1. Use splitable ARXML files to work with input changes

2. put ARXML files under version control

3. You must use a split ARXML strategy and manage your input files separately to avoid merge conflicts.

4. An exported *arxml file is always the result of your input files.

5. You can use the splitable ARXML concept to work with customer input files and separate the data into an own file to avoid merge conflicts.

6. You can add, merge, and compare *.arxml files with a version control system of your choice and create a version history.

7. However, since the *.tdb file is the summary of all imported *.arxml files, you need to generate and import all files in a predefined sequence to maintain correct and consistent data.

8. Import all available *.arxml files to make them available to BswM.

9. *.xdm files are the basis for further code generation and for the creation of additional *.arxml files, depending on the project configuration.

10. Even if the software components are not affected directly by any changes, you have a major effort to merge the additions to the new *.arxml files.

11. You can avoid this merging issue by splitting up your data into separate *.arxml files.

12. Put your changed content into a separate *.arxml file if you want to avoid merging inside the same files and do not update the OEM file.

13. You can put all separate *.arxml files, your changes, and the OEM file under version control.

14. If the content of the OEM *.arxml files changes, import all *.arxml files including your changes.

15. Consequently, if you change the imported files in any way, you must generate all *.arxml files again to ensure data consistency.

16. With your version control system, put the OEM *.arxml files under version control separately.

17. Import the *.arxml files with a systemmodel importer.

18. Every exported arxml file will only contain the configuration of the currently active loadable variant.

19. EB tresos Studio allows you to import post build variants from an AUTOSAR arxml input file.

20. If the Automatically export EcuExtract.arxml property is set, the generated EcuExtract will be exported into the EcuExtract.arxml in the systemmod directory of the current project.

21. Possible extensions are: *.xdm, *.arxml, *.asc, *.epd, *.bmd, *.epc.

22. Probably you receive the variant definition from the OEM as a .arxml file which you can import into your project with a system description importer.

23. The tdb file or an ARXML file containing the predefined variants.

24. All changes made with the Connection Editor are also saved in an *.arxml file, which can then be reimported.

25. When you import the file you should not validate against a strict XML schema because the *.arxml file contains only a partial model.

26. This Ecu instance is exported into the ConnectionEditor.arxml file.

27. Your changes are saved to the system model and written to the file ConnectionEditor.arxml that is located in the folder systemmod inside your project.

28. All changes made with the Signal Mapping Editor are also saved in an *.arxml file, which can then be re-imported.

29. When you import the file, you should not validate against a strict XML schema because the *.arxml file contains only a partial model.

30. Every time you close the wizard the part of the EB package which belongs to the type of the wizard is exported as .arxml file

31. These wizards allow you to export and import *.arxml and *.ecuconfig files from and to an EB tresos Studio project in the AUTOSAR XML format.

32. According to AUTOSAR, model data can be split into different ARXML files.

33. To prevent mixed content in XDM, some references will be converted in the following way: from ARXML: <TAG DEST="X">asPath</TAG> to XDM: convertedTag("X":absoluteAsPath)

34. When you convert an arxml file to xdm, this parameter is automatically created.

35.