LooseStorage.prototype.put_raw_object = function(content, type) {
var self = this;
// Retrieve size of message
var size = content.length.toString();
// Verify that header is ok
LooseStorage.verify_header(type, size);
// Create header
var header = "" + type + " " + size + "\0";
var store = header + content;
// Use node crypto library to create sha1 hash
var hash = crypto.createHash("sha1");
hash.update(store);
// Return the hash digest
var sha1 = hash.digest('hex');
// Create path
var path = this.directory + "/" + sha1.substr(0, 2) + '/' + sha1.substr(2);
try {
fs.statSync(path);
} catch(err) {
// Create gzip stream
var gzip = new compress.Gzip;
// Deflate the data
var data = gzip.deflate(store);
// File does not exist create the directory
fs.mkdirSync(self.directory + "/" + sha1.substr(0, 2), 16877);
fs.writeFileSync(path, data, 'binary');
}
return sha1;
}
var gzippo = function(filename, charset, callback) {
var gzip = new compress.Gzip();
gzip.init();
fs.readFile(filename, function (err, data) {
if (err) throw err;
var gzippedData = gzip.deflate(data, charset) + gzip.end();
callback(gzippedData);
});
};
forEach: function(write){
var zipper = new Gzip;
zipper.init();
try{
return when(data.forEach(function(chunk){
if(chunk.byteLength){
chunk = chunk.toString("binary");
}
write(zipper.deflate(chunk, 'binary'));
}), end, function(e){
write(zipper.deflate(e.message, 'binary'));
end();
});
}catch(e){
write(zipper.deflate(e.message, 'binary'));
end();
}
function end(){
write(zipper.end());
}
}
fs.readFile(filename, function (err, data) {
if (err) throw err;
var gzippedData = gzip.deflate(data, charset) + gzip.end();
callback(gzippedData);
});
function end(){
write(zipper.end());
}
}), end, function(e){
write(zipper.deflate(e.message, 'binary'));
end();
});
return when(data.forEach(function(chunk){
if(chunk.byteLength){
chunk = chunk.toString("binary");
}
write(zipper.deflate(chunk, 'binary'));
}), end, function(e){