void map( co::LocalNodePtr local, co::NodePtr remote )
{
co::f_bool_t mapped = local->mapObject( this, getID(), remote );
BOOST_FOREACH( Object* child, children_ )
child->map( local, remote );
LBASSERT( mapped );
}
void VertexBufferDist::registerTree( co::LocalNodePtr node )
{
EQASSERT( !isAttached() );
EQCHECK( node->registerObject( this ));
if( _left )
_left->registerTree( node );
if( _right )
_right->registerTree( node );
}
ServerThread( co::LocalNodePtr server )
: _node( new co::LocalNode )
, _server( server )
{
TEST( _node->listen( ));
co::NodePtr node = new co::Node;
co::ConnectionDescriptionPtr description =
server->getConnectionDescriptions().front();
node->addConnectionDescription( description );
TEST( _node->connect( node ));
}
void run() override
{
if( _master )
setName( "MasterWorker" );
else
setName( "SlaveWorker" );
_registered.waitEQ( true );
if( _master )
{
_barrier = new co::Barrier( _node, _barrierID );
_mapped = true;
}
else
_mapped.waitEQ( true );
for( size_t i = 0; i < _numIterations; ++i )
{
const co::uint128_t& version = _versions.pop();
{
static lunchbox::SpinLock lock;
lunchbox::ScopedFastWrite mutex( lock );
_barrier->sync( version );
}
TEST( _barrier->isGood());
_barrier->enter();
}
if( _master )
{
_done = true;
_versions.clear();
_node->releaseObject( _barrier );
delete _barrier;
}
}
void register_( co::LocalNodePtr node )
{
node->registerObject( this );
BOOST_FOREACH( Object* child, children_ )
child->register_( node );
}
void unmap( co::LocalNodePtr local )
{
local->unmapObject( this );
BOOST_FOREACH( Object* child, children_ )
child->unmap( local );
}