if(!dojo._hasResource["dojox.encoding.digests._base"]){ //_hasResource checks added by build. Do not use _hasResource directly in your code. dojo._hasResource["dojox.encoding.digests._base"] = true; dojo.provide("dojox.encoding.digests._base"); (function(){ //TODO: see if it makes sense to meld this into one with the // crypto base enums var d=dojox.encoding.digests; d.outputTypes={ // summary // Enumeration for input and output encodings. Base64:0, Hex:1, String:2, Raw:3 }; // word-based addition d.addWords=function(/* word */a, /* word */b){ // summary // add a pair of words together with rollover var l=(a&0xFFFF)+(b&0xFFFF); var m=(a>>16)+(b>>16)+(l>>16); return (m<<16)|(l&0xFFFF); // word }; // word-based conversion method, for efficiency sake; // most digests operate on words, and this should be faster // than the encoding version (which works on bytes). var chrsz=8; var mask=(1<>5]|=(s.charCodeAt(i/chrsz)&mask)<<(i%32); } return wa; // word[] }; d.wordToString=function(/* word[] */wa){ // summary // convert an array of words to a string var s=[]; for(var i=0, l=wa.length*32; i>5]>>>(i%32))&mask)); } return s.join(""); // string } d.wordToHex=function(/* word[] */wa){ // summary // convert an array of words to a hex tab var h="0123456789abcdef", s=[]; for(var i=0, l=wa.length*4; i>2]>>((i%4)*8+4))&0xF)+h.charAt((wa[i>>2]>>((i%4)*8))&0xF)); } return s.join(""); // string } d.wordToBase64=function(/* word[] */wa){ // summary // convert an array of words to base64 encoding, should be more efficient // than using dojox.encoding.base64 var p="=", tab="ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/", s=[]; for(var i=0, l=wa.length*4; i>2]>>8*(i%4))&0xFF)<<16)|(((wa[i+1>>2]>>8*((i+1)%4))&0xFF)<<8)|((wa[i+2>>2]>>8*((i+2)%4))&0xFF); for(var j=0; j<4; j++){ if(i*8+j*6>wa.length*32){ s.push(p); } else { s.push(tab.charAt((t>>6*(3-j))&0x3F)); } } } return s.join(""); // string }; })(); }