Python for UG NX 11.0 demo
import NXOpen
import NXOpen.Validate
def main():
? ? # Get the NX session, work part, display part.
? ? theSession = NXOpen.Session.GetSession()
? ? workPart = theSession.Parts.Work
? ? displayPart = theSession.Parts.Display
? ? # Get the NX Check-Mate Validator object.
? ? validators1 = theSession.ValidationManager.FindValidator("Check-Mate")
? ? # Get the NX Check-Mate ValidatorOptions, and set options.
? ? validatorOptions1 = validators1[0].ValidatorOptions
? ? validatorOptions1.SkipChecking = False
? ? validatorOptions1.SkipCheckingDontLoadPart = False
? ? validatorOptions1.SaveResultInTeamcenter = NXOpen.Validate.ValidatorOptions.SaveModeTypes.DoNotSave
? ? validatorOptions1.SavePartFile = NXOpen.Validate.ValidatorOptions.SaveModeTypes.DoNotSave
? ? validatorOptions1.SaveResultInPart = False
? ? # Clear part nodes if any.
? ? validators1[0].ClearPartNodes()
? ? # Appends the full path of a part file or the current work part.
? ? validators1[0].AppendPartNode(workPart)
? ? # Manually add this line to clean all existing tests
? ? validators1[0].ClearCheckerNodes()
? ? # Select a checker and append it into the Validator object.
? ? classnames1 = [None]
? ? classnames1[0] = "%mqc_report_browseable_features"
? ? validators1[0].AppendCheckerNodes(classnames1)
? ? # Execute the Check-Mate checker.
? ? status1 = validators1[0].Commit()
? ? # Get a Parser object, and show the checker result.
? ? parsers1 = []
? ? parsers1 = theSession.ValidationManager.FindParser("Validation Gadget")
? ? parsers1[0].ClearResultObjects()
? ? parsers1[0].DataSource = NXOpen.Validate.Parser.DataSourceTypes.MostRecentRun
? ? parsers1[0].MaxDisplayObjects = 10
? ? parsers1[0].Commit()
if __name__ == "__main__":
? ? main()
"""
file path:
C:\Program Files\Siemens\NX 11.0\UGOPEN\SampleNXOpenApplications\Python\CheckMate\ExecuteCheckerAndGetResults\ExecuteCheckerAndGetResults.py
------------------------------------------------------------------------------------
? ? ? ? ? ? ? ? ? ? ? ? ExecuteCheckerAndGetResults Example
------------------------------------------------------------------------------------
-----------
Description
-----------
? ? This example demonstrates how to record the journal of executing a Check-Mate checker,
? ? and how to get the executing result of a Check-Mate checker by playing the journal in NX.
? ? This example uses the Check-Mate checker %mqc_report_browseable_features whose
? ? display name is "Number of browseable features", and this Check-Mate checker reports
? ? the number of browseable features in the work part. This example uses a journal?
? ? recorded using the Python programming language.
--------------
Files required
--------------
? ? ExecuteCheckerAndGetResults.py
? ??
? ? You can use the sample part file ExecuteCheckerAndGetResults.prt located at?
? ? $UGII_BASE_DIR/ugopen/SampleNXOpenApplications/C++/CheckMate/ExecuteCheckerAndGetResults
? ? or any part file with modeling features.
----------------------------
Settings before Launching NX
----------------------------
? ? None
----------------------------
Settings after Launching NX
----------------------------
? ? None
--------------------------
Example execution steps
--------------------------
? ? 1. Start NX.
? ? 2. Open the part file ExecuteCheckerAndGetResults.prt.
? ? 3. Change the Role to Advanced if not set.
? ? 4. Find the four features in the Part Navigator in the work part.
? ? 5. Open Check-Mate on the HD3D Tools. Click the Set Up Tests button to open Set Up Tests dialog.
? ? 6. Click Tests to load all checkers. Notice that there will be a tree structure in the Categories area.
? ? 7. Execute the checker by the following method:
? ? ? ? 7.1 Journal execution
? ? ? ? ? ? -----------------
? ? ? ? ? ? Invoke ExecuteCheckerAndGetResults.py file
? ? ? ? ? ? using Tools->Journal->Play... (Alt+F8).
-----
Note:
-----
? ? 1. A Check-Mate license? is required to run the example. See the?
? ? ? ?online documentation for details of licensing.
? ? 2. This example was generated by recording this workflow:
? ? ? ?2.1 Open Check-Mate on the HD3D Tools. Click the Set Up Tests button to open Set Up Tests dialog.
? ? ? ?2.2 Click Tests to load all checkers. Notice that there will be a tree structure in the Categories area.
? ? ? ?2.3 Select the Check-Mate checker Get Information->Modeling->Number of browseable features. Click the Add to Selected button.
? ? ? ?2.4 The checker will appear in the Chosen Tests area. Click Execute Check-Mate button to execute the chosen checker.
? ? ? ?2.5 Notice four features will be reported in the Results area of the Check-Mate.
-----------
CAVEATS
-----------
? ? None
"""
