Intel® VTune™ Amplifier
Use the Intel® VTune™ Amplifier to automatically generate a command line for an analysis configuration and copy this line to the buffer for running from a terminal window. You can use this approach to configure and run your remote application analysis.
Intel VTune Amplifier provides options to:
generate a command line for an arbitrary target that is not accessible from the host.
To generate a command line for a predefined or custom analysis configuration and collect data:
In the Analysis Target window, click the Arbitrary Targets button in the left pane and select a required type of the target system.
Specify an intended hardware platform (for local analysis), operating system, target type (application, process, or a system), and its configuration options.
Click the Choose Analysis button on the right to switch to the Analysis Type window.
In the left pane, select a predefined or custom analysis type for your arbitrary target and configure analysis options on the right pane. For example, for a custom microarchitecture analysis you can select hardware events for any of the hardware platforms in the list.
The Start button is disabled since you cannot launch an analysis for an arbitrary (that is, not accessible locally or via a remote connection) target from the GUI.
Click the Command Line button to generate a command line for the selected configuration.
By default, the VTune Amplifier creates a custom configuration that uses the collect-with option. For example, you are working on the Intel microarchitecture code name Skylake but want to generate a command line analysis configuration for the Intel microarchitecture code name Anniedale running the Microsoft Windows* OS. When you select this platform from the list and select a custom hardware event-based sampling configuration, the VTune Amplifier enables you to add hardware events available on the Intel microarchitecture code name Anniedale:
Click Copy to copy the command line to the buffer and later use it on the intended host (a processor based on the Intel microarchitecture code name Anniedale in the example above).