This commit updates the Task model to include optional fields for
'additionalInput' and 'artifacts'. The 'fromMap' factory method is also
adapted to populate these fields if they exist in the JSON response.
This change aligns the Task model with the expected server responses,
making it more flexible and robust.
Added a new Pagination class to model the pagination data that comes with API responses. This will help in handling paginated data more effectively and transparently.
The Pagination class includes fields for total items, total pages, current page, and page size. It also includes a factory constructor for creating an instance from a JSON object.
This commit refactors the main.dart file to include service initialization and dependency injection:
- RestApiUtility Initialization: Initialize the RestApiUtility with a mock API endpoint.
- Service Initialization: Initialize ChatService and TaskService with the created RestApiUtility.
- Dependency Injection: Pass the initialized services to MyApp constructor.
- Provider Update: Replace the ChangeNotifierProvider creation in MultiProvider to use the new ChatViewModel and TaskViewModel initialized with the respective services.
This setup allows for better separation of concerns and easier testing, as the services are now decoupled from the view models.
This commit adds functionality to handle user interactions in the TaskView class by implementing the onPressed, onTap, and onDelete methods:
- onPressed: Triggered when the "New Task" button is pressed. It clears the current task ID and chat history in the ChatViewModel.
- onTap: Triggered when a task list tile is tapped. It selects the task in TaskViewModel and updates the current task ID in ChatViewModel.
- onDelete: Triggered when the delete button on a task list tile is pressed. It deletes the task from TaskViewModel and clears the current task ID and chat history in ChatViewModel if the deleted task was the current task.
These implementations provide a seamless user experience for managing tasks and associated chats.
This commit enhances the ChatView class by implementing the onSendPressed functionality, which is triggered when the user sends a message through the ChatInputField:
- When onSendPressed is triggered, it checks if a task ID is currently selected (currentTaskId in ChatViewModel).
- If a task ID is selected, the message is sent as a chat message for that task using sendChatMessage from ChatViewModel.
- If no task ID is selected, a new task is created using createTask from TaskViewModel, and then the message is sent for that new task.
This change provides a complete workflow for sending chat messages, either within an existing task or by creating a new task.
This commit brings a key update to the ChatInputField widget, making it more flexible and decoupled:
- The onSendPressed callback now takes a string parameter. This string represents the message that the user wishes to send.
- The onPressed of the send button (IconButton) is now implemented within the ChatInputField widget. It checks if the TextField has any text before calling onSendPressed.
- Added a TextEditingController to manage the TextField's content.
This commit includes a significant overhaul of the TaskViewModel to use the newly created TaskService and integrate it with the task API. Specifically:
- Removed dependency on mock data for tasks.
- Added real API calls through the TaskService for task operations like creating and fetching tasks.
- Updated createTask to return the ID of the newly created task.
- Updated fetchTasks method to fetch tasks from the API and update the local list.
- Updated selectTask to handle selection based on string IDs.
These changes make the TaskViewModel ready for real-world usage and remove dependencies on mock data.
This commit refactors the ChatViewModel to use the newly created ChatService and Step model for chat-related functionalities. The changes include:
- Replaced mock data source with real API calls via ChatService.
- Introduced _currentTaskId to keep track of the current task ID.
- Added fetchChatsForTask method to fetch steps related to the current task and populate the chat list.
- Implemented sendChatMessage to execute a step and add both user and agent messages to the chat list.
By making these changes, the ChatViewModel is now fully integrated with the backend services and models, thus enabling a more realistic and dynamic chat experience.
This commit adds a new TaskService class to handle all task-related operations, including task creation, listing, and artifacts management.
- Implemented methods for creating a new task (createTask).
- Added functionality to retrieve details for a specific task (getTaskDetails).
- Enabled listing all tasks with optional pagination (listAllTasks).
- Enabled listing all artifacts for a specific task with optional pagination (listTaskArtifacts).
By encapsulating these operations within the TaskService class, this commit provides a clean and centralized way to interact with the backend for task functionalities, making the application more maintainable and easier to extend.
This commit adds a new ChatService class to handle all chat-related operations, including steps and artifacts.
- Implemented methods for executing a step within a task (executeStep).
- Added functionality to retrieve details for a specific step (getStepDetails).
- Enabled listing all steps for a specific task with optional pagination (listTaskSteps).
- Laid groundwork for artifact uploading (uploadArtifact) and downloading (downloadArtifact), though these are not implemented yet.
By encapsulating these operations within the ChatService class, this commit provides a clean and centralized way to interact with the backend for chat functionalities, making the application more maintainable and easier to extend.
This commit introduces the Step class to the codebase, designed to model the steps related to tasks.
- Implemented Step class with both required and optional fields.
- Provided a fromMap factory method for easy deserialization from API responses.
- Ensured that optional fields are handled gracefully, providing default values where necessary.
The addition of the Step class lays the foundation for more complex interactions with tasks, including the ability to handle steps with varying levels of information. This makes the application more flexible and robust when interfacing with the backend.
This commit introduces a new utility class, RestApiUtility, designed to encapsulate all the HTTP request operations.
- Created RestApiUtility class with a constructor that accepts a base URL.
- Added get method to perform GET requests and return data as a Map.
- Added getList method to perform GET requests and return data as a List.
- Added post method to perform POST requests with payload and return data as a Map.
The class uses the http package for making network calls and dart:convert for JSON serialization and deserialization. This centralized approach makes it easier to manage API calls and handle errors across the application.
This commit updates the Task model to use string-based identifiers (id) instead of integers. The change aligns the model with the backend service, which uses string-based UUIDs for task identification.
This commit updates the Chat model to use string-based identifiers (id and taskId) instead of integers. This change aligns the model with the backend service, which uses string-based UUIDs for task and chat identification.
This commit adds the TaskRequestBody class, which is designed to encapsulate the request body when creating a new task. The class includes a toJson method for easy serialization to JSON format.
Additionally, unit tests have been written to ensure that the TaskRequestBody object is created with the correct values and that it serializes to the expected JSON structure.
- Added TaskRequestBody class with input and optional additionalInput fields.
- Implemented toJson method for converting an instance of the class to JSON.
- Added unit tests to verify both object creation and JSON serialization.
These changes provide a standardized way to manage the request body when creating new tasks, improving the overall code quality and maintainability.
This commit introduces the StepRequestBody class, designed to encapsulate the request body for sending a chat message in the form of a step. The class includes a toJson method for easy serialization to JSON format.
Additionally, unit tests have been added to ensure that the StepRequestBody object is created with the correct values and that it serializes to the expected JSON format.
- Added StepRequestBody class with input and optional additionalInput fields.
- Implemented toJson method for converting an instance of the class to JSON.
- Added unit tests to verify both object creation and JSON serialization.
These changes provide a robust way to manage the request body for step-based chat messages.
This commit introduces the ChatView widget, a central component of the application that manages the chat interface. It's responsible for displaying both agent and user messages and includes the following features:
- Fetching chats for a specific task upon initialization.
- A reverse ListView to display chats with the most recent messages at the bottom.
- Dynamic rendering of UserMessageTile and AgentMessageTile widgets based on message type.
- Integration with the ChatInputField for inputting user messages.
- Placeholder logic for handling send action, to be implemented later.
This implementation lays the groundwork for a fully functional chat interface within the application, allowing for a seamless interaction between users and agents.
This commit introduces the AgentMessageTile widget, a core component of the chat interface. The widget is designed to display agent messages, including a collapsible section for displaying a pretty-printed JSON code snippet.
The following features have been implemented:
- Rendering of agent title, message text, and expand/collapse button.
- Expandable section for displaying a JSON code snippet, complete with copy functionality.
- A minimum height constraint to ensure consistent appearance.
- Widget tests to validate rendering and interaction behavior.
These enhancements contribute to the overall chat functionality, providing a clear and interactive display of agent messages.
This commit introduces the UserMessageTile widget, designed to display user messages in the chat interface. The widget includes the following features:
- Proper alignment based on available screen width
- A predefined minimum height with flexible expansion for longer messages
- Styling including a white background, thin black border, and small corner radius
Alongside the widget, this commit also includes comprehensive widget tests to ensure the correct rendering and functionality of the UserMessageTile. The tests cover:
- Rendering without errors
- Displaying the correct user message
- Showing the "User" title as expected
These implementations improve the structure and readability of the user messages within the chat view, ensuring a consistent and user-friendly experience.
This commit introduces the JsonCodeSnippetView, a widget designed to display JSON data in a pretty-printed format. Users can view the JSON content with proper indentation and formatting, enhancing readability.
Features:
- The JSON data is displayed using the HighlightView with GitHub-themed syntax highlighting.
- A copy button (IconButton) is provided to allow users to easily copy the pretty-printed JSON to the clipboard.
- Padding and layout adjustments ensure that the view fits seamlessly within the designated space, with scrollable content if the JSON exceeds the available space.
This widget enhances the user experience when interacting with JSON data, providing a clean and efficient way to view and copy content.
This commit introduces the ChatInputField widget, a custom text input field designed for use within the ChatView. The ChatInputField widget handles varying screen sizes and gracefully resizes itself according to the available width. It starts with a height of 50 and can expand up to 400 as the user types more lines of text.
In addition to the implementation, this commit also includes widget tests to ensure the ChatInputField behaves as expected.
- Add ChatInputField widget with dynamic resizing
- Include IconButton for sending messages
- Add widget tests for ChatInputField
- Handle edge cases and overflows
In this commit, the app underwent significant UI improvements by leveraging new, more modular widgets (NewTaskButton and TaskListTile). This ensures better code maintainability and a cleaner architecture.
Key changes include:
Integrated ChangeNotifierProvider in main.dart to facilitate the creation and broadcasting of TaskViewModel.
Refactored TaskView to utilize the newly created NewTaskButton and TaskListTile widgets.
Updated MainLayout to reflect the changes and provide a more cohesive user experience.
This commit introduces the TaskListTile, a custom widget designed to display individual tasks in the TaskView. The tile offers a user-friendly interface with interactive features, such as selection and deletion.
Key Features:
- Responsive design that adapts its width based on the TaskView's constraints.
- Interactive tile that changes its background color upon selection.
- A delete icon that appears only when the tile is selected.
- Comprehensive widget tests to ensure the TaskListTile behaves as expected.
By splitting this into its own widget, the codebase remains modular, making it easier to maintain and update in the future.
This commit introduces the NewTaskButton widget, designed to allow users to create new tasks. The button follows specific design guidelines, including dimensions, colors, and layout.
Key Features:
Button with a set height and adaptive width.
Icon and text layout within the button.
Styling for background, border, and corner radius.
Associated tests to ensure the button's functionality and appearance.
This commit introduces the ChatViewModel, which manages the business logic for chat interactions associated with tasks. The ViewModel communicates with a mock data source, offering functionalities like fetching chats for a specific task and sending chat messages.
In addition to the implementation, comprehensive tests for ChatViewModel have been provided to ensure its behavior is consistent with our design goals and expectations.
Key Features:
Chat management in ChatViewModel.
Tests covering all major functionalities of ChatViewModel.
Mock data source updates to emulate chat data interactions.
This commit introduces the TaskViewModel, which manages the business logic for tasks. The ViewModel interacts with a mock data source, providing functionalities like fetching tasks, selecting a task, creating, and deleting tasks.
Additionally, comprehensive tests for TaskViewModel have been added to ensure its behavior aligns with expectations. The mock data source has also been updated to support the new functionalities.
Key Features:
- Task management in TaskViewModel.
- Tests for each major functionality in TaskViewModel.
- Mock data source to simulate data interactions.
