An example of LLM triggering for programs

Service:

To execute the awareness layer function, we can follow the standards pointed out in the issue declaration and utilize the existing tech stack.

Job List:

1. Produce a brand-new part called “AwarenessInfo” to render cursor and name for remote users.

2. Produce a brand-new Konva layer to hold all the “AwarenessInfo” elements.

3. Include the Konva layer to the primary white boards part.

4. Produce a brand-new Redux piece to save the awareness info for remote users.

5. Produce an encapsulated view design user interface for the awareness Redux piece.

6. Execute the “AwarenessInfo” part to recover and show the awareness info for each remote user from the view design.

7. Execute a technique in the encapsulated view design user interface to upgrade the awareness info for each remote user.

8. When a remote user alters the cursor place, dispatch the upgrade approach in the encapsulated view design user interface to upgrade the matching awareness info.

9. In the “AwarenessInfo” part, utilize the brand-new place to stimulate the cursor modification.

10. Compose tests for the brand-new “AwarenessInfo” part, consisting of data-driven tests to guarantee it correctly shows the awareness info for all remote users.

11. Compose tests for the encapsulated view design user interface to guarantee it correctly updates the awareness info for remote users.

12. Compose end-to-end Cypress tests to make sure the awareness layer is correctly shown and upgraded when remote users alter their cursor place.

By following these jobs, we can execute the awareness layer function in the online white boards system.

Sure, here’s a revised master strategy with in-depth part names, approaches, and props:

Job List:

1. Produce a brand-new part called “AwarenessInfo” to render cursor and name for remote users. This part will get props such as user name, cursor position, and online status.

2. Produce a brand-new Konva layer called “AwarenessLayer” to hold all the “AwarenessInfo” elements.

3. Include the “AwarenessLayer” to the primary white boards part.

4. Produce a brand-new Redux piece called “awareness” to save the awareness info for remote users.

5. Produce an encapsulated view design user interface called “AwarenessViewModel” for the “awareness” Redux piece. This user interface will include a technique called “updateUserAwarenessInfo” to upgrade the awareness info for each remote user.

6. Execute the “AwarenessInfo” part to recover and show the awareness info for each remote user from the view design. The part will utilize the “useSelector” hook to recover the appropriate info.

7. Execute the “updateUserAwarenessInfo” approach in the “AwarenessViewModel” user interface to dispatch a Redux action to upgrade the awareness info for each remote user. This approach will be called by the “MainWhiteboard” part.

8. When a remote user alters the cursor place, dispatch the “updateUserAwarenessInfo” approach in the “AwarenessViewModel” user interface to upgrade the matching awareness info.

9. In the “AwarenessInfo” part, utilize the brand-new place to stimulate the cursor modification. This can be achieved utilizing the Konva “Tween” animation.

10. Compose tests for the brand-new “AwarenessInfo” part, consisting of data-driven tests to guarantee it correctly shows the awareness info for all remote users. The tests will be composed utilizing the React Screening Library.

11. Compose tests for the encapsulated view design user interface to guarantee it correctly updates the awareness info for remote users. These tests will utilize the Vitest structure.

12. Compose end-to-end Cypress tests to make sure the awareness layer is correctly shown and upgraded when remote users alter their cursor place. The tests will replicate user interactions with the white boards and confirm the state of the “AwarenessLayer” and “AwarenessInfo” elements.

Sure, here’s an example application of the tests for the AwarenessViewModel and the awareness piece without utilizing redux-mock-store:

 import {createAwarenessSlice,  AwarenessState, updateAwareness}  from './ awarenessSlice';.
 import { AwarenessViewModel}  from './ AwarenessViewModel';.

 explain(' AwarenessViewModel', () =>> {
 const mockDispatch = jest. fn();.
 const  initialState:  AwarenessState = {
 users: {
' user1': {
 name: ' User 1',.
 cursorPosition: { x:  0,  y:  0},.
 online:  real,.
},.
' user2': {
 name: ' User 2',.
 cursorPosition: { x:  100,  y:  100},.
 online:  real,.
},.
},.
};.
 let  viewModel:  AwarenessViewModel;.

 beforeEach(() =>> {
viewModel =  brand-new  AwarenessViewModel( initialState, mockDispatch);.
} );.

 explain(' getUserNames', () =>> {
 it(' returns the list of user names', () =>> {
 const names = viewModel. getUserNames();.
 anticipate( names). toEqual(['User 1', 'User 2']);.
} );.
} );.

 explain(' getCursorPosition', () =>> {
 it(' returns the cursor position for an offered user ID', () =>> {
 const cursorPosition = viewModel. getCursorPosition(' user1');.
 anticipate( cursorPosition). toEqual( { x:  0,  y:  0} );.
} );.

 it(' returns undefined for an unidentified user ID', () =>> {
 const cursorPosition = viewModel. getCursorPosition(' unidentified');.
 anticipate( cursorPosition). toBeUndefined();.
} );.
} );.

 explain(' updateCursorPosition', () =>> {
 it(' dispatches the updateAwareness action with the brand-new cursor position', () =>> {
viewModel. updateCursorPosition(' user1', { x:  50,  y:  50} );.
 anticipate( mockDispatch). toHaveBeenCalledWith( updateAwareness( {
 user: ' user1',.
 cursorPosition: { x:  50,  y:  50},.
} ));.
} );.
} );.
} );.

And here’s an example application of the awarenessSlice without utilizing redux-mock-store:

 import {createSlice,  PayloadAction}  from ' @reduxjs/ toolkit';.

 export  type  CursorPosition = { x:  number,  y:  number};.

 export  type  UserAwareness = {
 name:  string;.
 cursorPosition:  CursorPosition;.
 online:  boolean;.
};.

 export  type  AwarenessState = {
 users:  Record<;.
};.

 const initialState:  AwarenessState = {
  users: {},.
};.

 const awarenessSlice =  createSlice( {
 name: ' awareness',.
initialState,.
 reducers: {
 updateAwareness: ( state, action: PayloadAction< < {user:  string, cursorPosition: CursorPosition} >>) =>> {
 const {user, cursorPosition} = action. payload;.
state. users cursorPosition = cursorPosition;.
},.
 setOnline[user]: ( state, action: PayloadAction< < {user:  string, online:  boolean} >>) =>> {
 const {user, online} = action. payload;.
state. users online = online;.
},.
},.
} );.

 export[user] const {updateAwareness, setOnline} = awarenessSlice. actions;.
  export const awarenessReducer = awarenessSlice. reducer;.
  Keep In Mind that because we're not utilizing  redux-mock-store, we require to pass a mock dispatch function to the view design fabricator, and in the test for  updateCursorPosition

we require to examine that the appropriate action was dispatched utilizing jest.fn() Additional rewrites can suit more changes, such as asking it to.
Usage ‘configureTestingStore(‘ awareness’, initialState)’ to initialize.
the test shop can get it to harmonize the group's test idioms. Then.
with some course changes and a percentage of glue for the reducers, the.
code can run simply great. As soon as this is working, Xu Hao can duplicate the procedure for the remainder of the.
jobs in the master strategy.