Examples of org.openquark.gems.client.Gem.PartConnectable

org.openquark.gems.client.Gem.PartConnectable

        /**
         * {@inheritDoc}
         */
        public void typeChanged(TypeChangeEvent e) {
            // When a part's type changes, repaint for the new type.
            PartConnectable partChanged = (PartConnectable)e.getSource();
            DisplayedPartConnectable displayedPartConnectable = getDisplayedPartConnectable(partChanged);
            if (displayedPartConnectable != null) {
                getTableTopPanel().repaint(displayedPartConnectable.getBounds());
            }
        }

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        if (!(partClicked instanceof DisplayedPartConnectable)) {
            return false;
        }


        // start intellicut mode if sink or source part, and not a burnt input
        PartConnectable part = ((DisplayedPartConnectable) partClicked).getPartConnectable();
        if ((part instanceof PartInput && !((PartInput)part).isBurnt()) || 
                (part instanceof PartOutput)) {


            if (!part.isConnected()) {


                // Special Case: We do not start Intellicut if the input part is out of range of the TableTop.
                if (((DisplayedPartConnectable) partClicked).getConnectionPoint().getY() <= 0) {
                    return false;
                }           


                // Sometimes (Eg: Broken Code gem), the TypeExpr is null, and should not have intellicut used on it.
                if (part.getType() == null) {
                    return false;
                }


                // Proceed with Intellicut mode.
                getIntellicutManager().startIntellicutModeForTableTop((DisplayedPartConnectable) partClicked);

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        if (intellicutPart == null) {
            return true;
        }


        Connection connection = null;
        PartConnectable part = intellicutPart.getPartConnectable();


        if (intellicutMode == IntellicutMode.PART_INPUT) {
                
            // Figure out if we should connect the gem by burning it or by just connecting it.
            // We want to perform whatever action results in the highest type closeness.


            AutoburnInfo autoburnInfo = AutoburnLogic.getAutoburnInfo(part.getType(), dGem.getGem(), gemCutter.getTypeCheckInfo());
            AutoburnUnifyStatus burnStatus = autoburnInfo.getAutoburnUnifyStatus();
            
            boolean attemptToConnect = burnStatus.isAutoConnectable();
        
            if (burnStatus == AutoburnUnifyStatus.UNAMBIGUOUS) {


                // Perform the burn if it is unambiguous.
                attemptToConnect = autoburnGem(dGem, autoburnInfo);
                
            } else if (burnStatus == AutoburnUnifyStatus.UNAMBIGUOUS_NOT_NECESSARY) {


                // Only burn it if that is better than not burning it.
                int noBurnTypeCloseness = TypeExpr.getTypeCloseness(part.getType(), dGem.getGem().getOutputPart().getType(), gemCutter.getPerspective().getWorkingModuleTypeInfo());
                if (autoburnInfo.getMaxTypeCloseness() > noBurnTypeCloseness) {
                    attemptToConnect = autoburnGem(dGem, autoburnInfo);
                }
            }

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        if (dSourcePart == null || dSinkPart == null) {
            return;
        }


        PartConnectable sourcePart = dSourcePart.getPartConnectable();
        PartConnectable sinkPart = dSinkPart.getPartConnectable();


        int lineDashSize = -1;
        int lineSpaceSize = -1;
        float lineDashPhase = -1;
        
        if (GemGraph.arePartsConnectable(sourcePart, sinkPart) && GemGraph.isConnectionValid(sourcePart, sinkPart)) {


            // Get the burn status for the two gems
            Gem sourceGem = sourcePart.getGem();
            TypeExpr destTypeExpr = sinkPart.getType();
            AutoburnUnifyStatus autoburnUnifyStatus = GemGraph.isAncestorOfBrokenGemForest(sourceGem) ?
                                        AutoburnUnifyStatus.NOT_POSSIBLE
                                    :   AutoburnLogic.getAutoburnInfo(destTypeExpr, sourceGem, gemCutter.getTypeCheckInfo()).getAutoburnUnifyStatus();
    
            if (autoburnUnifyStatus.isConnectableWithoutBurning()) {

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            if (partOver instanceof DisplayedPartOutput ||
                (partOver instanceof DisplayedPartInput && !((DisplayedPartInput)partOver).getPartInput().isBurnt())) {
    
                DisplayedPartConnectable dPartConnectable = (DisplayedPartConnectable)partOver;
                PartConnectable partConnectable = dPartConnectable.getPartConnectable();
    
                if (!partConnectable.isConnected()) {
        
                    if (lastPartConnectable == null || lastPartConnectable == partConnectable) {


                        // We're hovering over the same part or a new part. Therefore we start a new show timer
                        // if there isn't a timer already running.

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            // Make sure we are trying to connect inputs to outputs and vice versa.
            if ((connectionDragAnchorPart instanceof DisplayedPartOutput && partUnder instanceof DisplayedPartInput) || 
                    (connectionDragAnchorPart instanceof DisplayedPartInput && partUnder instanceof DisplayedPartOutput)){


                // Assign the source and sink parts depending what we are hovering over.
                PartConnectable sourcePart;
                PartInput sinkPart;
                
                if (connectionDragAnchorPart instanceof DisplayedPartOutput) {
                    sourcePart = connectionDragAnchorPart.getPartConnectable();
                    sinkPart = ((DisplayedPartInput)partUnder).getPartInput();
                    
                } else {
                    sourcePart = ((DisplayedPartConnectable)partUnder).getPartConnectable();
                    sinkPart = ((DisplayedPartInput)connectionDragAnchorPart).getPartInput();
                }
                
                Gem sourceGem = sourcePart.getGem();
                Gem sinkGem = sinkPart.getGem();
                
                if (sourceGem instanceof ValueGem) {
                    
                    // Check if a value gem can be connected.

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            namingPolicy = new ScopedEntityNamingPolicy.UnqualifiedUnlessAmbiguous(currentModuleTypeInfo);
        }


        // If it is an input or an output, then we deal with it here.
        if (displayedPart != null && displayedPart instanceof DisplayedPartConnectable) {
            PartConnectable part = ((DisplayedPartConnectable)displayedPart).getPartConnectable();
            toolTip = ToolTipHelpers.getPartToolTip(part, tableTop.getGemGraph(), namingPolicy, this);
            
        } else if (displayedPart instanceof DisplayedPartBody) {
            
            Gem gem = ((DisplayedPartBody) displayedPart).getGem();

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Related Classes of org.openquark.gems.client.Gem.PartConnectable

org.openquark.gems.client.IntellicutManager

org.openquark.gems.client.IntellicutManager$TableTopMouseMotionListener

org.openquark.gems.client.TableTop

org.openquark.gems.client.TableTop$GemEventListener

org.openquark.gems.client.TableTopPanel

org.openquark.gems.client.TableTopPanel$TableTopMouseHandler

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