void Executer::execute(TreeNode* node)
{
if (finished) return;
// emit a signal for GUI
Token* t = node->token();
// //qDebug() << "emitting token: '" << t->look() << "' - (" << t->startRow() << "," << t->startCol() << " - " << t->endRow() << "," << t->endCol() << ")";
// don't report scopes (their are not really executed)
if (t->type() != Token::Scope)
emit currentlyExecuting(node);
// this method executes one node at the time
// if (currentNode->token()->type() != Token::Scope) //qDebug() << "1234567890!!!!!";
switch (node->token()->type()) {
//BEGIN GENERATED executer_switch_cpp CODE
/* The code between the line that start with "//BEGIN GENERATED" and "//END GENERATED"
* is generated by "generate.rb" according to the definitions specified in
* "definitions.rb". Please make all changes in the "definitions.rb" file, since all
* all change you make here will be overwritten the next time "generate.rb" is run.
* Thanks for looking at the code!
*/
case Token::Root : executeRoot(node); break;
case Token::Scope : executeScope(node); break;
case Token::Variable : executeVariable(node); break;
case Token::FunctionCall : executeFunctionCall(node); break;
case Token::String : /* a constant; do nothing */ break;
case Token::Number : /* a constant; do nothing */ break;
case Token::True : /* a constant; do nothing */ break;
case Token::False : /* a constant; do nothing */ break;
case Token::Exit : executeExit(node); break;
case Token::If : executeIf(node); break;
case Token::Else : executeElse(node); break;
case Token::Repeat : executeRepeat(node); break;
case Token::While : executeWhile(node); break;
case Token::For : executeFor(node); break;
case Token::ForTo : executeForTo(node); break;
case Token::Break : executeBreak(node); break;
case Token::Return : executeReturn(node); break;
case Token::Wait : executeWait(node); break;
case Token::Assert : executeAssert(node); break;
case Token::And : executeAnd(node); break;
case Token::Or : executeOr(node); break;
case Token::Not : executeNot(node); break;
case Token::Equals : executeEquals(node); break;
case Token::NotEquals : executeNotEquals(node); break;
case Token::GreaterThan : executeGreaterThan(node); break;
case Token::LessThan : executeLessThan(node); break;
case Token::GreaterOrEquals : executeGreaterOrEquals(node); break;
case Token::LessOrEquals : executeLessOrEquals(node); break;
case Token::Addition : executeAddition(node); break;
case Token::Substracton : executeSubstracton(node); break;
case Token::Multiplication : executeMultiplication(node); break;
case Token::Division : executeDivision(node); break;
case Token::Power : executePower(node); break;
case Token::Assign : executeAssign(node); break;
case Token::Learn : executeLearn(node); break;
case Token::ArgumentList : executeArgumentList(node); break;
case Token::Reset : executeReset(node); break;
case Token::Clear : executeClear(node); break;
case Token::Center : executeCenter(node); break;
case Token::Go : executeGo(node); break;
case Token::GoX : executeGoX(node); break;
case Token::GoY : executeGoY(node); break;
case Token::Forward : executeForward(node); break;
case Token::Backward : executeBackward(node); break;
case Token::Direction : executeDirection(node); break;
case Token::TurnLeft : executeTurnLeft(node); break;
case Token::TurnRight : executeTurnRight(node); break;
case Token::PenWidth : executePenWidth(node); break;
case Token::PenUp : executePenUp(node); break;
case Token::PenDown : executePenDown(node); break;
case Token::PenColor : executePenColor(node); break;
case Token::CanvasColor : executeCanvasColor(node); break;
case Token::CanvasSize : executeCanvasSize(node); break;
case Token::SpriteShow : executeSpriteShow(node); break;
case Token::SpriteHide : executeSpriteHide(node); break;
case Token::Print : executePrint(node); break;
case Token::FontSize : executeFontSize(node); break;
case Token::Random : executeRandom(node); break;
case Token::GetX : executeGetX(node); break;
case Token::GetY : executeGetY(node); break;
case Token::Message : executeMessage(node); break;
case Token::Ask : executeAsk(node); break;
case Token::Pi : executePi(node); break;
case Token::Tan : executeTan(node); break;
case Token::Sin : executeSin(node); break;
case Token::Cos : executeCos(node); break;
case Token::ArcTan : executeArcTan(node); break;
case Token::ArcSin : executeArcSin(node); break;
case Token::ArcCos : executeArcCos(node); break;
case Token::Sqrt : executeSqrt(node); break;
case Token::Round : executeRound(node); break;
case Token::GetDirection : executeGetDirection(node); break;
case Token::Mod : executeMod(node); break;
//END GENERATED executer_switch_cpp CODE
default:
//qDebug() << "Unrecognizd Token type (" << node->token()->type() << ", " << node->token()->look() << ") -- THIS SHOULDN'T HAPPEN!";
break;
}
}
rspfRefPtr<rspfImageData> rspfValueAssignImageSourceFilter::getTile(
const rspfIrect& tileRect,
rspf_uint32 resLevel)
{
if(!theInputConnection)
{
return NULL; // This filter requires an input.
}
rspfRefPtr<rspfImageData> inputTile =
theInputConnection->getTile(tileRect, resLevel);
if(!isSourceEnabled() || !inputTile.valid())
{
return inputTile;
}
if(!theTile.valid())
{
allocate(); // First time through...
}
if (!theTile.valid()) // throw exeption...
{
return inputTile;
}
// Set the origin, resize if needed of the output tile.
theTile->setImageRectangle(tileRect);
if( inputTile->getDataObjectStatus() == RSPF_NULL ||
inputTile->getDataObjectStatus() == RSPF_EMPTY )
{
theTile->makeBlank();
return theTile;
}
if(!inputTile->getBuf())
{
theTile->makeBlank();
}
else
{
theTile->loadTile(inputTile.get());
}
switch(inputTile->getScalarType())
{
case RSPF_UCHAR:
{
executeAssign(static_cast<rspf_uint8>(0),
theTile);
break;
}
case RSPF_FLOAT:
case RSPF_NORMALIZED_FLOAT:
{
executeAssign(static_cast<float>(0),
theTile);
break;
}
case RSPF_USHORT16:
case RSPF_USHORT11:
{
executeAssign(static_cast<rspf_uint16>(0),
theTile);
break;
}
case RSPF_SSHORT16:
{
executeAssign(static_cast<rspf_sint16>(0),
theTile);
break;
}
case RSPF_DOUBLE:
case RSPF_NORMALIZED_DOUBLE:
{
executeAssign(static_cast<double>(0),
theTile);
break;
}
default:
{
rspfNotify(rspfNotifyLevel_WARN) << "rspfValueAssignImageSourceFilter::getTile WARN: Scalar type = " << theTile->getScalarType()
<< " Not supported!" << std::endl;
break;
}
}
theTile->validate();
return theTile;
}
