Specifications
For COMP110 TA Scheduler "Karen Bot"
Functional requirements:
Functional requirements:
Definite:
Definite:
- TAs should be able to select their hourly availability using a simple UI.
- UI should write out TA’s availability in the standardized CSV format so that it can be ingested by the scheduler and save it persistently on their file system.
- Admin should be able to automatically generate an office hours schedule based on availability
Perhaps:
Perhaps:
- TA should be able to determine at any given time all other available TAs who they can swap shifts with.
Improbable:
Improbable:
- Finished schedule should be exported to Google Calendar in order to be hosted on COMP110 Course Website
Non-Functional requirements:
Non-Functional requirements:
Definite:
Definite:
- The backend storage for the TA availability and the final schedule will be hosted in CSV files on Github.com
- JavaFX app should be able to push and pull the latest scheduling information from the Github repository transparently to the user. It should also smoothly resolve any merge conflicts.
- Intuitive GUI that allows TAs to input their availabilities
Perhaps:
Perhaps:
- Improve the scheduler algorithm in terms of both runtime and overall score.
Improbable:
Improbable:
- UI should be able to negotiate swaps and update schedule
Interface:
Interface:
Definite:
Definite:
- Show week and allows TA to mark days/times available with submission button
- The UI should prompt the TA for their onyen so it can pull the appropriate CSV
- Application will interface with github.com for storage of all file resources.
- The instructor should be able to create an executable jar of the Karenbot repository and run it via the command line.
Perhaps:
Perhaps:
- Show current office hours schedule in the UI.
- Show a list of all TAs available at any given time so TAs can know who to contact to try and negotiate a shift swap
Improbable:
Improbable:
- Render schedule on the comp110 website backend.
- Update schedule stored in the repository in real-time as swaps are made