support Server-Sent Events. Consider using Spring’s WebSocket messaging with SockJS fallback transports (including SSE) that target a wide range of browsers. See also previous section for notes on exception origins: To enable this mode, you should provide * as the allowed origin value. In this mode, all transports are available. You can configure WebSocket and SockJS allowed origins, as the following example versions. For the full list of SockJS transport types and browsers, see the SockJS client page. Transports fall in three general categories: WebSocket, HTTP Streaming, and HTTP Long Polling. For an overview

application protocol for multiplexed, duplex communication over TCP, WebSocket, and other byte stream transports, using one of the following interaction models: • Request-Response — send one message and receive 1.2. Java Implementation The Java implementation for RSocket is built on Project Reactor. The transports for TCP and WebSocket are built on Reactor Netty. As a Reactive Streams library, Reactor simplifies

start with http:// or https://. In this mode, when SockJS is enabled, both IFrame and JSONP based transports are disabled. As a consequence, IE6 through IE9 are not supported when this mode is enabled. Allow origins: to enable this mode, you should provide * as the allowed origin value. In this mode, all transports are available. WebSocket and SockJS allowed origins can be configured as shown bellow: import techniques. For the full list of SockJS transport types and browsers see the SockJS client page. Transports fall in 3 general categories: WebSocket, HTTP Streaming, and HTTP Long Polling. For an overview

start with http:// or https://. In this mode, when SockJS is enabled, both IFrame and JSONP based transports are disabled. As a consequence, IE6 through IE9 are not supported when this mode is enabled. Allow origins: to enable this mode, you should provide * as the allowed origin value. In this mode, all transports are available. WebSocket and SockJS allowed origins can be configured as shown bellow: import techniques. For the full list of SockJS transport types and browsers see the SockJS client page. Transports fall in 3 general categories: WebSocket, HTTP Streaming, and HTTP Long Polling. For an overview

start with http:// or https://. In this mode, when SockJS is enabled, both IFrame and JSONP based transports are disabled. As a consequence, IE6 through IE9 are not supported when this mode is enabled. • origins: to enable this mode, you should provide * as the allowed origin value. In this mode, all transports are available. WebSocket and SockJS allowed origins can be configured as shown bellow: Spring Spring Framework Reference Documentation 4.3.26.RELEASE Spring Framework 638 SockJS client page. Transports fall in 3 general categories: WebSocket, HTTP Streaming, and HTTP Long Polling. For an overview

start with http:// or https://. In this mode, when SockJS is enabled, both IFrame and JSONP based transports are disabled. As a consequence, IE6 through IE9 are not supported when this mode is enabled. • origins: to enable this mode, you should provide * as the allowed origin value. In this mode, all transports are available. WebSocket and SockJS allowed origins can be configured as shown bellow: Spring Spring Framework Reference Documentation 4.3.2.RELEASE Spring Framework 631 SockJS client page. Transports fall in 3 general categories: WebSocket, HTTP Streaming, and HTTP Long Polling. For an overview

application protocol for multiplexed, duplex communication over TCP, WebSocket, and other byte stream transports, using one of the following interaction models: • Request-Response — send one message and receive 1.2. Java Implementation The Java implementation for RSocket is built on Project Reactor. The transports for TCP and WebSocket are built on Reactor Netty. As a Reactive Streams library, Reactor simplifies

QueryByExample Repositories Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 295 8.6.4. Transports . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Boot and considered as candidates for DataFetcher for matching top-level queries. 295 8.6.4. Transports HTTP and WebSocket The GraphQL HTTP endpoint is at HTTP POST /graphql by default. The path can "${spring.embedded.kafka.brokers}" 10.4. RSocket RSocket is a binary protocol for use on byte stream transports. It enables symmetric interaction models through async message passing over a single connection

QueryByExample Repositories support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 294 8.6.4. Transports . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Spring Boot and considered as candidates for DataFetcher for matching top-level queries. 8.6.4. Transports HTTP and WebSocket The GraphQL HTTP endpoint is at HTTP POST "/graphql" by default. The path "${spring.embedded.kafka.brokers}" 10.4. RSocket RSocket is a binary protocol for use on byte stream transports. It enables symmetric interaction models through async message passing over a single connection

QueryByExample Repositories Support . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 293 8.6.4. Transports . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Boot and considered as candidates for DataFetcher for matching top-level queries. 293 8.6.4. Transports HTTP and WebSocket The GraphQL HTTP endpoint is at HTTP POST "/graphql" by default. The path "${spring.embedded.kafka.brokers}" 10.4. RSocket RSocket is a binary protocol for use on byte stream transports. It enables symmetric interaction models through async message passing over a single connection