본 강의에서는 함수의 구성과 매개변수, 반환에 대해 살펴보겠습니다.
- Youtube 강의동영상
https://youtu.be/jW2GjraHY_w
- 코드는 여기에서 다운 받으세요
https://github.com/dongupak/Basic-C-Programming
The document shows examples of using AngularJS directives, data binding, controllers and routing to build dynamic web applications. It demonstrates the ng-repeat directive to loop and display data, using controllers to define scopes and models, and routing to load different views. Later examples introduce Angular modules, configuring routes, and using factories to share data between components.
The document discusses AngularJS $http service and promises. It shows how to make GET and POST requests with $http, configure headers, intercept responses, and handle success and error callbacks with promises. It also covers using the $resource service to encapsulate RESTful requests and responses into objects and shows how to inject dependencies into controllers and services.
This document provides information about animations in AngularJS using the ngAnimate module. It lists directives that support animations like ngRepeat, ngView, etc. It describes how to define CSS styles for animations and the different animation events like enter, leave, etc. It also provides an example of a custom animation using the $animate service and defining an animation method.
This document discusses AngularJS directives and scopes. It provides examples of:
- Defining directives with isolate scopes that bind to parent scope properties using '@' for interpolation, '=' for two-way binding, and '&' for function execution.
- How child/isolate scopes inherit from parent scopes but can overwrite properties, while objects and arrays are shared by reference between parent and child.
- Using $parent to reference properties on the parent scope from within an isolate/child scope.
- The compilation process where directives are sorted and linked.
So in summary, it covers the key concepts of isolate scopes, prototypal inheritance and how directives are compiled in AngularJS.
This document discusses Angular routing and the Angular route service. It explains how to configure routes using the $routeProvider to map URLs to templates and controllers. Key events like $routeChangeStart, $routeChangeSuccess are described. Guidelines are provided for defining route objects with properties like templateUrl, controller, and redirectTo.
The document contains information about AngularJS forms and form validation. It includes code samples demonstrating how to create a basic form with inputs bound to a model, add validation checks, style fields based on their validation state, and handle form submission and reset events. It also provides examples of creating custom form validations and integrating the ngMessages module for custom validation error messages.
AngularJS uses a compile function to parse HTML into DOM elements and compile directives. The compile function sorts directives by priority and executes their compile and link functions to connect the scope to the DOM. It recursively compiles child elements. This allows directives to manipulate DOM elements and register behavior.
This document summarizes the process of compiling directives in AngularJS. It begins by describing how directives are defined with directive definition objects (DDOs). It then outlines the compilation process, which involves collecting all the directives on a node, executing their templates and compile functions, linking controllers and linking pre and post functions. The compilation process recurses through child nodes. Finally, it shows how $compile is used to bootstrap Angular on a page and kick off the compilation.
AngularJS is a JavaScript framework for building dynamic web applications. It augments HTML with custom attributes and directives to bind data and behaviors to the DOM. Key features include two-way data binding, reusable components, dependency injection, routing, and templating. AngularJS uses an MVC or MVVM pattern, with scopes providing the view model. The framework enhances HTML, encourages test-driven development, and makes single page apps possible.
Nuget 2018 focused on traditional request/response for all rendered content and assets with initial requests loading necessary scripts and view models. Full-stack web development can now be done with C# and WebAssembly, allowing a single codebase to work across the web, mobile, and desktop with Angular providing a single framework. The UI Services protocol separates UI logic from services/data with events and triggers updating UI models driven by expression scripts.
This document provides an overview of the layers of a blockchain network, including the application UI layer, P2P network layer, and EVM layer. It also mentions that blockchain technology will soon be a foundational component of distributed enterprise and consumer applications.
In this meetup Eyal Vardi will talk about Angular 2.0 architecture. The session will focus on the main parts of Angular 2.0:
Application Bootstrap
Angular Compiler
Hierarchical Injector
Component Lifecycle Hooks
Change Detector
Renderer
Dynamic component creation
Each part will be explained and analyzed. In some cases we will dive into Angular 2.0 source code. Our purpose is to list the Do's & Don’ts of Angular.
The session is mostly targeted for developers which already have some experience with Angular 2.0.
본 강의에서는 함수의 구성과 매개변수, 반환에 대해 살펴보겠습니다.
- Youtube 강의동영상
https://youtu.be/jW2GjraHY_w
- 코드는 여기에서 다운 받으세요
https://github.com/dongupak/Basic-C-Programming
The document shows examples of using AngularJS directives, data binding, controllers and routing to build dynamic web applications. It demonstrates the ng-repeat directive to loop and display data, using controllers to define scopes and models, and routing to load different views. Later examples introduce Angular modules, configuring routes, and using factories to share data between components.
The document discusses AngularJS $http service and promises. It shows how to make GET and POST requests with $http, configure headers, intercept responses, and handle success and error callbacks with promises. It also covers using the $resource service to encapsulate RESTful requests and responses into objects and shows how to inject dependencies into controllers and services.
This document provides information about animations in AngularJS using the ngAnimate module. It lists directives that support animations like ngRepeat, ngView, etc. It describes how to define CSS styles for animations and the different animation events like enter, leave, etc. It also provides an example of a custom animation using the $animate service and defining an animation method.
This document discusses AngularJS directives and scopes. It provides examples of:
- Defining directives with isolate scopes that bind to parent scope properties using '@' for interpolation, '=' for two-way binding, and '&' for function execution.
- How child/isolate scopes inherit from parent scopes but can overwrite properties, while objects and arrays are shared by reference between parent and child.
- Using $parent to reference properties on the parent scope from within an isolate/child scope.
- The compilation process where directives are sorted and linked.
So in summary, it covers the key concepts of isolate scopes, prototypal inheritance and how directives are compiled in AngularJS.
This document discusses Angular routing and the Angular route service. It explains how to configure routes using the $routeProvider to map URLs to templates and controllers. Key events like $routeChangeStart, $routeChangeSuccess are described. Guidelines are provided for defining route objects with properties like templateUrl, controller, and redirectTo.
The document contains information about AngularJS forms and form validation. It includes code samples demonstrating how to create a basic form with inputs bound to a model, add validation checks, style fields based on their validation state, and handle form submission and reset events. It also provides examples of creating custom form validations and integrating the ngMessages module for custom validation error messages.
AngularJS uses a compile function to parse HTML into DOM elements and compile directives. The compile function sorts directives by priority and executes their compile and link functions to connect the scope to the DOM. It recursively compiles child elements. This allows directives to manipulate DOM elements and register behavior.
This document summarizes the process of compiling directives in AngularJS. It begins by describing how directives are defined with directive definition objects (DDOs). It then outlines the compilation process, which involves collecting all the directives on a node, executing their templates and compile functions, linking controllers and linking pre and post functions. The compilation process recurses through child nodes. Finally, it shows how $compile is used to bootstrap Angular on a page and kick off the compilation.
AngularJS is a JavaScript framework for building dynamic web applications. It augments HTML with custom attributes and directives to bind data and behaviors to the DOM. Key features include two-way data binding, reusable components, dependency injection, routing, and templating. AngularJS uses an MVC or MVVM pattern, with scopes providing the view model. The framework enhances HTML, encourages test-driven development, and makes single page apps possible.
Nuget 2018 focused on traditional request/response for all rendered content and assets with initial requests loading necessary scripts and view models. Full-stack web development can now be done with C# and WebAssembly, allowing a single codebase to work across the web, mobile, and desktop with Angular providing a single framework. The UI Services protocol separates UI logic from services/data with events and triggers updating UI models driven by expression scripts.
This document provides an overview of the layers of a blockchain network, including the application UI layer, P2P network layer, and EVM layer. It also mentions that blockchain technology will soon be a foundational component of distributed enterprise and consumer applications.
In this meetup Eyal Vardi will talk about Angular 2.0 architecture. The session will focus on the main parts of Angular 2.0:
Application Bootstrap
Angular Compiler
Hierarchical Injector
Component Lifecycle Hooks
Change Detector
Renderer
Dynamic component creation
Each part will be explained and analyzed. In some cases we will dive into Angular 2.0 source code. Our purpose is to list the Do's & Don’ts of Angular.
The session is mostly targeted for developers which already have some experience with Angular 2.0.
The document discusses Angular modules and NgModules. It shows different types of NgModule declarations including components, directives, and pipes. It also shows the different NgModule metadata properties like imports, exports, declarations, and providers. It demonstrates how modules can import and export declarations and how modules are loaded within the application injector.
Upgrading from Angular 1.x to Angular 2.xEyal Vardi
Having an existing Angular 1 application doesn't mean that we can't begin enjoying everything Angular 2 has to offer. That's because Angular 2 comes with built-in tools for migrating Angular 1 projects over to the Angular 2 platform.
This document compares Angular 1, Angular 2 with just-in-time (JIT) compilation, and Angular 2 with ahead-of-time (AOT) compilation. Angular 1 runs everything in the browser, while Angular 2 separates compilation from execution for better performance and size optimization. AOT compilation allows pre-compiling the application code offline for a smaller bundle size and faster bootstrap compared to JIT.
In this meetup Eyal Vardi will talk about Angular 2.0 architecture. The session will focus on the main parts of Angular 2.0:
Application Bootstrap
Angular Compiler
Hierarchical Injector
Component Lifecycle Hooks
Change Detector
Renderer
Angular 2.0 & jQuery
Dynamic component creation
Tips & Tricks
Each part will be explained and analyzed. In some cases we will dive into Angular 2.0 source code. Our purpose is to list the Do's & Don’ts of Angular.
The session is mostly targeted for developers which already have some experience with Angular 2.0.
This document summarizes the key steps in bootstrapping an Angular application:
1. Create the platform injector with browser providers
2. Create the application injector with browser app providers and custom providers
3. Bootstrap the root component, which compiles the component, runs change detection, and creates component classes
The document describes how Angular templates are rendered with local variables and bindings. It shows an example Greeter component with an input and greeting property. The component's template is rendered with a Greeter instance and a local name variable bound to the input. Expressions in the template first check locals then the component class properties. Other examples show ngFor rendering a list and encapsulated shadow DOM rendering.
Component lifecycle hooks in Angular 2.0Eyal Vardi
The document discusses Angular change detection and lifecycle hooks. It provides examples of using change detection strategies like OnPush, examples of implementing DoCheck to watch for changes, and summaries of the different lifecycle hooks and when they are called.
This document contains code snippets that demonstrate different Angular data binding syntax and features, including property, event, two-way, attribute, class, and style bindings. It also shows structural directives like *ngIf, *ngFor, and ngSwitch, as well as template references and local variables.
This document defines an Angular module that imports HttpModule and other modules. It declares AppComponent and exports AppModule class. It also defines a UserProxy service that uses Http client to make a GET request and return an Observable. It maps the response through several steps to return a list of users. It also shows how to add interceptors, headers, and handle errors for Http requests.
This document discusses dependency injection in Angular. It shows how to create injectors that provide dependencies to injectables. It demonstrates hierarchical injectors where child injectors inherit from parent injectors. It also covers how to provide dependencies through the @Injectable decorator, modules, and directly in the bootstrap process. View injectors are discussed as well as querying for dependencies from components, directives and templates.
The document discusses Angular 2 routing and provides examples of:
1) Configuring routes using RouteConfig and defining components for each route
2) Passing route parameters and generating links
3) Lifecycle hooks for routing like CanActivate, OnActivate, etc. and using them for authorization
The document contains code snippets and explanations related to asynchronous programming and promises in JavaScript. It discusses using promises to handle asynchronous operations sequentially and handle errors through chaining promises with .then() and .catch() methods. Examples are provided for converting callback-based asynchronous code to a promise-based approach to make the code flatter and easier to read.
This document contains code examples of custom pipes in Angular. It defines an exponential strength pipe that takes a value and exponent, a pipe that fetches JSON data from a URL, and components that use these pipes to transform values and data. The exponential pipe powers a number by the given exponent. The fetch pipe retrieves JSON from a URL only once and caches the result. Components apply these pipes to bind data and transform values in their templates.
This document provides an overview of Angular's template-driven and model-driven forms. It describes the key directives, classes, and interfaces used for building forms in Angular. It explains how to add validation, track form state, create custom validators, and tie forms to components and templates. The document also demonstrates how to set up two-way data binding between forms and models using directives like ngModel, ngFormControl, and ngForm.