JavaScript DOM Game Blackjack JavaScript Game from Scratch

Build a fully functional blackjack game from scratch using JavaScript and DOM manipulation. Practice hit and stand, betting, dealer logic, and updating the UI with minimal HTML and CSS.

Set up your web development environment with brackets and chrome dev tools, create an index page with a game div, and link the javascript and style files.

Write and link a separate script.js file, load the DOM content safely with a DOMContentLoaded event, and test output with console logs to prepare for browser-based debugging.

Utilize the DOMContentLoaded event to initialize a self-invoking app object that runs on page load, separating the core game logic from other javascript.

Build the blackjack UI by creating and appending DOM elements with JavaScript, using querySelector and createElement to render a dealer vs. player scoreboard.

Learn to build a blackjack game user interface entirely with JavaScript by dynamically creating and appending elements, including dealer and player cards, updating scores, and wiring event listeners.

Learn to build a blackjack-style game UI by creating and appending DOM elements with JavaScript, including a dashboard, status messages, deal, hit, stand buttons, and a bet input.

Construct a dynamic 52-card deck by defining suits and ranks, building the deck via a function, and creating card objects with suit, rank, and value, including ace and face cards.

Learn to shuffle a deck of cards by sorting an array in place, and using a compare function or math.random to randomize order, with practical deck examples.

Connect the existing game buttons to click listeners, implement deal, hit, stand, and next card functions, manage dealer and player hands, and toggle button availability as the game starts.

Create reusable DOM button toggling functions to enable or disable blackjack controls, update button colors, and manage deal, hit, and stand states as the game progresses.

Implement a takeCard function to deal top cards from a randomized deck into a hand, update the dealer area, and hide cards when needed for blackjack.

Show a card on a web page by building a showCard function that creates DOM elements, styles color by suit, and displays rank and suit for dealer and player.

Link a new style sheet to style the blackjack game's UI with classes card, big, tiny, and message for borders and spacing, and set fonts and button styles.

Learn to hide the dealer's top card by overlaying a cover on the card back, toggle visibility with a boolean, and ensure a fresh deck is built when empty.

Implement begin game play conditions for a JavaScript blackjack game by dealing hands, updating player and dealer scores, calculating totals (including aces), and enabling hit or stand under 21.

Design and wire player options in a dom blackjack game, enabling deal, hit, and stand, updating scores, disabling controls at bust, and initiating dealer play toward 17 or bust.

Implement dealer logic in the blackjack game by drawing until reaching 17 or bust, reveal the dealer's hidden card, update the dealer score, compare hands, and declare the winner.

Implement the find winner logic in a blackjack game, calculating player and dealer scores, handling busts, and determining the winner after stand and dealer play.

Update the blackjack game's scoreboard using a two-value score array and a scoreboard function. Use template literals to display player and dealer scores, and disable actions after busts.

This lesson adds cash tracking and betting to the blackjack game, starting the player with 100, validating bets, locking wagers during play, and updating cash and status after each bet.

Lock the wager during card dealing, disable the bet input and gray out the button; update cash on wins or draws and check for dealer blackjack to determine the winner.

Apply final updates to the blackjack game by fixing dealer score updates, hidden cards, and cash handling, then test hitting, standing, betting, and dealer outcomes before the final code review.

Review and refine a blackjack game built in JavaScript from scratch, including deck creation, shuffling, dealing, ace scoring, and betting, with a self-contained app object and dynamic DOM updates.