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Awaitility is a domain-specific language for expressing asynchronous expectations. The goal of the language is to remove any necessity for you to consider concurrency and threading issues in the implementation of asynchronous code. To do so, you need to ensure that the implementation of your code actually provides the correct asynchronous behaviour by explicitly expressing the behaviour of your code in an easy to read and understand manner. For example, consider a scenario where you have a controller that makes a database read operation. The controller is intended to return a list of vehicles from the database. Here, you can use the model class to describe how the operation is made. The model class would have methods that return Awaitility Quick Start: Generate Code: Generate code for your model using the command-line tool Awaitility Quick Start: Generate Code $ awaitility model-generator –initialize –model-folder $(find. -name model) Generate code in the model-folder $ awaitility model-generator –initialize –model-folder $(find. -name model) –generate Awaitility Quick Start: Generate Code Success! Generated model classes. Awaitility Quick Start: Generate Code $ awaitility model-generator –initialize –model-folder $(find. -name model) Awaitility Quick Start: Generate Code Success! Generated model classes. Awaitility Quick Start: Generate Code Running “model-generator” using {params}… Awaitility Quick Start: Generate Code Success! Generated model classes. Awaitility Quick Start: Generate Code [Optional] Generate helper files: Generate helper files Awaitility Quick Start: Generate Code You can generate helper files for a model by calling it with –generate-helper… Awaitility Quick Start: Generate Code Calling “model-generator” with –generate-helper… Awaitility Quick Start: Generate Code Success! Generated helper files. Awaitility Quick Start: Generate Code Running “model-generator” with {params}… 2f7fe94e24
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After you have installed and configured it, you can find the necessary code to express your asynchronous code on the project’s home page. The DLS is a small and stable API; the only thing you need to do is to provide it the source code of your asynchronous method with a parameter class annotated with @Awaitility. If you’re using the Maven package, all you need to do is to add the code to your build’s dependencies. The DLS needs an instance of Java’s Executor to execute your asynchronous code. This can be provided in two ways: 1. By using the new Executor() API: // you will need to import org.awaitility.Awaitility; // and @Awaitility public class MyClass { // use the new Executor() API // get an executor from the executor factory Executor executor = Executors.newSingleThreadExecutor(); // provide the executor to Awaitility Awaitility.use(executor); // call the async operation getDataAsync(input); } 2. By using the Executors#newCachedThreadPool: // you will need to import org.awaitility.Awaitility; // and @Awaitility public class MyClass { // use the new Executors#newCachedThreadPool() API Executor executor = Executors.newCachedThreadPool(); // provide the executor to Awaitility Awaitility.use(executor); // call the async operation getDataAsync(input); } For more information, visit the Apache 2.0 License. It details how the code is released under the GPL and is absolutely free. You can also see the API documentation here. You will find the full list of classes here. Maven Dependency The Apache 2.0 License and the Maven dependency are the two most important aspects that you need to keep in mind. As stated in the license, the package is available under the terms of the GPL version 3. This means that any project using Awaitility will have to include its source code as well as the Apache 2.0 License. The Maven dependency is also necessary in order for you to compile the project; unfortunately, the Maven Central repository is not able to take binaries, so you will
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Awaitility is a domain-specific language intended to allow you to express expectations of an asynchronous system in an easy-to-read and concise manner. A short example of what the DLS is designed for can be found on the project’s homepage. To get started, you may wish to also consult the quick start guide available on GitHub. It details the installation process, providing you with the code you need to configure Awaitility in your classpath. Next, you can move on to the section of the documentation that includes usage examples. Here, you can find samples that show you how the DLS can be used in various scenarios, as well as explanations that should help you figure everything out. Awaitility Documentation: 1.1. What is Awaitility? Awaitility is an asynchronous library for Java that implements the specification for executing asynchronous operations using domains. It is based on the Java Concurrency Utilities (JCU) package available in the JDK 8 version of the Java language. Although Awaitility does not enable the execution of multiple threads, it uses the same synchronization mechanisms and provides the same set of APIs. Awaitility provides the following features: Domains are the basis of asynchronous programming. Domains support asynchronous operations. Operations can be composed to build complex asynchronous operations. Domains can be used to express synchronous operations. Domains can be constructed in a simple way. Operations can be defined using asynchronous-style syntax. You can use Awaitility to test asynchronous code by providing a mock implementation of the domain. You can use awaiters to program with asynchronous operations. Asynchronous operations are chained to create more complex asynchronous operations. You can program against a domain even if it is not provided by a library. 1.2. What is a Domain? A domain is a software concept that is associated with a particular domain of programming. It is characterized by having a synchronous and asynchronous style of operation and be created from asynchronous operations. For example, a domain for a website may have the following operations: PUT, where a user sends a request to upload a file. PUT_CONTENT, where a user sends a request to upload a file. DELETE, where a user sends a request to delete an item. DELETE_CONT
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Minimum specs recommended: CPU: Intel Core i3-760 / AMD FX-60 or better. RAM: 4GB is a minimum Video card: NVIDIA GTX 480 or AMD HD 7970 or better. Input devices: Keyboard and mouse. Sound card: DirectX 9.0c compatible. (Optional for the N64 soundtrack) Recommended specs: CPU: Intel Core i5-661 / AMD FX-8350 or better. RAM: 8GB is a recommended minimum. Video card: NVIDIA
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