#include <StaticRoute.hxx>

Inheritance diagram for repro::StaticRoute:

Collaboration diagram for repro::StaticRoute:

Public Member Functions
	StaticRoute (ProxyConfig &config)
virtual	~StaticRoute ()
virtual processor_action_t	process (RequestContext &)
Private Member Functions
void	challengeRequest (repro::RequestContext &rc, resip::Data &realm)
Private Attributes
RouteStore &	mRouteStore
bool	mNoChallenge
bool	mParallelForkStaticRoutes
bool	mContinueProcessingAfterRoutesFound
bool	mUseAuthInt

Detailed Description

Definition at line 11 of file StaticRoute.hxx.

Constructor & Destructor Documentation

StaticRoute::StaticRoute ( ProxyConfig & config )

Definition at line 21 of file StaticRoute.cxx.

                                            :
   Processor("StaticRoute"),
   mRouteStore(config.getDataStore()->mRouteStore),
   mNoChallenge(config.getConfigBool("DisableAuth", false)),
   mParallelForkStaticRoutes(config.getConfigBool("ParallelForkStaticRoutes", false)),
   mContinueProcessingAfterRoutesFound(config.getConfigBool("ContinueProcessingAfterRoutesFound", false)),
   mUseAuthInt(!config.getConfigBool("DisableAuthInt", false))
{}

StaticRoute::~StaticRoute ( ) [virtual]

Definition at line 30 of file StaticRoute.cxx.

{}

Member Function Documentation

void StaticRoute::challengeRequest	(	repro::RequestContext &	rc,
		resip::Data &	realm
	)		`[private]`

Definition at line 111 of file StaticRoute.cxx.

{
   Message *message = rc.getCurrentEvent();
   SipMessage *sipMessage = dynamic_cast<SipMessage*>(message);
   assert(sipMessage);

   SipMessage *challenge = Helper::makeProxyChallenge(*sipMessage, realm, mUseAuthInt /*auth-int*/, false /*stale*/);
   rc.sendResponse(*challenge);

   delete challenge;
}

Processor::processor_action_t StaticRoute::process ( RequestContext & context ) [virtual]

Implements repro::Processor.

Definition at line 34 of file StaticRoute.cxx.

{
   DebugLog(<< "Monkey handling request: " << *this 
            << "; reqcontext = " << context);
   
   SipMessage& msg = context.getOriginalRequest();
   
   Uri ruri(msg.header(h_RequestLine).uri());
   Data method(getMethodName(msg.header(h_RequestLine).method()));
   Data event;
   if ( msg.exists(h_Event) && msg.header(h_Event).isWellFormed())
   {
      event = msg.header(h_Event).value() ;
   }
   
   RouteStore::UriList targets(mRouteStore.process( ruri,
                                                    method,
                                                    event));
   bool requireAuth = false;
   if(!context.getKeyValueStore().getBoolValue(IsTrustedNode::mFromTrustedNodeKey) && 
      msg.method() != ACK &&  // Don't challenge ACK and BYE requests
      msg.method() != BYE)
   {
      requireAuth = !mNoChallenge;
      //for ( RouteStore::UriList::const_iterator i = targets.begin();
      //      i != targets.end(); i++ )
      //{      
         // !rwm! TODO would be useful to check if these targets require authentication
         // but for know we will just fail safe and assume that all routes require auth
         // if the sender is not trusted
      //   requireAuth |= !mNoChallenge;
      //}
   }

   if (requireAuth && context.getDigestIdentity().empty())
   {
      // !rwm! TODO do we need anything more sophisticated to figure out the realm?
      Data realm = msg.header(h_RequestLine).uri().host();
      
      challengeRequest(context, realm);
      return Processor::SkipAllChains;
   }
   else
   {
      TargetPtrList parallelBatch;
      for (RouteStore::UriList::const_iterator i = targets.begin();
           i != targets.end(); i++ )
      {
         //Targets are only added after authentication
         InfoLog(<< "Adding target " << *i );

         if(mParallelForkStaticRoutes)
         {
            Target* target = new Target(*i);
            parallelBatch.push_back(target);
         }
         else
         {
            // Add Simple Target
            context.getResponseContext().addTarget(NameAddr(*i));
         }
      }
      if(parallelBatch.size() > 0)
      {
         context.getResponseContext().addTargetBatch(parallelBatch, false /* highPriority */);
      }

      if(!targets.empty() && !mContinueProcessingAfterRoutesFound)
      {
         return Processor::SkipThisChain;
      }
   }
   
   return Processor::Continue;
}