
Build a time tracker web app with ReactJS and Firebase, featuring authentication, protected routes, and timer-based task tracking with weekly, monthly, and total views.
Explore Firebase as a comprehensive backend platform that powers real-time data with the real-time database and Firestore, handles authentication, storage, cloud functions, hosting, and monitoring to streamline React apps.
Create a fresh React app and explore Tailwind CSS, React Router DOM, and Firebase as backend while building in Visual Studio Code and running npm start.
Install tailwind css into a create react app, update the tailwind config, and add the tailwind directives to index.css for immediate styling with classes like text-red-500.
Install and configure react router dom, wrap the app routes with browser router, define a homepage route with path / and an element component, confirming the router setup.
Render the actual homepage by importing the home page component from the pages folder into app.js and replace the template content with it, then render a reusable footer across pages.
Render the login component inside the app and wire navigation from the home page. Install and use react-icons to display icons, then preview Firebase integration to register new users.
Create a Firebase account and project for Time Tracker app, configure a project with the Firebase SDK for React, and initialize with your config to enable storage, authentication, and Firestore.
Enable and integrate Firebase authentication in a React app by configuring providers (email/password and Google), creating users with email and password, and redirecting after registration.
Implement sign in with email and password for an existing user, bind the login handler to the login button, and log the user in successfully with details.
Display loading and error states in a ReactJS and Firebase time tracker app by showing error messages, disabling the register button during registration, and signaling loading with dynamic text.
Create an instance of the Google provider, implement a sign-in with popup handler in Firebase Authentication, and bind it to the continue with Google button for sign-in and redirection.
Learn how to redirect a logged-in user away from the login page using Firebase's onAuthStateChanged, React's useEffect, and navigation to the report component, with cleanup via unsubscribe.
Enable Firestore in your project and connect your React app to its database. Firestore is a schemaless NoSQL store that saves records in JSON, with a task collection.
Render the create task form in the React app by using the template, wire the create task path in app.js, and preview the form; next video adds Firestore save logic.
Implement a create task flow using Firebase Firestore, configuring app and authentication, and save tasks to a Firestore collection with user-based access and navigation to the report page.
Bind form submissions in React to handle submit and input changes, update task state, and show loading, error, and success feedback while saving documents to Firestore.
Render the reporting dashboard component and wire it into app.js with a reports route, then prepare to fetch real data from Firestore and display task items.
Fetch task data from Firestore, analyze time tracked, and manage local state to display loading, errors, tasks, weekly and monthly totals, and total time.
Fetch all user tasks on mount using useEffect, then query Firestore for tasks matching the authenticated user uid, with cleanup.
Implement a private route to protect components by checking Firebase authentication with onAuthStateChanged, redirect unauthenticated users to login, and preserve the original location.
Fetch all tasks from Firestore using onSnapshot to listen for query changes, map docs with data() and id, and update the UI with ISO date strings.
Display tasks from the Firestore database by wiring local state to the task data and rendering each task, using task.id as the key and destructuring to show the task name.
Develop the task component to track local state, support start and pause actions, and persist changes to Firestore while providing editing, updating, and deleting task handlers.
Learn to implement a render buttons handler in React time tracker, using a switch-based status machine (unstarted, started, in progress) to show start, pause, and reload icons with onClick handlers.
Implement start task logic to track time by updating a Firestore document with status in progress and a start time, using onSnapshot to refresh the UI.
Implement pause handling in a ReactJS and Firebase time tracker by calculating elapsed time, updating total time, and setting status to paused with end time.
Display the task creation date with date-fns and dynamically color the status using a circle fill icon, showing red for post, green for in progress, or yellow by default.
Enable inline editing of a task description by toggling editing mode with a pencil icon, rendering an input pre-filled with current text, and updating via a change handler and icons.
Implement the update task flow in ReactJS with Firebase Firestore by updating the document by id, handling update and cancel, and toggling the input field to persist changes.
Calculate week, month, and total time from Firebase data stored in milliseconds using date-fns start of week and start of month. Sum results accordingly.
Create a format time utility using date-fns to convert milliseconds into hours, minutes, and seconds, then apply it to this week, this month, and total time.
Display user profile details in a ReactJS and Firebase time tracker by rendering the authenticated user's display name, email, last sign in time, and profile image from auth.currentUser.
Export tasks in a ReactJS app by building export data from the task array, formatting dates with date-fns, converting to CSV, and triggering a download via a link.
Implement a logout handler that calls signOut, attach it to the logout icon’s onClick, and observe the user being logged out with the home page prompting login.
Implement the delete task feature inside the task component using Firestore, calling delete document with doc, database configuration, and task.id in an async try and catch.
Become a master of efficient coding with our comprehensive weekend course on Time Tracker using ReactJS and Firebase. This hands-on course is specially designed for those who want to elevate their full-stack development skills and improve their grasp of time management.
Over this immersive weekend journey, you will develop a fully-functional time tracking application, complete with CRUD (Create, Read, Update, Delete) operations using Firebase. From setting up your Firebase environment to manipulating data in real-time, you'll gain proficiency in managing database operations and understand how to implement them in a practical project.
One of the key elements of this course is the implementation of Firebase authentication. You will learn how to secure your application, allowing only authenticated users to perform actions. This critical skill is not only essential for the time tracker project but is also a crucial aspect of any modern web application.
Our project-based approach ensures that each task in the application is tied to a particular user, offering real-world context and enhancing your understanding of user-focused development.
The course will also guide you through generating comprehensive time reports, which users can view on a weekly, monthly, or total basis. This aspect of the course will strengthen your ability to work with dates and times, presenting and sorting data, and creating visually appealing reports.
Whether you're an aspiring full-stack developer looking to sharpen your skills or a seasoned professional seeking to understand ReactJS and Firebase's practical implementation, this weekend course offers a blend of theory, hands-on experience, and real-world application development. By the end of this course, you will not only have a fully operational time tracker application under your belt but also a firm understanding of managing and developing projects using ReactJS and Firebase.
Start your journey to becoming a more efficient developer today with our Weekend Project course. Let's turn your coding goals into reality, one weekend at a time.