Features 특징

• Rich User Interface 풍부한 사용자 
• Impressive Animations 인상적인 애니메이션
• Professional Software Development 전문적인 소프트웨어 개발
• Reusing Code between Platforms 플랫폼과 코드 재새용
• Full Localization Support 모든 지역화 지원
• Access to Hardware & System APIs 하드웨어와 시스템 API 접근
• Platform Specific Optimization 플랫폼 독립적 최적화
• Integration of Native SDKs 원시 개발킷의 통합
• API Viewer & Unit Testing Integrated 개발접근규약 보기와 모듈 테스팅 통합

• Transformie: provides CSS Transforms for Internet Explorer by mapping the native IE filter API
  CSS 변형

• Transloadit: cool new service to provide robust file uploading (with image resizes, video encoding, etc) 
   
• Cloud9 IDE (by Javascripters, for Javascripters)
  자바스크립터에 의한, 자바스크립터를 위한

 Cloud9 IDE is aiming to be the IDE for Javascript developers.
We have all experienced the Eclipse variants and other Java or C++ IDE's for which
webdevelopment and javascript was an afterthought.

Extending these applications or customizing them to our needs was done in either Java or C++ and generally very difficult.

We are developing applications in javascript to run online for a purpose,
why shouldn't you do your application development online too?

For these reasons we have started Cloud9 IDE as an online platform for Javascript development,
and all the code is opensource and free to adapt and use.

• Unify: single-stack project for developing cross-platform, native-looking mobile apps
  단일 프로젝트 교차플랫폼(멀티 플랫폼) , 모바일 앱으로 만든것처럼 보이게

Native-like applications for smartphones, tablets and desktops

Unify was built to improve the development efficiency of apps for smartphones.
Currently it supports smartphones based on the platforms iOS, Android and WebOS.

There is support for deskop operating systems like Windows or Mac OS as well.
Support for tablet devices is planned for the next year.

The software makes use of a whole range of modern web technologies such as HTML5, CSS3 and JavaScript.

A typical end user should not be able to distinguish an application built with Unify from a natively programmed application.

Unify bypasses the traditional limitations of the web browser. Detecting the current geo location, accessing the file system, etc. is easy to implement.

Unify is made available under a dual license: MIT + Apache, Version 2.0 

• Scripty2 beta 1
• apparat.io: packaging HTML5 apps for mobile app stores
  모바일 앱 시장을 위한 HTML5  포장하는

• PhoneGap's hosted build service
• Joyent's node.js hosting
• VaporJS: the smallest, fastest, (most useless) JavaScript framework ever!
  가장 작고, 빠르고 () 자바스크립 뼈대 구조 사상

• soca: Sammy on Couch App nodestream: Realtime apps made easy with templating

2010 9 26  Day2

1.2 Download/Install the Eclipse Plugin
1.3 Download/Install the SDK Platform Components

5. Simple Activity Classes

There are four major types of component classes in any Android application:

• Activities: Much like a Form for a web page, activities display a user interface for the purpose of performing a single task. An example of an Activity class would be one which displays a Login Screen to the user.
  
  
• Services: These differ from Activities in that they have no user interface. Services run in the background to perform some sort of task. An example of a Service class would be one which fetches your email from a web server.
  
  
• Broadcast Receivers: The sole purpose of components of this type is to receive and react to broadcast announcements which are either initiated by system code or other applications. If you've ever done any work with Java Swing, you can think of these like Event Handlers. For example, a broadcast announcement may be made to signal that a WiFi connection has been established. A Broadcast Receiver for an email application listening for that broadcast may then trigger a Service to fetch your email.
  
  
• Content Providers: Components of this type function to provide data from their application to other applications. Components of this type would allow an email application to use the phone's existing contact list application for looking up and retrieving email address.
  
  Lectures

이 웹사이트는 CS 학생과 교사가 현재의 컴퓨팅 기술 및 패러다임에 대해 자세히 알아볼 수 있도록 자습서 및 과정 콘텐츠 샘플을 제공합니다. 특히 이 콘텐츠는 Creative Commons 라이센스가 있으므로 CS 교사들이 교육 현장에서 쉽게 사용할 수 있습니다.

과정 섹션에는 다음과 같은 다양한 주제 영역에 대한 자습서, 강의 슬라이드 및 문제 집합이 들어 있습니다.

• AJAX 프로그래밍
• 알고리즘
• 분산 시스템
• 웹 보안
• 언어

도구 101 섹션에서는 버전 제어 시스템 및 데이터베이스와 같이 컴퓨터 공학에서 사용되는 몇 가지 일반적인 도구에 대한 소개를 볼 수 있습니다.

CS 커리큘럼 검색은 전 세계 CS 학과의 교직원들이 웹에 게시한 교육 자료를 찾는 데 도움이 됩니다. 과정에 대해 강의, 과제물 또는 참고 자료만을 표시하도록 검색 범위를 제한할 수 있습니다.

public class ColorModifier extends Modifier {

	private float color;

	@Override
	public void onStart(Sprite sprite) {
		color = 0;
	}

	@Override
	public void onUpdate(Sprite sprite) {
		// Here you can do anything to the sprite, like move it or whatever.
		// But we will just do a simple color modification.
		sprite.setRGB(1, color, color);
		color += 0.1;

		// When the sprite's original colors has been restored, end it.
		if (color >= 1)
			end();
	}

	@Override
	public void onEnd(Sprite sprite) {		sprite.setRGB(1, 1, 1);
	}

}

	private ColorModifier modifier;

	public GameScene() {
		super(1, 1);

		setBackground(background = new FixedBackground(Textures.background));

		// Create the Bob sprite
		bob = new Sprite(100, 220, Textures.bob.getWidth(), Textures.bob.getHeight());
		bob.setTexture(Textures.bob);

		// Add the Bob sprite to the first layer.
		add(0, bob);

		// And create the modifier.
		modifier = new ColorModifier();
	}

	@Override
	public void onGameLoop() {
	}

	@Override
	public void onTouchUp(float x, float y, MotionEvent event, int pointerCount, int pointerId) {
		// Add your modifier to the sprite.
		bob.addModifier(modifier);
	}

public GameScene() {
    super(1, 1);

    setBackground(background = new FixedBackground(Textures.background));

    // Create the Bob sprite.
    bob = new Sprite(100, 220, Textures.bob.getWidth(), Textures.bob.getHeight());
    bob.setTexture(Textures.bob);

    // Add the Bob sprite to the first layer.
    add(0, bob);
}

@Override
public void onTouchDown(float x, float y, MotionEvent event, int pointerCount, int pointerId) {
	// This is called when you press down on the screen.
}

@Override
public void onTouchMove(float x, float y, MotionEvent event, int pointerCount, int pointerId) {
	// This is called when you move your finger over the screen. (ie pretty much every frame if your holding your finger down)

	// Here we'll just make Bob follow your finger.
	bob.x = x - (Textures.bob.getWidth() / 2);
	bob.y = y - (Textures.bob.getHeight() / 2);
}

@Override
public void onTouchUp(float x, float y, MotionEvent event, int pointerCount, int pointerId) {
	// And this is called when you stop pressing.
}

		//TextureAtlas 
		atlas = new TextureAtlas();
		
		/**
		 * Here we’ll add the background texture to our atlas.
		 * (note that it’s recommended to add the textures 
		 * in order of size, ie add the biggest one first, 
		 * and the smallest one last)

		 */
		background = new Texture("background.png");
		atlas.insert( background );
		bob = new Texture("bob.png");
		atlas.insert( bob );
		/**
		 * 
		 * This marks the atlas as complete, meaning that after you call this, 
		 * you cannot add any more textures to the atlas.

		 */
		atlas.complete();

	public GameScene() {
		/**
		 *  ‘super()’ to ‘super(1, 3)’, this means that 
		 *  we’re only going to use 1 layer of sprites with 3 sprites on it.
		 */
		super(1,3);
		// TODO Auto-generated constructor stub
		background = new FixedBackground(Textures.background);
		setBackground(background);
		
		// Create the Bob sprites.
	    bob1 = new Sprite(100, 220, Textures.bob.getWidth(), Textures.bob.getHeight());
	    bob1.setTexture(Textures.bob);
	    bob2 = new Sprite(100, 180, Textures.bob.getWidth(), Textures.bob.getHeight());
	    bob2.setTexture(Textures.bob);
	    bob3 = new Sprite(100, 260, Textures.bob.getWidth(), Textures.bob.getHeight());
	    bob3.setTexture(Textures.bob);
	    
	    // Add the Bob sprites to the first layer.
	    add(0, bob1);
	    add(0, bob2);
	    add(0, bob3);


	}
	@Override
	public void onGameLoop() {
		// TODO Auto-generated method stub
	    bob1.x += 1;

	    if (bob1.x >= MainActivity.GAME_WIDTH)
	    {
	        bob1.x = 0;
	    }

	    bob2.rotate(2);

		
	}

	@Override
	public void onPause() {
		// TODO Auto-generated method stub

	}

	@Override
	public void onReady() {
		// TODO Auto-generated method stub
		 bob3.moveTo(450, 100, 5000);

	}

	@Override
	public void onResume() {
		// TODO Auto-generated method stub

	}