Bug-trapping and dot.net analysis can be a very
time-consuming task … See how you can improve it!
In this first article, we want to exemplify the strong points of SpeedTrace by explaining the importance of having a dot.net profiler and tracer in one.
With its profiler, SpeedTrace traces your application first and then performs the profiling process (i.e. the aggregations) later. This sets SpeedTrace apart from all its competitors, since it retains the time dimension, providing the real and accurate information for every single call.
With its tracer, SpeedTrace enables any dot.net application to register and update large numbers of performance counters in runtime. By collecting them first, SpeedTrace dot.net provides the flexibility for subsequent data analyses helping you to not only identify performance weaknesses, but also to detect bugs such as deadlocks, software design faults, and resource or data flaw problems.
As stated before, bug-trapping is important, however, bug-trapping and performing dot.net analyses can also become a very time-consuming task. However, if the dot.net developer uses SpeedTrace to locate bugs and flaws during the early coding and testing stages, this will put him in a position to accurately trap and fix consistently throughout the development cycle and thus save time and improve quality sustantially!
With SpeedTrace it is basically a matter of a few clicks to turn a developer’s desktop into a workstation that also profiles, tests and quantifies the effects of application code performance within dot.net applications.
Be more productive! SpeedTrace will help you to move away from purely reactive application performance to the far more desirable preventive approach. Achieve higher quality and faster application deployment by ensuring that the dot.net code is sufficiently robust and optimized right from the outset. Be proactive — use SpeedTrace!
