int main(int argc, char *argv[])
{
// NB: you don't really have to do this if your library links ok
// but I tested it and it works and gives a nice message, rw.
//
//QLibrary otapi("libotapi.so"); // <===== FIRST constructor called.
//if (!otapi.load())
// qDebug() << otapi.errorString();
//if (otapi.load())
// qDebug() << "otapi loaded";
// ----------------------------------------
// AppInit() is called here by this object's constructor. (And
// AppCleanup() will be called automatically when we exit main(),
// by this same object's destructor.)
//
__OTclient_RAII the_client_cleanup; // <===== SECOND constructor is called here.
// ----------------------------------------
if (NULL == OTAPI_Wrap::It())
{
OTLog::vError(0, "Error, exiting: OTAPI_Wrap::AppInit() call must have failed.\n");
return -1;
}
// ----------------------------------------
//Init qApp
MTApplicationMC theApplication(argc, argv); // <====== THIRD constructor (they are destroyed in reverse order.)
theApplication.setQuitOnLastWindowClosed(false);
//Set language
Translation appTranslation;
QTranslator translator;
appTranslation.updateLanguage(theApplication, translator);
QTimer::singleShot(0, &theApplication, SLOT(appStarting()));
// ----------------------------------------------------------------
int nExec = theApplication.exec(); // <=== Here's where we run the QApplication...
// ----------------------------------------------------------------
OTLog::vOutput(0, "Finished executing the QApplication!\n(AppCleanup should occur "
"immediately after this point.)\nReturning: %d\n", nExec);
// ----------------------------------------------------------------
return nExec;
}
int main(int argc, char *argv[])
{
// NB: you don't really have to do this if your library links ok
// but I tested it and it works and gives a nice message, rw.
//
//QLibrary otapi("libotapi.so"); // <===== FIRST constructor called.
//if (!otapi.load())
// qDebug() << otapi.errorString();
//if (otapi.load())
// qDebug() << "otapi loaded";
// ----------------------------------------
// AppInit() is called here by this object's constructor. (And
// AppCleanup() will be called automatically when we exit main(),
// by this same object's destructor.)
//
__OTclient_RAII the_client_cleanup; // <===== SECOND constructor is called here.
// ----------------------------------------
if (NULL == opentxs::OTAPI_Wrap::It())
{
opentxs::Log::vError(0, "Error, exiting: opentxs::OTAPI_Wrap::AppInit() call must have failed.\n");
return -1;
}
// ----------------------------------------
//Init qApp
MTApplicationMC theApplication(argc, argv); // <====== THIRD constructor (they are destroyed in reverse order.)
theApplication.setQuitOnLastWindowClosed(false);
{ Modules modules; } // run constructor once, initialize static pointers
BtcModulesPtr btcModules = BtcModulesPtr(new BtcModules());
//Set language
Translation appTranslation;
QTranslator translator;
appTranslation.updateLanguage(theApplication, translator);
QTimer::singleShot(0, &theApplication, SLOT(appStarting()));
// ----------------------------------------------------------------
// ----------------------------------------------------------------
// NOTE: What's this about?
//
// For the Mac version only (and ONLY for actual release dmg's) we
// want the scripts folder to be found inside the application directory,
// near the binary itself.
//
// This is because we get problems with the MacOS .dmg where especially on
// Mavericks, the sandbox prevents us from opening the scripts (ot_commands.ot, etc)
// which on UNIX systems, are normally found in /usr/local/lib/opentxs
//
// There are several solutions at play. First, we are eliminating the scripts entirely,
// by converting them to C++. But in the meantime, until that's done, we have to live with
// the scripts, so we are putting them in a place where the application CAN open them:
// the application folder itself. That is, the "AppBinaryFolder".
//
// Here we use QCoreApplication::applicationDirPath() to get the application folder path,
// and we tell OT to use that as the "AppBinaryFolder". OT doesn't use that variable except
// in one place: when setting the Scripts directory -- and ONLY if the variable is set (and
// we ARE setting it here below.)
//
// If the variable is set (and in this case, it is) then OT will use the AppBinaryFolder instead
// of the PrefixPath, to prepend to the Scripts path. This will cause OT to look for the scripts
// in the ApplicationDirPath/lib/opentxs folder instead of /usr/local/lib/opentxs
//
// Notice also we are checking the path to see if it contains "clang" and "build", and we only
// set the AppBinaryFolder in the case where those substrings are both NOT found. That way this
// fix will not impact developer builds, but only actual release DMGs.
//
// This fix assumes that the DMG contains, in the MacOS folder, next to moneychanger-qt and mc_db,
// a folder "lib", which contains a folder "opentxs", which contains the scripts. If those files
// are not placed there in the DMG, then this code would obviously cause OT to fail trying to load
// its scripts.
//
#ifdef Q_OS_MAC
QString qstrAppDirPath = QCoreApplication::applicationDirPath();
if (!qstrAppDirPath.isEmpty())
{
int nIndexClang = qstrAppDirPath.indexOf("clang", 0);
int nIndexBuild = qstrAppDirPath.indexOf("build", 0);
if ((-1 == nIndexClang) && (-1 == nIndexBuild))
opentxs::OTPaths::SetAppBinaryFolder(qstrAppDirPath.toStdString().c_str());
}
// QMessageBox::information(NULL, "", QString::fromStdString(std::string(opentxs::OTPaths::ScriptsFolder().Get())));
#endif
// ----------------------------------------------------------------
int nExec = theApplication.exec(); // <=== Here's where we run the QApplication...
// ----------------------------------------------------------------
Moneychanger::It(NULL, true); // bShuttingDown=true.
// ----------------------------------------------------------------
opentxs::Log::vOutput(0, "Finished executing the QApplication!\n(AppCleanup should occur "
"immediately after this point.)\nReturning: %d\n", nExec);
// ----------------------------------------------------------------
return nExec;
}
/*
=======
WinMain
=======
*/
int WINAPI WinMain ( HINSTANCE hInstance, HINSTANCE hPrevInstance, PSTR szCmdLine, int nCmdShow ) {
HWND hwnd;
MSG msg;
/* Initialise and create window */
hwnd = CreateOurWindow( "Mirrors and Shadows", S_WIDTH, S_HEIGHT, 0, false, hInstance );
if( hwnd == NULL ) return true;
/* Initialise OpenGL and other settings */
Init( hwnd );
/* Create the OpenGLApplication */
OpenGLApplication theApplication( mInput, mCamera );
theApplication.Init();
/* Main Loop */
while( true ) {
if( PeekMessage( &msg, NULL, 0, 0, PM_REMOVE ) ) {
if( msg.message == WM_QUIT ) {
break;
}
TranslateMessage( &msg );
DispatchMessage( &msg );
/* Render Scene */
} else {
/* Update Input and Camera */
mInput.Update();
mCamera.Update();
/* Switch to WireFrame */
if( mInput.mKeys[ VK_SPACE ] ) {
glPolygonMode( GL_FRONT, GL_LINE );
} else {
glPolygonMode( GL_FRONT, GL_FILL );
}
/* Display Controls */
if( mInput.mKeys[ VK_CONTROL ] ) {
theApplication.mDisplayControls = true;
} else {
theApplication.mDisplayControls = false;
}
/* Start OpenGl - clear buffers & load identity matrix */
glClearStencil( 0 );
glClear( GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT | GL_STENCIL_BUFFER_BIT );
glLoadIdentity();
/* Set our viewpoint - the camera */
gluLookAt( mCamera.mPosition.x, mCamera.mPosition.y, mCamera.mPosition.z, // where we are
mCamera.mPointOfInterest.x, mCamera.mPointOfInterest.y, mCamera.mPointOfInterest.z, // what we look at
mCamera.mUp.x, mCamera.mUp.y, mCamera.mUp.z ); // which way is up
/* Render the Application */
theApplication.Render();
/* End OpenGL - swap the frame buffers */
SwapBuffers( ghdc );
}
}
return msg.wParam ;
}