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A developer can get a per-function breakdown of CPU usage. The CPU Usage tool:Track your application’s CPU usage while you are debugging. You also can take snapshots before and after debug actions to analyze memory usage and memory growth.

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Code break events allow you to identify the parts of the graph that are related to recent debugging activity.

A developer can analyze memory impact, growth, and leak issues simply by looking at the graphs. The Memory Usage tool: It helps a developer monitor the memory usage of the application during debugging. Messages that are sent to the Debug tab of the Output window are captured by IntelliTrace. The data is presented both as a timeline and as a tabular view. They provide detailed information in the tabs on the bottomįigure 4: Diagnostic Tool Graph and Tab Viewĭebugger Events: These provide you with access to all Break, Output, and IntelliTrace events during your debugging.They add graphs to the timeline in the upper half of the window.These Diagnostic Tools represent information in two complementary ways: You can enable or disable the CPU and Memory tools by checking or unchecking them from the ‘Select Tools’ drop-down (see Figure 3).įigure 3: Diagnostic Tool Selection Drop-down In the Visual Studio 2015 Diagnostics window, you will find three tools named Events, Memory Usage, and CPU Usage. Shortening diagnose time to identify and fix an issue.

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Richer user experience through IntelliTrace and the Output windows.Correlate performance data with debugging activity.The ability to monitor performance while debugging.The Memory Usage tool is designed to work with processes without a debugger attached this allows you to perform a comprehensive performance analysis of your app as it runs without the debugger.įollowing are the benefits of Diagnostic tools:

Performance and Diagnostics hub: A developer has choices of performance tools, such as the CPU Usage tool and the Memory Usage tool.

A developer can control the IntelliTrace events from Tools -> Options -> IntelliTrace -> IntelliTrace Events. IntelliTrace records your application execution, looking for interesting events.

IntelliTrace: Use IntelliTrace to record historical debugging information when the application is running.

Output Window: Allows you to see program output and other debugger events while it is running.

From the Debug menu, you can view ‘Show Diagnostic Tools’ (see Figure 2).įigure 2: Run Diagnostic Tools from the Debug Menu What Visual Studio Diagnostic Tools Areįollowing are the components of the Visual Studio Diagnostic tools that are available in VS 2015: From Options, choose Debugging -> General and check the ‘Enable Diagnostic Tools while debugging’ checkbox.Īfter enabling it from Visual Studio 2015, the new Diagnostic Tools window will appear. You can enable it manually by selecting Visual Studio Options from the menu (Tools -> Options).

#Microsoft visual studio 2017 counter how to#

How to Enable Visual Studio Diagnostic Toolsīy default, the Diagnostic Tools window opens automatically while debugging. As a Visual Studio 2015 developer, you can get detailed application insights while you are debugging code. Visual Studio 2015 Diagnostic Tools made it easier for developers to have a performance analysis and review before the application goes live.

For a developer, identifying performance issues prior to production deployment is a difficult task indeed. Performance of any application is top priority from a customer perspective.