public void ProcessRequest(int reqId, IPEndPoint localEP, IPEndPoint remoteEP,
string verb, string path,
string queryString, string protocol, byte [] inputBuffer, string redirect,
IntPtr socket, SslInformation ssl)
{
var broker = (XSPRequestBroker) RequestBroker;
bool secure = (ssl != null);
var mwr = new XSPWorkerRequest (reqId, broker, this,
localEP, remoteEP, verb, path, queryString,
protocol, inputBuffer, socket, secure);
if (secure) {
// note: we're only setting what we use (and not the whole lot)
mwr.AddServerVariable ("CERT_KEYSIZE", ssl.KeySize.ToString (CultureInfo.InvariantCulture));
mwr.AddServerVariable ("CERT_SECRETKEYSIZE", ssl.SecretKeySize.ToString (CultureInfo.InvariantCulture));
if (ssl.RawClientCertificate != null) {
// the worker need to be able to return it (if asked politely)
mwr.SetClientCertificate (ssl.RawClientCertificate);
// XSPWorkerRequest will answer, as required, for CERT_COOKIE, CERT_ISSUER,
// CERT_SERIALNUMBER and CERT_SUBJECT (as anyway it requires the client
// certificate - if it was provided)
if (ssl.ClientCertificateValid) {
// client cert present (bit0 = 1) and valid (bit1 = 0)
mwr.AddServerVariable ("CERT_FLAGS", "1");
} else {
// client cert present (bit0 = 1) but invalid (bit1 = 1)
mwr.AddServerVariable ("CERT_FLAGS", "3");
}
} else {
// no client certificate (bit0 = 0) ? does bit1 matter ?
mwr.AddServerVariable ("CERT_FLAGS", "0");
}
if (ssl.RawServerCertificate != null) {
X509Certificate server = ssl.GetServerCertificate ();
mwr.AddServerVariable ("CERT_SERVER_ISSUER", server.Issuer);
mwr.AddServerVariable ("CERT_SERVER_SUBJECT", server.Subject);
}
}
string translated = mwr.GetFilePathTranslated ();
if (path [path.Length - 1] != '/' && Directory.Exists (translated))
redirect = path + '/';
if (redirect != null) {
Redirect (mwr, redirect);
broker.UnregisterRequest (reqId);
return;
}
ProcessRequest (mwr);
}
static void Redirect(XSPWorkerRequest wr, string location)
{
string host = wr.GetKnownRequestHeader(HttpWorkerRequest.HeaderHost);
wr.SendStatus(301, "Moved Permanently");
wr.SendUnknownResponseHeader("Connection", "close");
wr.SendUnknownResponseHeader("Date", DateTime.Now.ToUniversalTime().ToString("r"));
wr.SendUnknownResponseHeader("Location", String.Format("http://{0}{1}", host, location));
Encoding enc = Encoding.ASCII;
wr.SendUnknownResponseHeader("Content-Type", "text/html; charset=" + enc.WebName);
string content = String.Format(content301, host, location);
byte [] contentBytes = enc.GetBytes(content);
wr.SendUnknownResponseHeader("Content-Length", contentBytes.Length.ToString());
wr.SendResponseFromMemory(contentBytes, contentBytes.Length);
wr.FlushResponse(true);
wr.CloseConnection();
}
public void ProcessRequest(int reqId, IPEndPoint localEP, IPEndPoint remoteEP,
string verb, string path,
string queryString, string protocol, byte [] inputBuffer, string redirect,
IntPtr socket, SslInformation ssl)
{
var broker = (XSPRequestBroker)RequestBroker;
bool secure = (ssl != null);
var mwr = new XSPWorkerRequest(reqId, broker, this,
localEP, remoteEP, verb, path, queryString,
protocol, inputBuffer, socket, secure);
if (secure)
{
// note: we're only setting what we use (and not the whole lot)
mwr.AddServerVariable("CERT_KEYSIZE", ssl.KeySize.ToString(CultureInfo.InvariantCulture));
mwr.AddServerVariable("CERT_SECRETKEYSIZE", ssl.SecretKeySize.ToString(CultureInfo.InvariantCulture));
if (ssl.RawClientCertificate != null)
{
// the worker need to be able to return it (if asked politely)
mwr.SetClientCertificate(ssl.RawClientCertificate);
// XSPWorkerRequest will answer, as required, for CERT_COOKIE, CERT_ISSUER,
// CERT_SERIALNUMBER and CERT_SUBJECT (as anyway it requires the client
// certificate - if it was provided)
if (ssl.ClientCertificateValid)
{
// client cert present (bit0 = 1) and valid (bit1 = 0)
mwr.AddServerVariable("CERT_FLAGS", "1");
}
else
{
// client cert present (bit0 = 1) but invalid (bit1 = 1)
mwr.AddServerVariable("CERT_FLAGS", "3");
}
}
else
{
// no client certificate (bit0 = 0) ? does bit1 matter ?
mwr.AddServerVariable("CERT_FLAGS", "0");
}
if (ssl.RawServerCertificate != null)
{
X509Certificate server = ssl.GetServerCertificate();
mwr.AddServerVariable("CERT_SERVER_ISSUER", server.Issuer);
mwr.AddServerVariable("CERT_SERVER_SUBJECT", server.Subject);
}
}
string translated = mwr.GetFilePathTranslated();
if (path [path.Length - 1] != '/' && Directory.Exists(translated))
{
redirect = path + '/';
}
if (redirect != null)
{
Redirect(mwr, redirect);
broker.UnregisterRequest(reqId);
return;
}
ProcessRequest(mwr);
}
static void Redirect(XSPWorkerRequest wr, string location)
{
string host = wr.GetKnownRequestHeader (HttpWorkerRequest.HeaderHost);
wr.SendStatus (301, "Moved Permanently");
wr.SendUnknownResponseHeader ("Connection", "close");
wr.SendUnknownResponseHeader ("Date", DateTime.Now.ToUniversalTime ().ToString ("r"));
wr.SendUnknownResponseHeader ("Location", String.Format ("http://{0}{1}", host, location));
Encoding enc = Encoding.ASCII;
wr.SendUnknownResponseHeader ("Content-Type", "text/html; charset=" + enc.WebName);
string content = String.Format (CONTENT301, host, location);
byte [] contentBytes = enc.GetBytes (content);
wr.SendUnknownResponseHeader ("Content-Length", contentBytes.Length.ToString ());
wr.SendResponseFromMemory (contentBytes, contentBytes.Length);
wr.FlushResponse (true);
wr.CloseConnection ();
}
