Wmedders21/appeals 64703

[wmedders21]

Resolves APPEALS-64703

Description

Please explain the changes you made here.

• Add the functionality for the submit button in the CancelReviewTranscriptTaskModal to make a patch request to the backend to cancel the task
• Adds a patch route on the back end to handle this request
• Adds a controller action with the logic to cancel the task and update its task instructions for display on the case timeline.

Acceptance Criteria

• Code compiles correctly

Testing Plan

1. Go to Jira Issue/Test Plan Link or list them below

• Log in to caseflow as a Hearing Admin

• Visit the case details page for an appeal that has an assigned ReviewTranscriptTask for the logged-in user

  • /queue/appeals/<appeal-uuid>

• Select "Cancel task" from the task actions dropdown

• Fill out the text box in the CancelReviewTranscriptTaskModal

• Click on "Cancel task" to submit

• Expect to be on the Case details page

• Expect that the ReviewTranscriptTask shows up as cancelled on the Case Timeline with instructions as described in the jira ticket.

• For feature branches merging into main: Was this deployed to UAT?

Frontend

User Facing Changes

• Screenshots of UI changes added to PR & Original Issue

BEFORE	AFTER

Storybook Story

For Frontend (Presentation) Components

• Add a Storybook file alongside the component file (e.g. create MyComponent.stories.js alongside MyComponent.jsx)
• Give it a title that reflects the component's location within the overall Caseflow hierarchy
• Write a separate story (within the same file) for each discrete variation of the component

Backend

Database Changes

Only for Schema Changes

• Add typical timestamps (created_at, updated_at) for new tables
• Update column comments; include a "PII" prefix to indicate definite or potential PII data content
• Have your migration classes inherit from Caseflow::Migration, especially when adding indexes (use add_safe_index) (see Writing DB migrations)
• Verify that migrate:rollback works as desired (change supported functions)
• Perform query profiling (eyeball Rails log, check bullet and fasterer output)
• For queries using raw sql was an explain plan run by System Team
• Add appropriate indexes (especially for foreign keys, polymorphic columns, unique constraints, and Rails scopes)
• Run make check-fks; add any missing foreign keys or add to config/initializers/immigrant.rb (see Record associations and Foreign Keys)
• Add belongs_to for associations to enable the schema diagrams to be automatically updated
• Document any non-obvious semantics or logic useful for interpreting database data at Caseflow Data Model and Dictionary

Integrations: Adding endpoints for external APIs

• Check that Caseflow's external API code for the endpoint matches the code in the relevant integration repo
  • Request: Service name, method name, input field names
  • Response: Check expected data structure
  • Check that calls are wrapped in MetricService record block
• Check that all configuration is coming from ENV variables
  • Listed all new ENV variables in description
  • Worked with or notified System Team that new ENV variables need to be set
• Update Fakes
• For feature branches: Was this tested in Caseflow UAT

Best practices

Code Documentation Updates

• Add or update code comments at the top of the class, module, and/or component.

Tests

Test Coverage

Did you include any test coverage for your code? Check below:

• RSpec
• Jest
• Other

Code Climate

Your code does not add any new code climate offenses? If so why?

• No new code climate issues added

Monitoring, Logging, Auditing, Error, and Exception Handling Checklist

Monitoring

• Are performance metrics (e.g., response time, throughput) being tracked?
• Are key application components monitored (e.g., database, cache, queues)?
• Is there a system in place for setting up alerts based on performance thresholds?

Logging

• Are logs being produced at appropriate log levels (debug, info, warn, error, fatal)?
• Are logs structured (e.g., using log tags) for easier querying and analysis?
• Are sensitive data (e.g., passwords, tokens) redacted or omitted from logs?
• Is log retention and rotation configured correctly?
• Are logs being forwarded to a centralized logging system if needed?

Auditing

• Are user actions being logged for audit purposes?
• Are changes to critical data being tracked ?
• Are logs being securely stored and protected from tampering or exposing protected data?

Error Handling

• Are errors being caught and handled gracefully?
• Are appropriate error messages being displayed to users?
• Are critical errors being reported to an error tracking system (e.g., Sentry, ELK)?
• Are unhandled exceptions being caught at the application level ?

Exception Handling

• Are custom exceptions defined and used where appropriate?
• Is exception handling consistent throughout the codebase?
• Are exceptions logged with relevant context and stack trace information?
• Are exceptions being grouped and categorized for easier analysis and resolution?