static public void AsociateFingerPrinting(object sender, EventArgs e)
{
// Añade al DomainItem del dominio la información del fingerprinting
if (sender == null)
{
return;
}
DomainsItem domain = null;
if (sender is HTTP)
{
HTTP http = (HTTP)sender;
domain = Program.data.GetDomain(http.Host);
if (domain != null)
{
domain.fingerPrinting.Add(http);
}
else
{
string ip = http.Host;
if (ip == null)
{
return;
}
ThreadSafeList <DomainsItem> dominiosAsociados = Program.data.GetResolutionDomains(ip);
foreach (DomainsItem dAsociado in dominiosAsociados)
{
dAsociado.fingerPrinting.Add(http);
}
}
}
else if (sender is SMTP)
{
SMTP smtp = (SMTP)sender;
domain = Program.data.GetDomain(smtp.Host);
{
domain.fingerPrinting.Add(smtp);
}
}
else if (sender is FTP)
{
FTP ftp = (FTP)sender;
domain = Program.data.GetDomain(ftp.Host);
{
domain.fingerPrinting.Add(ftp);
}
}
else if (sender is DNS)
{
DNS dns = (DNS)sender;
domain = Program.data.GetDomain(dns.Host);
{
domain.fingerPrinting.Add(dns);
}
}
// Actualiza la información de los servidores existentes
ActualizaSOServidores(domain);
}
static public void data_NewWebDomain(object sender, EventArgs e)
{
// Nuevo dominio web extraido
if (sender is DomainsItem)
{
DomainsItem domain = (DomainsItem)sender;
//Solo se hace fingerPrinting a los dominios principales y alternativos
List <string> mainDomains = new List <string>();
mainDomains.Add(Program.data.Project.Domain);
mainDomains.AddRange(Program.data.Project.AlternativeDomains);
if (!mainDomains.Any(D => domain.Domain.EndsWith(D)))
{
return;
}
bool existeFP = false;
for (int fpI = 0; fpI < domain.fingerPrinting.Count(); fpI++)
{
FingerPrinting fp = domain.fingerPrinting[fpI];
if (fp is HTTP)
{
existeFP = true;
}
}
if (existeFP) // Si ya existe un fp previo de HTTP, no se vuelve a realizar
{
return;
}
// Se hace el fingerprinting por HOST/80/443 y IP/80/443
// FP por HOST:80
FingerPrinting fprintingHost = new HTTP(domain.Domain, "/", 80, false);
fprintingHost.FingerPrintingFinished += new EventHandler(AsociateFingerPrinting);
fprintingHost.FingerPrintingError += new EventHandler(fprinting_FingerPrintingError);
Thread tHost = new Thread(new ThreadStart(fprintingHost.GetVersion));
tHost.IsBackground = true;
Program.data.tasker.AddTask(new FOCA.TaskManager.TaskFOCA(tHost, null, "Fingerprinting HTTP (" + domain.Domain + ":80)"));
// FP por HOST:443 SSL
fprintingHost = new HTTP(domain.Domain, "/", 443, true);
fprintingHost.FingerPrintingFinished += new EventHandler(AsociateFingerPrinting);
fprintingHost.FingerPrintingError += new EventHandler(fprinting_FingerPrintingError);
tHost = new Thread(new ThreadStart(fprintingHost.GetVersion));
tHost.IsBackground = true;
Program.data.tasker.AddTask(new FOCA.TaskManager.TaskFOCA(tHost, null, "Fingerprinting HTTPS (" + domain.Domain + ":443)"));
try
{
// FP por IP:80
string ip = Program.data.GetResolutionIPs(domain.Domain)[0].Ip;
FingerPrinting fprintingIP = new HTTP(ip, "/", 80, false);
fprintingIP.FingerPrintingFinished += new EventHandler(AsociateFingerPrinting);
fprintingIP.FingerPrintingError += new EventHandler(fprinting_FingerPrintingError);
Thread tIP = new Thread(new ThreadStart(fprintingIP.GetVersion));
tIP.IsBackground = true;
Program.data.tasker.AddTask(new FOCA.TaskManager.TaskFOCA(tIP, null, "Fingerprinting HTTP (" + ip + ":80)"));
// FP por IP:443 SSL
ip = Program.data.GetResolutionIPs(domain.Domain)[0].Ip;
fprintingIP = new HTTP(ip, "/", 443, true);
fprintingIP.FingerPrintingFinished += new EventHandler(AsociateFingerPrinting);
fprintingIP.FingerPrintingError += new EventHandler(fprinting_FingerPrintingError);
tIP = new Thread(new ThreadStart(fprintingIP.GetVersion));
tIP.IsBackground = true;
Program.data.tasker.AddTask(new TaskManager.TaskFOCA(tIP, null, "Fingerprinting HTTPS (" + ip + ":443)"));
}
catch
{ }
}
}
