virtual Disco::ItemList handleDiscoNodeItems( const JID&,
const JID&, const std::string& = EmptyString )
{
Disco::ItemList dil;
if( m_test == 7 )
dil.push_back( new Disco::Item( JID( "6jid" ), "6node", "6name" ) );
return dil;
}
Disco::ItemList Adhoc::handleDiscoNodeItems( const JID& from, const JID& /*to*/, const std::string& node )
{
Disco::ItemList l;
if( node.empty() )
{
l.push_back( new Disco::Item( m_parent->jid(), XMLNS_ADHOC_COMMANDS, "Ad-Hoc Commands" ) );
}
else if( node == XMLNS_ADHOC_COMMANDS )
{
StringMap::const_iterator it = m_items.begin();
for( ; it != m_items.end(); ++it )
{
AdhocCommandProviderMap::const_iterator itp = m_adhocCommandProviders.find( (*it).first );
if( itp != m_adhocCommandProviders.end()
&& (*itp).second
&& (*itp).second->handleAdhocAccessRequest( from, (*it).first ) )
{
l.push_back( new Disco::Item( m_parent->jid(), (*it).first, (*it).second ) );
}
}
}
return l;
}
void AdhocTest::send( const IQ& iq, IqHandler*, int ctx )
{
switch( m_test )
{
case 1: // getSupport()
{
Disco::Info i;
i.m_features.push_back( XMLNS_ADHOC_COMMANDS );
m_adhoc->handleDiscoInfo( g_jid, i, Adhoc::CheckAdhocSupport );
break;
}
case 2: // getSupport() fails
{
Disco::Info i;
m_adhoc->handleDiscoInfo( g_jid, i, Adhoc::CheckAdhocSupport );
break;
}
case 3: // getCommands()
{
Disco::ItemList il;
il.push_back( new Disco::Item( g_jid, "node", "name" ) );
Disco::Items i;
i.setItems( il );
m_adhoc->handleDiscoItems( g_jid, i, Adhoc::FetchAdhocCommands );
break;
}
case 4: // execute single stage command
{
IQ re( IQ::Result, iq.from(), iq.id() );
re.setFrom( g_jid );
re.addExtension( new Adhoc::Command( "foocmd", "somesess", Adhoc::Command::Completed, 0 ) );
m_adhoc->handleIqID( re, ctx );
break;
}
}
}
