| Publisher | Rational Software | ||
|---|---|---|---|
| Format | Webcast | Date added | 24 Sep 2003 |
| Topics | Embedded Emulation Tools | ||
| Downloads | 46 | ||
No embedded developer would dream of living without a debugger, but is there a better way? Heavy debugger reliance makes the resulting development process very reactive, this reactivity hampers a team's ability to apply dates to a project roadmap and to measure product quality at each milestone. One solution to this problem, increasing both project predictability and product quality, is to adopt a proactive debugging approach. In this approach embedded developers combine early component testing with runtime analysis capabilities such as memory and performance profiling. This integrated approach delivers consistent confirmation of quality, enhanced refactoring capabilities and a repeatable framework suitable for regression testing before and after system integration. Learn about this new debugging process and get advice about test design, test creation and white box test methods. Information in this webinar applies to all programming languages and any targeted environment, be it a simulator, emulator or the intended device.
Did you find this white paper useful?
24 out of 50 users found this white paper useful
Related white papers
Introduction to Developing With the Compact Framework-Level 200
This webcast will provide you with an introduction to what you need to know to begin developing solutions for PocketPC devices using the Microsoft .NET Compact Framework.
Introduction to Unified Change Management
Don't miss out on a sure-fire way to make your development teams more efficient and productive. This archived introduction to Unified Change Management (UCM), Rational's best practices approach to managing...
MSDN Webcast: What's New for Device Developers in Device Emulator 3.0 (Level 200)
With the new version of the Microsoft Visual Studio development system, device developers can make use of the many new features to develop applications for Windows Mobile powered devices. In...
MobiNet: A Scalable Emulation Infrastructure for Ad Hoc and Wireless Networks
The current state of the art in evaluating applications and communication protocols for ad hoc wireless networks usually involves either simulation or small-scale live deployment. Larger-scale live deployment is typically...
Current-Mode Modeling for Peak, Valley and Emulated Control Methods
Current-mode operation: An ideal current-mode converter is only dependent on the dc or average inductor current. The inner current loop turns the inductor into a voltage-controlled current source, effectively removing...
MSDN Webcast: An Overview of Device Emulator 2.0 (Level 200)
The Windows Mobile 6 Software Development Kit (SDK) ships with a new Microsoft Device Emulator. In addition to being much faster than its predecessor, Microsoft Device Emulator version 2.0 has...
TWINE: A Hybrid Emulation Testbed for Wireless Networks and Applications
This paper presents a high fidelity and efficient emulation framework called TWINE, which combines the accuracy and realism of emulated and physical networks and the scalability and repeatability of simulation...
