Ongoing development - CursorAI auto build

.cursor/App.notepad

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+These files represent the entire application
+
+Agent.exe/
+├── .cursor/                      # Directory for cursor-related files
+│   ├── @instructions.md         # Instructions for the development process
+│   ├── @current_status.md         # Current status of the project
+│   └── @plan.md                   # Project plan and roadmap
+├── .erb/                         # Electron React Boilerplate configurations
+│   └── configs/                  # Webpack and other build configurations
+│       └── @webpack.config.main.dev.ts  # Webpack config for main process development
+├── assets/                       # Static assets like images and icons
+├── release/                      # Build output directory
+│   └── app/                      # Application package directory
+│       └── @package.json          # Package configuration for the built app
+├── src/                          # Source code directory
+│   ├── main/                     # Main process code
+│   │   ├── @main.ts               # Entry point for the main process
+│   │   ├── @menu.ts               # Application menu configuration
+│   │   ├── @preload.ts            # Preload script for renderer process
+│   │   └── store/                # State management for main process
+│   │       ├── @create.ts         # Store creation and configuration
+│   │       ├── @runAgent.ts       # Logic for running the AI agent
+│   │       └── @types.ts          # TypeScript type definitions
+│   └── renderer/                 # Renderer process code
+│       ├── @App.tsx               # Main React component
+│       ├── @index.ejs             # HTML template for the app
+│       ├── @index.tsx             # Entry point for the renderer process
+│       ├── @RunHistory.tsx        # Component for displaying run history
+│       ├── @global.d.ts           # Global type declarations
+│       └── hooks/                # Custom React hooks
+│           └── @useStore.ts       # Hook for accessing the Zustand store
+├── .editorconfig                 # Editor configuration for consistent coding styles
+├── .env                          # Environment variables (not tracked in git)
+├── .eslintignore                 # Files to be ignored by ESLint
+├── .eslintrc                     # ESLint configuration
+├── .gitignore                    # Git ignore file
+├── @package.json                  # Node.js dependencies and scripts
+├── @README.md                     # Project documentation and overview
+└── tsconfig.json                 # TypeScript configuration

.cursor/current_status.md

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+# Current Status
+
+## Iteration 1: Project Evaluation
+
+1. Completed initial project structure analysis
+2. Identified key components and their purposes:
+   - Main process (`src/main/main.ts`)
+   - Renderer process (`src/renderer/App.tsx`)
+   - State management (`src/main/store/create.ts`)
+   - AI agent logic (`src/main/store/runAgent.ts`)
+3. Reviewed existing features:
+   - Direct computer control by Claude 3.5 Sonnet
+   - Real-time execution of AI-generated commands
+   - Simple Electron-based user interface
+   - Support for MacOS (with theoretical support for Windows and Linux)
+   - Primary display interaction
+   - Emergency stop functionality
+4. Identified areas for enhancement as per the project plan:
+   - Persistent settings
+   - System prompt configuration
+   - Enhanced logging with images
+   - Plugin system
+   - Window state persistence
+   - Session management
+   - Configurable tools system
+5. Next steps:
+   - Begin implementation of persistent settings
+   - Set up development environment for new features
+   - Create a more detailed roadmap for feature implementation
+
+## Iteration 2: Persistent Settings Implementation
+
+1. Installed `electron-store` library for efficient local storage
+2. Created `src/main/settings.ts` to manage application settings
+3. Modified `src/main/store/create.ts` to use persistent settings
+4. Updated `src/renderer/App.tsx` to utilize persistent settings
+5. Implemented saving and loading of `instructions` and `fullyAuto` settings
+6. Next steps:
+   - Test the persistent settings functionality
+   - Move on to the next enhancement: System Prompt Configuration
+
+## Iteration 3: System Prompt Configuration
+
+1. Updated `src/main/store/types.ts` to include systemPrompt in AppState
+2. Modified `src/main/settings.ts` to handle systemPrompt persistence
+3. Updated `src/main/store/create.ts` to include systemPrompt in the store
+4. Created new `src/renderer/SystemPrompt.tsx` component for editing system prompts
+5. Updated `src/renderer/App.tsx` to include the SystemPrompt component as a tab
+6. Implemented a resizable textarea for editing the system prompt
+7. Added a "Apply Default Prompt" button to easily set a predefined system prompt
+8. Modified `src/main/store/runAgent.ts` to incorporate systemPrompt in AI interactions
+9. Tested the system prompt configuration functionality
+10. Next steps:
+    - Move on to the next enhancement: Enhanced Logging with Images
+
+## Iteration 4: Error Logging Enhancement
+
+1. Updated `src/main/store/runAgent.ts` to import and use `electron-log`
+2. Modified `promptForAction` function to log errors from the API call
+3. Enhanced `runAgent` function to provide more detailed error messages to the user
+4. Implemented error logging for both API calls and general execution errors
+5. Added logging of the message stack sent to the API when errors occur
+6. Included logging of the full conversation history when errors happen in the main loop
+7. Corrected an oversight in the `promptForAction` function to ensure the correct return format is maintained
+8. Next steps:
+   - Test the error logging functionality
+   - Investigate and fix the issue with images remaining in the message history
+   - Move on to the next enhancement: Enhanced Logging with Images
+
+## Iteration 5: Enhanced Logging with Images
+
+1. Updated `src/renderer/RunHistory.tsx` to display screenshots sent to the LLM API
+2. Modified the component to handle both assistant messages and user messages containing images
+3. Implemented image rendering using base64-encoded data
+4. Ensured proper scrolling behavior for the run history
+5. Tested the image display functionality
+6. Next steps:
+   - Test the enhanced logging with images feature
+   - Move on to the next enhancement: Plugin System
+
+## Iteration 6: User Feedback and Continuous Input System
+
+1. Designed the continuous input data structure
+2. Updated `src/main/store/types.ts` to include new types for user input
+3. Modified `src/main/store/create.ts` to handle continuous user input in the store
+4. Created a new `ContinuousInput` component in `src/renderer/ContinuousInput.tsx`
+5. Updated `src/renderer/App.tsx` to include the new ContinuousInput component
+6. Modified `src/main/store/runAgent.ts` to check for and incorporate new user inputs
+7. Implemented the mechanism to add new user inputs to the message stack
+8. Integrated the new input system with the existing run history
+9. Fixed issues related to incorrect message roles and API compatibility:
+   - Updated `runAgent` function to filter out 'tool' role messages before sending to API
+   - Ensured tool use and results are included as part of 'assistant' messages
+   - Updated `AppMessage` type to only allow 'user' and 'assistant' roles
+10. Corrected the return format in the `promptForAction` function to match expected `BetaMessageParam` type
+11. Enhanced error handling and logging throughout the application
+12. Next steps:
+    - Conduct thorough testing of the continuous input functionality
+    - Ensure the AI can properly respond to and incorporate new instructions
+    - Refine error handling and user feedback mechanisms
+    - Move on to the next enhancement: Plugin System
+
+## Iteration 7: Refinement and Testing
+
+1. Conduct comprehensive testing of all implemented features:
+   - Persistent settings
+   - System prompt configuration
+   - Enhanced logging with images
+   - Continuous input system
+2. Identify and fix any remaining bugs or issues
+3. Optimize performance and user experience
+4. Update documentation to reflect recent changes and new features
+5. Next steps:
+   - Complete testing and refinement phase
+   - Prepare for the implementation of the Plugin System
+   - Review and update project roadmap based on progress and any new requirements
+
+## Iteration 8: Window State and Instructions Box Persistence
+
+1. Implemented window state (size, position) persistence using electron-store
+2. Added instructions box height persistence using localStorage
+3. Updated `src/main/main.ts` to handle window state saving and restoring
+4. Modified `src/renderer/App.tsx` to manage instructions box height persistence
+5. Resolved issues with store access in the main process
+6. Tested window state persistence across multiple sessions
+7. Verified instructions box height persistence
+8. Next steps:
+   - Address any remaining issues or inconsistencies
+   - Move on to the next planned enhancement: Plugin System
+
+## Iteration 9: Instructions Input Box Expansion
+
+1. Modified `src/renderer/App.tsx` to make the instructions input box expand to 100% flex height
+2. Updated the textarea component to use `flex: 1` instead of a fixed height
+3. Removed manual resizing functionality for the instructions box
+4. Adjusted the layout to accommodate the expanded instructions box
+5. Next steps:
+   - Test the expanded instructions input box functionality
+   - Ensure proper layout and scrolling behavior with the new design
+   - Address any potential conflicts with other components (e.g., run history, error messages)
+   - Continue with the implementation of the Plugin System
+
+## Iteration 10: Plugin System Implementation
+
+1. Created `src/main/pluginManager.ts` to handle plugin loading and management
+2. Implemented plugin loading functionality in the main process
+3. Added IPC handlers in `src/main/main.ts` for plugin-related operations
+4. Created `src/renderer/Plugins.tsx` component for displaying and managing plugins
+5. Updated `src/renderer/App.tsx` to include the new Plugins component as a tab
+6. Implemented plugin installation functionality
+7. Added ability to load and display installed plugins
+8. Resolved issue with duplicate plugin display after app restart:
+   - Updated `pluginManager.ts` to clear existing plugins before loading
+   - Simplified `Plugins.tsx` to directly use the plugin list from the main process
+9. Tested plugin loading, installation, and display functionality
+10. Next steps:
+    - Implement plugin execution functionality
+    - Add ability to enable/disable plugins
+    - Create a more robust plugin API for developers
+    - Enhance error handling and user feedback for plugin operations
+    - Consider adding a plugin marketplace or repository feature
+    - Continue testing and refining the Plugin System
+
+## Iteration 11: Service Registry Implementation
+
+1. Created `src/main/serviceRegistry.ts` to manage and provide access to various services
+2. Implemented `ServiceRegistry` class with methods to register, get, and retrieve all services
+3. Updated `src/main/main.ts` to use the new service registry:
+   - Registered computerVision and anthropic services
+   - Added logging for registered services
+   - Implemented an IPC handler to get services from the renderer process
+4. Modified `src/main/store/anthropic.ts` to register itself with the service registry
+5. Updated type definitions in `serviceRegistry.ts` to include `AnthropicService`
+6. Removed manual registration of anthropic service from `main.ts`
+7. Tested service registration and logging functionality
+8. Next steps:
+   - Ensure all services are properly registered and accessible
+   - Implement usage of registered services throughout the application
+   - Consider adding more services to the registry as needed
+   - Update renderer process to utilize the new service registry system
+   - Continue refining and testing the service registry implementation
+   - Move on to the next planned enhancement or address any remaining issues

.cursor/errors_resolutions.md

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+# Errors and Resolutions
+
+**Top Mistakes to Avoid:**
+
+1. **Always maintain the correct return format in API response handling:** Ensure that the `promptForAction` function always returns an object with `content` and `role` properties, matching the expected `BetaMessageParam` type.
+2. **Use only allowed message roles:** When working with the Anthropic API, ensure that only 'user' and 'assistant' roles are used in the conversation history.
+3. **Be cautious of plugin loading and display logic:** Ensure that plugins are loaded only once and displayed correctly in the UI.
+
+# Error # 1...
+
+# Error # 2: Incorrect Return Format in promptForAction
+
+**Error Description:**
+The `promptForAction` function was inadvertently modified to return the raw API response instead of the expected `BetaMessageParam` format.
+
+**Resolution:**
+Restored the correct return statement in the `promptForAction` function:
+```typescript
+return { content: message.content, role: message.role };
+```
+
+**Lessons Learned:**
+- Always double-check the return types and formats when modifying functions, especially those interfacing with external APIs.
+- Maintain consistency with the defined types and interfaces throughout the codebase.
+- When making changes, ensure that all parts of the function, including the return statement, are updated accordingly.
+
+# Error # 3: Unexpected 'tool' Role in Message History
+
+**Error Description:**
+The Anthropic API returned an error stating "Unexpected role 'tool'. Allowed roles are 'user' or 'assistant'." This occurred because the conversation history included messages with a 'tool' role, which is not supported by the current version of the API.
+
+**Resolution:**
+1. Updated the `runAgent` function to filter out any messages with 'tool' role before sending to `promptForAction`:
+```typescript
+const filteredHistory = getState().runHistory.filter(msg => msg.role === 'user' || msg.role === 'assistant');
+const message = await promptForAction(filteredHistory, getState().systemPrompt);
+```
+2. Ensured that tool use and tool results are included as part of 'assistant' messages in the conversation history.
+3. Updated the `AppMessage` type in `types.ts` to only allow 'user' and 'assistant' roles:
+```typescript
+export type AppMessage = {
+  role: 'user' | 'assistant';
+  content: string | BetaMessageParam['content'];
+};
+```
+
+**Lessons Learned:**
+- Stay up-to-date with API documentation and requirements, as they may change over time.
+- Implement proper type checking and validation to ensure that only allowed message roles are used in the conversation history.
+- When working with external APIs, always validate the data structure before sending requests to avoid unexpected errors.
+
+# Error # 4: Duplicate Plugin Display in UI
+
+**Error Description:**
+After restarting the application, installed plugins were being displayed twice in the UI, despite only being installed once.
+
+**Resolution:**
+1. Updated the `pluginManager.ts` file to clear existing plugins before loading:
+```typescript
+loadPlugins() {
+  console.log(`Attempting to load plugins from: ${this.pluginsDir}`);
+  this.plugins = []; // Clear existing plugins before loading
+  // ... rest of the loading logic
+}
+```
+2. Simplified the `Plugins.tsx` component to directly use the plugin list received from the main process:
+```typescript
+export function Plugins() {
+  const [plugins, setPlugins] = useState<Plugin[]>([]);
+
+  useEffect(() => {
+    const removeListener = window.electron.ipcRenderer.on('get-plugins-response', (installedPlugins) => {
+      setPlugins(installedPlugins as Plugin[]);
+    });
+
+    window.electron.ipcRenderer.sendMessage('get-plugins');
+
+    return () => {
+      removeListener();
+    };
+  }, []);
+
+  // ... rest of the component
+}
+```
+
+**Lessons Learned:**
+- Be cautious of state management in both the main process and renderer process, especially when dealing with persistent data like plugins.
+- Implement clear loading and resetting mechanisms for data that persists across app restarts.
+- Use console logging strategically to track the flow of data and identify points of duplication or unexpected behavior.
+- Always test the application's behavior after a restart to catch issues related to persistent data or state management.

.cursor/instructions.md

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+Begin building out the project defined in @plan.md
+# Every iteration, be sure to update the @current_status.md document to capture our place in the development cycle
+# When errors are encountered, document them and their resolution in @errors_resolutions.md if multiple attempts to fix take place, be sure to collect all attempts, the new reasoning, and ultimately the final resolution.
+
+# NOTE: pay close attention to directory structure, @plan.md is located in the project root. Any bootstrapping that takes place should understand where root is, and where any client / serverside applications are.
+
+# IMPORTANT: record achievements in @current_status.md
+# IMPORTANT: @current_status.md is append only
+# IMPORTANT: @errors_resolutions.md is append only
+# IMPORTANT: @plan.md is read only
+# IMPORTANT: @instructions.md is read only
+
+# IMPORTANT: every iteration we should be able to run our application and have it work based on the stage of the project. Deliver Value every iteration.