constructor(c_mesh, c_link, open){
super({objectMode : true});
let buf = lob.encode(open.json, new Buffer(open.body || 0));
let c_lob = lob_to_c(buf);
this._c_mesh = c_mesh;
this._c_chan = link_chan(c_link, c_lob);
this._open = c_lob;
chan_handle(this._c_chan, () => {
let c_lob;
while(c_lob = chan_receiving(this._c_chan)) {
let lob = lob_from_c(c_lob);
//console.log("LOB", lob)
if (lob)
this.push(lob);
else
console.log("bad lob",buf_lob_from_c(c_lob).toString())
}
}, null);
this.on('data',(packet) => {
this.receiving(null, packet, () => {});
})
}
this.writeHead = function THTP_writeHead(statusCode, reasonPhrase, headers)
{
// don't double!
this._header = ""
if(head){
//console.log('double call to thtp writeHead',this.statusCode,(new Error()).stack)
return this;
};
head = true;
// be friendly
if(!headers && typeof reasonPhrase == 'object'){
headers = reasonPhrase;
reasonPhrase = false;
} else if (!headers ){
headers = this._headers;
}
this.statusCode = parseInt(statusCode) || 500;
var json = {};
json[':status'] = this.statusCode;
if(reasonPhrase)
json[':reason'] = reasonPhrase;
if(headers)
Object.keys(headers).forEach(function ForEachHeader(header){
json[header.toLowerCase()] = headers[header];
});
stream.write(lob.encode(json,false));
return this;
};
x.handshake = function(){
var inner = hashname.toPacket(self.keys,csid);
delete inner.json[csid]; // is implied here
inner.json.at = x._at;
self.debug('handshake generated',x._at);
return x.encrypt(lob.encode(inner));
};
direct(open, body){
let buf = lob.encode(open, new Buffer(body));
link_direct( this._c_link, lob_to_c(buf) );
}
_write(packet, enc, cb){
packet.json.c = chan_id(this._c_chan);
this.c_send(lob_to_c(lob.encode(packet.json, packet.body)));
cb();
}
pipe.onSend = function(packet, link, cbSend) {
if (!ws) return; // Disconnected
var buf = lob.encode(packet);
ws.send(buf.toString('binary'), cbSend);
};
pipe.onSend = function(packet, link, cbSend) {
if (!ws) return; // Disconnected
var buf = lob.encode(packet);
sendmsg(buf, cbSend);
};