int csp::Contract_new( lua_State* luaState )
{
lua::LuaStack stack( luaState );
lua::LuaStackValue table = stack[1];
if( !table.IsTable() )
return table.ArgError( "contract table expected." );
lua::LuaStackValue contractInstance = stack.PushTable();
for ( lua::LuaStackTableIterator it( table ); it; it.Next() )
{
lua::LuaStackValue channelName = it.Key();
lua::LuaStackValue value = it.Value();
if( !channelName.IsString() )
return stack.ArgError( 1, "channel name must be a string." );
if( !value.IsTable() )
return stack.ArgError( 1, "channel name must refer to Channel table." );
channelName.PushValue();
Channel* pChannel = CORE_NEW Channel();
PushChannel( luaState, *pChannel );
stack.RawSet( contractInstance );
}
return 1;
}
/**
* Opens a new channel alongside the root channel owned by the LightmassSwarm object
*
* @param ChannelName Name of the channel
* @param ChannelFlags Flags (read, write, etc) for the channel
* @param bPushChannel If true, this new channel will be auto-pushed onto the stack
*
* @return The channel that was opened, without disturbing the root channel
*/
int32 FLightmassSwarm::OpenChannel( const TCHAR* ChannelName, int32 ChannelFlags, bool bPushChannel )
{
int32 NewChannel = API.OpenChannel( ChannelName, ( NSwarm::TChannelFlags )ChannelFlags );
if ((NewChannel == NSwarm::SWARM_ERROR_CONNECTION_NOT_FOUND) ||
(NewChannel == NSwarm::SWARM_ERROR_CONNECTION_DISCONNECTED))
{
// The connection has dropped, exit with a special code
exit(SwarmConnectionDroppedExitCode);
}
if (bPushChannel)
{
PushChannel(NewChannel);
}
return NewChannel;
}
void SoniEngine::UpdateBlocks()
{
switch (mode)
{
case 0:
{
std::cout << "Updating for mode 0...\n";
PushChannel(lineData.size());
UpdateSines();
UpdateAmpers();
UpdatePanners();
UpdateChannelConnections();
std::cout << "Updated.\nNum Sines: " << numSines << "\nNum Ampers: " << numAmpers << "\n";
std::cout << "Num Panners: " << numPanners << "\nNum Rows: " << numRows << "\nNum Cols: " << numCols << "\n";
break;
}
case 1:
{
std::cout << "Updating for mode 1...\n";
PushRowsCols(control->GetSelectionArea("x2") - control->GetSelectionArea("x1") + 1, control->GetSelectionArea("y2") - control->GetSelectionArea("y1") + 1);
UpdateSines();
UpdateTwoDAmpers();
UpdatePanners();
UpdateMatrixConnections();
std::cout << "Updated.\nNum Sines: " << numSines << "\nNum Ampers: " << numAmpers << "\n";
std::cout << "Num Panners: " << numPanners << "\nNum Rows: " << numRows << "\nNum Cols: " << numCols << "\n";
break;
}
default:
{
std::cout << "CRITICAL ERROR: Mode is out of bounds.\n";
break;
}
}
}
