NoFantasy — Code Standards, Sprint Tasks, and Plans

NoFantasy 2024-12-05 18:21:10


Course for This Assignment	2401_MU_SE_FZU
Team Name	NoFantasy
Assignment Requirements	Fifth Assignment——Alpha Sprint
Objectives of This Assignment	Alpha Sprint
Other References	NO reference

1. Code Standards

Front End:Ali yun code standards

Back End:Aliyun Back code standards

2. Current Sprint Tasks and Plans

Day 1-2: Backend Architecture & Data Model

Backend Architecture: Set up the basic backend architecture for the fitness tracking platform, define the database models (e.g., users, workouts, health metrics, progress tracking).
API Endpoints: Define essential API endpoints for user authentication, workout tracking, progress updates, and data retrieval.
Front-End Framework Setup: Create the front-end project structure, defining components (e.g., workout tracker, user dashboard, profile management), routing, and state management.

Day 3-4: API Development & UI Design

API Development: Implement the backend APIs for CRUD operations on user data, workout logs, health metrics (e.g., weight, calories burned, heart rate), and progress tracking.
Unit Testing: Conduct initial unit testing of API functionality.
UI Design: The design team finalizes the UI/UX for key pages, including:
- Home Page: Overview of the user’s fitness data, goals, and progress.
- Workout Page: Start/track exercises and view metrics.
- Profile Page: Manage personal information, fitness preferences, and settings.
  Day 5-6: Front-End Development & API Integration
Front-End Implementation: Build the front-end based on UI design, focusing on components like workout tracking, health metrics visualization, and goal setting.
API Integration: Start integrating the front-end with the back-end APIs, ensuring proper data fetching, posting workout data, and updating user progress.

Day 7-8: Interface Testing & Debugging
Interface Testing: Test all API endpoints with the front-end, ensuring smooth data flow (e.g., user login, workout tracking, progress updates).
Bug Fixing: Address any issues found during testing, such as API connection problems, UI rendering bugs, or incorrect data handling.

Day 9: Performance Optimization & Final Fixes
Bug Fixing: Resolve any remaining bugs or issues in the system, focusing on both front-end and back-end performance.
Performance Optimization: Analyze API response times, optimize database queries, and ensure the platform is responsive across devices.

Day 10: Release Preparation & Documentation

Release Documents: Prepare release documentation, including user guides, API documentation, and a list of features.
Project Summary: Summarize the development process, review challenges faced, and note improvements for future versions.
Final Review: Ensure all features are functioning as expected, and prepare the platform for launch.

3.Sprint Tasks

Front-end

User Profile Management: Implement functionality for users to manage their profiles, including setting fitness goals, tracking progress, and updating personal health data (e.g., weight, height, goals).
Workout Logging Interface: Create an interface for users to log their workouts, track exercises, set routines, and monitor real-time data (e.g., calories burned, heart rate).
User Registration & Login: Design and implement user registration and login pages, including forms for entering credentials, and buttons for authentication.
Search and Filter Workouts: Implement the search functionality to allow users to search for specific exercises, workout routines, and fitness plans.
Messaging Functionality: Enable communication between users for sharing workout tips, progress, and participating in challenges or fitness communities.

Data Submission and Processing
Workout Data Submission: Provide an interface for users to submit their workout data, including exercise type, duration, and metrics (e.g., calories burned, heart rate).
Progress Tracking Interface: Create interactive pages where users can track their progress over time, view historical workout data, and analyze improvements.
User Goal Management: Allow users to set and modify fitness goals (e.g., weight loss, muscle gain), and track completion progress.

Backend

User Module

Account Management: Implement backend logic for managing user accounts, including registration, login, and editing user profile information (e.g., fitness goals, health data).
Fitness Data Management: Design backend logic for tracking and updating users' fitness-related data, such as workout logs and health metrics (e.g., calories burned, exercise routines).
Workout Log Module
Workout Data Handling: Create backend APIs to allow users to post, edit, and delete their workout logs. Ensure data is stored securely in the database.
Workout Data Retrieval: Implement logic for retrieving workout logs based on user queries, such as viewing past workouts or progress over time.
Data API Module
Data Submission Interface: Provide secure APIs for the front-end to upload workout data, including real-time workout statistics, nutritional data, and fitness goals.
Database
Database Design: Design a relational database schema to store user profiles, workout logs, fitness progress, and health metrics (e.g., weight, calories burned, heart rate).
Database Operations: Implement database operations for inserting, updating, and querying user data, workout logs, and historical fitness information.
Data Submission & Processing
Data Standardization: Implement backend logic to clean and standardize workout and health data to ensure consistency and accuracy.
Data Validation: Design methods for validating submitted data (e.g., checking if workout times are within realistic ranges), and handle any discrepancies (e.g., missing data, errors in heart rate or calorie count).
Real-time Data Updates: Implement logic for updating workout data in real time, such as recording activity during exercise sessions and providing immediate feedback to users.
Privacy Protection & Data Security
Data Encryption: Utilize encryption techniques to protect sensitive user information, such as personal health data and workout metrics, ensuring it remains secure.
Access Control: Implement role-based access control (RBAC) to ensure that only authorized users and system administrators can access or modify personal data.