基于SpringBoot+MVC+Redis+Freemarker+Jersey网上商城视频课程

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2018-03-06 08:16:53

基于SpringBoot+MVC+Redis+Freemarker+Jersey网上商城视频课程
第一节01.基于springboot的网上商城的需求和技术介绍
第二节02.开发环境的搭建及工程的搭建
第三节03.工程启动及使用SpringMVC
第四节04.springboot集成freemarker
第五节05.freemarker引入静态资源
第六节06.freemarker获取对象、集合、Map数据
第七节07.springboot集成mybatis
第八节08.数据库设计及商城管理后台首页设计
第九节09.用户信息查询：后台分页+条件查询
第一十节10.用户信息查询：前台页面展示
第一十一节11.批量添加用户信息
第一十二节12.批量导出查询结果
第一十三节13.用户信息添加
第一十四节14.使用nicevalidator和ajax验证表单
第一十五节15.用户信息修改
第一十六节16.用户信息删除
第一十七节17.使用redis作为查询缓存
第一十八节18.商品添加的界面设计
第一十九节19.jersey框架实现put请求的实现
第二十节20.分离文件服务器实现商品图片预览
第二十一节21.富文本编辑器实现商品详情图片的插入
第二十二节22.商品添加
第二十三节23.商品查询
第二十四节24.商品修改
第二十五节25.商品上架和下架
第二十六节26.商城首页展示
第二十七节27.商品详情展示
第二十八节28.购物车实现
第二十九节29.确认订单
第三十节30.总结

易拙言
10年IT行业工作经验,曾参医院综合能耗监管服务平台、电信电子运维系统、移动手机科技信息检索平台等大型Web项目,也曾管理几个团队, 具有4年教学经验,目前就职于某IT培训机构,负责JAVA,Android教学等工作.
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1. 介紹 2. I. Spring Boot文档 i. 1. 关于本文档 ii. 2. 获取帮助 iii. 3. 第一步 iv. 4. 使用Spring Boot v. 5. 了解Spring Boot特性 vi. 6. 迁移到生存环境 vii. 7. 高级主题 3. II. 开始 i. 8. Spring Boot介绍 ii. 9. 系统要求 i. 9.1. Servlet容器 iii. 10. Spring Boot安装 i. 10.1. 为Java开发者准备的安装指南 i. 10.1.1. Maven安装 ii. 10.1.2. Gradle安装 ii. 10.2. Spring Boot CLI安装 i. 10.2.1. 手动安装 ii. 10.2.2. 使用GVM安装 iii. 10.2.3. 使用OSX Homebrew进行安装 iv. 10.2.4. 使用MacPorts进行安装 v. 10.2.5. 命令行实现 vi. 10.2.6. Spring CLI示例快速入门 iii. 10.3. 从Spring Boot早期版本升级 iv. 11. 开发你的第一个Spring Boot应用 v. 11.1. 创建POM vi. 11.2. 添加classpath依赖 vii. 11.3. 编写代码 i. 11.3.1. @RestController和@RequestMapping注解 ii. 11.3.2. @EnableAutoConfiguration注解 iii. 11.3.3. main方法 viii. 11.4. 运行示例 ix. 11.5. 创建一个可执行jar x. 12. 接下来阅读什么 4. III. 使用Spring Boot i. 13. 构建系统 i. 13.1. Maven i. 13.1.1. 继承starter parent ii. 13.1.2. 使用没有父POM的Spring Boot iii. 13.1.3. 改变Java版本 iv. 13.1.4. 使用Spring Boot Maven插件 ii. 13.2. Gradle iii. 13.3. Ant iv. 13.4. Starter POMs ii. 14. 组织你的代码 i. 14.1. 使用"default"包 ii. 14.2. 定位main应用类 iii. 15. 配置类目錄 Spring Boot参考指南 2 i. 15.1. 导入其他配置类 ii. 15.2. 导入XML配置 iv. 16. 自动配置 i. 16.1. 逐步替换自动配置 ii. 16.2. 禁用特定的自动配置 v. 17. Spring Beans和依赖注入 vi. 18. 使用@SpringBootApplication注解 vii. 19. 运行应用程序 i. 19.1. 从IDE中运行 ii. 19.2. 作为一个打包后的应用运行 iii. 19.3. 使用Maven插件运行 iv. 19.4. 使用Gradle插件运行 v. 19.5. 热交换 viii. 20. 打包用于生产的应用程序 ix. 21. 接下来阅读什么 5. IV. Spring Boot特性 i. 22. SpringApplication i. 22.1. 自定义Banner ii. 22.2. 自定义SpringApplication iii. 22.3. 流畅的构建API iv. 22.4. Application事件和监听器 v. 22.5. Web环境 vi. 22.6. 命令行启动器 vii. 22.7. Application退出 ii. 23.外化配置 i. 23.1. 配置随机值 ii. 23.2. 访问命令行属性 iii. 23.3. Application属性文件 iv. 23.4. 特定的Profile属性 v. 23.5. 属性占位符 vi. 23.6. 使用YAML代替Properties i. 23.6.1. 加载YAML ii. 23.6.2. 在Spring环境中使用YAML暴露属性 iii. 23.6.3. Multi-profile YAML文档 iv. 23.6.4. YAML缺点 vii. 23.7. 类型安全的配置属性 i. 23.7.1. 第三方配置 ii. 23.7.2. 松散的绑定（Relaxed binding） iii. 23.7.3. @ConfigurationProperties校验 iii. 24. Profiles i. 24.1. 添加激活的配置(profiles) ii. 24.2.以编程方式设置profiles iii. 24.3. Profile特定配置文件 iv. 25. 日志 i. 25.1. 日志格式 ii. 25.2. 控制台输出 iii. 25.3. 文件输出 iv. 25.4. 日志级别 v. 25.5. 自定义日志配置 v. 26. 开发Web应用 i. 26.1. Spring Web MVC框架 i. 26.1.1. Spring MVC自动配置 ii. 26.1.2. HttpMessageConverters Spring Boot参考指南 3 iii. 26.1.3. MessageCodesResolver iv. 26.1.4. 静态内容 v. 26.1.5. 模板引擎 vi. 26.1.6. 错误处理 vii. 26.1.7. Spring HATEOAS ii. 26.2. JAX-RS和Jersey iii. 26.3. 内嵌servlet容器支持 i. 26.3.1. Servlets和Filters ii. 26.3.2. EmbeddedWebApplicationContext iii. 26.3.3. 自定义内嵌servlet容器 iv. 26.3.4. JSP的限制 vi. 27. 安全 vii. 28. 使用SQL数据库 i. 28.1. 配置DataSource i. 28.1.1. 对内嵌数据库的支持 ii. 28.1.2. 连接到一个生产环境数据库 iii. 28.1.3. 连接到一个JNDI数据库 ii. 28.2. 使用JdbcTemplate iii. 28.3. JPA和Spring Data i. 28.3.1. 实体类 ii. 28.3.2. Spring Data JPA仓库 iii. 28.3.3. 创建和删除JPA数据库 viii. 29. 使用NoSQL技术 i. 29.1. Redis i. 29.1.1. 连接Redis ii. 29.2. MongoDB i. 29.2.1. 连接MongoDB数据库 ii. 29.2.2. MongoDBTemplate iii. 29.2.3. Spring Data MongoDB仓库 iii. 29.3. Gemfire iv. 29.4. Solr i. 29.4.1. 连接Solr ii. 29.4.2. Spring Data Solr仓库 v. 29.5. Elasticsearch i. 29.5.1. 连接Elasticsearch ii. 29.5.2. Spring Data Elasticseach仓库 ix. 30. 消息 i. 30.1. JMS i. 30.1.1. HornetQ支持 ii. 30.1.2. ActiveQ支持 iii. 30.1.3. 使用JNDI ConnectionFactory iv. 30.1.4. 发送消息 v. 30.1.5. 接收消息 x. 31. 发送邮件 xi. 32. 使用JTA处理分布式事务 i. 32.1. 使用一个Atomikos事务管理器 ii. 32.2. 使用一个Bitronix事务管理器 iii. 32.3. 使用一个J2EE管理的事务管理器 iv. 32.4. 混合XA和non-XA的JMS连接 v. 32.5. 支持可替代的内嵌事务管理器 xii. 33. Spring集成 xiii. 34. 基于JMX的监控和管理 xiv. 35. 测试 Spring Boot参考指南 4 i. 35.1. 测试作用域依赖 ii. 35.2. 测试Spring应用 iii. 35.3. 测试Spring Boot应用 i. 35.3.1. 使用Spock测试Spring Boot应用 iv. 35.4. 测试工具 i. 35.4.1. ConfigFileApplicationContextInitializer ii. 35.4.2. EnvironmentTestUtils iii. 35.4.3. OutputCapture iv. 35.4.4. TestRestTemplate xv. 36. 开发自动配置和使用条件 i. 36.1. 理解auto-configured beans ii. 36.2. 定位auto-configuration候选者 iii. 36.3. Condition注解 i. 36.3.1. Class条件 ii. 36.3.2. Bean条件 iii. 36.3.3. Property条件 iv. 36.3.4. Resource条件 v. 36.3.5. Web Application条件 vi. 36.3.6. SpEL表达式条件 xvi. 37. WebSockets xvii. 38. 接下来阅读什么 6. V. Spring Boot执行器: Production-ready特性 i. 39. 开启production-ready特性 ii. 40. 端点 i. 40.1. 自定义端点 ii. 40.2. 健康信息 iii. 40.3. 安全与HealthIndicators i. 40.3.1. 自动配置的HealthIndicators ii. 40.3.2. 编写自定义HealthIndicators iv. 40.4. 自定义应用info信息 i. 40.4.1. 在构建时期自动扩展info属性 ii. 40.4.2. Git提交信息 iii. 41. 基于HTTP的监控和管理 i. 41.1. 保护敏感端点 ii. 41.2. 自定义管理服务器的上下文路径 iii. 41.3. 自定义管理服务器的端口 iv. 41.4. 自定义管理服务器的地址 v. 41.5. 禁用HTTP端点 vi. 41.6. HTTP Health端点访问限制 iv. 42. 基于JMX的监控和管理 i. 42.1. 自定义MBean名称 ii. 42.2. 禁用JMX端点 iii. 42.3. 使用Jolokia通过HTTP实现JMX远程管理 i. 42.3.1. 自定义Jolokia ii. 42.3.2. 禁用Jolokia iv. 43. 使用远程shell来进行监控和管理 i. 43.1. 连接远程shell i. 43.1.1. 远程shell证书 ii. 43.2. 扩展远程shell i. 43.2.1. 远程shell命令 ii. 43.2.2. 远程shell插件 v. 44. 度量指标（Metrics） i. 44.1. 系统指标 Spring Boot参考指南 5 ii. 44.2. 数据源指标 iii. 44.3. Tomcat session指标 iv. 44.4. 记录自己的指标 v. 44.5. 添加你自己的公共指标 vi. 44.6. 指标仓库 vii. 44.7. Dropwizard指标 viii. 44.8. 消息渠道集成 vi. 45. 审计 vii. 46. 追踪（Tracing） i. 46.1. 自定义追踪 viii. 47. 进程监控 i. 47.1. 扩展属性 ii. 47.2. 以编程方式 ix. 48. 接下来阅读什么 7. VI. 部署到云端 i. 49. Cloud Foundry i. 49.1. 绑定服务 ii. 50. Heroku iii. 51. Openshift iv. 52. Google App Engine v. 53. 接下来阅读什么 8. VII. Spring Boot CLI i. 54. 安装CLI ii. 55. 使用CLI i. 55.1. 使用CLI运行应用 i. 55.1.1. 推断"grab"依赖 ii. 55.1.2. 推断"grab"坐标 iii. 55.1.3. 默认import语句 iv. 55.1.4. 自动创建main方法 v. 55.1.5. 自定义"grab"元数据 ii. 55.2. 测试你的代码 iii. 55.3. 多源文件应用 iv. 55.4. 应用打包 v. 55.5. 初始化新工程 vi. 55.6. 使用内嵌shell vii. 55.7. 为CLI添加扩展 iii. 56. 使用Groovy beans DSL开发应用 iv. 57. 接下来阅读什么 9. VIII. 构建工具插件 i. 58. Spring Boot Maven插件 i. 58.1. 包含该插件 ii. 58.2. 打包可执行jar和war文件 ii. 59. Spring Boot Gradle插件 i. 59.1. 包含该插件 ii. 59.2. 声明不带版本的依赖 i. 59.2.1. 自定义版本管理 iii. 59.3. 默认排除规则 iv. 59.4. 打包可执行jar和war文件 v. 59.5. 就地（in-place）运行项目 vi. 59.6. Spring Boot插件配置 vii. 59.7. Repackage配置 viii. 59.8. 使用Gradle自定义配置进行Repackage i. 59.8.1. 配置选项 Spring Boot参考指南 6 ix. 59.9. 理解Gradle插件是如何工作的 iii. 60. 对其他构建系统的支持 i. 60.1. 重新打包存档 ii. 60.2. 内嵌的库 iii. 60.3. 查找main类 iv. 60.4. repackage实现示例 iv. 61. 接下来阅读什么 10. IX. How-to指南 i. 62. Spring Boot应用 i. 62.1. 解决自动配置问题 ii. 62.2. 启动前自定义Environment或ApplicationContext iii. 62.3. 构建ApplicationContext层次结构（添加父或根上下文 iv. 62.4. 创建一个非web（non-web）应用 ii. 63. 属性&配置 i. 63.1. 外部化SpringApplication配置 ii. 63.2. 改变应用程序外部配置文件的位置 iii. 63.3. 使用'short'命令行参数 iv. 63.4. 使用YAML配置外部属性 v. 63.5. 设置生效的Spring profiles vi. 63.6. 根据环境改变配置 vii. 63.7. 发现外部属性的内置选项 iii. 64. 内嵌的servlet容器 i. 64.1. 为应用添加Servlet，Filter或ServletContextListener ii. 64.2. 改变HTTP端口 iii. 64.3. 使用随机未分配的HTTP端口 iv. 64.4. 发现运行时的HTTP端口 v. 64.5. 配置SSL vi. 64.6. 配置Tomcat vii. 64.7. 启用Tomcat的多连接器（Multiple Connectors） viii. 64.8. 在前端代理服务器后使用Tomcat ix. 64.9. 使用Jetty替代Tomcat x. 64.10. 配置Jetty xi. 64.11. 使用Undertow替代Tomcat xii. 64.12. 配置Undertow xiii. 64.13. 启用Undertow的多监听器 xiv. 64.14. 使用Tomcat7 i. 64.14.1. 通过Maven使用Tomcat7 ii. 64.14.2. 通过Gradle使用Tomcat7 xv. 64.15. 使用Jetty8 i. 64.15.1. 通过Maven使用Jetty8 ii. 64.15.2. 通过Gradle使用Jetty8 xvi. 64.16. 使用@ServerEndpoint创建WebSocket端点 xvii. 64.17. 启用HTTP响应压缩 i. 64.17.1. 启用Tomcat的HTTP响应压缩 ii. 64.17.2. 使用GzipFilter开启HTTP响应压缩 iv. 65. Spring MVC i. 65.1. 编写一个JSON REST服务 ii. 65.2. 编写一个XML REST服务 iii. 65.3. 自定义Jackson ObjectMapper iv. 65.4. 自定义@ResponseBody渲染 v. 65.5. 处理Multipart文件上传 vi. 65.6. 关闭Spring MVC DispatcherServlet vii. 65.7. 关闭默认的MVC配置 Spring Boot参考指南 7 viii. 65.8. 自定义ViewResolvers v. 66. 日志 i. 66.1. 配置Logback ii. 66.2. 配置Log4j i. 66.2.1. 使用YAML或JSON配置Log4j2 vi. 67. 数据访问 i. 67.1. 配置一个数据源 ii. 67.2. 配置两个数据源 iii. 67.3. 使用Spring Data仓库 iv. 67.4. 从Spring配置分离@Entity定义 v. 67.5. 配置JPA属性 vi. 67.6. 使用自定义的EntityManagerFactory vii. 67.7. 使用两个EntityManagers viii. 67.8. 使用普通的persistence.xml ix. 67.9. 使用Spring Data JPA和Mongo仓库 x. 67.10. 将Spring Data仓库暴露为REST端点 vii. 68. 数据库初始化 i. 68.1. 使用JPA初始化数据库 ii. 68.2. 使用Hibernate初始化数据库 iii. 68.3. 使用Spring JDBC初始化数据库 iv. 68.4. 初始化Spring Batch数据库 v. 68.5. 使用一个高级别的数据迁移工具 i. 68.5.1. 启动时执行Flyway数据库迁移 ii. 68.5.2. 启动时执行Liquibase数据库迁移 viii. 69. 批处理应用 i. 69.1. 在启动时执行Spring Batch作业 ix. 70. 执行器（Actuator） i. 70.1. 改变HTTP端口或执行器端点的地址 ii. 70.2. 自定义'白标'（whitelabel，可以了解下相关理念）错误页面 x. 71. 安全 i. 71.1. 关闭Spring Boot安全配置 ii. 71.2. 改变AuthenticationManager并添加用户账号 iii. 71.3. 当前端使用代理服务器时，启用HTTPS xi. 72. 热交换 i. 72.1. 重新加载静态内容 ii. 72.2. 在不重启容器的情况下重新加载Thymeleaf模板 iii. 72.3. 在不重启容器的情况下重新加载FreeMarker模板 iv. 72.4. 在不重启容器的情况下重新加载Groovy模板 v. 72.5. 在不重启容器的情况下重新加载Velocity模板 vi. 72.6. 在不重启容器的情况下重新加载Java类 i. 72.6.1. 使用Maven配置Spring Loaded ii. 72.6.2. 使用Gradle和IntelliJ配置Spring Loaded xii. 73. 构建 i. 73.1. 使用Maven自定义依赖版本 ii. 73.2. 使用Maven创建可执行JAR iii. 73.3. 创建其他的可执行JAR iv. 73.4. 在可执行jar运行时提取特定的版本 v. 73.5. 使用排除创建不可执行的JAR vi. 73.6. 远程调试一个使用Maven启动的Spring Boot项目 vii. 73.7. 远程调试一个使用Gradle启动的Spring Boot项目 viii. 73.8. 使用Ant构建可执行存档（archive） ix. 73.9. 如何使用Java6 i. 73.9.1. 内嵌Servlet容器兼容性 Spring Boot参考指南 8 ii. 73.9.2. JTA API兼容性 xiii. 74. 传统部署 i. 74.1. 创建一个可部署的war文件 ii. 74.2. 为老的servlet容器创建一个可部署的war文件 iii. 74.3. 将现有的应用转换为Spring Boot iv. 74.4. 部署WAR到Weblogic v. 74.5. 部署WAR到老的(Servlet2.5)容器 11. X.附录 i. 附录A. 常见应用属性 ii. 附录B. 配置元数据 i. 附录B.1. 元数据格式 i. 附录B.1.1. Group属性 ii. 附录B.1.2. Property属性 iii. 附录B.1.3. 可重复的元数据节点 ii. 附录B.2. 使用注解处理器产生自己的元数据 i. 附录 B.2.1. 内嵌属性 ii. 附录 B.2.2. 添加其他的元数据 iii. 附录C. 自动配置类 i. 附录 C.1. 来自spring-boot-autoconfigure模块 ii. 附录C.2. 来自spring-boot-actuator模块 iv. 附录D. 可执行jar格式 i. 附录D.1. 内嵌JARs i. 附录D.1.1. 可执行jar文件结构 ii. 附录D.1.2. 可执行war文件结构 ii. 附录D.2. Spring Boot的"JarFile"类 i. 附录D.2.1. 对标准Java "JarFile"的兼容性 iii. 附录D.3. 启动可执行jars i. 附录D.3.1 Launcher manifest ii. 附录D.3.2. 暴露的存档 iv. 附录D.4. PropertiesLauncher特性 v. 附录D.5. 可执行jar的限制 i. 附录D.5.1. Zip实体压缩 ii. 附录D.5.2. 系统ClassLoader vi. 附录D.6. 可替代的单一jar解决方案

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I. Spring Boot Documentation 1. About the Documentation 2. Getting Help 3. First Steps 4. Working with Spring Boot 5. Learning about Spring Boot Features 6. Moving to Production 7. Advanced Topics II. Getting Started 8. Introducing Spring Boot 9. System Requirements 9.1. Servlet Containers 10. Installing Spring Boot 10.1. Installation Instructions for the Java Developer 10.1.1. Maven Installation 10.1.2. Gradle Installation 10.2. Installing the Spring Boot CLI 10.2.1. Manual Installation 10.2.2. Installation with SDKMAN! 10.2.3. OSX Homebrew Installation 10.2.4. MacPorts Installation 10.2.5. Command-line Completion 10.2.6. Quick-start Spring CLI Example 10.3. Upgrading from an Earlier Version of Spring Boot 11. Developing Your First Spring Boot Application 11.1. Creating the POM 11.2. Adding Classpath Dependencies 11.3. Writing the Code 11.3.1. The @RestController and @RequestMapping Annotations 11.3.2. The @EnableAutoConfiguration Annotation 11.3.3. The “main” Method 11.4. Running the Example 11.5. Creating an Executable Jar 12. What to Read Next III. Using Spring Boot 13. Build Systems 13.1. Dependency Management 13.2. Maven 13.2.1. Inheriting the Starter Parent 13.2.2. Using Spring Boot without the Parent POM 13.2.3. Using the Spring Boot Maven Plugin 13.3. Gradle 13.4. Ant 13.5. Starters 14. Structuring Your Code 14.1. Using the “default” Package 14.2. Locating the Main Application Class 15. Configuration Classes 15.1. Importing Additional Configuration Classes 15.2. Importing XML Configuration 16. Auto-configuration 16.1. Gradually Replacing Auto-configuration 16.2. Disabling Specific Auto-configuration Classes 17. Spring Beans and Dependency Injection 18. Using the @SpringBootApplication Annotation 19. Running Your Application 19.1. Running from an IDE 19.2. Running as a Packaged Application 19.3. Using the Maven Plugin 19.4. Using the Gradle Plugin 19.5. Hot Swapping 20. Developer Tools 20.1. Property Defaults 20.2. Automatic Restart 20.2.1. Logging changes in condition evaluation 20.2.2. Excluding Resources 20.2.3. Watching Additional Paths 20.2.4. Disabling Restart 20.2.5. Using a Trigger File 20.2.6. Customizing the Restart Classloader 20.2.7. Known Limitations 20.3. LiveReload 20.4. Global Settings 20.5. Remote Applications 20.5.1. Running the Remote Client Application 20.5.2. Remote Update 21. Packaging Your Application for Production 22. What to Read Next IV. Spring Boot features 23. SpringApplication 23.1. Startup Failure 23.2. Customizing the Banner 23.3. Customizing SpringApplication 23.4. Fluent Builder API 23.5. Application Events and Listeners 23.6. Web Environment 23.7. Accessing Application Arguments 23.8. Using the ApplicationRunner or CommandLineRunner 23.9. Application Exit 23.10. Admin Features 24. Externalized Configuration 24.1. Configuring Random Values 24.2. Accessing Command Line Properties 24.3. Application Property Files 24.4. Profile-specific Properties 24.5. Placeholders in Properties 24.6. Using YAML Instead of Properties 24.6.1. Loading YAML 24.6.2. Exposing YAML as Properties in the Spring Environment 24.6.3. Multi-profile YAML Documents 24.6.4. YAML Shortcomings 24.7. Type-safe Configuration Properties 24.7.1. Third-party Configuration 24.7.2. Relaxed Binding 24.7.3. Merging Complex Types 24.7.4. Properties Conversion Converting durations 24.7.5. @ConfigurationProperties Validation 24.7.6. @ConfigurationProperties vs. @Value 25. Profiles 25.1. Adding Active Profiles 25.2. Programmatically Setting Profiles 25.3. Profile-specific Configuration Files 26. Logging 26.1. Log Format 26.2. Console Output 26.2.1. Color-coded Output 26.3. File Output 26.4. Log Levels 26.5. Custom Log Configuration 26.6. Logback Extensions 26.6.1. Profile-specific Configuration 26.6.2. Environment Properties 27. Developing Web Applications 27.1. The “Spring Web MVC Framework” 27.1.1. Spring MVC Auto-configuration 27.1.2. HttpMessageConverters 27.1.3. Custom JSON Serializers and Deserializers 27.1.4. MessageCodesResolver 27.1.5. Static Content 27.1.6. Welcome Page 27.1.7. Custom Favicon 27.1.8. Path Matching and Content Negotiation 27.1.9. ConfigurableWebBindingInitializer 27.1.10. Template Engines 27.1.11. Error Handling Custom Error Pages Mapping Error Pages outside of Spring MVC 27.1.12. Spring HATEOAS 27.1.13. CORS Support 27.2. The “Spring WebFlux Framework” 27.2.1. Spring WebFlux Auto-configuration 27.2.2. HTTP Codecs with HttpMessageReaders and HttpMessageWriters 27.2.3. Static Content 27.2.4. Template Engines 27.2.5. Error Handling Custom Error Pages 27.2.6. Web Filters 27.3. JAX-RS and Jersey 27.4. Embedded Servlet Container Support 27.4.1. Servlets, Filters, and listeners Registering Servlets, Filters, and Listeners as Spring Beans 27.4.2. Servlet Context Initialization Scanning for Servlets, Filters, and listeners 27.4.3. The ServletWebServerApplicationContext 27.4.4. Customizing Embedded Servlet Containers Programmatic Customization Customizing ConfigurableServletWebServerFactory Directly 27.4.5. JSP Limitations 28. Security 28.1. MVC Security 28.2. WebFlux Security 28.3. OAuth2 28.3.1. Client 28.3.2. Server 28.4. Actuator Security 28.4.1. Cross Site Request Forgery Protection 29. Working with SQL Databases 29.1. Configure a DataSource 29.1.1. Embedded Database Support 29.1.2. Connection to a Production Database 29.1.3. Connection to a JNDI DataSource 29.2. Using JdbcTemplate 29.3. JPA and “Spring Data” 29.3.1. Entity Classes 29.3.2. Spring Data JPA Repositories 29.3.3. Creating and Dropping JPA Databases 29.3.4. Open EntityManager in View 29.4. Using H2’s Web Console 29.4.1. Changing the H2 Console’s Path 29.5. Using jOOQ 29.5.1. Code Generation 29.5.2. Using DSLContext 29.5.3. jOOQ SQL Dialect 29.5.4. Customizing jOOQ 30. Working with NoSQL Technologies 30.1. Redis 30.1.1. Connecting to Redis 30.2. MongoDB 30.2.1. Connecting to a MongoDB Database 30.2.2. MongoTemplate 30.2.3. Spring Data MongoDB Repositories 30.2.4. Embedded Mongo 30.3. Neo4j 30.3.1. Connecting to a Neo4j Database 30.3.2. Using the Embedded Mode 30.3.3. Neo4jSession 30.3.4. Spring Data Neo4j Repositories 30.3.5. Repository Example 30.4. Gemfire 30.5. Solr 30.5.1. Connecting to Solr 30.5.2. Spring Data Solr Repositories 30.6. Elasticsearch 30.6.1. Connecting to Elasticsearch by Using Jest 30.6.2. Connecting to Elasticsearch by Using Spring Data 30.6.3. Spring Data Elasticsearch Repositories 30.7. Cassandra 30.7.1. Connecting to Cassandra 30.7.2. Spring Data Cassandra Repositories 30.8. Couchbase 30.8.1. Connecting to Couchbase 30.8.2. Spring Data Couchbase Repositories 30.9. LDAP 30.9.1. Connecting to an LDAP Server 30.9.2. Spring Data LDAP Repositories 30.9.3. Embedded In-memory LDAP Server 30.10. InfluxDB 30.10.1. Connecting to InfluxDB 31. Caching 31.1. Supported Cache Providers 31.1.1. Generic 31.1.2. JCache (JSR-107) 31.1.3. EhCache 2.x 31.1.4. Hazelcast 31.1.5. Infinispan 31.1.6. Couchbase 31.1.7. Redis 31.1.8. Caffeine 31.1.9. Simple 31.1.10. None 32. Messaging 32.1. JMS 32.1.1. ActiveMQ Support 32.1.2. Artemis Support 32.1.3. Using a JNDI ConnectionFactory 32.1.4. Sending a Message 32.1.5. Receiving a Message 32.2. AMQP 32.2.1. RabbitMQ support 32.2.2. Sending a Message 32.2.3. Receiving a Message 32.3. Apache Kafka Support 32.3.1. Sending a Message 32.3.2. Receiving a Message 32.3.3. Additional Kafka Properties 33. Calling REST Services with RestTemplate 33.1. RestTemplate Customization 34. Calling REST Services with WebClient 34.1. WebClient Customization 35. Validation 36. Sending Email 37. Distributed Transactions with JTA 37.1. Using an Atomikos Transaction Manager 37.2. Using a Bitronix Transaction Manager 37.3. Using a Narayana Transaction Manager 37.4. Using a Java EE Managed Transaction Manager 37.5. Mixing XA and Non-XA JMS Connections 37.6. Supporting an Alternative Embedded Transaction Manager 38. Hazelcast 39. Quartz Scheduler 40. Spring Integration 41. Spring Session 42. Monitoring and Management over JMX 43. Testing 43.1. Test Scope Dependencies 43.2. Testing Spring Applications 43.3. Testing Spring Boot Applications 43.3.1. Detecting Web Application Type 43.3.2. Detecting Test Configuration 43.3.3. Excluding Test Configuration 43.3.4. Testing with a running server 43.3.5. Using JMX 43.3.6. Mocking and Spying Beans 43.3.7. Auto-configured Tests 43.3.8. Auto-configured JSON Tests 43.3.9. Auto-configured Spring MVC Tests 43.3.10. Auto-configured Spring WebFlux Tests 43.3.11. Auto-configured Data JPA Tests 43.3.12. Auto-configured JDBC Tests 43.3.13. Auto-configured jOOQ Tests 43.3.14. Auto-configured Data MongoDB Tests 43.3.15. Auto-configured Data Neo4j Tests 43.3.16. Auto-configured Data Redis Tests 43.3.17. Auto-configured Data LDAP Tests 43.3.18. Auto-configured REST Clients 43.3.19. Auto-configured Spring REST Docs Tests Auto-configured Spring REST Docs Tests with Mock MVC Auto-configured Spring REST Docs Tests with REST Assured 43.3.20. User Configuration and Slicing 43.3.21. Using Spock to Test Spring Boot Applications 43.4. Test Utilities 43.4.1. ConfigFileApplicationContextInitializer 43.4.2. TestPropertyValues 43.4.3. OutputCapture 43.4.4. TestRestTemplate 44. WebSockets 45. Web Services 46. Creating Your Own Auto-configuration 46.1. Understanding Auto-configured Beans 46.2. Locating Auto-configuration Candidates 46.3. Condition Annotations 46.3.1. Class Conditions 46.3.2. Bean Conditions 46.3.3. Property Conditions 46.3.4. Resource Conditions 46.3.5. Web Application Conditions 46.3.6. SpEL Expression Conditions 46.4. Testing your Auto-configuration 46.4.1. Simulating a Web Context 46.4.2. Overriding the Classpath 46.5. Creating Your Own Starter 46.5.1. Naming 46.5.2. autoconfigure Module 46.5.3. Starter Module 47. Kotlin support 47.1. Requirements 47.2. Null-safety 47.3. Kotlin API 47.3.1. runApplication 47.3.2. Extensions 47.4. Dependency management 47.5. @ConfigurationProperties 47.6. Testing 47.7. Resources 47.7.1. Further reading 47.7.2. Examples 48. What to Read Next V. Spring Boot Actuator: Production-ready features 49. Enabling Production-ready Features 50. Endpoints 50.1. Enabling Endpoints 50.2. Exposing Endpoints 50.3. Securing HTTP Endpoints 50.4. Configuring Endpoints 50.5. Hypermedia for Actuator Web Endpoints 50.6. Actuator Web Endpoint Paths 50.7. CORS Support 50.8. Implementing Custom Endpoints 50.8.1. Receiving Input Input type conversion 50.8.2. Custom Web Endpoints Web Endpoint Request Predicates Path HTTP method Consumes Produces Web Endpoint Response Status Web Endpoint Range Requests Web Endpoint Security 50.8.3. Servlet endpoints 50.8.4. Controller endpoints 50.9. Health Information 50.9.1. Auto-configured HealthIndicators 50.9.2. Writing Custom HealthIndicators 50.9.3. Reactive Health Indicators 50.9.4. Auto-configured ReactiveHealthIndicators 50.10. Application Information 50.10.1. Auto-configured InfoContributors 50.10.2. Custom Application Information 50.10.3. Git Commit Information 50.10.4. Build Information 50.10.5. Writing Custom InfoContributors 51. Monitoring and Management over HTTP 51.1. Customizing the Management Endpoint Paths 51.2. Customizing the Management Server Port 51.3. Configuring Management-specific SSL 51.4. Customizing the Management Server Address 51.5. Disabling HTTP Endpoints 52. Monitoring and Management over JMX 52.1. Customizing MBean Names 52.2. Disabling JMX Endpoints 52.3. Using Jolokia for JMX over HTTP 52.3.1. Customizing Jolokia 52.3.2. Disabling Jolokia 53. Loggers 53.1. Configure a Logger 54. Metrics 54.1. Getting started 54.2. Supported monitoring systems 54.2.1. Atlas 54.2.2. Datadog 54.2.3. Ganglia 54.2.4. Graphite 54.2.5. Influx 54.2.6. JMX 54.2.7. New Relic 54.2.8. Prometheus 54.2.9. SignalFx 54.2.10. Simple 54.2.11. StatsD 54.2.12. Wavefront 54.3. Supported Metrics 54.3.1. Spring MVC Metrics 54.3.2. Spring WebFlux Metrics 54.3.3. RestTemplate Metrics 54.3.4. Cache Metrics 54.3.5. DataSource Metrics 54.3.6. RabbitMQ Metrics 54.4. Registering custom metrics 54.5. Customizing individual metrics 54.5.1. Per-meter properties 54.6. Metrics endpoint 55. Auditing 56. HTTP Tracing 56.1. Custom HTTP tracing 57. Process Monitoring 57.1. Extending Configuration 57.2. Programmatically 58. Cloud Foundry Support 58.1. Disabling Extended Cloud Foundry Actuator Support 58.2. Cloud Foundry Self-signed Certificates 58.3. Custom context path 59. What to Read Next VI. Deploying Spring Boot Applications 60. Deploying to the Cloud 60.1. Cloud Foundry 60.1.1. Binding to Services 60.2. Heroku 60.3. OpenShift 60.4. Amazon Web Services (AWS) 60.4.1. AWS Elastic Beanstalk Using the Tomcat Platform Using the Java SE Platform 60.4.2. Summary 60.5. Boxfuse and Amazon Web Services 60.6. Google Cloud 61. Installing Spring Boot Applications 61.1. Supported Operating Systems 61.2. Unix/Linux Services 61.2.1. Installation as an init.d Service (System V) Securing an init.d Service 61.2.2. Installation as a systemd Service 61.2.3. Customizing the Startup Script Customizing the Start Script when It Is Written Customizing a Script When It Runs 61.3. Microsoft Windows Services 62. What to Read Next VII. Spring Boot CLI 63. Installing the CLI 64. Using the CLI 64.1. Running Applications with the CLI 64.1.1. Deduced “grab” Dependencies 64.1.2. Deduced “grab” Coordinates 64.1.3. Default Import Statements 64.1.4. Automatic Main Method 64.1.5. Custom Dependency Management 64.2. Applications with Multiple Source Files 64.3. Packaging Your Application 64.4. Initialize a New Project 64.5. Using the Embedded Shell 64.6. Adding Extensions to the CLI 65. Developing Applications with the Groovy Beans DSL 66. Configuring the CLI with settings.xml 67. What to Read Next VIII. Build tool plugins 68. Spring Boot Maven Plugin 68.1. Including the Plugin 68.2. Packaging Executable Jar and War Files 69. Spring Boot Gradle Plugin 70. Spring Boot AntLib Module 70.1. Spring Boot Ant Tasks 70.1.1. spring-boot:exejar 70.1.2. Examples 70.2. spring-boot:findmainclass 70.2.1. Examples 71. Supporting Other Build Systems 71.1. Repackaging Archives 71.2. Nested Libraries 71.3. Finding a Main Class 71.4. Example Repackage Implementation 72. What to Read Next IX. ‘How-to’ guides 73. Spring Boot Application 73.1. Create Your Own FailureAnalyzer 73.2. Troubleshoot Auto-configuration 73.3. Customize the Environment or ApplicationContext Before It Starts 73.4. Build an ApplicationContext Hierarchy (Adding a Parent or Root Context) 73.5. Create a Non-web Application 74. Properties and Configuration 74.1. Automatically Expand Properties at Build Time 74.1.1. Automatic Property Expansion Using Maven 74.1.2. Automatic Property Expansion Using Gradle 74.2. Externalize the Configuration of SpringApplication 74.3. Change the Location of External Properties of an Application 74.4. Use ‘Short’ Command Line Arguments 74.5. Use YAML for External Properties 74.6. Set the Active Spring Profiles 74.7. Change Configuration Depending on the Environment 74.8. Discover Built-in Options for External Properties 75. Embedded Web Servers 75.1. Use Another Web Server 75.2. Disabling the Web Server 75.3. Configure Jetty 75.4. Add a Servlet, Filter, or Listener to an Application 75.4.1. Add a Servlet, Filter, or Listener by Using a Spring Bean Disable Registration of a Servlet or Filter 75.4.2. Add Servlets, Filters, and Listeners by Using Classpath Scanning 75.5. Change the HTTP Port 75.6. Use a Random Unassigned HTTP Port 75.7. Discover the HTTP Port at Runtime 75.8. Configure SSL 75.9. Configure HTTP/2 75.9.1. HTTP/2 with Undertow 75.9.2. HTTP/2 with Jetty 75.9.3. HTTP/2 with Tomcat 75.10. Configure Access Logging 75.11. Running Behind a Front-end Proxy Server 75.11.1. Customize Tomcat’s Proxy Configuration 75.12. Configure Tomcat 75.13. Enable Multiple Connectors with Tomcat 75.14. Use Tomcat’s LegacyCookieProcessor 75.15. Configure Undertow 75.16. Enable Multiple Listeners with Undertow 75.17. Create WebSocket Endpoints Using @ServerEndpoint 75.18. Enable HTTP Response Compression 76. Spring MVC 76.1. Write a JSON REST Service 76.2. Write an XML REST Service 76.3. Customize the Jackson ObjectMapper 76.4. Customize the @ResponseBody Rendering 76.5. Handling Multipart File Uploads 76.6. Switch Off the Spring MVC DispatcherServlet 76.7. Switch off the Default MVC Configuration 76.8. Customize ViewResolvers 77. HTTP Clients 77.1. Configure RestTemplate to Use a Proxy 78. Logging 78.1. Configure Logback for Logging 78.1.1. Configure Logback for File-only Output 78.2. Configure Log4j for Logging 78.2.1. Use YAML or JSON to Configure Log4j 2 79. Data Access 79.1. Configure a Custom DataSource 79.2. Configure Two DataSources 79.3. Use Spring Data Repositories 79.4. Separate @Entity Definitions from Spring Configuration 79.5. Configure JPA Properties 79.6. Configure Hibernate Naming Strategy 79.7. Use a Custom EntityManagerFactory 79.8. Use Two EntityManagers 79.9. Use a Traditional persistence.xml File 79.10. Use Spring Data JPA and Mongo Repositories 79.11. Expose Spring Data Repositories as REST Endpoint 79.12. Configure a Component that is Used by JPA 79.13. Configure jOOQ with Two DataSources 80. Database Initialization 80.1. Initialize a Database Using JPA 80.2. Initialize a Database Using Hibernate 80.3. Initialize a Database 80.4. Initialize a Spring Batch Database 80.5. Use a Higher-level Database Migration Tool 80.5.1. Execute Flyway Database Migrations on Startup 80.5.2. Execute Liquibase Database Migrations on Startup 81. Messaging 81.1. Disable Transacted JMS Session 82. Batch Applications 82.1. Execute Spring Batch Jobs on Startup 83. Actuator 83.1. Change the HTTP Port or Address of the Actuator Endpoints 83.2. Customize the ‘whitelabel’ Error Page 84. Security 84.1. Switch off the Spring Boot Security Configuration 84.2. Change the UserDetailsService and Add User Accounts 84.3. Enable HTTPS When Running behind a Proxy Server 85. Hot Swapping 85.1. Reload Static Content 85.2. Reload Templates without Restarting the Container 85.2.1. Thymeleaf Templates 85.2.2. FreeMarker Templates 85.2.3. Groovy Templates 85.3. Fast Application Restarts 85.4. Reload Java Classes without Restarting the Container 86. Build 86.1. Generate Build Information 86.2. Generate Git Information 86.3. Customize Dependency Versions 86.4. Create an Executable JAR with Maven 86.5. Use a Spring Boot Application as a Dependency 86.6. Extract Specific Libraries When an Executable Jar Runs 86.7. Create a Non-executable JAR with Exclusions 86.8. Remote Debug a Spring Boot Application Started with Maven 86.9. Build an Executable Archive from Ant without Using spring-boot-antlib 87. Traditional Deployment 87.1. Create a Deployable War File 87.2. Convert an Existing Application to Spring Boot 87.3. Deploying a WAR to WebLogic 87.4. Use Jedis Instead of Lettuce X. Appendices A. Common application properties B. Configuration Metadata B.1. Metadata Format B.1.1. Group Attributes B.1.2. Property Attributes B.1.3. Hint Attributes B.1.4. Repeated Metadata Items B.2. Providing Manual Hints B.2.1. Value Hint B.2.2. Value Providers Any Class Reference Handle As Logger Name Spring Bean Reference Spring Profile Name B.3. Generating Your Own Metadata by Using the Annotation Processor B.3.1. Nested Properties B.3.2. Adding Additional Metadata C. Auto-configuration classes C.1. From the “spring-boot-autoconfigure” module C.2. From the “spring-boot-actuator-autoconfigure” module D. Test auto-configuration annotations E. The Executable Jar Format E.1. Nested JARs E.1.1. The Executable Jar File Structure E.1.2. The Executable War File Structure E.2. Spring Boot’s “JarFile” Class E.2.1. Compatibility with the Standard Java “JarFile” E.3. Launching Executable Jars E.3.1. Launcher Manifest E.3.2. Exploded Archives E.4. PropertiesLauncher Features E.5. Executable Jar Restrictions E.6. Alternative Single Jar Solutions F. Dependency versions

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