Eclipse and NetBeans replacing embedded IDEs (part 2)

Thursday, May 17th, 2012 by Robert Cravotta

In part 1 of this series we identified the Eclipse and NetBeans open source IDE platforms as targets for embedded development tools. The choice of using an open source IDE platform affects embedded developers differently than the tool developers. Both platforms were initially developed without any focus on the needs of embedded developers, and only over the past few years have they been evolving to better support the needs of embedded developers.

Many embedded tool developers are choosing to migrate their embedded development toolset to an open source IDE platform for a number of reasons. Maintaining an up-to-date IDE with the latest ideas, innovations, and features requires continuous effort from the tool development team. In contrast to maintaining a proprietary IDE, adopting an open source IDE platform enables the tool developers to leverage the ideas and effort of the community and take advantage of advances in IDE features much sooner and without incurring the full risk of experimenting with new features in their own toolsets. Both the Eclipse and NetBeans platforms deliver regular releases that enable tool developers to more easily take advantage of the newest features in the platform architecture. 

This is not to say that using the open source platform is a free ride. For example, more than a year has passed between the time the public was told that MPLAB X IDE would be NetBeans-based and the production version of the development suite was released. Additionally, embedded development tools based on open source platforms typically lag the latest release because the tool developers need to address any issues the platform update might inflict on their toolset. In other words, it is up to the tool developers to shield the embedded developers from the migration issues from one release version of the platform to another. The experience of some tool developers to complete a basic release migration and certification can take about a month for each release. This is significantly less time that it would take to build and certify a new capability into a proprietary IDE. 

Illustrating a challenge facing embedded tool developers that migrate to an open source IDE platform, Freescale announced in June 2008 that its code warrior development environment would be leveraging the Eclipse platform; three years later the company still offers classic and Eclipse-based IDEs for their processors. Embedded tool providers, as illustrated in this case, may still need to incur support costs for the legacy tools for years, especially if those tools were involved in systems that require certifications. 

Before migrating to an open source IDE platform, embedded development tools typically only support development on a single platform, such as a Windows host. Migrating to Eclipse or NetBeans enables tool developers to support the toolset on a variety of hosts because both platforms operate on a Java Virtual Machine which enables them to more easily target different operating systems. For example, Microchip’s MPLAB IDE v8 runs as a 32-bit application on Windows, but MPLAB X IDE is available on Windows, Linux, or MAC 10.x hosts. However, supporting multiple hosts incurs additional complexity for tool support and just because the platform can support an operating system does not mean that a tool provider will provide that support. For example, several companies with Eclipse-based tools support only Windows and Linux hosts even though the platform itself supports Macintosh hosts; these tool developers are currently not seeing sufficient demand for Macintosh support to warrant providing it. 

A key consideration for tool developers choosing an open source IDE platform is how it can facilitate integrating tools with third party partners. For example, being able to cleanly integrate with third party tools is especially valuable to silicon providers working with RTOS partners. By using a common platform, it is simpler for tool partners to integrate their tools without the prior and tight interface coupling that is required when using a proprietary IDE. In fact, the common platform approach has allowed tools that were never explicitly targeted for integration to be used together. An example of an early success of serendipitous integration occurred between version control systems and editing, debugging, and profiling tools. 

Simplifying the trade-offs between choosing to migrate to one or the other open source IDE platform, from the perspective of an embedded developer using a development toolset based on either platform does not require the embedded developer to even know which platform the tool is based on. Each downloadable toolset we tested was only available as a single install package that included all of the necessary core components and needed plugins or modules. By packaging the IDE in a controlled install package (as opposed to providing a set of modules or plugins to add to a set of core IDE versions), the tool developer hides from the embedded developer the complexity inherent in downloading or updating the core IDE along with all of the necessary support plugins or modules. As there is only a single NetBeans-based development toolset at this time, there was no opportunity to compare it with other similar embedded development tools based on the same platform, but the look and feel for the installation of the NetBeans-based toolset was similar to the Eclipse-based tools. 

Adopting an open source IDE platform also provides tool developers the opportunity to directly participate with the platform development community by specifying and contributing to those initiatives that are appropriate for embedded designers but that are not necessarily even on the radar for the core group (Java applications) for these platforms. The need for this type of input is apparent when one understands that the history of both platforms are based on the needs of Java applications which can be alien to requirements of embedded developers; both platforms are still evolving to better address embedded development requirements.  

In part 3 (final) of this series we will highlight the similarities and considerations that an embedded tool developer should address when choosing which open source IDE platform to migrate their legacy embedded development tools to.

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One Response to “Eclipse and NetBeans replacing embedded IDEs (part 2)”

  1. Peter says:

    There are hundreds of applications on the NetBeans Platform, just to clarify, even though there might be one in the embedded space, there are certainly many many others in many other software development spaces:

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