public void endNumberList() { if (count != 4) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, s); } } public void numberValue(float v) throws ParseException {
/** * Constructs a new <code>BridgeException</code> based on the specified * <code>LiveAttributeException</code>. * * @param ctx the bridge context to use for determining the element's * source position * @param ex the {@link LiveAttributeException} */ public BridgeException(BridgeContext ctx, LiveAttributeException ex) { switch (ex.getCode()) { case LiveAttributeException.ERR_ATTRIBUTE_MISSING: this.code = ErrorConstants.ERR_ATTRIBUTE_MISSING; break; case LiveAttributeException.ERR_ATTRIBUTE_MALFORMED: this.code = ErrorConstants.ERR_ATTRIBUTE_VALUE_MALFORMED; break; case LiveAttributeException.ERR_ATTRIBUTE_NEGATIVE: this.code = ErrorConstants.ERR_LENGTH_NEGATIVE; break; default: throw new IllegalStateException ("Unknown LiveAttributeException error code " + ex.getCode()); } this.e = ex.getElement(); this.params = new Object[] { ex.getAttributeName(), ex.getValue() }; if (e != null && ctx != null) { this.line = ctx.getDocumentLoader().getLineNumber(e); } }
/** * Constructs a new <code>BridgeException</code> based on the specified * <code>LiveAttributeException</code>. * * @param ctx the bridge context to use for determining the element's * source position * @param ex the {@link LiveAttributeException} */ public BridgeException(BridgeContext ctx, LiveAttributeException ex) { switch (ex.getCode()) { case LiveAttributeException.ERR_ATTRIBUTE_MISSING: this.code = ErrorConstants.ERR_ATTRIBUTE_MISSING; break; case LiveAttributeException.ERR_ATTRIBUTE_MALFORMED: this.code = ErrorConstants.ERR_ATTRIBUTE_VALUE_MALFORMED; break; case LiveAttributeException.ERR_ATTRIBUTE_NEGATIVE: this.code = ErrorConstants.ERR_LENGTH_NEGATIVE; break; default: throw new IllegalStateException ("Unknown LiveAttributeException error code " + ex.getCode()); } this.e = ex.getElement(); this.params = new Object[] { ex.getAttributeName(), ex.getValue() }; if (e != null && ctx != null) { this.line = ctx.getDocumentLoader().getLineNumber(e); } }
public void endNumberList() { if (count != 4) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, s); } } public void numberValue(float v) throws ParseException {
/** * Constructs a new <code>BridgeException</code> based on the specified * <code>LiveAttributeException</code>. * * @param ctx the bridge context to use for determining the element's * source position * @param ex the {@link LiveAttributeException} */ public BridgeException(BridgeContext ctx, LiveAttributeException ex) { switch (ex.getCode()) { case LiveAttributeException.ERR_ATTRIBUTE_MISSING: this.code = ErrorConstants.ERR_ATTRIBUTE_MISSING; break; case LiveAttributeException.ERR_ATTRIBUTE_MALFORMED: this.code = ErrorConstants.ERR_ATTRIBUTE_VALUE_MALFORMED; break; case LiveAttributeException.ERR_ATTRIBUTE_NEGATIVE: this.code = ErrorConstants.ERR_LENGTH_NEGATIVE; break; default: throw new IllegalStateException ("Unknown LiveAttributeException error code " + ex.getCode()); } this.e = ex.getElement(); this.params = new Object[] { ex.getAttributeName(), ex.getValue() }; if (e != null && ctx != null) { this.line = ctx.getDocumentLoader().getLineNumber(e); } }
public void numberValue(float v) throws ParseException { if (count < 4) { numbers[count] = v; } if (v < 0 && (count == 2 || count == 3)) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, s); } count++; } });
public void endNumberList() { if (count != 4) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, s); } } public void numberValue(float v) throws ParseException {
public void numberValue(float v) throws ParseException { if (count < 4) { numbers[count] = v; } if (v < 0 && (count == 2 || count == 3)) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, s); } count++; } });
public void numberValue(float v) throws ParseException { if (count < 4) { numbers[count] = v; } if (v < 0 && (count == 2 || count == 3)) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, s); } count++; } });
/** * Throws an exception if the points list value is malformed. */ public void check() { if (!hasAnimVal) { if (baseVal == null) { baseVal = new BaseSVGTransformList(); } baseVal.revalidate(); if (baseVal.missing) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MISSING, null); } if (baseVal.malformed) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, baseVal.getValueAsString()); } } }
/** * Throws an exception if the length list value is malformed. */ public void check() { if (!hasAnimVal) { if (baseVal == null) { baseVal = new BaseSVGLengthList(); } baseVal.revalidate(); if (baseVal.missing) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MISSING, null); } if (baseVal.malformed) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, baseVal.getValueAsString()); } } }
/** * Throws an exception if the path data is malformed. */ public void check() { if (!hasAnimVal) { if (pathSegs == null) { pathSegs = new BaseSVGPathSegList(); } pathSegs.revalidate(); if (pathSegs.missing) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MISSING, null); } if (pathSegs.malformed) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, pathSegs.getValueAsString()); } } }
/** * Throws an exception if the length list value is malformed. */ public void check() { if (!hasAnimVal) { if (baseVal == null) { baseVal = new BaseSVGLengthList(); } baseVal.revalidate(); if (baseVal.missing) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MISSING, null); } if (baseVal.malformed) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, baseVal.getValueAsString()); } } }
/** * Throws an exception if the number list value is malformed. */ public void check() { if (!hasAnimVal) { if (baseVal == null) { baseVal = new BaseSVGNumberList(); } baseVal.revalidate(); if (baseVal.missing) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MISSING, null); } if (baseVal.malformed) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, baseVal.getValueAsString()); } } }
/** * Throws an exception if the path data is malformed. */ public void check() { if (!hasAnimVal) { if (pathSegs == null) { pathSegs = new BaseSVGPathSegList(); } pathSegs.revalidate(); if (pathSegs.missing) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MISSING, null); } if (pathSegs.malformed) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, pathSegs.getValueAsString()); } } }
/** * Throws an exception if the path data is malformed. */ public void check() { if (!hasAnimVal) { if (pathSegs == null) { pathSegs = new BaseSVGPathSegList(); } pathSegs.revalidate(); if (pathSegs.missing) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MISSING, null); } if (pathSegs.malformed) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, pathSegs.getValueAsString()); } } }
/** * Throws an exception if the points list value is malformed. */ public void check() { if (!hasAnimVal) { if (baseVal == null) { baseVal = new BaseSVGTransformList(); } baseVal.revalidate(); if (baseVal.missing) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MISSING, null); } if (baseVal.malformed) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, baseVal.getValueAsString()); } } }
/** * Throws an exception if the number list value is malformed. */ public void check() { if (!hasAnimVal) { if (baseVal == null) { baseVal = new BaseSVGNumberList(); } baseVal.revalidate(); if (baseVal.missing) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MISSING, null); } if (baseVal.malformed) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, baseVal.getValueAsString()); } } }
/** * Throws an exception if the length list value is malformed. */ public void check() { if (!hasAnimVal) { if (baseVal == null) { baseVal = new BaseSVGLengthList(); } baseVal.revalidate(); if (baseVal.missing) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MISSING, null); } if (baseVal.malformed) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, baseVal.getValueAsString()); } } }
/** * Throws an exception if the points list value is malformed. */ public void check() { if (!hasAnimVal) { if (baseVal == null) { baseVal = new BaseSVGPointList(); } baseVal.revalidate(); if (baseVal.missing) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MISSING, null); } if (baseVal.malformed) { throw new LiveAttributeException (element, localName, LiveAttributeException.ERR_ATTRIBUTE_MALFORMED, baseVal.getValueAsString()); } } }