void GraphComponent::updateDisplayPlugins ()
{
DBG ("GraphComponent::updateDisplayPlugins");
jassert (host != 0);
cleanInternalGraph ();
// rebuild nodes !
for (int i = 0; i < host->getPluginsCount (); i++)
{
createPluginNode (host->getPluginByIndex (i));
}
// update audio / midi connection links !
ProcessingGraph* audioGraph = host->getAudioGraph ();
for (int i = 0; i < audioGraph->getNodeCount (); i++)
{
ProcessingNode* source = audioGraph->getNode (i);
BasePlugin* sourceData = (BasePlugin*) source->getData ();
GraphNodeComponent* sourceNode = findNodeByUserData (sourceData);
if (sourceNode != 0)
{
for (int j = source->getLinksCount (JOST_LINKTYPE_AUDIO); --j >= 0;)
{
ProcessingLink* link = source->getLink (JOST_LINKTYPE_AUDIO, j);
BasePlugin* destData = (BasePlugin*) link->destination->getData ();
GraphNodeComponent* destNode = findNodeByUserData (destData);
if (destNode != 0)
{
sourceNode->connectToNode (link->sourcePort,
destNode,
link->destinationPort,
false);
}
}
}
}
for (int i = 0; i < audioGraph->getNodeCount (); i++)
{
ProcessingNode* source = audioGraph->getNode (i);
BasePlugin* sourceData = (BasePlugin*) source->getData ();
GraphNodeComponent* sourceNode = findNodeByUserData (sourceData);
if (sourceNode != 0)
{
for (int j = source->getLinksCount (JOST_LINKTYPE_MIDI); --j >= 0;)
{
ProcessingLink* link = source->getLink (JOST_LINKTYPE_MIDI, j);
BasePlugin* destData = (BasePlugin*) link->destination->getData ();
GraphNodeComponent* destNode = findNodeByUserData (destData);
if (destNode != 0)
{
sourceNode->connectToNode (link->sourcePort + sourceNode->getFirstOutputOfType (JOST_LINKTYPE_MIDI),
destNode,
link->destinationPort + destNode->getFirstInputOfType (JOST_LINKTYPE_MIDI),
false);
}
}
}
}
// update connectors
graphChanged ();
// update fixed node size and position
resized ();
}
//==============================================================================
void GraphComponent::recalculateConnectionsRecursive (GraphNodeComponent* node,
ProcessingGraph* graph,
const int insertIndex,
// const int connectorType,
const bool createConnection)
{
BasePlugin* source = (BasePlugin*) node->getUserData ();
if (source != 0 && ! graph->contains (source))
{
graph->insertNode (insertIndex, source);
int currentIndex = insertIndex + 1;
for (int i = 0; i < node->getOutputConnectorCount (); i++)
{
int sourceOutputMidiOffset = node->getFirstOutputOfType (JOST_LINKTYPE_MIDI);
int destOutputMidiOffset = 0;
GraphConnectorComponent* connector = node->getOutputConnector (i);
// if (connector->getType () == connectorType)
{
// we are the same type, get linked connectors
Array <GraphConnectorComponent*> linked;
connector->getLinkedConnectors (linked);
for (int j = 0; j < linked.size (); j++)
{
GraphConnectorComponent* other = linked.getUnchecked (j);
GraphNodeComponent* otherNode = other->getParentGraphComponent();
// breath first
recalculateConnectionsRecursive (otherNode,
graph,
currentIndex,
// connectorType,
createConnection);
// create link here !
if (createConnection)
{
BasePlugin* destination = (BasePlugin*) otherNode->getUserData ();
if (destination != 0)
{
if (connector->getType () == JOST_LINKTYPE_AUDIO)
{
graph->connectTo (source,
connector->getConnectorID(),
destination,
other->getConnectorID(),
JOST_LINKTYPE_AUDIO);
}
else if (connector->getType () == JOST_LINKTYPE_MIDI)
{
destOutputMidiOffset = otherNode->getFirstInputOfType (JOST_LINKTYPE_MIDI);
graph->connectTo (source,
connector->getConnectorID() - sourceOutputMidiOffset,
destination,
other->getConnectorID() - destOutputMidiOffset,
JOST_LINKTYPE_MIDI);
}
}
}
// end create link !
}
}
}
}
}
