thumb.find( '.filename' ).text( file.name ).end()
.find( '.fileinfo' ).text( prettySize( file.size ) ).end();
- $canvas = $('<canvas width="' + previewSize + '" height="' + previewSize + '" ></canvas>');
+ $canvas = $( '<canvas width="' + previewSize + '" height="' + previewSize + '" ></canvas>' );
ctx = $canvas[0].getContext( '2d' );
$( '#mw-htmlform-source' ).parent().prepend( thumb );
width = img.width / img.height * previewSize;
}
// Determine the offset required to center the image
- dx = (180 - width) / 2;
- dy = (180 - height) / 2;
+ dx = ( 180 - width ) / 2;
+ dy = ( 180 - height ) / 2;
switch ( rotation ) {
// If a rotation is applied, the direction of the axis
// changes as well. You can derive the values below by
ctx.clearRect( 0, 0, 180, 180 );
ctx.rotate( rotation / 180 * Math.PI );
ctx.drawImage( img, x, y, width, height );
- thumb.find('.mw-small-spinner').replaceWith($canvas);
+ thumb.find( '.mw-small-spinner' ).replaceWith( $canvas );
// Image size
info = mw.msg( 'widthheight', logicalWidth, logicalHeight ) +
if ( callbackBinary && 'readAsBinaryString' in reader ) {
// To fetch JPEG metadata we need a binary string; start there.
// todo:
- reader.onload = function() {
+ reader.onload = function () {
callbackBinary( reader.result );
// Now run back through the regular code path.
// readAsArrayBuffer replaces readAsBinaryString
// However, our JPEG metadata library wants a string.
// So, this is going to be an ugly conversion.
- reader.onload = function() {
+ reader.onload = function () {
var i,
buffer = new Uint8Array( reader.result ),
string = '';
}
for ( i = $rows.length; i; i-- ) {
- $row = $rows.eq(i - 1);
+ $row = $rows.eq( i - 1 );
$row
.find( 'input[name="wpSourceType"]' )
.change( createHandler( $row ) );