Angular Mastery: Build Modern Web Applications from Scratch

Build a social network wall in Angular by posting images with captions, likes, and comments, while learning components, routing, forms, services, Http, Angular Material, and uploading images to Firebase storage.

Create a new top bar component in an Angular app, wire it into app component, and style a full-width flex bar with branding and a book logo.

Build an Angular login page by generating a login component, configuring routes and router outlet, and crafting a material form with email, password, and login or create account actions.

Generate the create account component, add a route in app routing module, and implement a template with email, password, and username fields plus a create account button and login link.

Learn to implement reactive forms in Angular using form group, form control, and form builder with validators. Bind login and create account forms and display live values with json pipe.

Implement login logic by fetching a user by email with an http get, then compare passwords and show feedback using a snackbar for success or errors.

Store the login user object in a user service, then redirect to the posts page using Angular router, and implement a top bar logout with an account icon.

Persist the logged-in user with local storage, redirect unauthenticated post pages to login, and update login and account creation to store the user object for session continuity.

Create and save posts in an Angular app using a post service and http post calls to a backend API, then render posts with image, text, likes, and comments.

Implement a like button by identifying the post id, updating the post’s likes with the user id, toggling like/unlike, providing visual feedback, and persisting with a put request.

Implement per-post comment input in Angular using a post id and ng model. Create a comment object with username and text, update via http, and show snack bar feedback.

Build an online code compiler platform with a mean stack, featuring an online editor, code compilation, and server-side save using Angular, Express, Mongoose, and MongoDB Atlas.

initialize an angular project by installing nodejs and npm, installing angular cli, creating a new project with ng new, enabling routing and css, and serving with ng serve on localhost:4200.

Create a login page in an Angular app by generating a login component, configuring Angular Material form field and input, routing to login path, and adding email and password fields.

Master building a create account component in Angular by generating the component, wiring routes, and adapting the login template with router links for switching between create account and login pages.

Learn to display and manage Angular form validation errors using mat-error, hasError, and conditional messaging for login and create account forms, including disabling the submit button.

Install mongoose and build a user model with email, password, and user ID fields, export it as a mongoose model, and prep routes for the user in a Node.js app.

Create a user route with express router to handle login and create account via post requests, mounted /users, encrypt passwords with crypto-js, generate uuid v4, and save with user model.

Implement a login endpoint by extracting email and password from request, finding user by email, decrypting the password, and returning the user on success or an error on failure.

Create a free MongoDB Atlas cloud cluster, add a database user, and enable network access. Then connect your Node.js app with mongoose using the Atlas connection string.

Send http post requests from an Angular app to a Node.js server to create a new user using a dedicated service and the http client.

Redirect after login to the home component using the router. Persist the user with a user service and local storage to guard the home page on reload.

Create the home page template with an Angular Material menu logout button and mat icon, driven by the user service. Add a fiddle button and fiddle card.

Learn to create a code execution endpoint by routing a client request through a Node.js server, securing client credentials, and forwarding results from a free Google API using axios.

Learn to add data bindings in an Angular coding component, binding title to Fidel.name and language to Fidel.language, with undefined data handling and save, delete, run workflows with fiddle service.

Build a StackOverflow clone in Angular using JSON server by creating components, routing pages, forms, and services to post and browse questions, view solutions, and vote up or down.

Generate a top bar component in Angular, insert it into the App component, and style a nav container with branding featuring the StackOverflow title and the orange theme.

Install angular material with ng add @angular/material and enable the default theme, typography, and browser animations. Use mat-button and mat-raised-button to create and verify a material button.

Create a login page by building a login component with Angular Material form fields and inputs, wiring routing to /login, and redirecting empty paths to the login page.

Generate the create account component, configure its route, and adapt the login template with a username field. Add router links to login and create account, then test.

Display and tailor Angular form error messages using email and password controls, with required, email format, and length validations, and disable the submit button when invalid.

Implement logout functionality in an angular app by saving the user to a shared service and local storage, guarding routes, and persisting login state across refreshes.

Implement logout functionality and handle edge cases by persisting the user in the user service and in local storage for session continuity.

Build the home page template using angular material cards, a form field with a text area and post button, and clickable cards that open the question and solutions page.

Post a question by binding the text area with ngModel, using a user service for the username, and posting to /questions via a question service with an empty solutions array.

Fetch questions from the API via a service, display them in the home component on init using a dynamic loop, and update the list when new questions are posted.

Create a solutions page component and add a dynamic route to display solutions for a selected question. Use the home page ids, router link, and material icons to post solutions.

Post a solution by binding the text area with ngModel, validating with trim, and constructing a solution object with user IDs for upvotes and downvotes, then add to question.

Post a new solution by building a solution object (user name, text, empty upvotes/downvotes), append it to the question's solutions, and update via a put request bound to the UI.

Display solutions dynamically by looping through question.solutions, showing net votes (upwards minus downwards) and each user’s name and solution in a card, while awaiting the question data.

Implement upvote and downvote logic by adding the user id to the upwards or downwards arrays using the solution index, and update the server with the vote data.

Create a post solution flow by building a solution object with username and text, appending it to the question's solutions array, and updating the server with a PUT request.

Loop through question.solutions to display each solution's username and solution, and compute upwards minus downwards from their arrays, rendering only after the question object is fetched.

Implement upvote and downvote logic by adding user id to the corresponding upwards or downwards arrays, removing it from the opposite array, and updating the server via the solution service.

Learn to build a task management app in Angular using components, routing, form arrays, services, local storage, and Material UI, organized into boards, cards, and checklists.

Initialize an Angular project by installing Node.js, setting up the Angular command line interface, creating a task management app with routing and css, and running ng serve on localhost:4200.

Build the top bar component for the Angular app by resetting global styles, generating components/top-bar, and adding a nav with branding 'Task Management app', then test in app component.

Build the boards component in a pages/boards folder, wire up a board card with a new bird button and a material delete icon, and verify the UI in the browser.

Learn to implement Angular routing to navigate between boards and a board details page using router outlet, routes, path matching, and redirects.

Learn how Angular services manage shared data and persist boards in local storage, including board data schema with cards and checklists, and router navigation to view the new board.

Bind the board service's boards array in the template to display dynamic cards and route to each board's details by index, with data loaded from local storage via JSON.parse.

Copy and adapt the viewport template for the view board component, remove unused bindings, integrate a material checkbox to display tasks, apply CSS tweaks for card layout and edit/delete actions.

Create a new card component and open a material dialog to build a form with card title and addable task fields, including add and delete actions.

Refine create card logic in the Angular board app by separating the model and loop arrays, binding the title with ngModel, and updating local storage after adding the card.

Implement edit card logic in Angular by opening a dialog with a Json object containing edit mode and card index, reusing new card component, and populating the form for edits.

Build a simple trivia app in angular using Http module to fetch questions from the Opentsdb API, with a start button, a 15-second countdown per question, and a leaderboard update.

initialize a new angular project by installing node.js, installing the angular cli, creating the project with ng new, enabling routing, choosing css, and running ng serve to view at localhost:4200.

Install angular material in your project, select the indigo pink theme, enable typography styles and browser animations, then import material modules and verify with a button example.

Create and integrate the top bar component in an angular app, generating it under components/top-bar, then apply container, nav, and branding styles to display the trivia header.

Create the home page for an Angular app by generating a home component, wiring it into the app, and implementing a name input, start button, and a leaderboard.

Configure Angular routing to display home and trivia pages with a router outlet and routerLink navigation. Generate the trivia component and build the template with score, timer, question, and options.

Implement question-answer logic in an Angular app by tracking the user's selection, comparing it to the correct answer, and moving to next question or home with visual feedback and score.

Learn Angular countdown timer logic: initialize a 15-second timer, start on question load with setInterval, stop on answer, reset on next question, and auto-submit with correct/incorrect highlighting.

Learn to store leaderboard scores using a mock json server, install json server, create mock-api/db.json with a leaderboard array, run json-server --watch to expose localhost:3000/leaderboard for crud operations.

Track user names and update high scores on a json server by using angular forms, http get/post/put requests, and a trivia service to manage leaderboard entries.

Kick off Angular mastery by exploring components, routing, services, and form binding while building a blogging app that lets you view and create blocks with Quill editor and HTTP exchange.

Initialize an angular project by installing NodeJS and Angular CLI, create blogging app with routing and CSS, explore angular.json and app root, run ng serve to launch the development server.

Install Angular Material, a UI component library based on Material Design, via ng add @angular/material; select the theme, enable typography and animations, then import the module and add a mat-button.

Build the home page component for an Angular app and add a centered template with blog cards. Style with shadows, padding, and a full-width create blog button.

Create a blog page template in Angular by generating the create blog component, wiring routes for home and create, and integrating a material form field and rich text editor.

Create blog service in Angular uses http client to post a blog object (username, title, content, comments) to a server on port 3000, returns a promise, then navigates to home.

fetch blog data from the server via a blog service using http.get and a promise, then display the blogs on the home page with template binding.

Create a view blog component and route, enabling cards to open at view/{index} with title, content, written by churn, and a simple comment section.

Bind blog data in the view blog component by retrieving the blog id from the activated route, rendering title and content with innerHTML, and preparing for comments.

Add comment functionality in an Angular blog app by binding username and comment with ngModel, updating the blog’s comments array, and syncing with the backend.

Install Node.js and Angular CLI to begin. Create a new Angular project named MDB with router and CSS, then run ng serve and view at localhost:4200.

Create the top bar component in Angular and integrate it into the app root. Implement a three-section layout with branding, a search bar, and a Roboto font style.

Create home component and wire it to angular routing, using the app routing module and router outlet, rendering a grid of movie cards with images, titles, and ratings.

Create an angular service to share methods and data across components and use the http client to fetch discoverable movies with an http get, returning a promise via the observable.

Bind the search input with ngModel using the forms module and connect it to a movie service for http searches. Trigger searches on enter or after typing pauses, updating results.

Create the movie details page in Angular by generating the movie-details component, wiring a route like movie/:id, and displaying a poster image with the title and the release date.

Build a movie details page by fetching api data to display the title, rating, runtime, budget, language, status, and overview, while styling the details tray with flex, borders, and padding.

Demonstrate fetching movie details in Angular by calling a movie service with the movie id, via http.get, and extracting the id from the url using activated route param map.

Master template binding in the movie details component to interpolate a movie object, displaying poster, original title, status, runtime, rating, and overview, with ngIf safeguards and router navigation.

Master Angular by building a recipe library app, creating components, routing, and HTTP calls to a backend API to fetch recipe data such as name, image, ingredients, and steps.

Initialize an angular project by installing Node.js and npm, installing Angular CLI globally, creating a new project with routing and CSS, and running ng serve to view it at localhost:4200.

Generate the home component with ng g c home, wire it into app.module, and style the page with global styles, a background image, and a centered title and search box.

Generate a results component, configure the routing path for search results with a query, and implement a card-based template with images and titles in a scrollable flex layout.

Explore the Spoonacular API for building a recipe search app, using search recipes, get recipe information, and analyzed recipe instructions endpoints with an API key and query parameters.

Create an Angular service to call the search recipes endpoint using the Http client, returning results via a promise and subscribing to display recipe titles and images.

Learn how to extract the route parameter query using activated route, fetch search results via a service, and display them as cards with image and title in the results page.

Create a details component and define a details/:id route to render a recipe details page. Use template binding to show the recipe title, image, ingredients, and steps with cohesive css.

Learn to fetch recipe details and step-by-step instructions via a get request to a recipe API, extracting id, title, image, ingredients from extended ingredients original, and analyzed instructions.

Fetches a recipe by id from the route param, calls APIs to obtain details and steps, and binds the ingredients and steps to the template.