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// $Id$
#include "ace/INet/HTTP_ClientRequestHandler.h"
#if !defined (__ACE_INLINE__)
#include "ace/INet/HTTP_ClientRequestHandler.inl"
#endif
#include "ace/INet/INet_Log.h"
#include "ace/Auto_Ptr.h"
#include "ace/Functor_String.h"
ACE_BEGIN_VERSIONED_NAMESPACE_DECL
namespace ACE
{
namespace HTTP
{
SessionFactoryRegistry::SessionFactoryRegistry ()
{
}
SessionFactoryRegistry::~SessionFactoryRegistry ()
{
}
void SessionFactoryRegistry::register_session_factory (
const ACE_CString& scheme,
SessionFactory* factory)
{
if (factory == 0)
this->factory_map_.unbind (scheme);
else
this->factory_map_.rebind (scheme, factory);
}
SessionFactory*
SessionFactoryRegistry::find_session_factory (const ACE_CString& scheme)
{
SessionFactory* factory = 0;
this->factory_map_.find (scheme, factory);
return factory;
}
SessionFactoryRegistry& SessionFactoryRegistry::instance ()
{
return *ACE_Singleton<SessionFactoryRegistry, ACE_SYNCH::MUTEX>::instance ();
}
SessionHolder::SessionHolder ()
{
}
SessionHolder::~SessionHolder()
{
}
SessionFactory_Impl::SessionHolder_Impl::SessionHolder_Impl ()
: session_ (true)
{
}
SessionFactory_Impl::SessionHolder_Impl::~SessionHolder_Impl()
{
}
SessionBase& SessionFactory_Impl::SessionHolder_Impl::session ()
{
return this->session_;
}
SessionFactory_Impl& SessionFactory_Impl::factory_ =
*ACE_Singleton<SessionFactory_Impl,ACE_SYNCH::NULL_MUTEX>::instance ();
SessionFactory_Impl::SessionFactory_Impl ()
{
INET_DEBUG (6, (LM_INFO, DLINFO
ACE_TEXT ("HTTP_SessionFactory_Impl::ctor - ")
ACE_TEXT ("registering session factory for scheme [%C]\n"),
URL::protocol ().c_str ()));
SessionFactoryRegistry::instance ().register_session_factory (URL::protocol (), this);
}
SessionFactory_Impl::~SessionFactory_Impl ()
{
}
ACE::INet::ConnectionHolder*
SessionFactory_Impl::create_connection (
const ACE::INet::ConnectionKey& key) const
{
INET_TRACE ("HTTP_SessionFactory_Impl::create_connection");
const ClientRequestHandler::HttpConnectionKey& ikey =
dynamic_cast<const ClientRequestHandler::HttpConnectionKey&> (key);
SessionHolder_Impl* session_holder = 0;
ACE_NEW_RETURN (session_holder,
SessionHolder_Impl (),
0);
ACE_Auto_Ptr<SessionHolder_Impl> session_safe_ref (session_holder);
(*session_holder)->set_host (ikey.host (), ikey.port ());
if (ikey.is_proxy_connection ())
{
(*session_holder)->set_proxy_target (ikey.proxy_target_host (),
ikey.proxy_target_port ());
}
if ((*session_holder)->connect (true))
{
return session_safe_ref.release ();
}
return 0;
}
ClientRequestHandler::HttpConnectionKey::HttpConnectionKey (
const ACE_CString& host,
u_short port)
: INetConnectionKey (host, port),
proxy_connection_ (false),
proxy_target_port_ (0)
{
}
ClientRequestHandler::HttpConnectionKey::HttpConnectionKey (
const ACE_CString& proxy_host,
u_short proxy_port,
const ACE_CString& host,
u_short port)
: INetConnectionKey (proxy_host, proxy_port),
proxy_connection_ (true),
proxy_target_host_ (host),
proxy_target_port_ (port)
{
}
ClientRequestHandler::HttpConnectionKey::~HttpConnectionKey()
{
}
u_long ClientRequestHandler::HttpConnectionKey::hash () const
{
if (this->proxy_connection_)
return ACE_Hash<ACE_CString>()(this->proxy_target_host_) +
this->proxy_target_port_ +
(this->proxy_connection_ ? 1 : 0);
else
return INetConnectionKey::hash () +
(this->proxy_connection_ ? 1 : 0);
}
ACE::INet::ConnectionKey* ClientRequestHandler::HttpConnectionKey::duplicate () const
{
ConnectionKey* k = 0;
if (this->proxy_connection_)
{
ACE_NEW_RETURN (k,
HttpConnectionKey (this->host (), this->port (),
this->proxy_target_host_,
this->proxy_target_port_),
0);
}
else
{
ACE_NEW_RETURN (k,
HttpConnectionKey (this->host (), this->port ()),
0);
}
return k;
}
bool ClientRequestHandler::HttpConnectionKey::equal (const ACE::INet::ConnectionKey& key) const
{
try {
const HttpConnectionKey& http_key = dynamic_cast<const HttpConnectionKey&> (key);
return (INetConnectionKey::equal (key) &&
this->proxy_connection_ == http_key.is_proxy_connection () &&
(!this->proxy_connection_ ||
(this->proxy_target_host_ == http_key.proxy_target_host () &&
this->proxy_target_port_ == http_key.proxy_target_port ())));
}
catch (...) {
return false;
}
}
ClientRequestHandler::ClientRequestHandler ()
: request_ (Request::HTTP_1_0),
session_ (0)
{
}
ClientRequestHandler::~ClientRequestHandler ()
{
this->release_connection ();
}
bool ClientRequestHandler::is_response_ok () const
{
return this->response_.get_status ().is_ok () &&
!const_cast<ClientRequestHandler*> (this)->response_stream ().bad ();
}
std::istream& ClientRequestHandler::handle_open_request (
const ACE::INet::URL_Base& url)
{
const URL& http_url = dynamic_cast<const URL&> (url);
return this->handle_get_request (http_url);
}
std::istream& ClientRequestHandler::handle_get_request (
const URL& http_url)
{
bool connected = false;
if (http_url.has_proxy ())
connected = this->initialize_connection (http_url.get_scheme (),
http_url.get_host(),
http_url.get_port (),
true,
http_url.get_proxy_host(),
http_url.get_proxy_port ());
else
connected = this->initialize_connection (http_url.get_scheme (),
http_url.get_host(),
http_url.get_port ());
if (connected)
{
this->request_.reset (Request::HTTP_GET,
http_url.get_request_uri (),
this->request_.get_version ());
this->response_.reset ();
this->initialize_request (http_url, this->request_);
if (!this->session ()->send_request (this->request_) ||
!this->session ()->receive_response (this->response_))
{
this->close_connection ();
this->handle_request_error(http_url);
}
}
else
{
this->handle_connection_error (http_url);
}
return this->response_stream ();
}
void ClientRequestHandler::on_eof ()
{
this->release_connection ();
}
bool ClientRequestHandler::initialize_connection (const ACE_CString& scheme,
const ACE_CString& host,
u_short port,
bool proxy_conn,
const ACE_CString& proxy_host,
u_short proxy_port)
{
SessionFactory* session_factory =
SessionFactoryRegistry::instance ().find_session_factory (scheme);
if (session_factory == 0)
{
INET_ERROR (1, (LM_ERROR, DLINFO
ACE_TEXT ("ClientRequestHandler::initialize_connection - ")
ACE_TEXT ("unable to find session factory for scheme [%C]\n"),
scheme.c_str ()));
return false;
}
ACE::INet::ConnectionHolder* pch = 0;
if (proxy_conn)
{
if (!this->connection_cache ().claim_connection (HttpConnectionKey (proxy_host,
proxy_port,
host,
port),
pch,
*session_factory))
return false;
}
else
{
if (!this->connection_cache ().claim_connection (HttpConnectionKey (host,
port),
pch,
*session_factory))
return false;
}
this->session (dynamic_cast<SessionHolder*> (pch));
return true;
}
void ClientRequestHandler::initialize_request (const URL& /*url*/, Request& /*request*/)
{
}
void ClientRequestHandler::handle_request_error (const URL& /*url*/)
{
}
void ClientRequestHandler::handle_connection_error (const URL& /*url*/)
{
}
void ClientRequestHandler::release_connection ()
{
if (this->session_)
{
if (this->session ()->is_proxy_connection ())
{
this->connection_cache ().release_connection (
HttpConnectionKey (this->session ()->get_host (),
this->session ()->get_port (),
this->session ()->get_proxy_target_host (),
this->session ()->get_proxy_target_port ()),
this->session_);
}
else
{
this->connection_cache ().release_connection (
HttpConnectionKey (this->session ()->get_host (),
this->session ()->get_port ()),
this->session_);
}
this->session_ = 0;
}
}
void ClientRequestHandler::close_connection ()
{
if (this->session_)
{
if (this->session ()->is_proxy_connection ())
{
this->connection_cache ().release_connection (
HttpConnectionKey (this->session ()->get_host (),
this->session ()->get_port (),
this->session ()->get_proxy_target_host (),
this->session ()->get_proxy_target_port ()),
this->session_);
}
else
{
this->connection_cache ().release_connection (
HttpConnectionKey (this->session ()->get_host (),
this->session ()->get_port ()),
this->session_);
}
this->session_ = 0;
}
}
}
}
ACE_END_VERSIONED_NAMESPACE_DECL
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