Source link: https://github.com/pakoito/RxActions

RxActions

RxActions is a library to smooth RxJava usage by functionally composing actions.

For the RxJava 2.X version please go to RxConsumers.

Rationale

Sometimes you have to describe side effects in your Observable chain, by means of doOnNext, doOnError, or even in the subscription. Writing several of those operators may incur on minimal performance penalties, and make the chain more verbose. RxActions allows you to combine those actions sequentially.

One acknowledged critique is that the composition can be done inlined and imperatively instead by using a lambda. That's not available on Java 1.6 versions without 3rd party tools, making it effectively more verbose.

Usage

RxActions comes as lazily evaluated ActionN and its main use case is for doOnNext, doOnError, and subscribe operators. Please note subscribe comes in several flavours that accept ActionN for better composability.

Log correct server response, cache it, and display on UI:

getApi().requestListFromServer()

.subscribe(RxActions.act(logElement(), cacheElements(), getUi.displayElements()));

Log an error to console, then display UI message:

getApi().requestListFromServer()

.subscribe(/* ... */,

  RxActions.act(logError(), getUi().displayErrorMessage()));

Log error, clear cache, and display a message before applying an error correction operator:

getApi().storeInDatabase()

.doOnError(RxActions.act(logError(), getUi().displayErrorMessage(), clearCache()))

.onErrorReturn(Collections.emptyList())

.subscribe(/* ... */);

Distribution

Add as a dependency to your build.gradle

repositories {

  ...
  maven {
 url "https://jitpack.io" 
}

  ... 
}
  dependencies {

  ...
  compile 'com.github.pakoito:RxActions:1.0.+'
  ... 
}

or to your pom.xml

<repositories>
  <repository>

<id>jitpack.io</id>

<url>https://jitpack.io</url>
  </repository> </repositories>  <dependency>
  <groupId>com.github.pakoito</groupId>
  <artifactId>RxActions</artifactId>
  <version>1.0.0</version> </dependency>

License

The Apache Software License, Version 2.0

See LICENSE.md

Source link: https://github.com/pakoito/RxActions

Resources

TurboDex

It is generally known that load an unoptimized Dex file at runtime in Android (especially in ART mode) would take a long time. When your App is using MultiDex or PluginFramework, You will find that this problem is hard to bear.

TurboDex was born to solve this problem, Like to opens the god mode for AndroidVM, after using TurboDex, no matter how much Dex file your need to load, it will be finished in a very short time.

Dex