C++ Output::PrintMsg方法代码示例

void Edit_label::ReadActionParameters() {
	//Get a Pointer to the Input / Output Interfaces
	Output* pOut = pManager->GetOutput();
	Input* pIn = pManager->GetInput();

	//Print Action Message
	pOut->PrintMsg("Click on gate or connection you want to edit its label ");

	//Wait for User Input
	pIn->GetPointClicked(Cx, Cy);
	//component_id=pManager->e7sas(Cx, Cy);
	if (Cx % 15 != 0)
		Cx = Cx / 15;

	if (Cy % 15 != 0)
		Cy = Cy / 15;

	pOut->PrintMsg("Write the label");
	label = pIn->GetSrting(pOut);
	if (label.length() > 5)
		label = label.substr(0, 5);

	pManager->Actual_A.push(this);
	while (!pManager->REDO_A.empty())
	{
		pManager->REDO_A.pop();
	}
	//Clear Status Bar
	pOut->ClearStatusBar();

}

bool Select::MoveDest(Connection * Comp)
{
	//Get a Pointer to the Input / Output Interfaces
	Output* pOut = pManager->GetOutput();
	Input* pIn = pManager->GetInput();
	pOut->FlushKeyQueue();
	pOut->ClearStatusBar();
	//Print Action Message
	pOut->PrintMsg("Changing the Destination Pin press Escape to cansel");
	pOut->UpdateBuffer();
	int Cx = 0, Cy = 0;
	GraphicsInfo GInfo;
	GInfo.x1 = Comp->get_GraphicInfo().x1;
	GInfo.y1 = Comp->get_GraphicInfo().y1;
	GInfo.x2 = Comp->get_GraphicInfo().x2;
	GInfo.y2 = Comp->get_GraphicInfo().y2;
	bool check = false;
	do {
		if (pIn->GetKeyPressed() == ESCAPE)
			return false;
		if (pIn->GetPointClicked(Cx, Cy) == LEFT_CLICK && (pManager->GetArr()[Cy][Cx]) != NULL)
		{
			if (pManager->GetArr()[Cy][Cx]->GetInputPinCoordinates(make_pair(Cx, Cy)) != NULL) {
				GInfo.x2 = (pManager->GetArr()[Cy][Cx])->GetInputPinCoordinates(make_pair(Cx, Cy))->first;
				GInfo.y2 = (pManager->GetArr()[Cy][Cx])->GetInputPinCoordinates(make_pair(Cx, Cy))->second;
				break;
			}
			else
			{
				pOut->ClearStatusBar();
				pOut->PrintMsg("You choosed an invalid Component, please choose a Gate or Led  ");
				pOut->UpdateBuffer();
			}
		}
	} while (true);
	if (check) {
		Comp->EraseConnections(pManager);
		pManager->GetArr()[GInfo.y1][GInfo.x1 - 15]->GetOutputPin()->ConnectTo(Comp);
		pManager->GetArr()[GInfo.y2][GInfo.x2]->GetInputPin(make_pair(GInfo.x2, GInfo.y2))->set_connection(Comp);
		if (bfs(GInfo.x1, GInfo.y1, GInfo.x2, GInfo.y2, pManager->GetArr(), Comp->get_path()))
			Comp->set_GraphicInfo(GInfo);
		GInfo.x1 = Comp->get_GraphicInfo().x1;
		GInfo.y1 = Comp->get_GraphicInfo().y1;
		GInfo.x2 = Comp->get_GraphicInfo().x2;
		GInfo.y2 = Comp->get_GraphicInfo().y2;
		pManager->GetArr()[GInfo.y1][GInfo.x1 - 15]->GetOutputPin()->ConnectTo(Comp);
		pManager->GetArr()[GInfo.y2][GInfo.x2]->GetInputPin(make_pair(GInfo.x2, GInfo.y2))->set_connection(Comp);
		return true;
	}
	return false;
}

void AddBuffer::ReadActionParameters()
{
	//Get a Pointer to the Input / Output Interfaces
	Output* pOut = pManager->GetOutput();
	Input* pIn = pManager->GetInput();

	//Print Action Message
	pOut->PrintMsg("Buffer Gate: Click to add the gate");

	//Wait for User Input
	pIn->GetPointClicked(Cx, Cy);

	// calculate the new coordinates "magnet"

	if (Cx % 15 > 7) Cx = Cx / 15 + 1;
	else Cx = Cx / 15;
	//(Cx % 15<= 7)Cx = Cx / 15 - 1;
	if (Cy % 15 > 7) Cy = Cy / 15 + 1;
	else Cy = Cy / 15;
	//if(Cy % 15<= 7)Cy = Cy / 15 - 1;
	Cx *= 15; Cy *= 15;
	while (!pManager->check_matrix(Cx, Cy))
	{
		pOut->PrintMsg("This area is not empty choose another place"); ////hebaaaaa wrbna ystorrrr
		pIn->GetPointClicked(Cx, Cy);
		if (Cx % 15 > 7) Cx = Cx / 15 + 1;
		else Cx = Cx / 15;

		if (Cy % 15 > 7) Cy = Cy / 15 + 1;
		else Cy = Cy / 15;

		Cx *= 15; Cy *= 15;
	}//call fn elahsas
	 
	//Clear Status Bar
	pOut->ClearStatusBar();

}

/* Reads parameters required for action to execute */
bool AddConnection::ReadActionParameters() {
	Input* pIn = mAppManager->GetInput();
	Output* pOut = mAppManager->GetOutput();
	
	if (!mIsLoaded) {
		mAppManager->SetSelectionOfComponents(false);
		mAppManager->UpdateInterface();

		pOut->PrintMsg("Connection: select the source pin");
		pIn->WaitMouseClick(mGfxInfo.x1, mGfxInfo.y1);
		pOut->ClearStatusBar();
	}

	if (!DetectSourceComponent()) {
		if (!mIsLoaded) pOut->PrintMsg("Invalid source pin. Operation was cancelled");
		return false;
	}
	
	if (!mIsLoaded) {
		pOut->PrintMsg("Connection: select the destination pin");
		pIn->WaitMouseClick(mGfxInfo.x2, mGfxInfo.y2);
		pOut->ClearStatusBar();
	}

	if (!DetectDestinationComponent()) {
		if (!mIsLoaded) pOut->PrintMsg("Invalid destination pin. Operation was cancelled");
		return false;
	}
	
	mPath = pOut->GetConnectionPath(mGfxInfo);

	if (mPath == NULL) {
		if (!mIsLoaded) pOut->PrintMsg("There is no available path. Operation was cancelled");
		return false;
	}

	return true;
}

void AddSwitch::ReadActionParameters()
{
	//Get a Pointer to the Input / Output Interfaces
	Output* pOut = pManager->GetOutput();


	//Print Action Message
	pOut->PrintMsg("Adding a Led Gate; Click to add the gate");

	//Wait for User Input
	pManager->CheckPoint(Cx, Cy);

	//Clear Status Bar
	pOut->ClearStatusBar();
}

void AddCONNECTION::ReadActionParameters()
{
	//Get a Pointer to the Input / Output Interfaces
	Output* pOut = pManager->GetOutput();
	Input* pIn = pManager->GetInput();
	GridItem* x, *y;

	pOut->PrintMsg("Connection building : Click on a Gate/Pin to Connect(1)");
	//Print Action Message

	if (pManager->getCompNo() < 2)
	{
		pOut->PrintMsg("No Gates to Connect....Please Add Gate");
		check=true;
		return;
	}
	else check = false;
	bool success = SrcPin && DstPin;
	bool q=true, w=true;
	while (!success)
	{
		q = true, w = true;
		while (q)
		{
			x = pIn->GetPointClicked(x1, y1);
			SrcPin = dynamic_cast<OutputPin*>(x);
			SrcGate = dynamic_cast<Gate*>(x);
			if (!x)
			{
				pOut->PrintMsg("Cannot Connect to Empty Space... Please Try Again");
				continue;
			}
			if (x1 == -1 || y1 == -1)
			{
				pOut->PrintMsg("Cannot Connect Out... Please Try Again");
				return;
			}
			if (dynamic_cast<Button*> (x))
			{
				pOut->PrintMsg("Cannot Connect on a ToolBar Button");
				continue;
			}
			q = false;
		}
	


		pOut->PrintMsg("Connection building : Click on a Gate/Pin to Connect(2)");

		while (w)
		
		{
			y = pIn->GetPointClicked(x2, y2);
			DstPin = dynamic_cast<InputPin*>(y);
			DstGate = dynamic_cast<Gate*>(y);
			if (!x)
			{
				pOut->PrintMsg("Cannot Connect to Empty Space... Please Try Again");
				continue;
			}
			if (x2 == -1 || y2 == -1)
			{
				pOut->PrintMsg("Cannot Connect to Empty Space... Please Try Again");
				return;
			}
			if (dynamic_cast<Button*> (x))
			{
				pOut->PrintMsg("Cannot Connect on a ToolBar Button");
				continue;
			}
			w = false;
			}



		
		if (!(SrcPin || SrcPin || DstPin || DstGate))
		{
			SrcPin = dynamic_cast<OutputPin*>(y);
			DstPin = dynamic_cast<InputPin*>(x);
		}

		if (SrcGate)
		{
			SrcPin = &(SrcGate->GetOutputPin());
		
		}
		if (DstGate)
		{
			DstPin = DstGate->GetFreeInputPins();
			if (!DstPin)
			{
				pOut->PrintMsg("Connection Error... No Free Input Pins");
				continue;
			}
		}
		if (dynamic_cast<OutputPin*>(SrcPin)->getComponent() == dynamic_cast<InputPin*>(DstPin)->getComponent())
		{
			pOut->PrintMsg("Connection Error : Can't Connect gate to itelf....Go to MultiSim :D :D");
			continue;
//.........这里部分代码省略.........

void XORToolBar::ReadActionParameters()
{
	Output* pOut = pManager->GetOutput();
	pOut->PrintMsg("XOR ToolBar created");
}

bool AddConnection::ReadActionParameters()
{

	//Get a Pointer to the Input / Output Interfaces
	Output* pOut = pManager->GetOutput();
	Input* pIn = pManager->GetInput();
	pOut->FlushKeyQueue();
	pOut->ClearStatusBar();
	//Print Action Message
	
	pOut->PrintMsg("Adding Connection : Click to add the first edge ");
	pOut->UpdateBuffer();
	if ( pManager->GetComponent( UI.u_GfxInfo.x1 , UI.u_GfxInfo.y1 )==NULL)
	do {
		if (pIn->GetKeyPressed() == ESCAPE)
			return false;
		if (pIn->GetPointClicked(Cx, Cy) == LEFT_CLICK&& (pManager->GetArr()[Cy][Cx])!=NULL) {
			if (((pManager->GetArr()[Cy][Cx])->GetOutputPinCoordinates().first != 0
				&& (pManager->GetArr()[Cy][Cx])->GetOutputPinCoordinates().second != 0)) {
				GInfo.x1 = (pManager->GetArr()[Cy][Cx])->GetOutputPinCoordinates().first;
				GInfo.y1 = (pManager->GetArr()[Cy][Cx])->GetOutputPinCoordinates().second;
				break;
			}
			else {
				pOut->ClearStatusBar();
				pOut->PrintMsg("Please choose a vaild Gate or Switch  ");
				pOut->UpdateBuffer();
			}
		}

	} while (true);
	else
	{
		GInfo.x1 = (pManager->GetComponent( UI.u_GfxInfo.x1,UI.u_GfxInfo.y1))->GetOutputPinCoordinates( ).first;
		GInfo.y1 = (pManager->GetComponent(UI.u_GfxInfo.x1,UI.u_GfxInfo.y1))->GetOutputPinCoordinates( ).second;
	}
	pOut->ClearStatusBar();
	pOut->PrintMsg("Adding Connection : Click to add the second edge ");
	pOut->UpdateBuffer();
	do {
		if (pIn->GetKeyPressed() == ESCAPE)
			return false;
		if (pIn->GetPointClicked(Cx, Cy) == LEFT_CLICK && (pManager->GetArr()[Cy][Cx]) != NULL)
		{
			pOut->Magnetize(Cx, Cy);
			if (pManager->GetArr()[Cy][Cx]->GetInputPinCoordinates(make_pair(Cx, Cy)) != NULL) {
			
				GInfo.x2 = (pManager->GetComponent( Cx , Cy ))->GetInputPinCoordinates( make_pair( Cx , Cy ) )->first;
				GInfo.y2 = (pManager->GetComponent( Cx , Cy ))->GetInputPinCoordinates( make_pair( Cx , Cy ) )->second;
				break;
			}
			else
			{
				pOut->ClearStatusBar();
				pOut->PrintMsg("You choosed an invalid Component, please choose a Gate or Led !!");
				pOut->UpdateBuffer();
			}
		}
	} while (true);
	bfs(GInfo.x1, GInfo.y1, GInfo.x2, GInfo.y2, pManager->GetArr(), outx);
	if (outx.check)
		return true;
	else {
		pManager->GetOutput()->ClearStatusBar();
		pManager->GetOutput()->PrintMsg("There is no valid path");
		pManager->GetOutput()->UpdateBuffer();
		return false;
	}
}