JarCastingsimter-reactive-web
Simter reactive web extension. It's for webflux extension config.
1. Installation
<dependency>
<groupId>tech.simter.reactive</groupId>
<artifactId>simter-reactive-web</artifactId>
<version>${VERSION}</version>
</dependency>
2. Extensions
2.1. JwtWebFilter
A Jwt WebFilter for webflux.
- Enabled by
simter.jwt.require-authorized, it's default value isfalse. - Config the Jwt secret key by
simter.jwt.secret-key, it's default value istest. - Config the Jwt exclude array paths by
simter.jwt.exclude-paths, it's default value isnull.
2.2. WebFluxConfiguration
A 'WebFlux config API' implementation (implements WebFluxConfigurer interface). And some jackson global config:
-
Some global jackson config :
- Set serialization inclusion to
NON_NULL - Disable some features:
- DeserializationFeature.
FAIL_ON_UNKNOWN_PROPERTIES - DeserializationFeature.
ADJUST_DATES_TO_CONTEXT_TIME_ZONE - SerializationFeature.
WRITE_DATES_AS_TIMESTAMPS
- DeserializationFeature.
- Enable feature DeserializationFeature.
ACCEPT_EMPTY_STRING_AS_NULL_OBJECT - Add a custom
JavaTimeModuleif has dependencytech.simter:simter-jackson-javatime.It's a brand new java-time serialize and deserialize module with global config from simter-jackson-javatime, not the jackson standard
JavaTimeModulemodule. It's data-time format is for localize config, not the standard ISO format. The default data-time format is likeyyyy-MM-dd HH:mm, accurate to minute and without zone and offset info (global use local zone and offset default)
- Set serialization inclusion to
-
Add a
Jackson2JsonEncodertoWebFluxConfigurer/HttpMessageCodecs -
Add a
Jackson2JsonDecodertoWebFluxConfigurer/HttpMessageCodecs
2.3. DefaultDataBufferInserter
An extension of BodyInserter that allows for write data to body through default allocate DataBuffer.
Example:
override fun handle(request: ServerRequest): Mono<ServerResponse> {
return ok()
.contentType(APPLICATION_OCTET_STREAM)
.header("Content-Disposition", "attachment; filename=\"t.txt\"")
.body(DefaultDataBufferInserter {
// way 1: write something to this dataBuffer directly
// it.write(...)
// way 2: write something to outputStream from this dataBuffer
// val os: OutputStream = it.asOutputStream()
// write something to os, such as `os.write(...)`
})
}
3. Build
mvn clean package
