Prepare Jupyter NB scripts for AA0.5 Integration Event test cases

These test scripts will allow an easier interface for AIV engineers and Science Operators to execute the AA0.5 Integration Event test cases without having to interact with the lower level systems at command level.

The implementation of the script and thereby the dry run of these test scripts uncovers potential bugs which can be fed back to the Subsystem teams for a faster resolution.

Assumptions to proceed to AA0.5 Integration Event:

• All the integration tests are completed successfully in the LOW ITF
• There are no blocker defects present in any of the Subsystems that impact the Integration activity.
• Any non-blocker issues are raised as waivers and accepted.

Jupyter NBs for each test case are developed.
Handover / training / minimal step-by-step guide on how to run those Jupyter notebooks is in place.
Dry-run the test execution
Note: Formal execution is out of scope for Vulcan if the interface is easy enough for Science Operators to formally run these tests.

• TC.L.AA.05.1.2.1.1 SAT-CSP Integration Test Case has been run and passed
• TC.L.AA.05.1.2.1.3 CSP-SDP Integration Test Case has been run and passed
• TC.L.AA.05.1.2.1.2 Station-CSP Integration Test Case has been run and passed

The remaining test, TC.L.AA.05.1.2.1.4 TMC Interfaces Integration Test Case, depended on the availability of working pointing and tracking functionality. This functionality was immature and undertested, and the work was impeded by numerous bugs. A number number of bug tickets were raised - see bugs linked to this feature. The work was also impacted by timing issues that we captured as SPRTS-240 - this work contributed significantly to diagnosis of that issue. In PI23 Demo, we successfully demonstrated station pointing. We are therefore hopefully that most impediments have been overcome, and the remaining work to verify tracking and then integrate with TMC will be plain sailing.