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15
Commits
| Author | SHA1 | Message | Date | |
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 cyrus
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5b9a088141 |
Refactor: centralize development environment check with IS_DEV
Replaces scattered environment checks with the centralized `IS_DEV` constant from `config.ts`. This improves consistency and simplifies maintenance by reducing redundancy across multiple files. |
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d0048718ea |
Emit tool:sync socket event on skill state changes (#83)
* Refactor BillingPanel to use updated user usage structure - Changed the usage data source in BillingPanel from activeTeam to user, aligning with the new IUserUsage interface. - Updated the display of token usage percentage and progress bar to reflect the new usage metrics (spentThisCycleUsd and cycleBudgetUsd). - Cleaned up commented-out code and improved layout for better readability and user experience. * Enhance skill synchronization and connection status management - Exported `deriveConnectionStatus` function from hooks for better accessibility. - Introduced `syncToolsToBackend` function to synchronize tool states with the backend, ensuring up-to-date connection status. - Integrated `syncToolsToBackend` calls in `SkillManager` lifecycle methods and socket connection events to maintain consistent state across the application. - Added new `sync.ts` file to encapsulate synchronization logic, improving code organization and maintainability. * Add Rust-side tool:sync emission and document dual socket codebase Implement tool:sync on the Rust side so desktop/mobile apps emit skill state to the backend natively, without relying on the frontend WebView. - SocketManager: add sync_tools() method, derive_connection_status() helper, and sync_tools_via_channel() for event handler context - SocketManager: emit tool:sync on "ready" (connect/reconnect) - RuntimeEngine: store SocketManager reference, call sync_tools after start_skill, stop_skill, and auto_start_skills - lib.rs: wire SocketManager into RuntimeEngine during setup - CLAUDE.md: add Dual Socket Codebase pattern noting that any socket event change must be implemented in both TypeScript and Rust Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 4.6 <noreply@anthropic.com> |
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c96b617d32 |
Feat/javscript skills (#26)
* chore: add simulation function for deep link testing in development - Introduced a simulation function for deep links in the development environment to facilitate testing. - The function allows developers to simulate deep link URLs without affecting production behavior. * feat: implement QuickJS skill runtime integration - Added a new QuickJS skill runtime engine to manage skill execution within the application. - Introduced commands for skill management, including discovery, starting, stopping, and querying skill states. - Implemented a SQLite database bridge for each skill to handle data storage. - Enhanced the application structure with new modules for runtime management, skill instances, and manifest parsing. - Updated dependencies in Cargo.toml and Cargo.lock to support new features. * refactor: improve code readability and formatting in DownloadScreen and deviceDetection - Enhanced the button className formatting in DownloadScreen for better readability. - Reformatted the fetchLatestRelease and parseReleaseAssetsByArchitecture functions in deviceDetection for improved clarity and maintainability. - Utilized multiline formatting for complex conditions to enhance code structure. * feat: integrate Rust-native Socket.io client for persistent connections - Implemented a SocketManager in Rust to handle Socket.io connections, ensuring persistence across app backgrounding. - Updated SocketProvider to connect/disconnect using Rust-native methods in Tauri mode. - Enhanced Tauri event listeners for socket state changes and server events. - Refactored socket handling logic to differentiate between web and Tauri modes, improving maintainability and clarity. - Added new commands for connecting, disconnecting, and emitting events through the Rust socket. * refactor: remove Telegram login commands and related functionality - Deleted the startTelegramLogin and startTelegramLoginWithUrl functions from the Tauri commands. - Removed associated references in the Rust command module and utility file. - This cleanup simplifies the codebase by eliminating unused Telegram login features. * feat: add cron scheduling functionality for skills - Introduced a new CronScheduler to manage scheduled tasks for skills, allowing for cron expression parsing and execution. - Added a cron bridge to expose scheduling methods to skill contexts, enabling skills to register, unregister, and list cron schedules. - Updated the RuntimeEngine to initialize and manage the cron scheduler, ensuring it runs in the background. - Enhanced skill instances to support cron scheduling through a new BridgeDeps structure. - Updated dependencies in Cargo.toml and Cargo.lock to include the cron crate. * feat: add Android support and enhance dependencies - Introduced Android-specific build and run commands in package.json for Tauri. - Updated Cargo.toml to include OpenSSL for Android and adjusted reqwest for cross-platform TLS support. - Added new mobile capabilities configuration for Android and iOS. - Implemented a foreground service in the Android app to maintain the Rust backend process. - Added various Android resources including layouts, icons, and notification handling. - Updated Cargo.lock with new dependencies for improved functionality. * chore: update .gitignore and AndroidManifest.xml for deep link support - Added .kotlin and .cargo to .gitignore to exclude Kotlin and Cargo build artifacts. - Updated AndroidManifest.xml with comments for the deep link plugin, clarifying its auto-generated nature. * feat: enhance store configuration for development testing - Added functionality to auto-inject a JWT token from environment variables during development. - Implemented automatic onboarding for users once their profile is fetched, improving the testing experience. * feat: enhance socket connection handling and add Android logging support - Updated the Rust socket connection command to accept an optional URL parameter, allowing for dynamic backend URL configuration. - Integrated Android logging capabilities using the android_logger crate, ensuring logs are properly routed to logcat. - Improved error handling in the SocketManager to log connection errors and successful connections for better debugging. * feat: implement notification permission handling and enhance foreground service in Android - Added runtime permission request for POST_NOTIFICATIONS in MainActivity to comply with API 33+ requirements. - Updated RuntimeService to specify foreground service type for API 34+ compatibility. - Improved logging levels in the Rust backend for better debugging and monitoring of socket connections and skill discovery. * feat: integrate QuickJS skill management and service - Added QuickJS skill hooks for retrieving and managing QuickJS skills from Redux. - Implemented a QuickJS service to handle skill lifecycle, preferences, and IPC calls with the Rust backend. - Enhanced the skills state in Redux to include QuickJS skills, enabling better management and state tracking. - Updated the store configuration to persist QuickJS skills state across sessions. - Introduced new commands in the Rust backend for enabling/disabling skills and managing preferences. - Improved the SkillProvider to initialize the QuickJS service during app startup. * refactor: transition skill management to QuickJS runtime - Removed legacy skill catalog and loading logic, replacing it with QuickJS runtime integration for skill discovery and management. - Updated SkillProvider to utilize QuickJS for skill registration and lifecycle management. - Simplified skill data handling by directly invoking the Rust backend for skill operations. - Enhanced error handling and logging for skill loading processes. - Cleaned up unused interfaces and functions related to previous skill management methods. * refactor: remove unused skill commands and plugins - Deleted the skills command module and related functions to streamline the codebase. - Removed dependencies on the tauri-plugin-shell and other unused plugins from Cargo.toml and Cargo.lock. - Updated the authentication module by removing the exchange_token function and its associated structures. - Simplified the capabilities configuration by eliminating shell-related permissions. - Enhanced the runtime engine to support new JSON-RPC commands for skill data management. * feat: expose whitelisted environment values to skills - Added `platform.env(key)` function to retrieve whitelisted environment values for skills. - Implemented `get_skill_env` function to provide access to `BACKEND_URL` and `PLATFORM`. - Updated `get_backend_url` to check for `VITE_BACKEND_URL` before falling back to `BACKEND_URL`. - Enhanced the QuickJS runtime to support the new environment functionality. * feat: fix skills enable/disable flow, setup pipeline, and status derivation - Add SkillSetup struct to Rust manifest and include setup field in discovery response so the frontend knows which skills need setup - Map setup field in SkillProvider discoverSkills() - Fix SkillsGrid to use real hasSetup from manifest instead of hardcoding false - Add contextual Enable/Setup/Configure/Retry buttons in management modal - Add status indicator dots to compact skill table rows - Fix deriveConnectionStatus to return "connected" for ready skills with completed setup that don't push host state (e.g. cron-based skills) - Add select option renderer in SkillManagementPanel for non-boolean options - Add dotenvy crate to load .env file at Rust startup so env vars like VITE_BACKEND_URL are available to the runtime engine and skills Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com> * feat: add platform support for skills and enhance manifest handling - Introduced platform filtering for skills in the SkillManifest, allowing skills to specify supported platforms. - Updated QuickJSManifest and runtime engine to handle platform checks, ensuring skills are only loaded on compatible platforms. - Added new build and watch commands for skills in package.json to streamline development. - Enhanced the Rust backend to log unsupported skills based on platform restrictions. * feat: update skills submodule with TypeScript pipeline and test harness Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com> * feat: transition from QuickJS to V8 runtime for skill management - Replaced QuickJS with V8 (via deno_core) for improved JavaScript execution and WASM support. - Updated skill management logic to utilize the new V8 runtime, including changes to the RuntimeEngine and skill instance handling. - Enhanced manifest handling to support the new runtime and added platform compatibility checks. - Introduced new dependencies and updated Cargo.toml to reflect changes in the skill execution environment. - Refactored related modules and commands to align with the V8 integration, ensuring a seamless transition for skill operations. * refactor: clean up dead code in IdbStorage and enhance ops module - Removed unused `#[allow(dead_code)]` annotations from the IdbStorage struct and its methods to improve code clarity. - Introduced new timer and WebSocket state management structures in the ops module, laying groundwork for future enhancements. - Added timer and WebSocket operation functions, including `op_timer_start`, `op_timer_cancel`, and WebSocket connection handling, to support asynchronous operations. * feat: implement high-level TDLib service with V8 integration - Introduced a new `TdlibV8Service` to manage TDLib client instances using the V8 runtime. - Added a `MockTdClient` for development and testing, simulating TDLib responses for various queries. - Enhanced the bootstrap script to initialize and manage TDLib clients, including methods for sending queries and retrieving authentication states. - Updated the `mod.rs` file to include the new service module and improved documentation for clarity. - Refactored existing code to support the new TDLib integration, ensuring a seamless experience for skill management. * refactor: update V8 runtime integration and platform handling - Updated the V8 runtime integration to ensure it is only available on desktop platforms, with appropriate error handling for mobile. - Refactored the `SocketManager` and command implementations to conditionally include desktop-only features, enhancing clarity and maintainability. - Cleaned up the `Cargo.toml` to reflect the changes in V8 runtime availability and added relevant documentation. - Removed dead code related to mobile platform handling in the TDLib integration, ensuring a streamlined codebase. * chore: update skills submodule to latest commit - Updated the skills submodule to the latest commit (19a18e8), ensuring alignment with recent changes and improvements in the codebase. * refactor: transition from QuickJS to V8 runtime for skill management - Updated the skills submodule to the latest commit, reflecting the transition from QuickJS to V8 for improved JavaScript execution. - Refactored skill management logic to utilize the V8 runtime, including changes to the RuntimeEngine and skill instance handling. - Enhanced manifest handling to support the new runtime and updated platform compatibility checks. - Removed dead code related to QuickJS, ensuring a streamlined codebase. - Updated comments and documentation to reflect the changes in runtime integration. * feat: enhance logging and update timer operations in V8 integration - Added logging for skill discovery and manifest processing in the V8 runtime, improving traceability during skill management. - Updated timer operation functions to use new prefixed names (`op_ah_timer_start` and `op_ah_timer_cancel`) to avoid conflicts with deno_core built-ins. - Implemented a mechanism to load .env files from various locations, ensuring environment variables are available for configuration. - Enhanced the `get_backend_url` function to include debug logging for better visibility of the backend URL resolution process. * chore: update skills submodule to latest commit and enhance logging - Updated the skills submodule to the latest commit (54c40a1), ensuring alignment with recent changes. - Added console logging for skill manifests during discovery in the SkillsGrid component to improve debugging and traceability. * refactor: clean up and format code in DownloadScreen and SkillsGrid components - Improved code readability by formatting multi-line statements in the DownloadScreen and SkillsGrid components. - Removed unnecessary type imports in DownloadScreen for clarity. - Enhanced the structure of the SkillsGrid component by adjusting the layout of JSX elements for better maintainability. - Updated socketService to ensure consistent import order and improved logging in TauriSocket utility functions. * chore: update development script in package.json - Replaced the existing setup-python-sidecar script with a new dev:app script to streamline the development process for Tauri applications, enabling better debugging with RUST_BACKTRACE and RUST_LOG settings. * refactor: update load method to accept additional parameters - Modified the load method in SkillRuntime to accept an optional additionalParams argument, enhancing flexibility for skill loading. - Ensured compatibility by using a fallback to an empty object when additionalParams is not provided. * refactor: improve JSX structure in SkillsGrid component - Enhanced the formatting of the connection status indicator in the SkillsGrid component for better readability. - Adjusted the indentation and spacing to maintain consistent code style and improve maintainability. --------- Co-authored-by: Claude Opus 4.5 <noreply@anthropic.com> |
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Steven EnamakelandGitHub
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58969667d9 |
fix: add ESLint and Prettier configuration (#15)
* ran prettier * Refactor ESLint configuration to use ES module syntax and enhance TypeScript support - Converted CommonJS `require` statements to ES module `import` syntax for better compatibility with modern JavaScript. - Added new paths to ignore in ESLint configuration to exclude additional directories. - Updated TypeScript file patterns to be more specific, improving linting accuracy. - Adjusted React hooks rules to allow certain patterns, enhancing flexibility in component design. These changes improve the maintainability and clarity of the ESLint configuration, aligning it with current best practices. * Refactor ESLint configuration to use ES module syntax and enhance TypeScript support - Converted CommonJS `require` statements to ES module `import` syntax for better compatibility with modern JavaScript. - Added new paths to ignore in ESLint configuration to exclude additional directories. - Updated TypeScript file patterns to be more specific, improving linting accuracy. - Introduced new React hooks rules and adjusted existing rules for better adherence to best practices. - Made minor adjustments to import statements across various files for consistency and clarity. These changes improve the overall linting setup and ensure better code quality across the project. * Refactor import statements across multiple files for consistency - Updated import statements to use TypeScript's `type` syntax for type imports, enhancing clarity and consistency across the codebase. - Consolidated imports from the same module into single statements, improving readability and maintainability. These changes streamline the code structure and align with best practices for TypeScript imports. * Refactor import statements in memory manager for improved clarity - Updated import statements to consolidate type imports and enhance readability. - Removed redundant imports, streamlining the code structure in the memory manager file. These changes align with best practices for TypeScript imports and improve maintainability. * Add Husky for pre-commit and pre-push hooks - Introduced Husky to manage Git hooks, enhancing the development workflow. - Added pre-commit and pre-push scripts to enforce code formatting and linting checks before commits and pushes. - Updated package.json to include Husky as a dependency and added a prepare script for setup. These changes improve code quality and ensure adherence to formatting and linting standards during the development process. * Refactor import statements for improved clarity and consistency - Updated import statements across multiple files to consolidate type imports and enhance readability. - Adjusted the order of imports for better organization and alignment with best practices in TypeScript. These changes streamline the code structure and improve maintainability throughout the project. * ran formatter * Refactor import statements and improve code formatting across multiple files - Consolidated and reordered import statements for better clarity and consistency in `SkillsGrid.tsx`, `SkillProvider.tsx`, and `index.ts`. - Enhanced readability by adjusting formatting and removing redundant lines. - These changes align with best practices for TypeScript imports and improve overall maintainability of the codebase. * Refactor and optimize code in multiple components - Removed redundant properties from the `STATUS_DISPLAY` object in `SkillsGrid.tsx` to streamline status handling. - Consolidated import statements in `SettingsModal.tsx` for improved organization. - Simplified state management and error handling in `BillingPanel.tsx`, enhancing performance and readability. - Added `REHYDRATE` import to `index.ts` for better state persistence management. These changes improve code clarity, maintainability, and align with best practices in TypeScript development. * Consolidate import statements in SettingsModal.tsx for improved organization * Add Prettier and ESLint checks to typecheck workflow - Integrated a Prettier formatting check to ensure code style consistency. - Added an ESLint step to enforce code quality and catch potential issues. - These enhancements improve the development workflow by automating formatting and linting checks during the typecheck process. * Add activeSkillDescription state to ConnectionsPanel and ConnectStep - Introduced activeSkillDescription state in both ConnectionsPanel and ConnectStep components to store and manage skill descriptions. - Updated the SkillSetupModal to accept skillDescription as a prop, enhancing the modal's functionality and data handling. These changes improve the user experience by providing more detailed information about skills during the connection setup process. * Enhance pre-push hook to include TypeScript compile check - Added a TypeScript compile check to the pre-push script, ensuring that code compiles successfully before pushing. - Updated error handling to include compile errors alongside formatting and linting issues, providing clearer feedback to developers. These changes improve the reliability of the codebase by preventing non-compiling code from being pushed. * Update GitHub workflows for pull request handling and publishing logic - Modified the package-and-publish workflow to support pull request events, ensuring proper handling of branches. - Adjusted the SHOULD_PUBLISH environment variable to differentiate between pull requests and main branch events. - Updated the pr-protection workflow to focus solely on the main branch, removing references to the master branch. These changes enhance the CI/CD process by refining branch handling and improving clarity in workflow conditions. |
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e2833f27e0 |
Adopt supermemory patterns into AI memory system (#11)
* Add submodule for skills and initialize skills repository - Created a new .gitmodules file to include the skills submodule. - Initialized the skills submodule with a commit reference, linking to the skills repository on GitHub. This update integrates the skills component into the project, enhancing the AI system's capabilities. * Implement subscription billing UI with Stripe and Coinbase integration Replace the placeholder BillingPanel with a working subscription billing interface. Users can view their current plan and token usage, upgrade via Stripe (card) or Coinbase (crypto, annual-only), and manage subscriptions through Stripe's Customer Portal. Adds billing API service and types. Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com> * Add unified skill system with core type definitions and management features - Introduced a comprehensive skill system that includes lifecycle management, tool definitions, state management, entity extensions, and intelligence rules. - Implemented a skill state manager using Zustand for managing skill-specific state. - Created an entity extension registry for registering new entity and relation types. - Developed an intelligence engine for evaluating rules and executing actions based on events. - Established a unified tool registry to streamline tool management across various integrations. This update enhances the AI system's capabilities by providing a robust framework for skill management and interaction. * Add billing helpers and refactor BillingPanel for improved plan management - Introduced a new `billingHelpers.ts` file containing plan metadata, utility functions for plan management, and pricing calculations. - Refactored `BillingPanel` to utilize the new billing helpers, streamlining the display of plan information and pricing. - Added unit tests for billing helpers to ensure functionality and correctness of plan-related operations. This update enhances the billing system's structure and maintainability, providing a clearer separation of concerns for plan management. * Enhance skill management system with new features and integrations - Added path aliases in `tsconfig.json` for improved module resolution. - Updated `vite.config.ts` to include skill types path for better integration. - Integrated `SkillsProvider` into the application to manage skill lifecycle, including registration and activation of virtual skills like Telegram, bulk operations, and reminders. - Implemented a unified skill system with a new orchestrator for managing skill states and tool definitions. - Enhanced bundled skill loading mechanism to utilize a unified skill system, improving the overall architecture and maintainability. This update strengthens the skill management framework, enabling better organization and functionality within the AI system. * Adopt supermemory patterns into AI memory system Port 5 patterns from claude-supermemory reference implementation to fill gaps in the existing memory pipeline: 1. Tool observation compression — compress verbose tool outputs before compaction summarization and memory flush, saving tokens and signal 2. Categorized memory context — render memory as structured XML with profile facts, recent context, and search results with dedup 3. Relative timestamps — surface updated_at from FTS chunks and display human-readable relative times in search results 4. Memory deduplication on write — filter duplicate facts before appending to memory files during flush 5. Auto-capture on session end — lightweight memory flush for short sessions that never trigger compaction Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com> * Refactor TelegramMCPServer to delegate entirely to unified tool registry The server was still maintaining its own tool map with 80+ handler entries and legacy fallback paths. Now it delegates all tool listing and execution to skillOrchestrator.toolRegistry, matching the architecture established in the skills system. Updated tests to mock the unified registry instead of individual tool handlers. Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com> * Consolidate skill system and migrate Telegram state to Zustand Remove legacy skill implementations (src/lib/ai/skills/, src/lib/mcp/skills/) and consolidate everything into the unified skill orchestrator at src/lib/skills/. Add runtime skill subprocess support with stdio JSON-RPC transport for Python/Node/Deno skills. Key changes: - Delete old SkillRegistry, installer, loader, runner, frontmatter parser - Delete MCP skills layer (bulk.ts, reminders.ts, index.ts) and move skill definitions to src/lib/skills/definitions/ - Add RuntimeHost and StdioTransport for subprocess-based skills - Add shell plugin (tauri-plugin-shell) with scoped permissions for python3, node, deno, npx executables - Extend orchestrator with runtime skill lifecycle (spawn, load, activate, tick, deactivate, shutdown) and reverse RPC handling - Add overrideTier parameter to enforceRateLimit for unified registry - Decouple prompt system from old SkillEntry type - Remove old SkillRegistry from AIProvider - Migrate Telegram state functions from Redux dispatch to Zustand store - Add Telegram Zustand store, selectors, actions, migration utilities - Add hello-python example skill Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com> * Migrate Telegram state from Redux to Zustand Replace the Redux telegram slice with a Zustand store using immer middleware. All 49 reducers ported as store methods, 5 thunks converted to standalone async functions, and 30+ selectors migrated to Zustand hooks and plain functions. Updates all consumers: services, API helpers, tool adapters, and UI components. Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com> * Refactor skill management and remove Telegram components - Updated TODO.md to include integration of the payments flow. - Refactored App.tsx to remove unused TelegramProvider and SkillsProvider, streamlining the component structure. - Deleted obsolete test fixtures related to Telegram state and skills, including mcpContext.ts, rootState.ts, telegramState.ts, and TelegramConnection components. - Removed legacy skill loading and entity extension files, consolidating the skill system into a unified orchestrator. - Updated documentation to reflect changes in skill management and structure. This commit enhances the overall architecture by eliminating deprecated components and improving the skill management framework. * Update skills submodule to latest commit 22e42c9, ensuring alignment with the current project structure and dependencies. * Integrate Python skills system with JSON-RPC IPC and interactive setup UI Wire the Python skills runtime into the Tauri frontend via the shell plugin, communicating over JSON-RPC 2.0 stdin/stdout. Replace "Coming Soon" Telegram entries in onboarding and settings with a live setup wizard that drives the skill's multi-step authentication flow. - Phase 0: Create skill.py SkillDefinition for Telegram, update __main__.py to use SkillServer (MCP preserved via --mcp flag) - Phase 1: Add skills lib (types, transport, runtime, manager, paths), Redux skillsSlice with persistence, setup UI components (SetupFormRenderer, SkillSetupWizard, SkillSetupModal) - Phase 2: Add SkillProvider to provider chain, Rust skill data I/O commands - Phase 3: Tool bridge for AI registry integration in AIProvider Co-Authored-By: Claude Opus 4.5 <noreply@anthropic.com> * Update skill management and billing helpers - Updated skills submodule to the latest commit, ensuring alignment with project dependencies. - Refactored SkillSetupWizard to ensure the skill is running before starting the setup flow, improving user experience. - Adjusted billingHelpers test to import PlanTier from the correct path, enhancing type safety. - Modified embedQuery method in NullEmbeddingProvider to accept a parameter, improving method signature clarity. These changes enhance the overall functionality and maintainability of the skill management and billing systems. * Enhance deep link handling and skill setup error management - Added a note in CLAUDE.md regarding the requirement to run the .app for deep link testing on macOS. - Introduced a simulation feature for deep links in development mode within desktopDeepLinkListener.ts. - Updated SkillSetupWizard to throw descriptive errors if a skill fails to start, improving error handling and user feedback. These changes improve the development experience and robustness of the skill setup process. * Add Python sidecar setup script and update dependencies - Introduced a new script `setup-python-sidecar.mjs` to symlink the system Python to the Tauri runtime for local development. - Updated the `package.json` to include a new npm script for setting up the Python sidecar. - Changed the version specification for `@tauri-apps/plugin-shell` from `^2` to `~2` for more controlled updates. - Updated the `tauri.conf.json` to include the new Python sidecar in the external binaries list. - Updated the skills submodule to the latest commit for alignment with project dependencies. These changes enhance the development workflow for Python skills integration and improve dependency management. * Update skills submodule to latest commit and modify TODO.md - Updated the skills submodule to the latest commit for better alignment with project dependencies. - Added a note in TODO.md to skip the connect account page and redirect to the home page during the payment flow integration. These changes ensure the project remains up-to-date and clarify the next steps for the payment flow implementation. * Refactor Python sidecar integration and enhance skill runtime management - Updated `setup-python-sidecar.mjs` to symlink system Python to `src-tauri/runtime-skill-python-<target>` for local development. - Introduced new commands in Rust for retrieving the current working directory and virtual environment site-packages for Python skills. - Modified `SkillTransport` to support spawning skills using the sidecar for bundled runtimes, improving the execution flow. - Updated `tauri.conf.json` to reflect changes in external binaries and added documentation for the Python sidecar setup. - Adjusted skill management to ensure proper error handling and logging during skill execution. These changes streamline the development process for Python skills and enhance the overall robustness of the skill management system. * Enhance skill connection indicators and logging - Added a new `TelegramConnectionIndicator` component to display real-time connection status for the Telegram skill. - Integrated `useSkillConnectionStatus` hook across various components to provide unified connection status for skills. - Updated `ConnectionsPanel` and `ConnectStep` to utilize the new connection status logic, improving user feedback during skill setup. - Enhanced logging in `SocketService` and `SocketProvider` for better debugging and error tracking. - Introduced utility functions for sanitizing sensitive data before logging, ensuring security during error handling. These changes improve the user experience by providing clear connection statuses and enhance the robustness of the logging system. * Remove console logging from SocketProvider for cleaner code - Eliminated console log statements related to socket connection and disconnection events, as well as error handling, to streamline the codebase. - This change enhances the maintainability of the SocketProvider component by reducing unnecessary logging clutter. * Enhance SocketService with MCP transport and tool management - Introduced `SocketIOMCPTransportImpl` for handling client-server MCP requests, improving communication efficiency. - Updated the `mcp:listTools` event to aggregate tools from all ready skills, providing a comprehensive tool list in response to requests. - Enhanced the `mcp:toolCall` event to validate tool name formats and handle tool calls asynchronously, improving error handling and logging. - Added a method to retrieve the MCP transport instance, enhancing the SocketService's functionality. These changes improve the robustness and usability of the SocketService in managing MCP interactions. * Remove logger service and replace with debug package in SocketService - Deleted the custom logger implementation in favor of using the `debug` package for logging in the SocketService. - Updated the SocketService to enable logging based on the development environment, improving debugging capabilities. These changes streamline the logging process and enhance the maintainability of the codebase. * Add SkillsGrid component to enhance skill management interface - Introduced a new SkillsGrid component to display a grid of skills with connection statuses and setup options. - Implemented skill icons and status badges for better visual representation of skill states. - Integrated skills catalog loading functionality to dynamically fetch and display available skills. - Updated Home component to include the SkillsGrid, improving user interaction with skills. These changes enhance the user experience by providing a clear and interactive skills management interface. * Update skills submodule and add skills catalog JSON - Updated the skills submodule to the latest commit for improved functionality. - Introduced a new `skills-catalog.json` file containing detailed descriptions and configurations for various skills, enhancing the skills management system. - Enhanced the `SkillsGrid` component to validate skill names, ensuring they do not contain underscores, which are reserved for tool namespacing. These changes improve the robustness of the skills management interface and ensure better adherence to naming conventions. * Update skills submodule and modify tool name formatting in SocketService - Updated the skills submodule to the latest commit for improved functionality. - Changed the tool name formatting in SocketService to use double underscores instead of single underscores, enhancing clarity in tool identification. These changes ensure better alignment with naming conventions and improve the overall functionality of the skills management system. * Add DownloadScreen component and update Welcome page - Introduced a new DownloadScreen component to provide users with platform-specific download options for the application. - Updated the Welcome page to conditionally display the DownloadScreen for web users while showing the Telegram login button for Tauri users. - Modified the greeting text and adjusted layout for improved user experience. These changes enhance the onboarding process by offering clear download options based on the user's platform. * Enhance AppRoutes and Welcome component for web detection - Added logic in AppRoutes to determine if the application is running on the web or Tauri, using the `isTauri` utility. - Updated the Welcome component to accept a prop indicating the platform, allowing for tailored rendering based on the environment. - This change improves the onboarding experience by providing a more context-aware interface for users depending on their platform. * Refactor SkillsGrid and Home components for improved clarity - Removed unused Telegram and Gmail connection indicators from the Home component to streamline the interface. - Simplified the SkillCard function in SkillsGrid by renaming the description parameter for better clarity. - These changes enhance code readability and maintainability by eliminating unnecessary components and improving parameter naming. --------- Co-authored-by: Claude Opus 4.5 <noreply@anthropic.com> |
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Steven Enamakel
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75eb2cd2f4 |
Implement JWT payload parsing in socketService for user ID retrieval
- Enhanced the getSocketUserId function to extract user IDs from JWT tokens, improving user identification in socket connections. - Added error handling for token parsing to ensure robustness against malformed tokens. This update enhances the socket service's ability to manage user-specific connections by accurately retrieving user IDs from authentication tokens. |
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Steven Enamakel
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60b4d2e446 |
Enhance error handling and connection management in Telegram components
- Added console error logging in TelegramConnectionModal for better debugging during authentication failures. - Updated connection status check in TelegramProvider to only verify once when connected, improving efficiency. - Simplified socket connection logic in socketService by removing unnecessary checks and reducing timeout for initial connection. This update improves error visibility and optimizes connection handling, enhancing the overall user experience during Telegram interactions. |
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Steven EnamakelandGitHub
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520bfdb74c |
Fix/telegram login (#4)
* Add UserProvider to App component and enhance user data fetching logic - Integrated UserProvider into the App component to manage user state. - Updated UserProvider to fetch current user data on token availability and handle token expiration by clearing the token on fetch failure. - Improved user data fetching logic for better error handling and user experience. * Enhance Telegram connection handling and error management - Added logic to handle Telegram account mismatch, providing user feedback and resetting connection state. - Improved user verification during authentication to ensure the logged-in account matches the Telegram account. - Refactored connection status checks and error handling for better user experience. - Introduced a method to clear session and disconnect when account mismatch occurs. - Updated polling mechanism for authentication status to ensure timely updates. This update improves the robustness of the Telegram connection process and enhances user feedback during authentication failures. * ran prettier * Refactor socket and auth state management for user-specific handling - Updated socket state management to support multiple users by introducing user-specific selectors and actions. - Refactored connection status handling in the socket service to dispatch user-specific status updates. - Enhanced onboarding state management to track completion per user, allowing for more granular control. - Introduced new selectors for socket and auth states to improve readability and maintainability. - Updated relevant components to utilize the new user-specific state management. This update improves the application's ability to handle multiple users and enhances the overall user experience during onboarding and socket connections. * Enhance MTProto client session management and introduce user-specific session handling - Updated the MTProtoService to manage sessions per user by storing session data under a user-specific key. - Modified the initialize method to accept a userId parameter, allowing for user-specific session initialization and management. - Improved session loading and saving logic to ensure proper handling of user sessions. - Added a utility function to generate session keys based on userId for better maintainability. This update enhances the application's ability to handle multiple user sessions effectively. * Refactor Telegram state management for user-specific handling - Introduced user-specific state management in the Telegram store, allowing for better handling of multiple users. - Updated selectors to retrieve state based on the current user, improving data encapsulation and reducing global state dependencies. - Enhanced reducers and thunks to ensure actions are dispatched with user context, maintaining user-specific data integrity. - Modified persistence configuration to store Telegram state scoped by user, ensuring isolated state management. This update significantly improves the application's ability to manage multiple user sessions effectively and enhances overall user experience. * Enhance MTProtoService connection handling with user-specific initialization - Updated the checkConnection method to accept an optional userId parameter, allowing for user-specific connection initialization. - Modified the connection logic to ensure proper initialization only occurs when a userId is provided, improving session management. - Refactored related thunks to use a consistent naming convention for userId parameters, enhancing code clarity. This update improves the handling of user sessions in the MTProtoService, aligning with recent enhancements in user-specific state management. * Refactor Telegram connection handling for user-specific management - Updated the TelegramConnectionModal to utilize user-specific identifiers for connection status and authentication processes, enhancing session management. - Refactored related components and selectors to ensure userId is consistently passed and utilized, improving clarity and maintainability. - Enhanced the ConnectionsPanel and ConnectStep to check for saved sessions based on userId, allowing for better handling of multiple user connections. This update significantly improves the application's ability to manage user-specific Telegram connections and enhances the overall user experience. * Refactor Telegram connection logic to simplify session management - Removed unnecessary userId checks and localStorage interactions from ConnectionsPanel and ConnectStep components, streamlining the connection status determination. - Updated MTProtoService to manage session data through Redux instead of localStorage, enhancing consistency and maintainability. - Improved session loading and saving logic to focus solely on Redux state, ensuring better integration with user-specific session handling. This update enhances the clarity and efficiency of the Telegram connection management process, aligning with recent improvements in user-specific state management. * Update CLAUDE.md to clarify localStorage usage and emphasize Redux for state management - Revised documentation to discourage the use of localStorage and sessionStorage for app state, advocating for Redux and Redux Persist instead. - Added guidelines for removing existing localStorage usage and migrating relevant data to Redux. - Updated service layer documentation to reflect changes in session management, specifying that session data is now stored in Redux rather than localStorage. - Enhanced clarity on deep link handling and the prevention of infinite reload loops. This update aligns with recent improvements in user-specific state management and reinforces best practices for state handling. * Enhance onboarding process with error handling and API integration - Updated the Onboarding component to include an API call for marking onboarding as complete, with error handling to provide user feedback. - Refactored the GetStartedStep component to support asynchronous completion handling, including loading state and error messages. - Introduced a new onboardingComplete method in the userApi service to facilitate the onboarding completion process. This update improves the user experience during onboarding by ensuring proper error management and feedback. * Enhance TelegramConnectionModal with socket connection management and improved initialization flow - Integrated socket connection handling in the TelegramConnectionModal to ensure the socket is connected when the modal opens, enhancing real-time features. - Refactored the initialization logic to streamline the connection process, including user verification and error handling. - Introduced a reference to track the QR code flow state, preventing multiple initiations and improving user experience during authentication. This update improves the reliability of the Telegram connection process and enhances user feedback during the onboarding experience. * Refactor Telegram connection checks for improved logic consistency - Updated the ConnectionsPanel and ConnectStep components to refine the logic for determining if a Telegram connection is established, ensuring that both session string and authentication status are required for a valid connection. - Simplified className definitions in the UI components for better readability and maintainability. This update enhances the clarity of connection status checks and improves the overall user experience during the onboarding process. * Refactor Telegram authentication flow and improve error handling - Simplified the TelegramLoginButton component by removing complex authentication logic and replacing it with a direct link to the Telegram bot for login. - Enhanced the Login page to consume a login token from the URL, providing better error handling and user feedback during the authentication process. - Introduced a new API service for consuming login tokens, ensuring secure retrieval of JWT tokens from the backend. This update streamlines the authentication experience and improves error management, enhancing overall user experience during login. |
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Steven Enamakel
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5d76837dff |
Add Telegram connection indicator and integrate into Home component
- Introduced TelegramConnectionIndicator component to display real-time connection status to Telegram, enhancing user feedback. - Integrated TelegramConnectionIndicator into the Home component, providing users with immediate visibility of their Telegram connection status. - Updated App component to include TelegramProvider, ensuring proper context for the new connection indicator. These changes improve the user experience by providing clear indications of Telegram connectivity within the application. |
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Steven Enamakel
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873a2fa59d |
Improve socket disconnection logic and enhance cleanup handling
- Updated SocketProvider to ensure the socket disconnects only when the app unmounts and no valid token exists, preventing unnecessary disconnections during re-renders. - Enhanced logging for socket connection and disconnection events to provide better insights into socket state management. - Refactored socket connection options in SocketService for improved reliability and security, including explicit handling of token in the handshake. These changes enhance the application's real-time communication capabilities and improve the overall management of socket connections. |
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Steven Enamakel
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aabcff1c23 |
Enhance socket connection handling and logging
- Added console logs in SocketProvider for token connection and disconnection events, improving debugging visibility. - Updated SocketService to include detailed logging for connection attempts, token changes, and error handling, enhancing traceability during socket operations. - Refactored socket connection logic to ensure proper handling of existing connections and improved error messaging for authentication failures. These changes improve the application's real-time communication capabilities and provide better insights into socket connection states. |
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Steven Enamakel
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8676afbc79 |
Refactor App component to utilize SocketProvider and AppRoutes
- Replaced direct route definitions in the App component with a new AppRoutes component for improved organization and maintainability. - Introduced SocketProvider to manage socket connections based on JWT token, enhancing real-time communication capabilities. - Updated the useSocket hook to rely on Redux state for connection status, streamlining socket management. These changes enhance the application's architecture by separating concerns and improving the overall structure of routing and socket management. |
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Steven Enamakel
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4323c4812c |
Integrate Redux for state management and refactor authentication flow
- Added Redux Toolkit for managing authentication state, replacing Zustand for token handling. - Implemented authSlice for token management, including setting and clearing tokens with localStorage synchronization. - Refactored components (Login, Home, TelegramLoginButton) to utilize Redux for token management, enhancing state consistency. - Updated App component to include Redux Provider and PersistGate for state persistence. - Removed Zustand-based authStore and socketStore, streamlining the state management approach. These changes improve the application's architecture by centralizing state management with Redux, enhancing maintainability and scalability. |
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Steven Enamakel
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792da72bbf |
Implement socket state management with Zustand and enhance connection handling
- Introduced a new Zustand store for managing socket connection status and socket ID, improving state management for real-time communication. - Updated the ConnectionIndicator component to utilize the socket store for dynamic status updates, allowing for better integration with the socket connection state. - Enhanced the SocketService class to update the socket connection status during various connection events, ensuring accurate status reporting. - Refactored the TelegramLoginButton component to clarify JWT token handling in comments, improving code readability. These changes enhance the application's real-time capabilities and provide a more robust user experience by accurately reflecting connection states. |
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Steven Enamakel
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8c46040e20 |
Add Socket.IO integration with useSocket hook and socketService
- Introduced a new useSocket hook for managing Socket.IO connections in React components, providing methods for emitting and listening to events. - Created a socketService class to handle the Socket.IO connection, including automatic reconnection and event management. - Implemented token-based authentication for socket connections using the Zustand auth store, ensuring secure communication with the server. - Added event handlers for connection status and error management to enhance reliability. These changes enable real-time communication capabilities in the application, improving user interaction and responsiveness. |