discusses the establishment of the Pantanet community aimed at fostering connections among tech professionals and students while promoting training and job opportunities.
Tecnologias Free e Open Source na Plataforma Microsoft
- 2. w w w . p a n t a n e t . n e t Trabalha com Consultoria, Análise e Desenvolvimento de sistemas Formado em Análise de Sistemas Pós Graduado com “MBA em Gestão Empresarial” Certificação MCSD em ALM (Application Lifecycle Management). Fundou o Grupo PantaNet MTAC (Microsoft Technical Audience Contributor)
- 3. w w w . p a n t a n e t . n e t - Tenho 38 anos, casado, 3 guri. - Sou desenvolvedor de sistemas há +20 anos. - Sou uruguaio, moro aqui há 13 anos. - Trabalho com tecnologias M$ há 18 anos. - Torcedor do Peñarol de Montevidéu. - Blogueiro, gamer, leitor contumaz e MTAC. - Falo 4 línguas. - Curioso ate ao ponto do patológico. - Membro da maior comunidade de.NET do estado, a Pantanet.
- 4. • Fundado em 2005 • Promover eventos e treinamentos com ênfase na plataforma Microsoft .Net; • Estreitar a relação entre estudantes, profissionais e empresas de TI; • Divulgar oportunidades de trabalho e estágio; • Portal PantaNet (www.pantanet.net); w w w . p a n t a n e t . n e t
- 6. Hoje…
- 13. “Nossa indústria não respeita tradição – ela somente respeita inovação” Satya Nadella CEO, Microsoft
- 15. Caminho do open source
- 16. .NET API for Hadoop WebClient .NET Compiler Platform ("Roslyn") .NET Map Reduce API for Hadoop .NET Micro Framework ASP.NET MVC ASP.NET Web API ASP.NET Web Pages ASP.NET SignalR MVVM Light Toolkit .NET Core 5 Orleans MEF (Managed Extensibility Framework) OWIN Authentication MiddlewareRx (Reactive Extensions) Orchard CMS Windows Azure .NET SDK Thinktecture IdentityManager WnsRecipe Mimekit Xamarin.Auth Xamarin.Mobile Couchbase for .NET Meet the people behind the .NET Foundation http://www.dotnetfoundation.org/teamhttp://www.dotnetfoundation.org @dotnetfdn Mailkit System.Drawing ASP.NET 5 Salesforce Toolkits for .NET NuGetKudu Cecil MSBuild
- 18. .NET Innovation Cross-PlatformOpen Source O caminho pro .NET .NET Core ASP.NET 5
- 20. http://windows.Microsoft.com Fácil de usuários adotarem & se manterem atualizados Core unificado e plataforma de apps A jornada de convergência Windows 10 Kernel do SO Convergido Modelo de desenvolvimento convergido
- 21. http://windows.Microsoft.com Phone Tablet Pequeno 2-em-1s (Tablet ou Laptop) Desktops & All-in-OnesPhablet Tablet Grande Laptop Clássico Xbox IoTSurface Hub Holografico Windows 10
- 22. http://windows.Microsoft.com Uma loja + Um Dev Center Reuso de código existenteUma SDK + Ferramenta Interface de Usuário adaptativa Inputs de Usuário naturais Uma Plataforma Universal do Windows (One Universal Windows Platform)
- 24. Little or no authentic connection to end consumer Customer/Client Systems of engagement (SoE) Systems of record (SoR) • Mobile experiences • Cloud backend • Monolythic LOB apps • On-premises
- 26. ALM – Application Lifecycle Management Agile Project Planning Desenvolvimento Ágil Xtreming Programming SCRUM KANBAN Integração Contínua Distributed Build Build Windows Workflow Integration Test Planning Test Execution Manual Test Runner Test Impact Analysis Coded UI Test Historical Debugging Gated Checkin Activity Diagram Modeling Projects Controle de Versão Architecture Explorer Sequence Diagram Component Diagram Use Case Diagram Layer Diagram Scalability ++ TFS Administration w/MMC Arquitetura de Software DevOps LEAN
- 27. ALM Application Lifecycle Management Gerenciamento do ciclo de vida da aplicação “Estratégia de ALM permite com ajuda de processos e ferramentas gerenciar todas as etapas do Desenvolvimento de Software.”
- 28. ALM Etapas - Planejamento - Gestão de Requisitos - Desenvolvimento - Testes - Build - Deploy - Manutenção e Operação - Monitoramento
- 29. Plan 1 Monitor + Learn ReleaseDevelop + Test 2 Development Production Ciclo de ALM 4 3
- 30. Inicia com uma idéia – e um planejamento de como tornar essa ideia em realidade … Manage work Develop + Test 1 Plan Project starts PlanTrack progress Definir processo Visão Requisitos Execução Backlog, tarefas Estimativas Ferramentas
- 31. Write Code Unit Testing 2 Build Version Control Build Verification Release Inicio da iteração, developers começam a transformar idéias em funcionalidades … Develop + Test Técnicas de código Design Patterns Arquitetura DDD, TDD Checkin, chekout Ratreabilidade BranchesDeploy Integração Continua
- 32. Cloud Load Testing Integration testing environment Automated functional testing environment 3 Pre-production environment Staging environment Monitor + Learn Quando todos testes passaram, a build is publicada nos ambientes de testes para cada estágio Release
- 33. Aprender e entender como os usuarios usam a app, como reparar rapidamente bugs Monitor + Learn 4 Monitor Feedback Plan the next iteration
- 34. Visual Studio Application Insights Detect issues, diagnose crashes and track usage in your web and mobile apps On Azure Portal Monitor ASP.NET, Java and other web apps and services Support for Android, iOS and Windows mobile apps Pricing details available now including free tier http://azure.microsoft.com/en-us/services/application-insights
- 35. Project Server Microsoft System Center Microsoft Azure SharePoint Source control Agile planning Test case management Build automation Continuous deployment Release management Load testing Lab management Feedback management Team collaboration Application telemetry Ferramentas
- 36. Runtimes + Languages .NET (C# / VB) HTML/JS C++ Others Tools Others Code
- 37. • Empowering developers to do more in the cloud • Hyper-scale software- defined storage • Containers and micro-service architectures like Docker— across hybrid cloud • Docker, Mesos, Marathon, CoreOS and more! Next-gen architectures • Many hyper-scale managed services today, e.g., HDInsight (Hadoop) on Win/Linux • Strong open source partner ecosystem • Hadoop, MySQL, Redis and more! Managed services • Support for multiple open source configuration management tools • Broad availability of SDKs and cross-platform tools for multiple languages • Integration with multiple tools like Vagrant, Packer, Jenkins, Eclipse and more! DevOps • Comprehensive data pipeline —from things (running Linux and BSD) to analytics • Powerful back end for all devices, RESTful interfaces, AMQP support • Azure IoT Hub, Azure Service Bus, Event Hubs, Notification Hubs, Stream Analytics, Apache Storm Internet of Things A lot is happening in the cloud a.k.a. “Open Source is Eating the Cloud”
- 38. Applications Clients Infrastructure Management Databases & Middleware App Frameworks & Tools DevOps PaaS & DevOps
- 39. Develop Developer Workstation Team Collaboration Build&Test Build/CI Test Deploy Configuration Monitor&Learn Monitor This graphic shows OSS and partner products that are integrated with the Microsoft DevOps solution Mixed Ecosystem Release
- 40. Ultimate Control Cost & Agility Virtual Machines VM Extensions + Containers VM Scale Sets PaaS on IaaS Container Services (in preview) IaaS PaaS on IaaS Bring your Linux VM Automate everything Elastic Declarative Stateless & Stateful All running in your Linux OS, leveraging the skills and tools you have, in Azure’s hyperscale platform Linux in Azure
- 41. Máquinas com Windows Server ou Linux em minutos Alta escalabilidade (1 a 1000 instâncias) Cobrança com base no tempo de uso Aberto e extensível Existem opções que incluem o sistema operacional juntamente com outros serviços (como SQL, por exemplo) Máquinas virtuais no Azure
- 42. Responsive repository for Linux image needs Packer + Azure CLI Purpose built KVM VMware Hyper-V Supporting your developers’ test needs Endorsed + partner stacks + community Discrete containers Pre-existing images Custom VHD Marketplace Docker Hub integration Linux image repository • Manage multiple images and disks in different storage accounts around the world • Geo-replicated storage with high failure tolerance • Easy access to Marketplace and Docker Hub to get the latest ecosystem bits for your testing needs • Support for text-described Linux images with Packer • Bring your own VHD from physical or VM images
- 43. Serviço • Ideia básica por trás do conceito de cloud computing
- 46. Physical Server Host OS Container Manager App Framework App A App A App Framework App B App B App B Physical Server Hypervisor Guest OS Guest OS App Framework App Framework App A App A Guest OS App Framework App B Host OS
- 47. Azure Stack • Baseado no conceito de nuvem híbrida • Recursos do Azure dentro de uma rede privada alguns dos recursos do Microsoft Azure • Máquinas virtuais, sites, storage • Ainda em Preview
- 50. Web Apps Mobile Apps API Management API Apps Logic Apps Notification Hubs Content Delivery Network (CDN) Media Services HDInsight Machine Learning Stream Analytics Data Factory Event Hubs Mobile Engagement Biztalk Services Hybrid Connections Service Bus Storage Queues Backup StorSimple Site Recovery Import/Export SQL Database DocumentDB Redis Cache Search Tables SQL Data Warehouse Azure AD Connect Health AD Privileged Identity Mngt Operational Insights Cloud Services Batch Remote App Service Fabric Visual Studio Application Insights Azure SDK Team Project Active Directory Multi-Factor Authentication Automation Portal Key Vault Store / Marketplace VM Image Gallery & VM Depot SECURITY & MANAGEMENT PLATFORM SERVICES HYBRID OPERATIONS
- 51. RESTAPI Offline sync Facebook Twitter Microsoft Google Azure Active Directory Windows iOS Android HTML 5/JS Xamarin PhoneGap Sencha WindowsAndroid Chrome iOS OSX In-AppKindle Backend code SQL MongoTables O365 Data Sync Salesforce Dynamics On-Premises
- 52. PaaS • Abordagem que enfatiza aspectos relacionados ao desenvolvimento de aplicações • Questões de infraestrutura não são priorizadas (geralmente o hardware necessário é contratado mediante opções oferecidas pelo fornecedor de cloud) • No caso da nuvem da Microsoft, as tecnologias Azure App Services e Azure Cloud Services correspondem às opções mais populares
- 53. Construção e consume de APIs na nuvem Web Apps Aplicações escaláveis Mobile Apps Mobile apps para qualquer dispositivo Automação de processos de negócio
- 54. Benefícios - App Services • Segurança a nível corporativo • Alta disponibilidade • Escalabilidade (automática ou não) • Load balancing • Suporte a muitas linguagens e plataformas • .NET, Node.js, Python, Ruby e outras • Facilidades no deployment contínuo • Integração com ferramentas de continuous delivery • Compatível com Git
- 56. ASP.NET Core 1.0 – Open source https://github.com/aspnet/Home
- 57. ASP.NET Core 1.0 – Roadmap
- 58. ASP.NET Core 1.0 – Estrutura geral
- 59. ASP.NET Core 1.0 – Estrutura dos projetos
- 60. ASP.NET Core 1.0 – Arquitetura
- 61. ASP.NET Core 1.0 – Hospedagem de soluções
- 62. ASP.NET Core 1.0 – Front-end
- 63. ASP.NET Core 1.0 – Outros recursos
- 65. Public Cloud Other CloudsOn Premises Private cloud Azure Service Fabric ASP.NET Core
- 66. 66
- 67. Browser-based applications Visual Studio tools for Apache Cordova Visual C++ for cross-platWin32 Desktop apps – WPF Universal Windows Apps .NET
- 68. .NET and Xamarin Share app logic across platforms 100% APIs exposed C# + XIB C# + AXML C# + XAML Native UI Native UI Native UI
- 69. Cordova tooling in Visual Studio Hybrid-HTML apps Cordova tooling in Visual Studio Black Box
- 77. .NET Simple, powerful and native
- 78. Microsoft.Phone Microsoft.Networking Windows.Storage Windows.Foundation Microsoft.Devices System.Data System.Windows System.Numerics System.Core System.ServiceModel System.Net System System.IO System.Linq System.Xml
- 79. MapKit UIKit iBeacon CoreGraphics CoreMotion System.Data System.Windows System.Numerics System.Core System.ServiceModel System.Net System System.IO System.Linq System.Xml
- 80. Text-to-speech ActionBar Printing Framework Renderscript NFC System.Data System.Windows System.Numerics System.Core System.ServiceModel System.Net System System.IO System.Linq System.Xml
- 81. Xamarin.iOS does full Ahead Of Time (AOT) compilation to produce an ARM binary for Apple’s App Store. Xamarin.Android takes advantage of Just In Time (JIT) compilation on the Android device.
- 85. <?xml version="1.0" encoding="UTF-8"?> <TabbedPage xmlns="http://xamarin.com/schemas/2014/forms" xmlns:x="http://schemas.microsoft.com/winfx/2009/xaml" x:Class="MyApp.MainPage"> <TabbedPage.Children> <ContentPage Title="Profile" Icon="Profile.png"> <StackLayout Spacing="20" Padding="20" VerticalOptions="Center"> <Entry Placeholder="Username" Text="{Binding Username}"/> <Entry Placeholder="Password" Text="{Binding Password}" IsPassword="true"/> <Button Text="Login" TextColor="White" BackgroundColor="#77D065" Command="{Binding LoginCommand}"/> </StackLayout> </ContentPage> <ContentPage Title="Settings" Icon="Settings.png"> <!-- Settings --> </ContentPage> </TabbedPage.Children>
- 87. Shared C# codebase • 100% native API access • High performance Windows-specific C#Android-specific C#iOS-specific C# Shared C# Logic Java Android Studio in Android codebaseiOS codebase Objective-C XCode in C# Visual Studio in Windows codebase
- 90. Common Mobile API Speech Camera Settings Connectivity SMS Location Platform Native APIs
- 93. Platform Services Infrastructure Services Web Apps Mobile Apps API Management API Apps Logic Apps Notification Hubs Content Delivery Network (CDN) Media Services BizTalk Services Hybrid Connections Service Bus Storage Queues Hybrid Operations Backup StorSimple Azure Site Recovery Import/Export SQL Database DocumentDB Redis Cache Azure Search Storage Tables Data Warehouse Azure AD Health Monitoring AD Privileged Identity Management Operational Analytics Cloud Services Batch RemoteApp Service Fabric Visual Studio App Insights Azure SDK VS Online Domain Services HDInsight Machine Learning Stream Analytics Data Factory Event Hubs Mobile Engagement Data Lake IoT Hub Data Catalog Security & Management Azure Active Directory Multi-Factor Authentication Automation Portal Key Vault Store/ Marketplace VM Image Gallery & VM Depot Azure AD B2C Scheduler
- 95. Cortana Intelligence Suite Transform data into intelligent action Intelligence Dashboards & Visualizations Information Management Big Data Stores Machine Learning and Analytics CortanaEvent Hub HDInsight (Hadoop and Spark) Stream Analytics Data Sources Apps Sensors and devices Data Intelligence Action People Automated Systems Apps Web Mobile Bots Bot Framework SQL Data WarehouseData Catalog Data Lake Analytics Data Factory Machine Learning Data Lake Store Blob Store Cognitive Services Power BI
Editor's Notes
- #2: Dar uma visão geral Entender o conceito E as fases relacionadas O que precisa para adotar
- #3: - Apresentação minha
- #4: - Apresentação minha
- #5: Primeiramente gostaria de apresentar o grupo Pantanet...
- #7: Porque hoje vocês estão aqui como alunos...
- #8: Mas amanhã podem surgir várias oportunidades profissionais
- #9: É um trabalho gratificante que permite...
- #13: Remete a renovação, reinventar! É isso que queremos com as comunidades.
- #14: Esse cara é o responsável pela inovação na Microsoft
- #15: Levou para um outro caminho Mudou a visão da Microsoft A Microsoft entende isso e trabalha no sentido da interoperabilidade. Através da participação direta em projetos Open source
- #20: No windows 10 acontece isso. Foi convergido em uma única plataforma.
- #21: A convergencia da Plataforma é uma jornada que finaliza hoje Windows 10
- #24: O mundo mudou E com essa transformação também precisamos mudar a forma de desenvolver software Muitas mudanças acontecendo Vários desafios
- #26: Mas essas aplicações precisam também de um gerenciamento moderno… Onde podemos aplicar esses conceitos de gestão do ciclo de desenvolvimento Esses 3 conceitos são fundamentais hoje Isso fica num ciclo constante.
- #27: Aí entra o conceito de ALM
- #28: Levando ao pé da letra... Traduzindo Existe a junção de gestão de negócio com engenharia de software Estratégia ou processo de ALM Precisa de processos e ferramentas integradas para gerenciar. O que? Etapas para o seu projeto
- #29: E quais são as etapas
- #42: Slide Objectives: High-level selling points of virtual machines. Speaker Notes: Both Linux and Windows are supported. It’s important to reiterate on this as many developers are still not aware of this. Mention scaling at enterprise level using DSC, Puppet or Chef. Emphasize on the openness – we are not forcing your to lock on Microsoft technologies. Instead, Azure is more open than ever. You can leverage your existing skills, tools and services, and Azure is providing more and more first-class supports for them.
- #47: When you see “containers” you probably think of Docker. For good reason, Docker has essentially defined the container market. To understand what Docker is let’s start by looking at Containers. Containers are an isolated environment and isolated collection of resources that an application runs in. The resources are all the dependencies (DLL’s, configuration, etc.) that the application needs. Everything the application needs to run is in the container and it sees nothing on the host OS it is running on (except maybe an internet connection). Containers are therefore a unit of deployment. <click> A key benefit of containers is that they can startup almost instantly. The notion of “booting up” a guest OS doesn’t exist. The container just runs on top of the host OS. As a result, containers can startup almost instantly as compared to the startup period of a VM. And because everything is contained in this container, containers are easily repeatable and extremely reliable from one environment to the next. For example, I can run a container on my local dev box and have high confidence it will run the same when deployed to another machine, such as a VM running in Azure. <Click> As you can probably imagine, containers are extremely popular in dev/test scenarios. They are also great for micro-services. <click> To put a visual behind this, consider the architecture for a typical virtual machine. You have a physical server, hyper-visor and host OS. Then, each VM has it’s own guest OS that can be configured with applications and application frameworks. This is what you saw earlier in the presentation. <click> Now consider how a container is different. Physical Server with a host OS. However, notice there is not a guest OS. The container is essentially the application and it’s dependencies. Also notice that the app frameworks used by application A and application B are shared in this model. This is how instant startup is achieved. Note that there are more instances of the same App running on the physical server. This underlines that a container is a scale unit besides being an isolation mechanism. In a production development you would use a cluster of hosts, and have containers spread of the hosts.
- #49: When you see “containers” you probably think of Docker. For good reason, Docker has essentially defined the container market. To understand what Docker is let’s start by looking at Containers. Containers are an isolated environment and isolated collection of resources that an application runs in. The resources are all the dependencies (DLL’s, configuration, etc.) that the application needs. Everything the application needs to run is in the container and it sees nothing on the host OS it is running on (except maybe an internet connection). Containers are therefore a unit of deployment. <click> A key benefit of containers is that they can startup almost instantly. The notion of “booting up” a guest OS doesn’t exist. The container just runs on top of the host OS. As a result, containers can startup almost instantly as compared to the startup period of a VM. And because everything is contained in this container, containers are easily repeatable and extremely reliable from one environment to the next. For example, I can run a container on my local dev box and have high confidence it will run the same when deployed to another machine, such as a VM running in Azure. <Click> As you can probably imagine, containers are extremely popular in dev/test scenarios. They are also great for micro-services. <click> To put a visual behind this, consider the architecture for a typical virtual machine. You have a physical server, hyper-visor and host OS. Then, each VM has it’s own guest OS that can be configured with applications and application frameworks. This is what you saw earlier in the presentation. <click> Now consider how a container is different. Physical Server with a host OS. However, notice there is not a guest OS. The container is essentially the application and it’s dependencies. Also notice that the app frameworks used by application A and application B are shared in this model. This is how instant startup is achieved. Note that there are more instances of the same App running on the physical server. This underlines that a container is a scale unit besides being an isolation mechanism. In a production development you would use a cluster of hosts, and have containers spread of the hosts.
- #99: O objetivo dessa apresentação é mostrar o caminho Dar uma direção de por onde seguir na plataforma Microsoft
- #100: - Apresentação minha