VISUALIZATION
Etnus Unveils TotalView Multi-Core Debugging Framework; Renames Company
- Source Code
- Memory
- Performance
- Data-Centric
- Active Web
Several new products and programs are being launched to deliver upon the TotalView Multi-Core Debugging Framework. These products are based on the company’s award-winning TotalView technology, developed from the ground up to help debug the world’s most demanding applications. TotalView is the result of more than 20 years of experience working with developers of the most complex and demanding applications on the largest supercomputing systems to implement and advance state-of-the-art debugging technology. TotalView won Supercomputing Online’s “2006 Product of the Year” editors’ choice award. The new products and programs fulfilling the TotalView Multi-Core Debugging Framework include: TotalView Debugger The most advanced debugger for Linux, UNIX, and Mac OS X, TotalView is the market leader in C/C++, Fortran, UPC, MPI/Open MP and parallel programming capabilities. TotalView enhances developer productivity by simplifying the process of debugging data-intensive, multi-process, multi-threaded, or network-distributed applications. Its advanced features, including a single view of the complete application, parallel process acquisition and control; advanced breakpoints and watchpoints; flexible display capabilities; and ability to test fixes on the fly, enable programmers and developers to shorten the development cycle for getting multi-core applications to market. TotalView scales to accommodate debugging of thousands of cores. The latest version of TotalView includes new features such as enhanced breakpoint setting capabilities; ability to show class static variable data; and rule definition abilities for source code searches, among others. In addition, TotalView is now available in a variety of flexible licensing configurations, including individual, enterprise, team, team plus and rental, both with and without memory debugging functionality. MemoryScape MemoryScape is a focused, interactive memory debugger that helps users understand the way their programs are using memory and subsequently identify and resolve problems affecting them (i.e. memory leaks, heap allocation overwrites, etc.). MemoryScape features an intuitive user interface to allow developers to monitor memory usage as their applications are running. The program’s wizards efficiently and effectively guide developers of all expertise levels through the memory debugging process. Designed especially for programmers who want a simple and efficient way to understand how memory is used by their applications and to find a problem, MemoryScape features the memory debugging power of TotalView at a fraction of the cost of other commercial memory debugging products. Performance Program TotalView Technologies will bring to market a tool suite that will help scientists, engineers and developers measure, understand and improve the performance and efficiency of serial and parallel applications across a wide range of platforms during the development cycle. Initial product availability will be in the second half of 2007. Data-Centric Program To address the need of programmers to find errors when multi-process, multi-thread programs give the wrong data, TotalView Technologies will provide a tool suite that allows developers to trace data through program execution as it is acted upon and quickly home in on data problems areas by allowing them to analyze data from multiple threads as the program executes. Initial product availability will be in the second half of 2007. Active Web Program With the use of Active Web technologies such as Java, AJAX and other Web 2.0 technologies powering a variety of applications, TotalView Technologies is leveraging its experience with parallel and distributed computing to provide a simple debugging interface that will enable users to work easily with a complex array of interrelated processes running on many machines that operate together. Initial product availability will be in the second half of 2007.