Blogs›Google›Angular Evolution and Upgrade Path
The Google Web Toolkit (GWT) has evolved to provide developers with a powerful framework for building complex, high-performance web applications. Early efforts focused on enabling Java developers to create rich, client-client applications. Subsequent developments have seen GWT's integration into various Google products and its adoption by external companies, demonstrating its versatility and effectiveness in building scalable and maintainable web interfaces. This post highlights how GWT helped D Google has released the Google Plugin for Eclipse and GWT 2.2, offering developers enhanced tools for building web applications. The GWT 2.2 release includes improvements to the compiler, debugger, and development mode, along with new features for easier integration with JavaScript. The Google Plugin for Eclipse provides a streamlined development environment for GWT projects, including project creation, code completion, and debugging capabilities.
12/30/2015
This post announces a collaboration between Google and Udacity to offer a course on JavaScript Promises, highlighting the importance of this asynchronous programming feature for modern web development. It signifies Google's continued effort to educate developers on best practices and new language features, complementing the evolution of frameworks like Angular.
8/28/2015
This post details the integration strategy and upgrade path from Angular 1 to Angular 2, addressing the architectural changes and providing guidance for developers to migrate their existing applications. It highlights the importance of a smooth transition and the tools available to facilitate this process.
6/14/2012
This post introduces and details the capabilities of AngularJS 1.0 for web templating, focusing on its features for building dynamic and interactive web applications. It highlights how AngularJS simplifies the creation of complex UIs by providing a structured approach to templating and data binding.
5/10/2011
This post details how DayZipping utilized Google Web Toolkit (GWT) to build their application. It emphasizes GWT's ability to generate optimized JavaScript, its support for complex UI development, and its role in improving application performance and maintainability. The article serves as a case study demonstrating the practical benefits of GWT for developers.
2/14/2011
This post announces the release of the Google Plugin for Eclipse and GWT 2.2. GWT 2.2 includes improvements to the compiler, debugger, and development mode, as well as new features for JavaScript integration. The Google Plugin for Eclipse offers a streamlined development environment for GWT projects, including project creation, code completion, and debugging.
5/18/2010
This post details how Day-to-day ERP, a full Enterprise Resource Planning system, was built using Google Web Toolkit (GWT) and deployed on the Google Apps Marketplace. It highlights GWT's suitability for developing complex, cloud-based business applications, emphasizing its ability to manage intricate data structures and business logic, and its integration with the Google Apps Marketplace for distribution.
12/8/2009
Introduced GWT 2.0, focusing on performance improvements and the integration of Speed Tracer. Speed Tracer provides detailed performance analysis, including JavaScript execution time, DOM manipulation, and rendering, enabling developers to identify and resolve performance bottlenecks in GWT applications.
4/28/2009
This post introduces the Lombardi Blueprint, a system that leverages Google Web Toolkit (GWT) for client-side code and server-side execution. It details how GWT facilitates the development of rich, interactive web applications by allowing developers to write Java code that is compiled into JavaScript for the browser, while also enabling server-side logic execution. This approach aims to improve developer productivity and application performance by combining the strengths of client-side and server-side architectures.
12/11/2008
This post announces that Google Web Toolkit (GWT) is now 'out in the wild', meaning it is available for external developers to use. It highlights that GWT allows Java developers to build rich, client-client applications and that it has been used internally at Google for various projects. The post also mentions that GWT is being used by external companies, demonstrating its adoption and effectiveness.
1/25/2008
This post details the use of Google Web Toolkit (GWT) to build a user interface for Compiere, an open-source ERP system. It showcases how GWT facilitates the creation of complex, data-intensive web applications by enabling developers to write Java code that is compiled into efficient JavaScript, thereby improving performance and maintainability.
11/28/2007
This post details the development of Chronoscope, a system that utilizes Google Web Toolkit (GWT) for its client-side architecture and Android for its mobile interface. It highlights how GWT's capabilities, including its Java-to-JavaScript compilation and component-based structure, were instrumental in building a complex application with a rich user experience. The post also touches upon the challenges and solutions encountered during the development process, emphasizing the flexibility and power of GWT in creating sophisticated web and mobile applications.
9/27/2007
Queplix discusses their open source application built with GWT, highlighting its use in building a robust and scalable application.
8/29/2007
Announces the Google Web Toolkit (GWT) is out of beta as of its 1.4 release, signifying a move towards a more stable and production-ready framework for building rich, client-side web applications using Java.
5/29/2007
This post announces the Release Candidate (RC) for Google Web Toolkit (GWT) version 1.4. Key improvements include enhanced AJAX support for more dynamic web applications, better debugging tools for developers, and improved integration with existing web technologies. This release aims to further streamline the development of complex, high-performance web applications using Java.
12/12/2006
Google Web Toolkit (GWT) has been open-sourced, allowing external developers to contribute to its development and use it for building web applications. This marks a significant step in making GWT more accessible and fostering a broader community around the technology.
11/17/2006
This post announces the release of Google Web Toolkit (GWT) 1.2, introducing new features and improvements for developers. Key updates include enhanced JavaScript RPC support, improved debugging tools, and better integration with Java development environments. The release also brings new components and optimizations to enhance application performance and simplify development.
8/11/2006
This post announces the release of Google Web Toolkit (GWT) 1.0, a framework that allows Java developers to build and maintain complex, high-performance web applications. It emphasizes GWT's ability to compile Java into JavaScript, enabling developers to leverage their existing Java skills for web development. The post also mentions the availability of GWT for download and its potential for building rich, client-side applications.
5/16/2006
This post introduces the use of Google Web Toolkit (GWT) for writing AJAX applications in the Java language. It explains how GWT allows developers to write Java code that is then compiled into JavaScript, enabling the creation of rich, client-side web applications. The post highlights the benefits of using GWT, such as improved developer productivity, code reusability, and the ability to leverage Java's strengths for web development.