Here, we will use the component "didinitevent" to initialize the game on the game board using the React State hook. You will also learn to initialize the players of the game.

This video illustrates a lifecycle event in React. It explains the different functions defined and invoked during an event and how the functions work to cause an effect on the event.

After getting the moves to function in the game, we will now determine a draw condition when there are two players and how the game is a tie or a draw, what parameters are defined to determine the draw, and the conditions of the game.

After defining the moves in the game and being able to calculate the winner, we will now create a display effect on the game board to display the winner after the game is completed.

In this video, after completely restyling our game board, we will focus on the game functionality and create the gaming functions, define the winner properties and conditions, and get the game to function.

We will take the styling of the game board further, and instead of just the 16 circles, we will add a header and footer to the game board and improve its overall appearance.

Here, in this lesson, you will learn how to assign a key property to each user in the React game.

In this lecture, you will learn to debug the errors created in the previous video, which did not allow certain functions to execute properly, and we will initialize the game board.

Here, we will use the dynamic styles we created and learn to update the player circles with those styles to make the game more presentable.

You will learn to use the React State hook you learned to use in Project 2. Further, we will use the hook to add more functionality to the game in our React project.

In this lesson, we will use the dynamic classes created in the previous video in callback functions to handle exceptions when running an Event function.

After learning how to create dynamic styles, you will learn to create dynamic classes and use the classes instead of the component details.

In this lecture, you will learn to create a dynamic style that we can apply globally to the React game project.

In this lesson, you will learn to create a global CSS file and add the styles we created in the last lesson into the global CSS file to control the styles in one location.

After completing the inline styles to our components in the previous video, we will take it further by applying more styles to make them more attractive in the project.

This video focuses on how we can style some of the components of the project and create some inline styles for our React components.

After learning how to run an Event and to destructure a prop, we will look at passing arguments to the click events to define conditions and parameters.

We will take a second look at the props or properties learned in the previous project and take lessons to the next level. We will define the properties of the circles of this game project.

In this video, we will create the game board component and define the Event() functions for the game.

This video demonstrates how to create the game board for the Connect-4 game, which will download all the dependencies and files required, create a template and do the configurations.

This video outlines the tools needed to be used to complete this project. We will need Node JS, a runtime engine built on Chrome's V8JavaScript engine, for this project.

This video outlines what we will build in Project 2, a game called Connect-4-Clone.

This video outlines the summary of what we have learned as we created the calculator project with a quick recapitulation of concepts.

This video elaborates on how we can debug React applications to resolve errors and make the app functional and proper.