Static Metric Settings
Test RealTime - User Guide
variables, making them context-sensitive. See the GUI Macro Variables chapter in the
Reference Manual.
By default, the settings of each node are inherited from those of the parent node.
When you override the settings of a parent node, changes are propagated to all child
nodes within the same Configuration. Overridden fields are displayed in bold.
To edit the External Command settings for one or several nodes:
1. In
the
Project Explorer, click the Settings
button.
2.
Select a node in the Project Explorer pane.
3. Select
the
External Command node and enter a Command line.
4.
When you have finished, click OK to validate the changes.
Static Metric Settings
The Static Metric settings are part of the Configuration Settings dialog box, which
allows you to configure settings for each node.
Use the Static Metric settings to change any project settings related to the calculation
of static metrics.
By default, the settings of each node are inherited from those of the parent node.
When you override the settings of a parent node, changes are propagated to all child
nodes within the same Configuration. Overridden fields are displayed in bold.
·
One level metrics: By default, .met static metric files are produced for source
files as well as all dependency files that are found by the Source Code Parser.
Set One level metrics to Yes to restrict the calculation of static metrics only to the
source files displayed in the Project Browser.
·
Analyzed directories: This setting allows you to restrict the generation of .met
metric files only to files which are located in the specified directories.
To edit the Static Metrics settings for one or several nodes:
1. In
the
Project Explorer, click the Settings
button.
2.
Select a node in the Project Explorer pane.
3. Select
the
Static Metrics node.
4.
When you have finished, click OK to validate the changes.
Probe Control Settings
The Probe Control settings are part of the Configuration Settings dialog box, which
allows you to configure settings for each node.
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