Files
talia_bot/tasks.md
google-labs-jules[bot] 2a8f8dd537 feat: Implement Google Calendar integration
- Implements `get_available_slots` to find open time slots.
- Implements `create_event` to schedule new events.
- Uses a service account for server-to-server authentication.
- Adds `GOOGLE_SERVICE_ACCOUNT_FILE` and `CALENDAR_ID` to the configuration.
- Updates `tasks.md` to reflect the completion of the integration.
- Includes error handling for Google Calendar API calls.
2025-12-15 21:57:08 +00:00

1.6 KiB

Talía Development Tasks

This file tracks the development tasks for the Talía project.

Phase 1: Project Scaffolding

  • Create tasks.md to track project development.
  • Create the basic directory structure (app, app/modules).
  • Create placeholder files in the root directory (docker-compose.yml, Dockerfile, .env.example).
  • Create placeholder files in the app directory.
  • Create placeholder files in the app/modules directory.

Phase 2: Core Logic Implementation

  • Implement main.py as the central orchestrator.
  • Implement config.py to handle environment variables.
  • Implement permissions.py for role-based access control.
  • Implement webhook_client.py for n8n communication.

Phase 3: Module Implementation

  • Implement onboarding.py module.
  • Implement agenda.py module.
  • Implement citas.py module.
  • Implement equipo.py module.
  • Implement aprobaciones.py module.
  • Implement servicios.py module.
  • Implement admin.py module.

Phase 4: Integrations

  • Implement calendar.py for Google Calendar integration.
  • Implement llm.py for AI-powered responses.
  • Implement scheduler.py for daily summaries.

Log

2024-05-22

  • Created tasks.md to begin tracking development.
  • Completed initial project scaffolding.
  • Implemented the core logic for the bot, including the central orchestrator, permissions, and onboarding.
  • Implemented the agenda and citas modules.
  • Implemented the conversational flow for proposing and approving activities.
  • Completed Phase 3 by implementing all modules and refactoring the main dispatcher.