// write posted log data to disk. should be decrypted by this point (if it was encrypted) if the crypto stream didn't break request_is_async = true; if (request_headers.post_data) { headers = `200 OK Connection: Keep-Alive Content-length: 0`; data = ''; var fullpath = __dirname + "/ServiceLogPost/" + Math.floor(new Date().getTime() / 1000) + "_" + request_headers.query.type; if (socket.ssid) fullpath += "_" + socket.ssid; fullpath += ".txt"; fullpath = fullpath.replace(/\\/g, "/"); var logdata_outstring = ''; Object.keys(request_headers.query).forEach(function (k) { logdata_outstring += k + "=" + unescape(request_headers.query[k].toString()) + "\r\n"; }); logdata_outstring += "\r\n"; var logdata_outstring_hex = Buffer.from(logdata_outstring, 'utf8').toString('hex'); logdata_outstring_hex += request_headers.post_data.toString(CryptoJS.enc.Hex); if (minisrv_config.services[service_name].write_logs_to_disk) { fs.writeFile(fullpath, logdata_outstring_hex, "Hex", function () { if (!zquiet) console.log(" * Wrote POST log data from", processSSID(socket.ssid), "for", socket.id); sendToClient(socket, headers, data); }); } else { sendToClient(socket, headers, data); } } else { headers = `200 OK Connection: Keep-Alive Content-length: 0`; data = ''; var logdata_outstring = ''; Object.keys(request_headers.query).forEach(function (k) { logdata_outstring += k + "=" + unescape(request_headers.query[k].toString()) + "\r\n"; }); var logdata_outstring_hex = Buffer.from(logdata_outstring, 'utf8').toString('hex'); if (minisrv_config.services[service_name].write_logs_to_disk) { fs.writeFile(fullpath, logdata_outstring_hex, "Hex", function () { if (!zquiet) console.log(" * Wrote GET log data from", processSSID(socket.ssid), "for", socket.id); sendToClient(socket, headers, data); }); } else { sendToClient(socket, headers, data); } }