How to create your own metal building component library

The Metal building component is one of the most important building components in React.

It allows you to build your own HTML5 and CSS3 animations that work seamlessly with React.

A metal building has two basic parts: the

element and a element.


is an image container for your elements and can contain a

tag to represent a child element or a tag for an attribute value.

The other component of the metal building is a

tag, which is a container for all the DOM elements you can render in your HTML5 or CSS3 layout.

The component can also render DOM elements in any order, and it supports CSS animations and transitions as well as custom DOM events.

This article will walk you through building your own Metal building components.

You’ll also learn how to make the component reusable and reusable in your own code.

Let’s get started.

Building the Metal Building Component¶ First, create a new file named “Metal.js” and place it in your project’s root directory.

Then, add a new class named “MasonryComponent” and a function named “buildMetalComponent()”.

Then, create the Metal component.

We’ll call this component the Metal building block, and we’ll use a few common React patterns to get started: // Add a Metal component to your React components var Metal = require(‘react-metal’); var MetalBuilder = new MetalBuilder({ constructor: function() { this.metal = this.props.metal }, initialize: function(props) { this.$.on(‘inputChange’, function(event) { Metal.buildMetal({ id:, propertyName: ‘’ }, function(data) { data.textContent = data.value }, function() {} }) }, destroy: function(){ this.this.$.removeClass(Metal.class) } }); }, components: {}, actions: [ { action: ‘buildMetal’, component: Metal, componentType: ‘Component’ }, { action:’buildMetalElement’, component, data: { id: ‘name’ }, propertyName:’name’ } ] } You can also create a separate component to render HTML5 animations for each element in your markup, and use that component to handle CSS transitions.

This will save you time in the future when you need to implement your own CSS transitions or HTML5 animation effects.

The Metal component will have two methods, buildMetal() and buildMetalElement() , which we’ll call buildMetalComponent(component, data) .

You can call these methods from other components or from a function that takes arguments.

BuildMetalComponent calls buildMetal(), which calls the Metal constructor.

You pass a component instance and data to the constructor.

Build Metal Component¶ This is the simplest method.

It simply creates a new Metal component that inherits from the MetalBuilder class.

You can use any React component you like.

For instance, you can use an HTML5

and CSS transitions for a simple metal bar.

You also can pass a data argument to buildMetal().

The Metal constructor takes a few parameters: The component instance object.

The data argument.

The class argument.

For more information about the data argument, read about the Metal object.

This is a React component object.

React provides a built-in data object for building data that is immutable.

The following example shows how to use a data object in the constructor of a React components: var MetalComponent = React.createClass({ props: { metal: { constructor: { = }, data: null } } } }); var builder = MetalBuilder.create(MetalComponent); Metal.class, ‘metal-button’ ); ‘metal’ , ‘name’, ‘Metal bar’ ); The Metal object inherits all the functionality from the previous Metal constructor, and this constructor takes all the data provided by the Metal builder as a parameter.

When you call or this.construct(…) , Metal.construct() will return the new Metal object that inherited from MetalBuilder .

For instance: var metal = Metal.create({ name: ‘Metal’ }); var; console.log(;; console, log out: function () { console.warn(metal ); console.error(metal, ‘Your Metal object is now destroyed.’); } } The constructor takes two arguments: a Metal object instance and a data attribute.

The name property tells you the name of the component that the component is attached to.

The attribute indicates the property data that the Metal instance will use to render the element in the Metal container.

Build a Metal Element¶ If you don’t want to use data from the data attribute, you may pass an empty string

How to make an angular component with a speaker?

A simple speaker is all it takes to make a simple app.

So how to make one?

By taking a few steps: Add the necessary components to your app.

Use a few directives to specify your layout.

The components will have some of the same attributes as the DOM elements that are defined on the page.

Use ngOnInit to define your listeners and call events.

Use AngularJS components to handle data bindings.

Add a few listeners to your component to listen for events and receive data from the server.

This will allow the user to interact with the app.

Now, what to do with your components?

First, you’ll need to create a component with the right attributes to make it work as expected.

This is the easy part.

You’ll create an Angular component that has the following attributes: A presenter component that provides the presenter with data for an event (i.e. a request) that was made to it by the user.

A component that displays a notification.

This component will have all of the attributes that the presenter should expect from the component: It will have a text field, a click event handler, and a data event handler.

It will also have a button to allow the presenter to make changes to the data.

The presentation is the data-binding logic that will receive the request and execute the data binding logic.

The click event handlers and data events are the actual actions that the user can take to update the data of the presenter.

To add a presenter to your Angular component, add the following code to the component’s ngOn init directive.

ngOn.on( ‘click’, function(event){ $(‘#presenter’).text(‘Hello World’); }); ngOn.$inject = function(state) { if(state === ‘error’){ $(‘

‘ + event.getData() + ‘

‘); } else{ $(‘.presenter li:nth-child(2)’).text([0].data.title); } }; var presenter = ngOn($inject, state); The ngOn in this directive will inject a function called ngOn, which is used to set up a listener to receive events from the listener function.

The ngon will call the function ngOn(‘click’, event) whenever the user clicks on the content of the data field of the component.

The state parameter is the state that the event should be handled in when the event is fired.

When the event event fires, the ngOn will pass a function as the parameter to the listener to pass data to the function.

This function will then receive the data from ngOn() and pass it on to the presenter function.

In the example above, ngOn returns an object containing the state of the element that has been clicked.

When you call the presenter on the presenter, you should pass a data object to the ngon function and the component will pass it back to the parent ngOn function.

So you can think of this as a data binding that is passed to the controller as a callback.

This data object is passed through to the Angular controller as the data that it receives from the presenter from the controller.

This can be useful for creating controllers that listen for changes in the data for events, but it’s really just a way to keep the logic of the app clean.

You can also use this to listen to events and update the presenter’s data by adding a listener in the component hierarchy to listen and update events in the controller when the presenter is updated.

This has been a bit of a hack, but this is how the presenter behaves in the Angular application.

So, we now have an angular-angular component that is designed to make sure that the data it receives is passed on to its parent’s controller.

Next, we’ll add the ng-model directive to the components constructor.

ngModel.on(‘change’, function() { if($(‘#saved-data’).length > 0){ $.model(‘savedData’, savedData); } }); To add the model, simply add the directive to your template.

ngTemplate.js ngModel = ngModel(‘savesData’, ‘MyData’,{}); You can now use ngModel as a component lifecycling directive.

This directive allows you to register a model to be used in the DOM, so that you can pass it to your ng-controller when the component is created.

The data will be passed to that model whenever the controller is used.

This makes it easy to update data and make changes on the controller’s model without having to write an entire module or rewrite the whole app.

Finally, let’s update our app to use the ngModel directive.

In our controller, add a new component called savedData .

Add the following directives to the bottom