Associating Requirements with Files

You can associate requirements with files so that the Parasoft traceability report can show static analysis violations and build reviews within the context of the analyzed source files. 

1. Create requirements (for example, Jira stories) in the requirements tracking system. 

2. Create a CSV file that maps the source code files for your project to the requirement IDs generated by your ALM system, for example:

   File	Associated Requirement ID
   Project-A/src/foo/goo.java	reqA
   Project-A/src/foo2/goo.c	reqA, reqB, reqC

   Creating the File-to-Requirement Map

   The file may be prepared manually by team members, or it can be automated with a script. For example, the script could scan the source control repository for requirements markers added by developers and generates the CSV file accordingly.

3. Add the file-to-requirement association information to the DTP database by checking the source code files into source control and running your Parasoft tool. The tool execution must be run under the specific build ID and project (see the documentation for the tool for instructions on how to specify this metadata).
   • You can also send a POST to the DTP REST API /artifactsTypes endpoint to add the requirements to the DTP database. Choose API documentation from the DTP help menu for additional information.

4. Run the CSV-scanning script shipped in the <DTP_INSTALL>/grs/extras/traceability directory with the following arguments:

   groovy fileReqAssoc.groovy -csv <CSV_FILE_NAME> -build <BUILD_ID> -dtp <DTP_HOST_INC_PROTOCOL> -user <DTP_USERNAME> -password <DTP_PASSWORD>

   • This is an example script intended to demonstrate a sequence of API calls that should be performed to associate files with artifacts in DTP. You can use this example script as a starting point for implementing a more advanced solution.

   • The script is written in Groovy, but the directory also contains a JAR file that you can run with the same arguments.

   • The script scans the CSV file prepared in step #2 and feeds the DTP database with the information about requirements to files mapping. See the README.txt file for details how to run the script.

After the script finishes, the traceability data for the specific filter ID and build ID will be stored in the database. The data can now be viewed using one of the following methods:

• Calling the artifactTraceability REST API endpoint
• In the Integrating with Azure DevOps Report
• In the Integrating with Jira Report 
• In the VersionOne Traceability Report
• In the Polarion Traceability Report
• In the CodeBeamer Traceability Report