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Type: Feature
Priority: Must have
Fix Version/s: PI16
Component/s: COM OSO SW, COM TMC SW
Labels:

ARTs:

Obs Mgt & Controls
Benefit hypothesis:
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The use of OMC monitoring and control software (TMC, CSP.LMC) is demonstrated in a JupyterNotebook.

The required command 'end-points' to achieve the MID imaging scenario are found.

Any limitations or missing functionality in the M&C chain are surfaced.

Use of the M&C chain is available from the Operations room for the first time.
Show
The use of OMC monitoring and control software (TMC, CSP.LMC) is demonstrated in a JupyterNotebook. The required command 'end-points' to achieve the MID imaging scenario are found. Any limitations or missing functionality in the M&C chain are surfaced. Use of the M&C chain is available from the Operations room for the first time.
Acceptance criteria:
Hide

An example Jupyter Notebook which can interact with/control the TMC, CSP.LMC and SDP sub-systems is created. Will require the creation of a new repository.

uses the standard python/poetry/oci image tool chain

The Jupyter Notebook follows and can execute the steps within the AA0.5 MID Imaging Scenario which are achievable within the slice defined in OMC Goal 1. (TMC, CSP.LMC, emulated CBF, SDP).

It is possible to demonstrate from the Operations Sandbox / Ops room the use of the Jupyter Notebook and monitor the states of the subsystems being exercised.

Any limitations in the current control infrastructure are surfaced and documented.
Show
An example Jupyter Notebook which can interact with/control the TMC, CSP.LMC and SDP sub-systems is created. Will require the creation of a new repository. uses the standard python/poetry/oci image tool chain The Jupyter Notebook follows and can execute the steps within the AA0.5 MID Imaging Scenario which are achievable within the slice defined in OMC Goal 1. (TMC, CSP.LMC, emulated CBF, SDP). It is possible to demonstrate from the Operations Sandbox / Ops room the use of the Jupyter Notebook and monitor the states of the subsystems being exercised. Any limitations in the current control infrastructure are surfaced and documented.
Expect Dependencies:

Inter Program, Intra Program
Feature Points:
5
Initial Size:
5
Cost of Delay:
40
WSJF:
8
Delivered By:

REL-112 SKA-MID v22.2

REL-213 SKA-MID v22.3

REL-111 SKA-MID v22.1
Epic Link:
AA0.5 Observation Execution
Agile Teams:

Team_OMCPT
Due Sprint:
Sprint 5
Story Point Burn-up:
Overdue:
Outcomes:
Hide

An example Jupyter Notebook which can interact with/control the TMC, CSP.LMC and SDP sub-systems exists.

A new repository has been created: https://gitlab.com/ska-telescope/ska-jupyter-scripting

This repo uses the standard python/poetry/oci image tool chain.

The Jupyter Notebook follows and can execute the steps within the AA0.5 MID Imaging Scenario which are achievable within the slice defined in OMC Goal 1. (TMC, CSP.LMC, emulated CBF, SDP).

A test of the walk through was made using the 'staging' (to be renamed to) 'Operations Sandbox' environment from the GHQ Observation Monitoring Room.

A number of limitations in the current control infrastructure are surfaced and documented. This has lead to the creation og a number of SKB tickets.
Show
An example Jupyter Notebook which can interact with/control the TMC, CSP.LMC and SDP sub-systems exists. A new repository has been created: https://gitlab.com/ska-telescope/ska-jupyter-scripting This repo uses the standard python/poetry/oci image tool chain. The Jupyter Notebook follows and can execute the steps within the AA0.5 MID Imaging Scenario which are achievable within the slice defined in OMC Goal 1. (TMC, CSP.LMC, emulated CBF, SDP). A test of the walk through was made using the 'staging' (to be renamed to) 'Operations Sandbox' environment from the GHQ Observation Monitoring Room. A number of limitations in the current control infrastructure are surfaced and documented. This has lead to the creation og a number of SKB tickets.
Resolved PI.Sprint:
16.6

Feature Checklist:

Stories Completed, Outcomes Reviewed, Demonstrated, Satisfies Acceptance Criteria, Accepted by FO

Requirement Status:

PI23 - UNCOVERED
Labels_MIRO:
Team_ATLAS Team_BUTTONS Team_HIMALAYA Team_NAKSHATRA Team_OMCPT Team_SAHYADRI

Description

The feature aims to create a JupyterNotebook deployed in the SKAO BinderHub which exercises the current capabilities of the SKAO MID software suite to walkthrough a partial implementation of the AA0.5 MID Band 2 Imaging Scenario (AA0.5_MID_Scenario_Imaging_in_Band_2.docx).

	Issues	Story Points
To Do	0	0.0
In Progress	0	0.0
Complete	11	22.5
Total	11	22.5

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