siprofileft.cpp

Jabber code library, developed with c

/*
  Copyright (c) 2007-2008 by Jakob Schroeter <[e-mail]>
  This file is part of the gloox library. http://camaya.net/gloox

  This software is distributed under a license. The full license
  agreement can be found in the file LICENSE in this distribution.
  This software may not be copied, modified, sold or distributed
  other than expressed in the named license agreement.

  This software is distributed without any warranty.
*/


#include "siprofileft.h"

#include "siprofilefthandler.h"
#include "simanager.h"
#include "dataform.h"
#include "socks5bytestream.h"
#include "socks5bytestreammanager.h"

#include <cstdlib>

namespace gloox
{

  SIProfileFT::SIProfileFT( ClientBase* parent, SIProfileFTHandler* sipfth, SIManager* manager,
                            SOCKS5BytestreamManager* s5Manager )
    : m_parent( parent ), m_manager( manager ), m_handler( sipfth ),
      m_socks5Manager( s5Manager ), m_delManager( false ), m_delS5Manager( false ), m_ranged( false )
  {
    if( !m_manager )
    {
      m_delManager = true;
      m_manager = new SIManager( m_parent );
    }

    m_manager->registerProfile( XMLNS_SI_FT, this );

    if( !m_socks5Manager )
    {
      m_socks5Manager = new SOCKS5BytestreamManager( m_parent, this );
      m_delS5Manager = true;
    }
  }

  SIProfileFT::~SIProfileFT()
  {
    m_manager->removeProfile( XMLNS_SI_FT );

    if( m_delManager )
      delete m_manager;

    if( m_socks5Manager && m_delS5Manager )
      delete m_socks5Manager;
  }

  const std::string SIProfileFT::requestFT( const JID& to, const std::string& name, long size,
                                            const std::string& hash, const std::string& desc,
                                            const std::string& date, const std::string& mimetype )
  {
    if( name.empty() || size <= 0 || !m_manager )
      return std::string();

    Tag* file = new Tag( "file", "xmlns", XMLNS_SI_FT );
    file->addAttribute( "name", name );
    file->addAttribute( "size", size );
    if( !hash.empty() )
      file->addAttribute( "hash", hash );
    if( !date.empty() )
      file->addAttribute( "date", date );
    if( !desc.empty() )
      new Tag( file, "desc", desc );
    if( m_ranged )
      new Tag( file, "range" );

    Tag* feature = new Tag( "feature", "xmlns", XMLNS_FEATURE_NEG );
    DataFormField* dff = new DataFormField( "stream-method", "", "", DataFormField::FieldTypeListSingle );
    StringMap sm;
    sm["s5b"] = XMLNS_BYTESTREAMS;
//     sm["ibb"] = XMLNS_IBB;
//     sm["oob"] = XMLNS_IQ_OOB;
    dff->setOptions( sm );
    DataForm df( DataForm::FormTypeForm );
    df.addField( dff );
    feature->addChild( df.tag() );

    return m_manager->requestSI( this, to, XMLNS_SI_FT, file, feature, mimetype );;
  }

  void SIProfileFT::acceptFT( const JID& to, const std::string& id, StreamType type )
  {
    if( !m_manager )
      return;

    Tag* feature = new Tag( "feature", "xmlns", XMLNS_FEATURE_NEG );
    DataFormField* dff = new DataFormField( "stream-method" );
    switch( type )
    {
      case FTTypeS5B:
        dff->setValue( XMLNS_BYTESTREAMS );
        break;
/*      case FTTypeIBB:
        dff->setValue( XMLNS_IBB );
        break;
      case FTTypeOOB:
        dff->setValue( XMLNS_IQ_OOB );
        break;*/
    }
    DataForm df( DataForm::FormTypeSubmit );
    df.addField( dff );
    feature->addChild( df.tag() );

    m_manager->acceptSI( to, id, 0, feature );
  }

  void SIProfileFT::declineFT( const JID& to, const std::string& id, SIManager::SIError reason,
                               const std::string& text )
  {
    if( !m_manager )
      return;

    m_manager->declineSI( to, id, reason, text );
  }

  void SIProfileFT::dispose( SOCKS5Bytestream* s5b )
  {
    if( m_socks5Manager )
      m_socks5Manager->dispose( s5b );
  }

  void SIProfileFT::setStreamHosts( StreamHostList hosts )
  {
    if( m_socks5Manager )
      m_socks5Manager->setStreamHosts( hosts );
  }

  void SIProfileFT::addStreamHost( const JID& jid, const std::string& host, int port )
  {
    if( m_socks5Manager )
      m_socks5Manager->addStreamHost( jid, host, port );
  }

  void SIProfileFT::handleSIRequest( const JID& from, const std::string& id, const std::string& profile,
                                     Tag* si, Tag* ptag, Tag* /*fneg*/ )
  {
    if( profile != XMLNS_SI_FT || !ptag || !si )
      return;

    if( m_handler )
    {
      std::string desc;
      long offset = 0;
      long length = -1;
      if( ptag->hasChild( "desc" ) )
        desc = ptag->findChild( "desc" )->cdata();
      Tag* r = ptag->findChild( "range" );
      if( r )
      {
        if( r->hasAttribute( "offset" ) )
          offset = atol( r->findAttribute( "offset" ).c_str() );
        if( r->hasAttribute( "length" ) )
          length = atol( r->findAttribute( "length" ).c_str() );
      }
      const std::string& mt = si->findAttribute( "mime-type" );
      m_handler->handleFTRequest( from, id, si->findAttribute( "id" ), ptag->findAttribute( "name" ),
                                  atol( ptag->findAttribute( "size" ).c_str() ),
                                  ptag->findAttribute( "hash" ), ptag->findAttribute( "date" ),
                                  mt.empty() ? "binary/octet-stream" : mt, desc, FTTypeS5B, offset, length );
    }
  }

  void SIProfileFT::handleSIRequestResult( const JID& from, const std::string& sid,
                                           Tag* /*si*/, Tag* /*ptag*/, Tag* fneg )
  {

    if( m_socks5Manager && fneg && fneg->hasChild( "x", "xmlns", XMLNS_X_DATA ) )
    {
      DataForm df( fneg->findChild( "x", "xmlns", XMLNS_X_DATA ) );
      DataFormField* dff = df.field( "stream-method" );
      if( dff && dff->value() == XMLNS_BYTESTREAMS )
      {
        // check return value:
        m_socks5Manager->requestSOCKS5Bytestream( from, SOCKS5BytestreamManager::S5BTCP, sid );
      }
    }

//     if( m_handler )
//       m_handler->handleFTRequestResult( from, sid );
  }

  void SIProfileFT::handleSIRequestError( Stanza* stanza, const std::string& sid )
  {
    if( m_handler )
      m_handler->handleFTRequestError( stanza, sid );
  }

  void SIProfileFT::handleIncomingSOCKS5BytestreamRequest( const std::string& sid, const JID& /*from*/ )
  {
// TODO: check for valid sid/from tuple
    m_socks5Manager->acceptSOCKS5Bytestream( sid );
  }

  void SIProfileFT::handleIncomingSOCKS5Bytestream( SOCKS5Bytestream* s5b )
  {
    if( m_handler )
      m_handler->handleFTSOCKS5Bytestream( s5b );
  }

  void SIProfileFT::handleOutgoingSOCKS5Bytestream( SOCKS5Bytestream *s5b )
  {
    if( m_handler )
      m_handler->handleFTSOCKS5Bytestream( s5b );
  }

  void SIProfileFT::handleSOCKS5BytestreamError( Stanza* stanza, const std::string& sid )
  {
    if( m_handler )
      m_handler->handleFTRequestError( stanza, sid );
  }

}