Compartir a través de


Call Tree View

Note

This article applies to Visual Studio 2015. If you're looking for the latest Visual Studio documentation, see Visual Studio documentation. We recommend upgrading to the latest version of Visual Studio. Download it here

The Call Tree view displays the function execution paths that were traversed in the profiled application. The root of the tree is the entry point into the application or the component. Each function node lists all the functions it called and performance data about those function calls.

The Call Tree view can also expand and highlight the execution path of a function that consumed the most time or was sampled most frequently. To display the most performance-expensive path, right-click the function and then click Expand Hot Path.

Each process in the profiling run is displayed as a root node. You can set the start node of the Call Tree view by right-clicking the node you want to set as the start node and then selecting Set Root.

When you set the root node, you eliminate all other entries from the view except the subtree of the selected node. You can reset the root node back to the node you were viewing. On the Call Tree view window, right-click and then select Reset Root.

The Call Tree view can be customized to add or remove columns. Right-click the Column Name Title Bar, and then select Add/Remove Columns.

The Call Tree view can be configured for noise reduction by limiting the amount of data that is presented. By using noise reduction, performance problems are more prominent in the view. When performance problems are easy to distinguish, analysis is easier. For more information, see How to: Configure Noise Reduction in Report Views.

Note

If noise reduction is configured to display a warning when it is enabled, an information bar will be displayed in the report.

For more information about definitions for columns in the Call Tree view, see the following:

Call Tree View

Call Tree View

Call Tree View - Sampling

Call Tree View

See Also

Performance Report Views
Understanding Instrumentation Data Values
Understanding Sampling Data Values