in applications: • Composite Metadata-- multiple, independently formatted metadata entries. • Routing — the route for a request. 1.2. Java Implementation The Java implementation for RSocket is built create("localhost", 7000)) .awaitSingle() RSocketMessageHandler supports composite and routing metadata by default. You can set its MetadataExtractor if you need to switch to a different mime interpret metadata. Composite metadata allows independently formatted metadata values (e.g. for routing, security, tracing) each with its own mime type. Applications need a way to configure metadata mime

Spring considers it when handling incoming web requests. The @RequestMapping annotation provides “routing” information. It tells Spring that any HTTP request with the / path should be mapped to the home available. By default, if you use the “Starters”, Logback is used for logging. Appropriate Logback routing is also included to ensure that dependent libraries that use Java Util Logging, Commons Logging userRepository.deleteById(userId); } } “WebMvc.fn”, the functional variant, separates the routing configuration from the actual handling of the requests, as shown in the following example: 112

Spring considers it when handling incoming web requests. The @RequestMapping annotation provides “routing” information. It tells Spring that any HTTP request with the / path should be mapped to the home available. By default, if you use the “Starters”, Logback is used for logging. Appropriate Logback routing is also included to ensure that dependent libraries that use Java Util Logging, Commons Logging userRepository.deleteById(userId); } } “WebMvc.fn”, the functional variant, separates the routing configuration from the actual handling of the requests, as shown in the following example: 111

Spring considers it when handling incoming web requests. The @RequestMapping annotation provides “routing” information. It tells Spring that any HTTP request with the / path should be mapped to the home available. By default, if you use the “Starters”, Logback is used for logging. Appropriate Logback routing is also included to ensure that dependent libraries that use Java Util Logging, Commons Logging userRepository.deleteById(userId); } } “WebMvc.fn”, the functional variant, separates the routing configuration from the actual handling of the requests, as shown in the following example: 111

Spring considers it when handling incoming web requests. The @RequestMapping annotation provides “routing” information. It tells Spring that any HTTP request with the / path should be mapped to the home available. By default, if you use the “Starters”, Logback is used for logging. Appropriate Logback routing is also included to ensure that dependent libraries that use Java Util Logging, Commons Logging userRepository.deleteById(userId); } } “WebMvc.fn”, the functional variant, separates the routing configuration from the actual handling of the requests, as shown in the following example: 112

Spring considers it when handling incoming web requests. The @RequestMapping annotation provides “routing” information. It tells Spring that any HTTP request with the / path should be mapped to the home available. By default, if you use the “Starters”, Logback is used for logging. Appropriate Logback routing is also included to ensure that dependent libraries that use Java Util Logging, Commons Logging userRepository.deleteById(userId); } } “WebMvc.fn”, the functional variant, separates the routing configuration from the actual handling of the requests, as shown in the following example: 112

Spring considers it when handling incoming web requests. The @RequestMapping annotation provides “routing” information. It tells Spring that any HTTP request with the / path should be mapped to the home available. By default, if you use the “Starters”, Logback is used for logging. Appropriate Logback routing is also included to ensure that dependent libraries that use Java Util Logging, Commons Logging userRepository.deleteById(userId); } } “WebFlux.fn”, the functional variant, separates the routing configuration from the actual handling of the requests, as shown in the following example: 191

Spring considers it when handling incoming web requests. The @RequestMapping annotation provides “routing” information. It tells Spring that any HTTP request with the / path should be mapped to the home available. By default, if you use the “Starters”, Logback is used for logging. Appropriate Logback routing is also included to ensure that dependent libraries that use Java Util Logging, Commons Logging userRepository.deleteById(userId); } } “WebMvc.fn”, the functional variant, separates the routing configuration from the actual handling of the requests, as shown in the following example: 174

Spring considers it when handling incoming web requests. The @RequestMapping annotation provides “routing” information. It tells Spring that any HTTP request with the / path should be mapped to the home available. By default, if you use the “Starters”, Logback is used for logging. Appropriate Logback routing is also included to ensure that dependent libraries that use Java Util Logging, Commons Logging userRepository.deleteById(userId); } } “WebMvc.fn”, the functional variant, separates the routing configuration from the actual handling of the requests, as shown in the following example: 172

Spring considers it when handling incoming web requests. The @RequestMapping annotation provides “routing” information. It tells Spring that any HTTP request with the / path should be mapped to the home available. By default, if you use the “Starters”, Logback is used for logging. Appropriate Logback routing is also included to ensure that dependent libraries that use Java Util Logging, Commons Logging userRepository.deleteById(userId) } } “WebMvc.fn”, the functional variant, separates the routing configuration from the actual handling of the requests, as shown in the following example: 267