位开 发者，各位系统架构师，少走弯路。 阿里巴巴云原生应用平台负责人 - 丁宇（叔同） 在阿里中间件开源、自研、商业三位⼀体的战略中，微服务 DNS（Dubbo+Nacos+Spring-cloud- alibba/Sentinel/Seata）组合始终走在前列，引领着微服务领域的发展趋势。Nacos 作为核心引擎 孵化于 2008 年的阿里五彩石项目，自主研发完全可控，经历十多年双 11 来还 要被迫兼容更多不如我们的产品，这对我们来说是⼀个灾难。因此我们决定开源。 迎面而来的是第二个问题，开源的定位和竞争力是什么？ 内部三个产品的开源策略是什么？ 由于当时 Spring-cloud 的崛起，微服务多个模块逐步被划分，包括注册中心、配置中心，如果从 产品定位上，期望定位简单清晰，利于传播，我们需要分别开源我们内部产品，这样又会分散我们 品牌和运营资源。另外大部分客户没有阿 管理和服务管理平 台。由于我们在阿里内部发展了 10 年，在易用、规模、实时、稳定沉淀了核心竞争力，围绕阿里 Dubbo 和 Spring-cloud-alibaba 生态进行推广，建立阿里 DNS（Dubbo+Nacos+Spring- cloud-alibaba/Seata/Sentinel）微服务最佳实践。 随着我们选择三合⼀的开源模式，又面临另外⼀个问题，未来内部和商业化关系是什么，代码关系

monitoring Extend configuration Programmatically 48. What to read next VI. Deploying to the cloud 49. Cloud Foundry Binding to services 50. Heroku 51. Openshift 52. Google App Engine 53. What to read Chapter 7. Advanced topics Lastly, we have a few topics for the more advanced user. Deploy to the cloud: Cloud Foundry | Heroku | CloudBees Build tool plugins: Maven | Gradle Appendix: Application Properties HSQLDB database. spring-boot-starter-cloud- connectors Support for “Spring Cloud Connectors” which simplifies connecting to services in cloud platforms like Cloud Foundry and Heroku. spring-boot-starter-data-

Process monitoring Extend configuration Programmatically 57. Cloud Foundry support Disabling extended Cloud Foundry actuator support Cloud Foundry self signed certificates Custom security configuration configuration 58. What to read next VI. Deploying Spring Boot applications 59. Deploying to the cloud Cloud Foundry Binding to services Heroku OpenShift Amazon Web Services (AWS) AWS Elastic Beanstalk Using sources Reduce costs by setting the environment type Summary Boxfuse and Amazon Web Services Google Cloud 60. Installing Spring Boot applications Supported operating systems Unix/Linux services Installation

Process monitoring Extend configuration Programmatically 56. Cloud Foundry support Disabling extended Cloud Foundry actuator support Cloud Foundry self signed certificates Custom security configuration configuration 57. What to read next VI. Deploying Spring Boot applications 58. Deploying to the cloud Cloud Foundry Binding to services Heroku OpenShift Amazon Web Services (AWS) AWS Elastic Beanstalk Using sources Reduce costs by setting the environment type Summary Boxfuse and Amazon Web Services Google Cloud 59. Installing Spring Boot applications Supported operating systems Unix/Linux services Installation

Process monitoring Extend configuration Programmatically 57. Cloud Foundry support Disabling extended Cloud Foundry actuator support Cloud Foundry self signed certificates Custom security configuration configuration 58. What to read next VI. Deploying Spring Boot applications 59. Deploying to the cloud Cloud Foundry Binding to services Heroku OpenShift Amazon Web Services (AWS) AWS Elastic Beanstalk Using sources Reduce costs by setting the environment type Summary Boxfuse and Amazon Web Services Google Cloud 60. Installing Spring Boot applications Supported operating systems Unix/Linux services Installation

monitoring Extend configuration Programmatically 48. What to read next VI. Deploying to the cloud 49. Cloud Foundry Binding to services 50. Heroku 51. Openshift 52. Google App Engine 53. What to read Chapter 7. Advanced topics Lastly, we have a few topics for the more advanced user. Deploy to the cloud: Cloud Foundry | Heroku | CloudBees Build tool plugins: Maven | Gradle Appendix: Application Properties HSQLDB database. spring-boot-starter-cloud- connectors Support for “Spring Cloud Connectors” which simplifies connecting to services in cloud platforms like Cloud Foundry and Heroku. spring-boot-starter-data-

monitoring Extend configuration Programmatically 48. What to read next VI. Deploying to the cloud 49. Cloud Foundry Binding to services 50. Heroku 51. Openshift 52. Google App Engine 53. What to read Chapter 7. Advanced topics Lastly, we have a few topics for the more advanced user. Deploy to the cloud: Cloud Foundry | Heroku | CloudBees Build tool plugins: Maven | Gradle Appendix: Application Properties HSQLDB database. spring-boot-starter-cloud- connectors Support for “Spring Cloud Connectors” which simplifies connecting to services in cloud platforms like Cloud Foundry and Heroku. spring-boot-starter-data-

monitoring Extend configuration Programmatically 48. What to read next VI. Deploying to the cloud 49. Cloud Foundry Binding to services 50. Heroku 51. Openshift 52. Google App Engine 53. What to read Chapter 7. Advanced topics Lastly, we have a few topics for the more advanced user. Deploy to the cloud: Cloud Foundry | Heroku | CloudBees Build tool plugins: Maven | Gradle Appendix: Application Properties HSQLDB database. spring-boot-starter-cloud- connectors Support for “Spring Cloud Connectors” which simplifies connecting to services in cloud platforms like Cloud Foundry and Heroku. spring-boot-starter-data-

monitoring Extend configuration Programmatically 48. What to read next VI. Deploying to the cloud 49. Cloud Foundry Binding to services 50. Heroku 51. Openshift 52. Google App Engine 53. What to read Chapter 7. Advanced topics Lastly, we have a few topics for the more advanced user. Deploy to the cloud: Cloud Foundry | Heroku | CloudBees Build tool plugins: Maven | Gradle Appendix: Application Properties HSQLDB database. spring-boot-starter-cloud- connectors Support for “Spring Cloud Connectors” which simplifies connecting to services in cloud platforms like Cloud Foundry and Heroku. spring-boot-starter-data-

monitoring Extend configuration Programmatically 48. What to read next VI. Deploying to the cloud 49. Cloud Foundry Binding to services 50. Heroku 51. Openshift 52. Google App Engine 53. What to read Chapter 7. Advanced topics Lastly, we have a few topics for the more advanced user. Deploy to the cloud: Cloud Foundry | Heroku | CloudBees Build tool plugins: Maven | Gradle Appendix: Application Properties HSQLDB database. spring-boot-starter-cloud- connectors Support for “Spring Cloud Connectors” which simplifies connecting to services in cloud platforms like Cloud Foundry and Heroku. spring-boot-starter-data-