Interface Content (interfaceContentGui)

The Interface Content example demonstrates the following:

• How to create a new interface content message
• How to install the interface content message in the factory
• How to send and receive the new interface content message

The Interface Content example creates a new type of VRF interface message class MyInterfaceContent which demonstrates how to send and receive interface content messages from the front and back-end.

Since this example is loaded as a plugin, it can be used in conjunction with the released VR-Forces 3D application

To view the new behavior:

1. Start vrfSim.
2. Start vrfGui.

A menu item to send the interface content message will be created under the Simulation menu. Type in a message. The back-end will receive the message and send an acknowledgement to the front-end

Classes

MyInterfaceContent

The interface content message.

---

Plugin Entry Points

/*******************************************************************************
** Copyright (c) 2014 MAK Technologies, Inc.
** All rights reserved.
*******************************************************************************/

//\file interfaceContentPlugin.cxx
//\brief Contains plugin function

//This file defines the generic DT_DLL_VRF_PLUGIN_EXPORT_MACRO.  Use that macro when
//you want to export symbols.  Also, in your CMakeLists.txt file, make sure to
//define the VRFPLUGIN_EXPORTS define to tell the compiler to define the macro as an
//export
#include <vrfGuiCore/vrfGuiExportPlugin.h>
#include "../interfaceContentSim/myInterfaceContent.h"
#include "DtInterfaceContentMenuItem.h"
#include <vrfGuiConstants/vrfMenuIds.h>
#include <vrfGuiCore/guiThreadNetworkCallbackManager.h>
#include <vrfGuiCore/guiThreadVrfRemoteController.h>
#include <vrfGuiCore/vrfSelectionFilters.h>
#include <vrfGuiCore/objectSettingsManager.h>
#include <vrfGuiCore/vrfStateViewCollectionManager.h>
#include <vrvCore/DtEntityState.h>

#include <vrvCore/DtDe.h>
#include <vrfGuiCoreQt/vrfMainMenu.h>

using namespace makVrf;

bool initDeModule(makVrv::DtDe* de)
{
   DtVrfMainMenu::instance(*de).menuConfiguration().addMenuPathAfter(
      makVrv::DtMenuPath::mainMenu(DtSimulationMenuId).item("DtInterfaceContentMenuItem"),
      makVrv::DtMenuPath::mainMenu(DtSimulationMenuId).item(DtGlobalPlansMenuItemId));

   vrfInterfaceContentExample::DtInterfaceContentMenuItem* menuItem =
      new vrfInterfaceContentExample::DtInterfaceContentMenuItem(*de);
   DtVrfMainMenu::instance(*de).registerMenuItem(menuItem);

      //Register the creator for MyInterfaceContentType with the
      //DtInterfaceContentFactory   

   DtGuiThreadVrfRemoteController::instance(*de).addInterfaceContentCreatorFcn(MyInterfaceContentType, MyInterfaceContent::creator);
         
   makVrf::DtGuiThreadNetworkCallbackManager::instance(*de).simMessageSignal(
      MyInterfaceContentType).connect(boost::bind(&vrfInterfaceContentExample::
      DtInterfaceContentMenuItem::processInterfaceMessage, menuItem, _1));

   return true;
}

void slot_onObjectAdded(const makVrv::DtStateView<makVrv::DtVrlinkSimulatedBaseState>* p, makVrv::DtDe* de)
{
   DtObjectSettingsManager::instance(*de).setFlagState(DtVrfStateViewCollectionManager::instance(*de).objectUUID(p->id()),
      ObjectSettingsSensorContacts, true);
}

void postInitDeModule(makVrv::DtDe& de)
{
   DtVrfStateViewCollectionManager::instance(de).signalWhenObjectAdded(DtAllEntitiesAggregatesAndEnvironmentalsFilter()).connect(
    boost::bind(&slot_onObjectAdded, _1, &de));
}

void DtPluginInformation(DtVrfPluginInformation& info)
{
   info.pluginName = "interfaceContentGui";
   info.pluginDescription = "This is an example of how to add a new interface message in the VRF back-end.";
   info.pluginVersion = "1.00";
   info.pluginCreator = "MAK Technologies";
   info.pluginCreatorEmail = "sales@mak.com";
   info.pluginContactWebPage = "www.mak.com";
   info.pluginContactMailingAddress = "150 Cambridge Park Drive 3rd Floor - Cambridge, MA 02140 USA";
   info.pluginContactPhone = "(617) 876 8085";
}