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Realtime System and Protocol Analysis
- KernelScope is a software analysis tools for Windows (NT, 2000, XP) which allows an exact time analysis
for system-processes, threads, IO ports and interrupts, exceptions as well as external sources in usec
resolution. The KernelScope Engine works similar like of a logic Analyser, however in contrary KernelScope
does not need any additional hardware. Beneeth Trigger possibilities extensive analysis functions are
available. Additionally KernelScope facilitates the purposeful finding of serious program errors by a
proportional pre-setting of the CPU load and the change of the system time behavior.
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| Features |
- Interrupt Timing-Analysis and Trigger with usec resolution (IRQ1 - IRQ15)
- Exception Timing-Analysis and Trigger with usec resolution (EXCPT0 - EXCPT31)
- 16-Bit IO-Port Timing-Analysis with usec resolution
- Process and Thread Timing-Analysis with usec resolution
- System stress load with percentual presetting
- Adjustment of multiple bus load
- Adjustment of global system time behavior
- Display of 16 channels at the same time
- Open programming interface for system feedback applications
- Flank measurement in usec resolution
- WideRange flank search
- Adjustable scan cycles
- Protocol analysis with grouped channels
- Storing of text-based scope data
- Executable on Windows (NT, 2000, XP)
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Basis of the software is the KernelScopeEngine, which intercepts directly all system interrupts
and exception and provides it with a time stamp, as well as with additional information for further
processing. The KernelScope-Engine collects the desired data either based on an adjustable cyclic
timebase, or based on the direct appearance of an event. On this occasion, the KernelScope-Engine
allows the recording with OR linked trigger conditions. Dependent on the preset timebase, data
can be collected up to a hour. |
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The open programming interface (Visual C++, Borland C++) of the KernelScopeEngine exports all
functions for recording and analysis. This allows the development of system control and feedback
applications. |
