This commit integrates the `BenchmarkService` into the main application setup through the `MultiProvider` in `main.dart`. The changes include:
1. Adding `BenchmarkService` to the list of service providers, allowing it to be accessible throughout the application via dependency injection.
2. Using `ProxyProvider` to ensure `BenchmarkService` gets the `RestApiUtility` instance as a dependency.
3. Modifying the `MyApp` class to fetch the `BenchmarkService` from the provider, making it ready for use in the application's lifecycle.
This addition allows `BenchmarkService` to be centrally managed and readily available for any part of the application that requires benchmark-related functionalities.
This commit enhances the `RestApiUtility` class to support multiple base URLs by incorporating an `ApiType` enum parameter in its methods. The changes include:
1. `_agentBaseUrl`: The base URL for the agent-related API calls.
2. `_benchmarkBaseUrl`: A hard-coded base URL for benchmark-related API calls.
3. `_getEffectiveBaseUrl`: A new private method that determines the effective base URL based on the given `ApiType`.
All public methods (`get`, `post`, `getBinary`) have been updated to include an optional `ApiType` parameter, which defaults to `ApiType.agent`. Based on this parameter, `_getEffectiveBaseUrl` is called to decide the base URL for the HTTP request.
This change allows for flexible API calls without the need to instantiate multiple `RestApiUtility` objects for different services.
This commit extends the `SkillTreeViewModel` to include `BenchmarkService` as a dependency. This integration allows for leveraging benchmark-related API calls within the skill tree logic.
Two new methods have been added to `SkillTreeViewModel`:
1. `callGenerateReport`: This method attempts to call the `generateReport` function from the `BenchmarkService`. Currently, it only prints the API response and is incomplete in terms of full functionality.
2. `callPollUpdates`: Similar to `callGenerateReport`, this method aims to call `pollUpdates` from `BenchmarkService` and prints the API response. This is also incomplete and will require further development.
Both methods are preliminary and will require additional features to become fully functional.
This commit introduces the `BenchmarkService` class, which encapsulates API calls related to benchmarking operations. The class includes two methods:
1. `generateReport`: Takes a `ReportRequestBody` object as input and performs a POST request to the `/reports` URL, serializing the object to JSON format.
2. `pollUpdates`: Accepts a UNIX UTC timestamp as an argument and performs a GET request to the `/updates?last_update_time=<timestamp>` URL.
Both methods use the `RestApiUtility` for making HTTP requests and are designed to work with different base URLs, controlled by the `ApiType` enum.
This commit adds a new enum, `ApiType`, to allow dynamic selection between different base URLs for API calls. The enum has two values: `agent` and `benchmark`, corresponding to different services.
The `ApiType` enum is designed to be passed as a parameter to the `RestApiUtility` methods, enabling the utility to decide which base URL to use for HTTP requests.
This commit introduces a new Dart class, `ReportRequestBody`, which represents the request body for generating reports in the `BenchmarkService`. The class includes a `toJson` method for easy serialization to JSON format.
- `category`: Specifies the category of the report (e.g., "coding").
- `tests`: A list of tests to be included in the report.
This commit substantially upgrades the SkillTreeViewModel by incorporating asynchronous initialization from a JSON asset. Now, both nodes and edges of the skill tree are dynamically generated based on the JSON data. This not only enhances the modularity of the code but also simplifies the process of updating or modifying the skill tree.
Other improvements include:
- Changed node IDs from integers to strings for better flexibility.
- Added a function to get a node by its ID, improving code reusability.
- Introduced error handling for potential issues during JSON parsing or node retrieval.
- Updated the sibling, level, and subtree separation configurations for the graph view layout.
These changes make the skill tree more dynamic and maintainable, setting the stage for future extensions.
This commit refactors the SkillTreeView class to include asynchronous initialization through FutureBuilder. The new version also replaces the integer-based node IDs with string-based IDs, aligning better with the SkillTreeNode model. The code now clears previous graph nodes and edges before adding new ones, preventing duplication. Additionally, the TreeNodeView component is now populated dynamically with data from the SkillTreeNode model, making the tree view more robust and integrated.
This commit updates the TreeNodeView class from a stateless widget to a stateful widget to handle hover interactions. The new version also replaces the old simple text-based representation with a more interactive and visually appealing design that includes icons and hover effects. The SkillTreeNode model is now used to populate the node information, making the TreeNodeView more dynamic and integrated with the rest of the application.
