kswlee

(function () { 
  var a=1,
      b=2,
      c=3
      d=4,
      e=5,
      f=6;
}());
console.log(d,e,f); // 4,5,6

kswlee

var i = 27 // 27
var j = 027 // 23

kswlee

function foo (x) {
  if (x=true) {
    // no matter what value is 
    // passed in for x, this
    // will always execute
  }
}
foo(false);

kswlee

Math.floor(.5 + ((Math.cos(val)*.5)))  

kswlee

if (!val) { … }

kswlee

 var foo = function (person) {
  // stuff happens
   
  // perhaps a breakpoint is added here
 
  // or they attempt to log the object
  console.log(person);
 }
 var person = {};
 person[‘\t’] = ‘Nicholas’;

kswlee

if (x && y) { … } // bad
if (!(!x || !y)) { … } // good

kswlee

	private int downSample(float factor, byte [] in, byte [] out) {
		int bytes = 4; // one audio sample is 32bits
		factor = 1.0f / factor;
		int downSampleCount = (int) (((in.length / bytes)) * factor);
		int ouputSampleCount = 0;
		
		for (int i = 0; i < downSampleCount; ++i) {
			float scaledIndex = i * factor;
			int floorIndex = (int)(scaledIndex);

kswlee

// Serialize the pixels
int width = _bmp.getWidth();
int [] pixels = new int[width];		
for (int h = _bmp.getHeight() - 1; h >= 0; h--) { // reverse scan line		
	_bmp.getPixels(pixels, 0, width, 0, h, width, 1);			
	for (int i = 0; i < width; ++i) 
		pixels[i] = ByteOrder.reverse(pixels[i]); // reverse ARGB as BGRA			
	dosl.write(pixels);					
}				
dosl.close();

kswlee

/*
 * BMP FileHeader
 */
private class FileHeader { // 14 bytes
    public String signature;
    public int fileSize;
    public short reserved1;
    public short reserved2;
    public int fileOffsetToPixelArray;