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A type-safe HTTP client for Android. Written based on OkHttp
Await | Flow | RxJava (Kotlin) |
RxJava (Java) |
---|---|---|---|
//await return User
//tryAwait return User?
val user = RxHttp.get("/server/..")
.add("key", "value")
.toAwait<User>()
.await()
//or awaitResult return kotlin.Result<T>
RxHttp.get("/server/..")
.add("key", "value")
.toAwait<User>()
.awaitResult {
//Success
}.onFailure {
//Failure
} |
RxHttp.get("/server/..")
.add("key", "value")
.toFlow<User>()
.catch {
//Failure
}.collect {
//Success
} |
RxHttp.get("/server/..")
.add("key", "value")
.toObservable<User>()
.subscribe({
//Success
}, {
//Failure
}) |
RxHttp.get("/server/..")
.add("key", "value")
.toObservable(User.class)
.subscribe(user - > {
//Success
}, throwable -> {
//Failure
}) |
-
Support kotlin coroutines, RxJava2, RxJava3
-
Support Gson, Xml, ProtoBuf, FastJson and other third-party data parsing tools
-
Supports automatic closure of requests in FragmentActivity, Fragment, View, ViewModel, and any class
-
Support global encryption and decryption, add common parameters and headers, network cache, all support a request set up separately
1、Adding dependencies and configurations
1、Add jitpack to your build.gradle
allprojects {
repositories {
maven { url "https://jitpack.io" }
}
}
2、Java 8 or higher
android {
compileOptions {
sourceCompatibility JavaVersion.VERSION_1_8
targetCompatibility JavaVersion.VERSION_1_8
}
}
3、Add RxHttp dependency
plugins {
// kapt/ksp choose one
// id 'kotlin-kapt'
id 'com.google.devtools.ksp' version '1.9.23-1.0.19'
}
dependencies {
def rxhttp_version = '3.2.6'
implementation 'com.squareup.okhttp3:okhttp:4.12.0'
implementation "com.github.liujingxing.rxhttp:rxhttp:$rxhttp_version"
// ksp/kapt/annotationProcessor choose one
ksp "com.github.liujingxing.rxhttp:rxhttp-compiler:$rxhttp_version"
}
implementation "com.github.liujingxing.rxhttp:converter-serialization:$rxhttp_version"
implementation "com.github.liujingxing.rxhttp:converter-fastjson:$rxhttp_version"
implementation "com.github.liujingxing.rxhttp:converter-jackson:$rxhttp_version"
implementation "com.github.liujingxing.rxhttp:converter-moshi:$rxhttp_version"
implementation "com.github.liujingxing.rxhttp:converter-protobuf:$rxhttp_version"
implementation "com.github.liujingxing.rxhttp:converter-simplexml:$rxhttp_version"
RxHttp + RxJava3
implementation 'io.reactivex.rxjava3:rxjava:3.1.6'
implementation 'io.reactivex.rxjava3:rxandroid:3.0.2'
implementation 'com.github.liujingxing.rxlife:rxlife-rxjava3:2.2.2' //RxJava3, Automatic close request
RxHttp + RxJava2
implementation 'io.reactivex.rxjava2:rxjava:2.2.8'
implementation 'io.reactivex.rxjava2:rxandroid:2.1.1'
implementation 'com.github.liujingxing.rxlife:rxlife-rxjava2:2.2.2' //RxJava2, Automatic close request
ksp passes the RxJava version
ksp {
arg("rxhttp_rxjava", "3.1.6")
}
Kapt passes the RxJava version
kapt {
arguments {
arg("rxhttp_rxjava", "3.1.6")
}
}
javaCompileOptions passes the RxJava version
android {
defaultConfig {
javaCompileOptions {
annotationProcessorOptions {
arguments = [
rxhttp_rxjava: '3.1.6',
]
}
}
}
}
ksp pass package name
ksp {
arg("rxhttp_package", "rxhttp.xxx")
}
kapt pass package name
kapt {
arguments {
arg("rxhttp_package", "rxhttp.xxx")
}
}
javaCompileOptions pass package name
android {
defaultConfig {
javaCompileOptions {
annotationProcessorOptions {
arguments = [
rxhttp_package: 'rxhttp.xxx'
]
}
}
}
}
Finally, rebuild the project, which is necessary
2、Initialize the SDK
This step is optional
RxHttpPlugins.init(OkHttpClient)
.setDebug(boolean)
.setOnParamAssembly(Consumer)
....
3、Configuration BaseUrl
This step is optional
public class Url {
//Add the @defaultDomain annotation to BASE_URL
@DefaultDomain
public static BASE_URL = "https://..."
}
4、Perform the requested
// java
RxHttp.get("/service/...") //1、You can choose get,postFrom,postJson etc
.addQuery("key", "value") //add query param
.addHeader("headerKey", "headerValue") //add request header
.toObservable(Student.class) //2、Use the toXxx method to determine the return value type, customizable
.subscribe(student -> { //3、Subscribing observer
//Success callback,Default IO thread
}, throwable -> {
//Abnormal callback
});
// kotlin
RxHttp.postForm("/service/...") //post FormBody
.add("key", "value") //add param to body
.addQuery("key1", "value1") //add query param
.addFile("file", File(".../1.png")) //add file to body
.toObservable<Student>()
.subscribe({ student ->
//Default IO thread
}, { throwable ->
})
// kotlin coroutine
val students = RxHttp.postJson("/service/...") //1、post {application/json; charset=utf-8}
.toAwaitList<Student>() //2、Use the toXxx method to determine the return value type, customizable
.await() //3、Get the return value, await is the suspend method
1、Close the request
//In Rxjava2 , Automatic close request
RxHttp.get("/service/...")
.toObservableString()
.as(RxLife.as(this)) //The Activity destroys and automatically closes the request
.subscribe(s -> {
//Default IO thread
}, throwable -> {
});
//In Rxjava3 , Automatic close request
RxHttp.get("/service/...")
.toObservableString()
.to(RxLife.to(this)) //The Activity destroys and automatically closes the request
.subscribe(s -> {
//Default IO thread
}, throwable -> {
});
//In RxJava2/RxJava3, close the request manually
Disposable disposable = RxHttp.get("/service/...")
.toObservableString()
.subscribe(s -> {
//Default IO thread
}, throwable -> {
});
disposable.dispose(); //Close the request at the appropriate time
If you are using RxHttp v2.2.8 or above the shrinking and obfuscation rules are included automatically. Otherwise you must manually add the options in rxhttp.pro.
If this project helps you a lot and you want to support the project's development and maintenance of this project, feel free to scan the following QR code for donation. Your donation is highly appreciated. Thank you!
Copyright 2019 liujingxing
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.