ladish/grauph/src/libs/engine/QueuedEngineInterface.cpp

300 lines
6.3 KiB
C++

/* This file is part of Om. Copyright (C) 2006 Dave Robillard.
*
* Om is free software; you can redistribute it and/or modify it under the
* terms of the GNU General Public License as published by the Free Software
* Foundation; either version 2 of the License, or (at your option) any later
* version.
*
* Om is distributed in the hope that it will be useful, but WITHOUT ANY
* WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
* FOR A PARTICULAR PURPOSE. See the GNU General Public License for details.
*
* You should have received a copy of the GNU General Public License along
* with this program; if not, write to the Free Software Foundation, Inc.,
* 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*/
#include "QueuedEngineInterface.h"
#include "QueuedEventSource.h"
#include "events.h"
#include "Om.h"
#include "util/Queue.h"
#include "OmApp.h"
namespace Om {
QueuedEngineInterface::QueuedEngineInterface(size_t queue_size)
: QueuedEventSource(queue_size)
, _responder(CountedPtr<Responder>(new Responder())) // NULL responder
{
}
/** Set the Responder to send responses to commands with, once the commands
* are preprocessed and ready to be executed (or not).
*
* Ownership of @a responder is taken.
*/
void
QueuedEngineInterface::set_responder(CountedPtr<Responder> responder)
{
//cerr << "SET\n";
_responder = responder;
}
void
QueuedEngineInterface::disable_responses()
{
static CountedPtr<Responder> null_responder(new Responder());
//cerr << "DISABLE\n";
set_responder(null_responder);
}
/* *** EngineInterface implementation below here *** */
void
QueuedEngineInterface::register_client(ClientKey key, CountedPtr<ClientInterface> client)
{
RegisterClientEvent* ev = new RegisterClientEvent(_responder, key, client);
push(ev);
}
void
QueuedEngineInterface::unregister_client(ClientKey key)
{
UnregisterClientEvent* ev = new UnregisterClientEvent(_responder, key);
push(ev);
}
// Engine commands
void
QueuedEngineInterface::load_plugins()
{
LoadPluginsEvent* ev = new LoadPluginsEvent(_responder);
push(ev);
}
void
QueuedEngineInterface::activate()
{
ActivateEvent* ev = new ActivateEvent(_responder);
push(ev);
}
void
QueuedEngineInterface::deactivate()
{
DeactivateEvent* ev = new DeactivateEvent(_responder);
push(ev);
}
void
QueuedEngineInterface::quit()
{
_responder->respond_ok();
om->quit();
}
// Object commands
void
QueuedEngineInterface::create_patch(const string& path,
uint32_t poly)
{
CreatePatchEvent* ev = new CreatePatchEvent(_responder, path, poly);
push(ev);
}
void
QueuedEngineInterface::create_node(const string& path,
const string& plugin_type,
const string& plugin_uri,
bool polyphonic)
{
// FIXME: ew
Plugin* plugin = new Plugin();
plugin->set_type(plugin_type);
plugin->uri(plugin_uri);
AddNodeEvent* ev = new AddNodeEvent(_responder,
path, plugin, polyphonic);
push(ev);
}
void
QueuedEngineInterface::rename(const string& old_path,
const string& new_name)
{
RenameEvent* ev = new RenameEvent(_responder, old_path, new_name);
push(ev);
}
void
QueuedEngineInterface::destroy(const string& path)
{
DestroyEvent* ev = new DestroyEvent(_responder, path);
push(ev);
}
void
QueuedEngineInterface::clear_patch(const string& patch_path)
{
}
void
QueuedEngineInterface::enable_patch(const string& patch_path)
{
EnablePatchEvent* ev = new EnablePatchEvent(_responder, patch_path);
push(ev);
}
void
QueuedEngineInterface::disable_patch(const string& patch_path)
{
DisablePatchEvent* ev = new DisablePatchEvent(_responder, patch_path);
push(ev);
}
void
QueuedEngineInterface::connect(const string& src_port_path,
const string& dst_port_path)
{
ConnectionEvent* ev = new ConnectionEvent(_responder, src_port_path, dst_port_path);
push(ev);
}
void
QueuedEngineInterface::disconnect(const string& src_port_path,
const string& dst_port_path)
{
DisconnectionEvent* ev = new DisconnectionEvent(_responder, src_port_path, dst_port_path);
push(ev);
}
void
QueuedEngineInterface::disconnect_all(const string& node_path)
{
DisconnectNodeEvent* ev = new DisconnectNodeEvent(_responder, node_path);
push(ev);
}
void
QueuedEngineInterface::set_port_value(const string& port_path,
float value)
{
SetPortValueEvent* ev = new SetPortValueEvent(_responder, port_path, value);
om->event_queue()->push(ev);
}
void
QueuedEngineInterface::set_port_value(const string& port_path,
uint32_t voice,
float value)
{
SetPortValueEvent* ev = new SetPortValueEvent(_responder, voice, port_path, value);
om->event_queue()->push(ev);
}
void
QueuedEngineInterface::set_port_value_queued(const string& port_path,
float value)
{
SetPortValueQueuedEvent* ev = new SetPortValueQueuedEvent(_responder, port_path, value);
push(ev);
}
void
QueuedEngineInterface::set_program(const string& node_path,
uint32_t bank,
uint32_t program)
{
push(new DSSIProgramEvent(_responder, node_path, bank, program));
}
void
QueuedEngineInterface::midi_learn(const string& node_path)
{
MidiLearnEvent* ev = new MidiLearnEvent(_responder, node_path);
push(ev);
}
void
QueuedEngineInterface::set_metadata(const string& path,
const string& predicate,
const string& value)
{
SetMetadataEvent* ev = new SetMetadataEvent(_responder,
path, predicate, value);
push(ev);
}
// Requests //
void
QueuedEngineInterface::ping()
{
PingQueuedEvent* ev = new PingQueuedEvent(_responder);
push(ev);
}
void
QueuedEngineInterface::request_port_value(const string& port_path)
{
RequestPortValueEvent* ev = new RequestPortValueEvent(_responder, port_path);
push(ev);
}
void
QueuedEngineInterface::request_plugins()
{
RequestPluginsEvent* ev = new RequestPluginsEvent(_responder);
push(ev);
}
void
QueuedEngineInterface::request_all_objects()
{
RequestAllObjectsEvent* ev = new RequestAllObjectsEvent(_responder);
push(ev);
}
} // namespace Om