Package com.adobe.fxg

Examples of com.adobe.fxg.FXGException

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        {
            if (FXG_INHERIT_VALUE.equals(value))
                return NumberInherit.newInstance(NumberInheritAsEnum.INHERIT);
            else
                //Exception: Unknown number inherit: {0}
                throw new FXGException(node.getStartLine(), node.getStartColumn(), errorCode, value);           
        }
    }
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                return BaselineShift.newInstance(BaselineShiftAsEnum.SUBSCRIPT);
            }
            else
            {
                //Exception: Unknown baseline shift: {0}
                throw new FXGException(node.getStartLine(), node.getStartColumn(), "UnknownBaselineShift", value);           
            }
        }
    }
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                return NumberInherit.newInstance(NumberInheritAsEnum.INHERIT);
            }
            else
            {
                //Exception: Unknown number inherit: {0}
                throw new FXGException(node.getStartLine(), node.getStartColumn(), errorCode, value);           
            }
        }
    }
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    @Override
    public void addChild(FXGNode child)
    {
        if (!(delegate instanceof TextNode))
        {
            throw new FXGException(child.getStartLine(), child.getStartColumn(), "InvalidChildNode",  getNodeName(), delegate.getNodeName());                       
        }
        else if (delegate instanceof TextNode && child instanceof TextNode)
        {
            ((TextNode)delegate).addTextProperty(getNodeName(), (TextNode)child);
        }
        else   
        {
            throw new FXGException(getStartLine(), getStartColumn(), "InvalidChildNode",  child.getNodeName(), getNodeName());
        }
    }
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            return Caps.SQUARE;
        else if (FXG_CAPS_NONE_VALUE.equals(value))
            return Caps.NONE;
        else
          //Exception:Unsupported caps setting {0}.
            throw new FXGException(getStartLine(), getStartColumn(), "UnsupportedCapsSetting", value);
    }
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            return Joints.MITER;
        if (FXG_JOINTS_BEVEL_VALUE.equals(value))
            return Joints.BEVEL;
        else
          //Exception: Unsupported joints setting: {0}.
            throw new FXGException(getStartLine(), getStartColumn(), "UnsupportedJointsSetting", value);
    }
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            return ScaleMode.NORMAL;
        else if (FXG_SCALEMODE_HORIZONTAL_VALUE.equals(value))
            return ScaleMode.HORIZONTAL;
        else
          //Exception: Unsupported scaleMode setting: {0}.
            throw new FXGException(getStartLine(), getStartColumn(), "UnsupportedScaleMode", value);
    }
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    {
        if (child instanceof MatrixNode)
        {
            if (translateSet || scaleSet || rotationSet)
              //Exception:Cannot supply a matrix child if transformation attributes were provided.
                throw new FXGException(child.getStartLine(), child.getStartColumn(), "InvalidChildMatrixNode");

            matrix = (MatrixNode)child;
        }
        else if (child instanceof GradientEntryNode)
        {
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    {
        if (child instanceof MatrixNode)
        {
            if (translateSet || scaleSet || rotationSet)
              //Exception:Cannot supply a matrix child if transformation attributes were provided.
                throw new FXGException(child.getStartLine(), child.getStartColumn(), "InvalidChildMatrixNode");

            matrix = (MatrixNode)child;
        }
        else if (child instanceof GradientEntryNode)
        {
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                ic = c;
                i++;
            }

            if ((firstMove) && (ic != 'm') && (ic != 'M'))
              throw new FXGException(node.getStartLine(), node.getStartColumn(), "InvalidPathData");
               
            switch (ic)
            {
                case 'm':
                    relative = true;
                case 'M':
                     if (firstMove) {
                        x = Double.parseDouble(args[i++]);
                        y = Double.parseDouble(args[i++]);
                        shapeRecords.add(move(x, y));
                        firstMove = false;
                    }
                    else
                    {
                        //add an implicit closepath, if needed
                        if (fill && (Math.abs(prevX-lastMoveX) > AbstractFXGNode.EPSILON || Math.abs(prevY-lastMoveY) > AbstractFXGNode.EPSILON))
                        {
                            if (node.stroke == null)
                                shapeRecords.addAll(straightEdge(prevX, prevY, lastMoveX, lastMoveY));
                            else
                                shapeRecords.addAll(implicitClosepath(prevX, prevY, lastMoveX, lastMoveY));
                        }
                        x = Double.parseDouble(args[i++]) + (relative ? prevX : 0);
                        y = Double.parseDouble(args[i++]) + (relative ? prevY : 0);
                        shapeRecords.add(move(x, y));
                    }
                    lastMoveX = x;
                    lastMoveY = y;
                    ic = (relative) ? 'l' : 'L';
                    break;

                case 'l':
                    relative = true;
                case 'L':
                    x = Double.parseDouble(args[i++]) + (relative ? prevX : 0);
                    y = Double.parseDouble(args[i++]) + (relative ? prevY : 0);
                    shapeRecords.addAll(straightEdge(prevX, prevY, x, y));
                    break;

                case 'h':
                    relative = true;
                case 'H':
                    x = Double.parseDouble(args[i++]) + (relative ? prevX : 0);
                    y = prevY;
                    shapeRecords.addAll(straightEdge(prevX, prevY, x, y));
                    break;

                case 'v':
                    relative = true;
                case 'V':
                    x = prevX;
                    y = Double.parseDouble(args[i++]) + (relative ? prevY : 0);
                    shapeRecords.addAll(straightEdge(prevX, prevY, x, y));
                    break;

                case 'q':
                    relative = true;
                case 'Q':
                    controlX = Double.parseDouble(args[i++]) + (relative ? prevX : 0);
                    controlY = Double.parseDouble(args[i++]) + (relative ? prevY : 0);
                    x = Double.parseDouble(args[i++]) + (relative ? prevX : 0);
                    y = Double.parseDouble(args[i++]) + (relative ? prevY : 0);
                    shapeRecords.add(curvedEdge(prevX, prevY, controlX, controlY, x, y));
                    break;

                case 't':
                    relative = true;
                case 'T':
                    // control is a reflection of the previous control point
                    if ((prevIc == 'T') || (prevIc == 't') || (prevIc == 'q') || (prevIc == 'Q'))
                    {
                        controlX = prevX + (prevX - controlX);
                        controlY = prevY + (prevY - controlY);
                    }
                    else
                    {
                        controlX = prevX;
                        controlY = prevY;
                    }
                    x = Double.parseDouble(args[i++]) + (relative ? prevX : 0);
                    y = Double.parseDouble(args[i++]) + (relative ? prevY : 0);
                    shapeRecords.add(curvedEdge(prevX, prevY, controlX, controlY, x, y));
                    break;

                case 'c':
                    relative = true;
                case 'C':
                    controlX = Double.parseDouble(args[i++]) + (relative ? prevX : 0);
                    controlY = Double.parseDouble(args[i++]) + (relative ? prevY : 0);
                    control2X = Double.parseDouble(args[i++]) + (relative ? prevX : 0);
                    control2Y = Double.parseDouble(args[i++]) + (relative ? prevY : 0);
                    x = Double.parseDouble(args[i++]) + (relative ? prevX : 0);
                    y = Double.parseDouble(args[i++]) + (relative ? prevY : 0);
                    shapeRecords.addAll(cubicToQuadratic(prevX, prevY, controlX, controlY, control2X, control2Y, x, y));
                    break;

                case 's':
                    relative = true;
                case 'S':
                    // Control1 is a reflection of the previous control2 point
                    if ((prevIc == 'S') || (prevIc == 's') || (prevIc == 'c') || (prevIc == 'C'))
                    {
                        controlX = prevX + (prevX - control2X);
                        controlY = prevY + (prevY - control2Y);
                    }
                    else
                    {
                        controlX = prevX;
                        controlY = prevY;
                    }
                    control2X = Double.parseDouble(args[i++]) + (relative ? prevX : 0);
                    control2Y = Double.parseDouble(args[i++]) + (relative ? prevY : 0);
                    x = Double.parseDouble(args[i++]) + (relative ? prevX : 0);
                    y = Double.parseDouble(args[i++]) + (relative ? prevY : 0);
                    shapeRecords.addAll(cubicToQuadratic(prevX, prevY, controlX, controlY, control2X, control2Y, x, y));
                    break;
                   
                case 'z':
                case 'Z':
                    shapeRecords.addAll(straightEdge(prevX, prevY, lastMoveX, lastMoveY));
                    x = lastMoveX;
                    y = lastMoveY;
                    break;

                default:
                  throw new FXGException(node.getStartLine(), node.getStartColumn(), "InvalidPathData");
                   
            }

            prevX = x;
            prevY = y;
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Related Classes of com.adobe.fxg.FXGException

  • com.adobe.fxg.swf.FXG2SWFTranscoder
  • com.adobe.internal.fxg.dom.AbstractFXGNode
  • com.adobe.internal.fxg.dom.ContentPropertyNode
  • com.adobe.internal.fxg.dom.DefinitionNode
  • com.adobe.internal.fxg.dom.DelegateNode
  • com.adobe.internal.fxg.dom.DOMParserHelper
  • com.adobe.internal.fxg.dom.fills.LinearGradientFillNode
  • com.adobe.internal.fxg.dom.fills.RadialGradientFillNode
  • com.adobe.internal.fxg.dom.filters.AbstractFilterNode
  • com.adobe.internal.fxg.dom.filters.ColorMatrixFilterNode
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