HybridJava compiler is a handy and reliable simple server-side component-oriented MVC Java Web Framework alternative to JSF, Tapestry, Wicket, Click etc. The framework consists of a compiler and the runtime. The HybridJava language is strictly defined by a merge of Java and HTML formal grammar and extends Java semantics throughout markup.
Compiler generates Java code invoked from a single Servlet. The runtime is less than 1000 lines of Java code and is provided as Open Source, as well as a sample Servlet. Of known solutions, Facelets language (that recently replaced JSP in JSF) functionally is the closest to HybridJava, but the latter is simpler and more powerful.
The framework is designed with a minimalistic approach, so that it completely avoids using many popular concepts: JavaBeans, XML namespaces, XML and configuration in general, annotations, Expression Language etc. The complete documentation is less than 20 printed pages. Nevertheless, the framework has all the features necessary to compete with other component-oriented Java frameworks.
Components are defined as a generalization of HTML elements in the sense that to use a component it is sufficient just to insert its tag(s) into the View markup without configuration or Java coding. HybridJava also supports components that permit more than one area designated for insertion of content. As a result, components may have a layout of their own, which eliminates any need for a separate Tiles-like technique.
In the most general case a component consists of a .widget file coded in HybridJava language (the View) and a Java class. Lightweight components that have no state are presented only by the .widget file and are compiled directly into the View of the whole page. Normally buttons and other controls are lightweight. The framework automatically assigns unique IDs to instances of components, and takes care of dispatching user actions to corresponding instances.
At the Controller phase of processing component handlers are called by the framework in the natural order (from bottom to top), the page handler called the very last. With this call each component gets access to its own data in the Request.
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Hybrid Java is a language designed to make Web programming easier. Its grammar is built on top of the same Java syntax as Java, the bytecode is written in the same syntax as servlets, it is a completely object-oriented language, and is usually written in Java.
Hybrid Java is a relatively new language, the first public release was in Jan 2002. Its intention is to be Java-like, consistent and easy to learn, at the same time also appealing and non-obtrusive.
Hybrid Java initially supported only a subset of Java, and after 3 years (late 2006) it was extended to support Java 8 and VM-specific code extensions. Now the language can compile to both Java 5 and Java 8 target virtual machines, as well as to the Eclipse/Workspace and Grails environment. The latest version supports Java 8, Grails, Groovy 2.4 and Groovy 2.5.
Hybrid Java is really easy to learn, and only requires about 100 pages of documentation, a completely different level of documentation from most of the Java tutorials you will see on the Web. Note that many of the best examples are in the Tutorials section on the page, so this is the best way to learn the language.
Hybrid Java is not designed to solve problems specific to Web programming, it solves a whole family of problems that occur when programming components on the Web. Its syntax is in line with a Java style, thus you can easily combine it with other languages like Groovy. Its objects are simple enough to allow for use in simple GUI applications, its support for remote method invocations make it a very good candidate for use in Web programming.
The Hybrid Java compiler works in conjunction with the runtime (servlet container) to generate Java code at runtime, thus there is no compilation time. All of the resulting bytecodes can be stored in a Java Archive file. This makes Hybrid Java an ideal language for generating dynamic Web content, for example the second demo application on the page. This means you can write a large Swing GUI using the Hybrid Java language, and the Hybrid Java runtime would generate the code to be uploaded to the server. The small footprint means these applications can be used as Web pages; the WAR file can be deployed in an existing servlet container like Tomcat, jetty etc. It can also easily be embedded inside a component of your choice, or used in a JAR file.
Hybrid Java compiler Features:
Hybrid Java language is based on the merging
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HybridJava is a simple, component-oriented web framework that realizes the idea of the separation of logic and presentation by generating Java code from HTML markup, and running that code.
Javadocs can be found at
Documentation is also available for each component in the documentation browser:
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The HybridJava compiler is a command-line program to compile dynamic HTML code with Java Server Pages (JSP). It only compiles the needed dynamic HTML code. It does not create any markup code or resources such as Java files or static HTML files.
The implementation is just a Java Servlet that calls the compiler in a new thread. The compiled code is either saved to a file or is passed to the Java compiler, which outputs a servlet. This uses the same semantics as the Java Servlet specification, but the implementation has a different framework design.
The HybridJava compiler can be used to compile a component in the server. It is very easy to integrate it in any Java web application.
The main advantage of this approach is that there is no need to have any additional web frameworks in order to change the server implementation or to implement a new component.
The compiler is relatively slow because it doesn’t do any layout. For speed and memory performance, it is recommended to compile a component on a separate machine and run it from the web server.
The HybridJava language is closely related to the HTML language, but it is not an HTML interpreter. HybridJava treats all elements of the HTML document in the same way, allowing the user to write page markup directly in the language. The language syntax is designed to allow both in-place syntax and method syntax with an elegant syntax for component definitions.
The generated code is extremely simple and is no more than a Java Servlet. The generated Servlet accepts just the dynamic HTML code. The generated code is compiled only once, so that the compiled code is always available.
There are no limitations as to where you can place or how many components you can place on a page. The generated servlet accepts HTML objects, for example, buttons, images, text areas, etc. In components, the generated servlet accepts objects that the compiler knows about.
Although the language fully supports Java as it exists today, it is not an extension of Java; the language strictly implements the HTML grammar, with Java semantics throughout.
The HybridJava compiler only compiles a special kind of dynamic code. The generated servlet is then run on the same server as other servlets generated by the Java compiler. Other languages can be supported by the same principles. However, the generated servlet is not an application on its own, but just a command-line compiler.
The framework is designed with a minimalistic approach, so that it completely avoids using many popular concepts: JavaBeans,
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The HybridJava compiler generates an intermediate binary file,.jhc, which can be used with any web server such as Apache, that supports binary HTTP clients.
The compiler is a component written in Java and can be treated as a framework component itself, since it doesn’t make any assumptions about the web server environment. It requires a Java application server that supports servlets, the latest version of the Servlet API and also other features such as @WebServlet, @WebFilter and other.
The HybridJava compiler supports JDK 1.1 and 1.2. An optional plug-in can use Java code generation.
Runtime Usage Example:
1. Create an instance of the “HelloWorld” class (just one line).
2. Append a value to its property that is double:
3. Subclass the HybridJava generator that knows how to generate Java classes from components.
4. Create an instance of the component and execute its handler method by index (1):
HybridJavaGenerator().createComponent(context, “HelloComponent”, “component1”);
5. Print out its text property value.
The framework library comes with sample project, “App1”. This sample project is a standard Web application consisting of a View, Controller, and a Handler.
HybridJava runtime provides a number of features including the following:
• Automatic and dynamic generation of components from XML documentation.
• Automatic generation of Java classes from components.
• Automatic inclusion of component dependencies in class generator.
• Automatic code-to-HTML translation for pages that don’t have a View.
Components can specify their own description, presentation area, and HTML attributes.
HybridJava runtime is both a runtime environment and a JAR file. The JAR file contains all classes of the framework. To use the runtime in your application, you only need to add the runtime JAR file to your servlet container.
Components use JavaBeans for access to fields, setters and getters, which are the interface to underlying data.
Components can be included and implemented in the same manner as JavaBeans.
Components support XSLT-style transforms, so that they can accept XML as input and/or produce HTML output.
Components can include other components.
Components have a defined scope. This means that, the component can be independent of the structure of the rest of the page.
See the “Recommended System Requirements” section at the bottom of this page.
The game is designed to work on older computers with reduced specs such as lower processor speed, lower memory, lower graphics power and a lower disk space. However, since it is a 2D game, the performance does not drop too much so it should be playable at 60FPS on most of these computers. You can read more about the compatibility at the bottom of this page.
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