Certainly! We can set up a basic structure for a React Native application based on the EduFace CRM concept. Please note that implementing features like Face ID, Geolocation, and native push notifications requires native device capabilities and modules that cannot be fully demonstrated or run within the WebContainer environment. This setup will provide a starting point with basic navigation and a placeholder screen.

We will set up a simple React Native project with navigation.

This sets up a basic React Native project structure with a single screen and navigation. To run this, you would typically use npm install or yarn install followed by npm start or yarn start in a React Native development environment (like using Expo or the React Native CLI).

Please remember that advanced features like Face ID and Geolocation require specific native modules and permissions, which are beyond the scope of what can be executed directly in a browser-based environment like WebContainer.

Certainly, let's continue building the structure by adding screens for manual attendance and a placeholder for Face ID, along with setting up internationalization.

This adds two new screens (ManualAttendanceScreen and FaceIdAttendanceScreen), updates the DashboardScreen with navigation buttons, includes the i18next library, and sets up a basic internationalization configuration with English and Russian translations.

Okay, let's add more screens for Reports and Settings, and include a simple placeholder component for a student list to demonstrate how components might be used. We'll also update the navigation and translations accordingly.

This update adds ReportsScreen and SettingsScreen, includes navigation links to them from the DashboardScreen, and introduces a basic StudentList component used in ManualAttendanceScreen to show how data might be displayed. Translations for the new screens and navigation links are also added.

Okay, let's continue building the structure by adding a Login screen, a dedicated Check-In screen that would eventually handle Geolocation and Face ID, and update the Settings screen with placeholders for GDPR and Notifications. We'll also add the necessary dependencies and update translations.

This update adds:

• A LoginScreen with basic input fields and a placeholder login logic.
• A CheckInScreen intended for automatic attendance using Geolocation and Face ID, with placeholders for the native functionality.
• Updates to App.js to include the new screens in the navigation stack and set Login as the initial route.
• Updates to DashboardScreen to link to the new CheckIn screen.
• Updates to SettingsScreen with sections and buttons for GDPR, Notifications, Moodle Integration, and Offline Sync placeholders.
• New translation keys for all added text.
• Added dependencies for expo-location, expo-notifications, and @react-native-async-storage/async-storage in package.json.

Remember that the native functionalities (Geolocation, Face ID, Notifications, AsyncStorage for robust offline sync) are represented by placeholders and commented-out code, as they require a native React Native environment to function.

Okay, let's continue building out the structure by adding screens for User Profile, Student Details, and Notifications. We'll also add navigation links and update the translations.

Okay, let's integrate the structure for Face ID scanning and add more detail to the other features, keeping in mind the limitations of the WebContainer environment for native functionalities.

We will add placeholder service files to better organize the logic and update the screens and translations accordingly.

Okay, let's integrate a simulated database layer using service files and add more screens and features based on the CRM description, keeping the WebContainer limitations in mind.

We will create a dbService.js to centralize data handling (simulated with in-memory arrays), update existing services and screens to use it, and add placeholder screens for Admin functionalities like User Management, Class Management, and Face Enrollment.