Project Git Url

Asynchronous file compare. Now using native Promises and native BufferTools (alloc and Buffer comparisons)

npm install --save filecompare

npm test

var fc = require('filecompare');
var cb = function(isEqual) {
  console.log("equal? :" + isEqual);
}
fc(path1,path1,cb);

npm install -g filecompare

filecompare a.txt b.txt

• perfect for high stress systems
• works with binary data
• perfect for comparing very large files

var fc = require('filecompare');
var cb = function(isEqual) {
  console.log("equal? :" + isEqual);
}
const readSize = 4096;
const bufferSize = 8192;
fc(path1,path1,cb,readSize, bufferSize);

Bytes are read into a small buffer, then compared.

Each step is independently asynchronous yet only steps forward after confirming buffers are identical.

This means if there is an unforseen process spike from some other processes, the file compare will exscuse itself until CPU load becomes more available. This means you can compare arbitrarily sized multi-gigabyte files all the time without worry about locking up the computer.

MIT