Initial mobile website check in

mobile/web/reference/API/bitwiseAND.xml

@@ -0,0 +1,74 @@
+<?xml version="1.0" encoding="UTF-8" standalone="yes"?>
+<root>
+<name>&amp; (bitwise AND)</name>
+
+<category>Math</category>
+
+<subcategory>Bitwise Operators</subcategory>
+
+<usage>Web &amp; Application</usage>
+
+
+<example>
+<image></image>
+<code>
+int a = 207;   // In binary: 11001111
+int b = 61;    // In binary: 00111101
+int c = a &amp; b; // In binary: 00001101
+println(c);    // Prints "13", the decimal equivalent to 00001101
+</code>
+</example>
+
+<example>
+<image></image>
+<code>
+color argb = color(204, 204, 51, 255);
+// The sytax "&amp; 0xFF" compares the binary
+// representation of the two values and 
+// makes all but the last 8 bits into a 0.
+// "0xFF" is 00000000000000000000000011111111 
+int a = argb >> 24 &amp; 0xFF;
+int r = argb >> 16 &amp; 0xFF;
+int g = argb >> 8 &amp; 0xFF;
+int b = argb &amp; 0xFF;        
+fill(r, g, b, a);
+rect(30, 20, 55, 55);
+</code>
+</example>
+
+<description>
+Compares each corresponding bit in the binary representation of the values. For each comparison two 1's yeild 1, 1 and 0 yeild 0, and two 0's yeild 0. This is easy to see when we look at the binary representation of numbers<br /><br /><pre>  11010110  // 214<br />&amp; 01011100  // 92<br />  --------<br />  01010100  // 84</pre><br />To see the binary representation of a number, use the <b>binary()</b> function with <b>println()</b>.
+</description>
+
+<syntax>
+<c>value</c> &amp; <c>value2</c>
+</syntax>
+
+<parameter>
+<label>value1</label>
+<description>int, char, byte</description>
+</parameter>
+
+<parameter>
+<label>value2</label>
+<description>int, char, byte</description>
+</parameter>
+
+
+<returns></returns>
+
+<related>
+| (bitwise OR)
+binary()
+</related>
+
+<availability>1.0</availability>
+
+<type>Operator</type>
+
+<partof>PDE</partof>
+
+<level>Extended</level>
+
+
+</root>