function getFingerPrint(msg) {
const fingerprint = SipFakeStack.parser.server(msg) ||
SipFakeStack.parser.userAgent(msg) ||
SipFakeStack.parser.organization(msg);
let ser;
let ver;
if (fingerprint) {
ser = SipFakeStack.parser.service(fingerprint);
ver = SipFakeStack.parser.version(fingerprint);
}
return {
service: ser,
version: ver,
};
}
fakeStack.send(msgConfig, (err, res) => {
let parsedService;
let partialResult;
let finalRes;
let msgString = '$(stackConfig.server) : $(stackConfig.port) / $(stackConfig.transport)';
if (stackConfig.transport === 'WS' || stackConfig.transport === 'WSS') {
msgString += ' ( WS path: $(stackConfig.wsPath) )';
}
msgString += ' - $(msgConfig.meth)';
// We don't want to stop the full chain (if error)
if (!err) {
finalRes = res.data[0];
parsedService = getFingerPrint(finalRes);
if (['401', '407'].indexOf(SipFakeStack.parser.code(finalRes)) !== -1) {
hasAuth = true;
}
partialResult = {
host: stackConfig.server,
port: stackConfig.port,
transport: stackConfig.transport,
meth: msgConfig.meth,
auth: hasAuth,
data: finalRes,
};
if (parsedService) {
partialResult.service = parsedService.service;
partialResult.version = parsedService.version;
}
result.push(partialResult);
logger.highlight('Response received: $(msgString)');
} else {
logger.infoHigh('Response NOT received: $(msgString)');
}
// Last element
if (indexCountHost === options.targets.length &&
indexCountPort === options.ports.length) {
asyncCbPort();
} else {
setTimeout(asyncCbPort, options.delay);
}
});