![]() MySource.TraceEvent(TraceEventType.Critical, 3, "Critical message.") MySource.TraceEvent(TraceEventType.Warning, 2, "Warning message.") MySource.TraceEvent(TraceEventType.Error, 1, "Error message.") ![]() MySource.Listeners("console").Filter = configFilter ' Issue a warning and a critical message. ' If you do not change the switch level, the event filter ' any settings in the configuration file. ' Allow the trace source to send messages to listeners MySource.Listeners("console").Filter = New EventTypeFilter(SourceLevels.Warning) ' Create a new event type filter that ensures ' Save the original settings from the configuration file.ĭim configFilter As EventTypeFilter = CType(mySource.Listeners("console").Filter, EventTypeFilter) Private Shared mySource As New TraceSource("TraceSourceApp") MySource.TraceInformation("Informational message.") MySource.TraceEvent(TraceEventType.Error, 4, MySource.TraceEvent(TraceEventType.Critical, 3, MySource.TraceEvent(TraceEventType.Warning, 2, MySource.TraceEvent(TraceEventType.Error, 1, Issue a warning and a critical message. If you do not change the switch level, the event filter any settings in the configuration file. Allow the trace source to send messages to listeners New EventTypeFilter(SourceLevels.Warning) Create a new event type filter that ensures Save the original settings from the configuration file. This code logs errors and warnings and outputs some of them to the console, and some of them to the myListener file that is created by the entries in the configuration file. To create and initialize a trace source using a configuration fileĬreate a Visual Studio console application project (.NET Framework) and replace the supplied code with the following code. However, we recommend that you use configuration files to facilitate the reconfiguration of the traces produced by trace sources at run time. This topic provides instructions for both options. ![]() Trace output from TraceSource can be created and initialized with or without the use of configuration files. TraceSource provides tracing methods that allow you to easily trace events, trace data, and issue informational traces. We’re proud that iTrace Prime is making it possible for doctors to utilize even more needed information from a single device.The TraceSource class is used by applications to produce traces that can be associated with the application. “The quality and stability of the ocular surface is a critical component of understanding a patient’s vision issues as we strive to help surgeons provide exceptional outcomes after eye surgery. “We’re proud to continue developing iTrace capabilities as we stay at the leading edge of the vision industry,” said Ray Sievert, Tracey’s Executive Vice President of Sales and Marketing. A proprietary algorithm then calculates the Tear Film Index (TFI), a score from 0-10 that evaluates the impact of Dry Eye Disease (DED) on a patient's vision. This allows for the assessment of local shape and sharpness changes of Placido rings. The iTrace Prime upgrade features Tear Film Analysis, which captures images of the eye surface for 12 seconds post-blink. Tracey Technologies stated that the additional data offers practitioners a more complete understanding of their patients' vision and enhances their ability to pinpoint the cause of visual issues, facilitating the selection of the optimal treatment plan for each patient. The "Prime Dashboard" now features two additional indices: the Corneal Performance Index (CPI) and the Quality of Vision Index (QVI), in addition to the proprietary Dysfunctional Lens Index (DLI). The latest software update (7.0) enhances the information gathering capabilities of a single device, as per a company announcement. Tracey Technologies announced the launch of iTrace Prime, an upgraded software for the iTrace Ray Tracing aberrometer and corneal topographer. ![]()
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