void cmd::proxy_binding_update(proxy_binding_info& pbinfo, chrono& delay)
{
if (pbinfo.status != ip::mproto::pba::status_ok)
return; //error
pbu_process(pbinfo);
pba_sender_ptr pbas(new pba_sender(pbinfo));
pbas->async_send(_mp_sock, boost::bind(&cmd::mp_send_handler, this, _1));
delay.stop();
_log(0, "PBU ", !pbinfo.lifetime ? "de-" : "", "register processing delay ", delay.get());
}
bool auto_ptr_test( )
{
bool rc = true;
// Basic tests
// -----------
std::auto_ptr< int > p1( new int( -2 ) );
if( *p1 != -2 ) FAIL
std::auto_ptr< int > p2( p1 );
if( p1.get( ) != 0 ) FAIL
if( *p2 != -2 ) FAIL
std::auto_ptr< int > p3;
p3 = p2;
if( p2.get( ) != 0 ) FAIL
if( *p3 != -2 ) FAIL
// Check base/derived conversions
// ------------------------------
std::auto_ptr< Derived > pder( new Derived );
pder->b_member = -2;
std::auto_ptr< Base > pbas( pder );
if( pder.get( ) != 0 ) FAIL
if( pbas->b_member != -2 ) FAIL
pder.reset( new Derived );
pder->b_member = -3;
pbas = pder;
if( pder.get( ) != 0 ) FAIL
if( pbas->b_member != -3 ) FAIL
// Check auto_ptr as function argument type or return type
// -------------------------------------------------------
std::auto_ptr< int > arg1( new int( 24 ) );
f( arg1 );
if( arg1.get( ) != 0 ) FAIL
const std::auto_ptr< int > arg2( new int( 24 ) );
g( arg2 );
if( *arg2 != 42 ) FAIL
return( rc );
}