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Examine Ada, C or C++ applications via scheduling visualization.
Understanding your application’s scheduling behavior can help you troubleshoot scheduling issues. RapiTask automatically collects information during program execution, presenting this data so you can follow the events that occurred in the test run.
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System event tracing with RapiTask
RapiTask allows embedded engineers to visualize and understand the scheduling behavior of their software, including multicore software. Its numerous views make it easy to locate rare timing events and identify system capacity issues.
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Examine Ada, C or C++ applications via scheduling visualization
Understanding your application’s scheduling behavior can help you troubleshoot scheduling issues. RapiTask automatically collects information during program execution, presenting this data so you can follow the events that occurred in the test run. Providing a timeline of the tasks that ran in your system, a wealth of charts and statistics, RapiTask lets you analyze your system’s scheduling behavior in-depth.
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Locate rare timing events that need attention
RapiTask makes it easy to find rare timing events such as priority inversions in your system so you can fix them. By following your system’s tasks throughout execution, you can easily locate rare timing events, which can be visualized easily for example by color coding tasks according to priority.
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Identify bottlenecks in your application by analyzing capacity issues
Bottlenecks in critical software can slow the system down or even cause it to fail as timing deadlines are missed. By letting you view the CPU utilization of each task in your system throughout your software execution, RapiTask helps you identify bottlenecks so you can fix them.
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Compare scheduling algorithms from different RTOSs
While there are many vendor-specific scheduling visualization tools, these are often only compatible with a single RTOS. RapiTask lets you understand your system’s scheduling behavior through a common framework no matter which RTOS you’re using.