/* Executes action */
bool Paste::Execute() {
if (!ReadActionParameters()) {
return false;
}
mAct = new AddGate(mAppManager, mComp->GetAddActionType());
mAct->Execute();
return true;
}
void AddSwitch::Execute()
{
//Get Center point of the Gate
ReadActionParameters();
GraphicsInfo GInfo(Cx, Cy); //Gfx info to be used to construct the Buffer
SWITCH *pA = new SWITCH(GInfo);
pManager->AddComponent(pA);
pA->Draw(pManager->GetOutput());
}
void Select::Execute()
{
ReadActionParameters();
if(!pManager->getSim())
pManager->getTemp()->SetState(!pManager->getTemp()->GetState());
SWITCH* x = dynamic_cast<SWITCH*>(pManager->getTemp());
if (x && pManager->getSim())
{
x->turnONOFF(!x->getONOFF());
}
}
void Cut::Execute()
{
ReadActionParameters();
for (std::set<Component*>::iterator i = Components.begin(); i != Components.end(); i++)
{
if (dynamic_cast<Connection*>(*i) == NULL)
{
pManager->PushIntoClipboard(*i);
}
}
pManager->RemoveComponents(std::vector<Component*>(Components.begin(), Components.end()));
}
void AddConnection::Execute()
{
Connection *pS = NULL;
//Get Center point of the Connection
if (!ReadActionParameters())
return;
pS = new Connection(GInfo, &outx, (pManager->GetComponent( GInfo.x1 - 15 , GInfo.y1 ))->GetOutputPin(), (pManager->GetComponent( GInfo.x2 , GInfo.y2 ))->GetInputPin(make_pair(GInfo.x2, GInfo.y2)));
//pManager->GetArr()[GInfo.y1][GInfo.x1 - 15]->GetOutputPin()->ConnectTo(pS);
pManager->GetComponent(GInfo.x1 - 15, GInfo.y1 )->GetOutputPin( )->ConnectTo( pS );
//pManager->GetArr()[GInfo.y2][GInfo.x2]->GetInputPin(make_pair(GInfo.x2, GInfo.y2))->set_connection(pS);
pManager->GetComponent( GInfo.x2,GInfo.y2)->GetInputPin( make_pair( GInfo.x2 , GInfo.y2 ) )->set_connection( pS );
pManager->AddComponent(pS);
}
void AddCONNECTION::Execute()
{
//Get Connection Source and destination points
ReadActionParameters();
if (check)
return;
GraphicsInfo GInfo(x1,y1,x2,y2);
Connection *pA = new Connection(GInfo, dynamic_cast<OutputPin*>(SrcPin), dynamic_cast<InputPin*>(DstPin));
pManager->AddComponent(pA);
pA->Draw(pManager->GetOutput());
}
void Paste::Execute()
{
ReadActionParameters();
auto temp=pManager->getClipboard();
GraphicsInfo Gfx(this->x, y);
GraphicsInfo tmp3 = ((Gate*)temp[0])->GetPosition();
for (size_t i = 0; i < temp.size(); i++)
{
if (IsInDesign(GraphicsInfo(Gfx - tmp3 + ((Gate*)temp[i])->GetPosition())))
{
temp[i]->SetPosition(GraphicsInfo(Gfx - tmp3 + ((Gate*)temp[i])->GetPosition()));
}
pManager->AddComponent(temp[i]);
}
}
/* Executes action */
bool AddConnection::Execute() {
if (!ReadActionParameters()) {
return false;
}
mConnection = new Connection(mAppManager->GetOutput(), mGfxInfo, *mPath);
mConnection->SetSourcePin(mSrcPin);
mConnection->SetDestinationPin(mDstPin, mDstPinIndex);
mConnection->SetLabel(mLabel);
mAppManager->AddComponent(mConnection);
delete mPath;
return true;
}
void AddBuffer::Execute()
{
//Get Center point of the Gate
ReadActionParameters();
//Calculate the rectangle Corners
int Len = UI.Buffer_Width;
int Wdth = UI.Buffer_Height;
GraphicsInfo GInfo; //Gfx info to be used to construct the AND2 gate
GInfo.x1 = Cx - Len / 2;
GInfo.x2 = Cx + Len / 2;
GInfo.y1 = Cy - Wdth / 2;
GInfo.y2 = Cy + Wdth / 2;
Buffer *pA = new Buffer(GInfo, AND2_FANOUT);
pA->updateMatrix(GInfo, pA->getid(), pA->gettype());
pManager->AddComponent(pA);
}
void AddNOTgate::Execute(ApplicationManager *pManager)
{
//Get Center point of the Gate
ReadActionParameters(pManager);
if(Cx > 95 && Cy > 105 && Cy < 620 && Cx < 960)
{
GraphicsInfo GInfo;
GInfo.IMG= new image("images\\NOT.jpg");
GInfo.IMGsel= new image("images\\NOTsel.jpg");
int Len = GInfo.IMG->GetWidth(), Wdth = GInfo.IMG->GetHeight();
GInfo.x1 = Cx - Len/2;
GInfo.x2 = Cx + Len/2;
GInfo.y1 = Cy - Wdth/2;
GInfo.y2 = Cy + Wdth/2;
Comp = new Not(GInfo, Not_FANOUT);
pManager->AddComponent(Comp);
}
}
void Paste::Execute()
{
Input *pIn = pManager->GetInput();
Output *pOut = pManager->GetOutput();
ReadActionParameters();
if (FlagToPaste == true) //Check that the user had already chosen Copy Or Cut to execute Paste action
{
//Get the List of Copied or Cut Statements
list<Statement*> CopiedOrCutStatements = pManager->GetCopiedOrCutStatements();
//If they are Copied
if (CopiedOrCutStatements.front()->GetCopiedOrCut() == 1) //Copy Action
{
Point LeftCornerUp, LeftCornerDown, RightCornerUp, RightCornerDown;
//Get First Copied statement type to help in calculating dx & dy
int Type = CopiedOrCutStatements.front()->GetStatementType();
//Get 4 corners of the point based on its type;
pManager->GetCorners(P, Type, LeftCornerUp, LeftCornerDown, RightCornerUp, RightCornerDown);
int dx, dy;
//Calculate dx and dy due to the first selectes statement
dx = LeftCornerUp.x - CopiedOrCutStatements.front()->GetLeftCorner().x;
dy = LeftCornerUp.y - CopiedOrCutStatements.front()->GetLeftCorner().y;
//Add New Statements to this list
list<Statement*> NewStatements;
for (list<Statement*>::iterator it = CopiedOrCutStatements.begin(); it != CopiedOrCutStatements.end(); it++)
{
Statement* NewStatement;
//Get Type of each statement
Type = (*it)->GetStatementType();
Point NewStatementPoint = (*it)->GetLeftCorner();
//This should be the new point for the current statement after copying
NewStatementPoint.x += dx;
NewStatementPoint.y += dy;
//Create New statement of the same type
//Types:
// 0 StartEnd
// 1 SMPLAssignment
// 2 VARAssignment
// 3 Conditional
// 4 Read Write
switch (Type)
{
//No case 0 because we will never have 0 type statements (Start End)
//"Start and End" are not copied
case 1:
NewStatement = new SmplAssign(*((SmplAssign*)(*it)));
break;
case 2:
NewStatement = new VariableAssign(*((VariableAssign*)(*it)));
break;
case 3:
NewStatement = new Conditional(*((Conditional*)(*it)));
((Conditional*)(NewStatement))->SetpConnL(NULL);
break;
case 4:
NewStatement = new ReadWrite(*((ReadWrite*)(*it)));
break;
}
Statement::IncrementIDCounter();
NewStatement->SetID(Statement::GetIDCounter());
NewStatement->SetLeftCorner(NewStatementPoint);
NewStatement->SetSelected(false);
NewStatement->SetCopiedOrCut(0);
NewStatement->UpdatePoints();
NewStatement->SetpConn(NULL);
//Dummy variable
bool tt;
//Check validity of point
if (pManager->IsOutOfBounds(NewStatement, tt, tt, tt, tt) || pManager->IsOverlapping(NewStatement))
{
//Print Error Message
pOut->PrintMessage("Unsuitable point for copying. Action terminated! Press any key to continue");
//Remove all new statements
for (list<Statement*>::iterator it2 = NewStatements.begin(); it2 != NewStatements.end(); it2++)
{
delete (*it2);
}
NewStatements.clear();
//Wait for key press
pIn->GetPointClicked(P);
pOut->PrintMessage("");
return;
}
//Statement position is okay, add it
NewStatements.push_back(NewStatement);
}
//All statements don't overlap, add them to Statements list
for (list<Statement*>::iterator it = NewStatements.begin(); it != NewStatements.end(); it++)
{
pManager->AddStatement((*it));
}
pManager->UpdateCopiedOrCutStatements(0);
}
//If they are Cut
else if (CopiedOrCutStatements.front()->GetCopiedOrCut() == 2) //Cut Action
{
//Cutting Statement Only
Point LeftCornerUp, LeftCornerDown, RightCornerUp, RightCornerDown;
//Get First Copied statement type to help in calculating dx & dy
int Type = CopiedOrCutStatements.front()->GetStatementType();
//Get 4 corners of the point based on its type;
pManager->GetCorners(P, Type, LeftCornerUp, LeftCornerDown, RightCornerUp, RightCornerDown);
int dx, dy;
dx = LeftCornerUp.x - CopiedOrCutStatements.front()->GetLeftCorner().x;
dy = LeftCornerUp.y - CopiedOrCutStatements.front()->GetLeftCorner().y;
//Store Old points before cutting
list<Point> OldPoints;
for (list<Statement*>::iterator it = CopiedOrCutStatements.begin(); it != CopiedOrCutStatements.end(); it++)
{
//Get Type of each statement
Point NewStatementPoint = (*it)->GetLeftCorner();
//Save Old Point
OldPoints.push_back(NewStatementPoint);
//Calculate New Point
NewStatementPoint.x += dx;
NewStatementPoint.y += dy;
//Edit Point
(*it)->SetLeftCorner(NewStatementPoint);
//Dummy variable
bool tt;
//Check validity of new position of pasted statement
if (pManager->IsOutOfBounds((*it), tt, tt, tt, tt) || pManager->IsOverlapping((*it)))
{
//Print Error Message
pOut->PrintMessage("Unsuitable point for cutting. Action terminated! Press any key to continue");
//Return pasted statements to their old positions
list<Statement*>::iterator it2 = CopiedOrCutStatements.begin();
for (list<Point>::iterator Pointit = OldPoints.begin(); Pointit != OldPoints.end(); Pointit++)
{
(*it2)->SetLeftCorner((*Pointit));
it2++;
}
OldPoints.clear();
//Wait for key press
pIn->GetPointClicked(P);
pOut->PrintMessage("");
pOut->ClearDrawArea();
pManager->UpdateInterface();
return;
}
(*it)->UpdatePoints();
}
for (list<Statement*>::iterator it = CopiedOrCutStatements.begin(); it != CopiedOrCutStatements.end(); it++)
{
(*it)->SetCopiedOrCut(0);
}
pManager->UpdateCopiedOrCutStatements(0);
}
pOut->ClearDrawArea();
pManager->UpdateInterface();
}
}
/* Destructor */
Paste::~Paste() {
if (ReadActionParameters()) {
delete mAct;
}
}
void XORToolBar::Execute()
{
ReadActionParameters();
pManager->DrawToolBar(TOOLBARS::ADDXORBAR);
}