@fengyuanchen/loader v0.1.1

Loader

JavaScript image loader (translates Exif Orientation by canvas).

• Homepage

Install

npm install @fengyuanchen/loader

<script src="/path/to/loader.js"></script>

Usage

<img id="image" src="image.jpg">

var image = document.getElementById('image');
var loader = new Loader(image, {
  done: function(image) {
    console.log(image); // HTMLImageElement
  }
});

Options

You may set cropper options with new Loader(image, options).

type

• Type: String
• Default: 'image'
• Options: 'image' and 'canvas'

Define the type of the loaded image or canvas.

new Loader(image, {
  type: 'canvas',
  done: function(canvas) {
    console.log(canvas); // HTMLCanvasElement
    console.log(canvas.toDataURL()); // Data URL
  }
});

width

• Type: Number
• Default: NaN

Define the new width of the loaded image or canvas. Use the natural width of the original image by default.

height

• Type: Number
• Default: NaN

Define the new height of the loaded image or canvas. Use the natural height of the original image by default.

minWidth

• Type: Number
• Default: 0

Define the minimum width of the loaded image or canvas.

minHeight

• Type: Number
• Default: 0

Define the minimum height of the loaded image or canvas.

maxWidth

• Type: Number
• Default: Infinity

Define the maximum width of the loaded image or canvas.

maxHeight

• Type: Number
• Default: Infinity

Define the maximum height of the loaded image or canvas.

done

• Type: Function
• Default: null

Load complete callback.

new Loader(image, {
  done: function(image) {
    console.log(image);
  }
});

No conflict

If you have to use other global function with the same namespace, just call the Loader.noConflict static method to revert to it.

<script src="other-loader.js"></script>
<script src="loader.js"></script>
<script>
  Loader.noConflict();
  // Code that uses other `Loader` can follow here.
</script>

Browser support

• Chrome (latest 2)
• Firefox (latest 2)
• Internet Explorer 10+
• Opera (latest 2)
• Safari (latest 2)

License

MIT © Fengyuan Chen