elemTPI.put(div, divTPI); AttributedStringBuffer asb = new AttributedStringBuffer(); List paraEnds = new ArrayList(); List paraElems = new ArrayList(); paraEnds.add(asb.length()); } else if (ln.equals(BATIK_EXT_FLOW_REGION_BREAK_TAG)) { fillAttributedStringBuffer paraEnds.add(asb.length()); divTPI.endChar = asb.length()-1; AttributedString ret = asb.toAttributedString();
boolean prevEndsWithSpace; Element nodeElement = element; int elementStartChar = asb.length(); endLimit = startLen = asb.length(); prevEndsWithSpace = false; } else { int len = asb.length(); if (len == startLen) { prevEndsWithSpace = true; } else { prevEndsWithSpace = (asb.getLastChar() == ' '); int idx = lnLocs.size()-1; if (!prevEndsWithSpace && (idx >= 0)) { int before = asb.length(); fillAttributedStringBuffer(ctx, nodeElement, false, subBidiLevel, initialAttributes, lineBreak = asb.length(); lnLocs.add(new Integer(lineBreak)); if (before != lineBreak) { int before = asb.length(); fillAttributedStringBuffer(ctx, nodeElement, false, subBidiLevel, initialAttributes, asb, lnLocs); if (asb.length() != before) {
boolean prevEndsWithSpace; Element nodeElement = element; int elementStartChar = asb.length(); endLimit = startLen = asb.length(); prevEndsWithSpace = false; } else { int len = asb.length(); if (len == startLen) { prevEndsWithSpace = true; } else { prevEndsWithSpace = (asb.getLastChar() == ' '); int idx = lnLocs.size()-1; if (!prevEndsWithSpace && (idx >= 0)) { int before = asb.length(); fillAttributedStringBuffer(ctx, nodeElement, false, subBidiLevel, initialAttributes, lineBreak = asb.length(); lnLocs.add(lineBreak); if (before != lineBreak) { int before = asb.length(); fillAttributedStringBuffer(ctx, nodeElement, false, subBidiLevel, initialAttributes, asb, lnLocs); if (asb.length() != before) {
boolean prevEndsWithSpace; Element nodeElement = element; int elementStartChar = asb.length(); endLimit = startLen = asb.length(); prevEndsWithSpace = false; } else { int len = asb.length(); if (len == startLen) { prevEndsWithSpace = true; } else { prevEndsWithSpace = (asb.getLastChar() == ' '); int idx = lnLocs.size()-1; if (!prevEndsWithSpace && (idx >= 0)) { int before = asb.length(); fillAttributedStringBuffer(ctx, nodeElement, false, subBidiLevel, initialAttributes, lineBreak = asb.length(); lnLocs.add(lineBreak); if (before != lineBreak) { int before = asb.length(); fillAttributedStringBuffer(ctx, nodeElement, false, subBidiLevel, initialAttributes, asb, lnLocs); if (asb.length() != before) {
boolean prevEndsWithSpace; Element nodeElement = element; int elementStartChar = asb.length(); endLimit = asb.length(); prevEndsWithSpace = false; } else { if (asb.length() == 0) { prevEndsWithSpace = true; } else { prevEndsWithSpace = (asb.getLastChar() == ' '); s = normalizeString(s, preserve, prevEndsWithSpace); if (s.length() != 0) { int trefStart = asb.length(); Map m = initialAttributes == null ? new HashMap() getAttributeMap (ctx, nodeElement, textPath, bidiLevel, m); asb.append(s, m); int trefEnd = asb.length() - 1; TextPaintInfo tpi; tpi = (TextPaintInfo)elemTPI.get(nodeElement); s = normalizeString(s, preserve, prevEndsWithSpace); if (s.length() != 0) { asb.append(s, map);
boolean prevEndsWithSpace; Element nodeElement = element; int elementStartChar = asb.length(); endLimit = asb.length(); prevEndsWithSpace = false; } else { if (asb.length() == 0) { prevEndsWithSpace = true; } else { prevEndsWithSpace = (asb.getLastChar() == ' '); int before = asb.length(); fillAttributedStringBuffer(ctx, nodeElement, false, subBidiLevel, initialAttributes, lnLocs.add(asb.length()); if (asb.length() != before) { initialAttributes = null; int before = asb.length(); fillAttributedStringBuffer(ctx, nodeElement, false, subBidiLevel, initialAttributes, asb, lnLocs); if (asb.length() != before) { initialAttributes = null; int before = asb.length();
boolean prevEndsWithSpace; Element nodeElement = element; int elementStartChar = asb.length(); endLimit = asb.length(); prevEndsWithSpace = false; } else { if (asb.length() == 0) { prevEndsWithSpace = true; } else { prevEndsWithSpace = (asb.getLastChar() == ' '); int before = asb.length(); fillAttributedStringBuffer(ctx, nodeElement, false, subBidiLevel, initialAttributes, lnLocs.add(new Integer(asb.length())); if (asb.length() != before) { initialAttributes = null; int before = asb.length(); fillAttributedStringBuffer(ctx, nodeElement, false, subBidiLevel, initialAttributes, asb, lnLocs); if (asb.length() != before) { initialAttributes = null; int before = asb.length();
boolean prevEndsWithSpace; Element nodeElement = element; int elementStartChar = asb.length(); endLimit = asb.length(); prevEndsWithSpace = false; } else { if (asb.length() == 0) { prevEndsWithSpace = true; } else { prevEndsWithSpace = (asb.getLastChar() == ' '); int before = asb.length(); fillAttributedStringBuffer(ctx, nodeElement, false, subBidiLevel, initialAttributes, lnLocs.add(asb.length()); if (asb.length() != before) { initialAttributes = null; int before = asb.length(); fillAttributedStringBuffer(ctx, nodeElement, false, subBidiLevel, initialAttributes, asb, lnLocs); if (asb.length() != before) { initialAttributes = null; int before = asb.length();
boolean prevEndsWithSpace; Element nodeElement = element; int elementStartChar = asb.length(); endLimit = asb.length(); prevEndsWithSpace = false; } else { if (asb.length() == 0) { prevEndsWithSpace = true; } else { prevEndsWithSpace = (asb.getLastChar() == ' '); s = normalizeString(s, preserve, prevEndsWithSpace); if (s.length() != 0) { int trefStart = asb.length(); Map m = initialAttributes == null ? new HashMap() getAttributeMap (ctx, nodeElement, textPath, bidiLevel, m); asb.append(s, m); int trefEnd = asb.length() - 1; TextPaintInfo tpi; tpi = (TextPaintInfo)elemTPI.get(nodeElement); s = normalizeString(s, preserve, prevEndsWithSpace); if (s.length() != 0) { asb.append(s, map);
boolean prevEndsWithSpace; Element nodeElement = element; int elementStartChar = asb.length(); endLimit = asb.length(); prevEndsWithSpace = false; } else { if (asb.length() == 0) { prevEndsWithSpace = true; } else { prevEndsWithSpace = (asb.getLastChar() == ' '); s = normalizeString(s, preserve, prevEndsWithSpace); if (s.length() != 0) { int trefStart = asb.length(); Map m = initialAttributes == null ? new HashMap() getAttributeMap (ctx, nodeElement, textPath, bidiLevel, m); asb.append(s, m); int trefEnd = asb.length() - 1; TextPaintInfo tpi; tpi = (TextPaintInfo)elemTPI.get(nodeElement); s = normalizeString(s, preserve, prevEndsWithSpace); if (s.length() != 0) { asb.append(s, map);
elemTPI.put(div, divTPI); AttributedStringBuffer asb = new AttributedStringBuffer(); List paraEnds = new ArrayList(); List paraElems = new ArrayList(); paraEnds.add(asb.length()); } else if (ln.equals(SVG12Constants.SVG_FLOW_REGION_BREAK_TAG)) { fillAttributedStringBuffer paraEnds.add(asb.length()); divTPI.endChar = asb.length()-1; AttributedString ret = asb.toAttributedString(); if (ret == null) return null;
elemTPI.put(div, divTPI); AttributedStringBuffer asb = new AttributedStringBuffer(); List paraEnds = new ArrayList(); List paraElems = new ArrayList(); paraEnds.add(new Integer(asb.length())); } else if (ln.equals(SVG12Constants.SVG_FLOW_REGION_BREAK_TAG)) { fillAttributedStringBuffer paraEnds.add(new Integer(asb.length())); divTPI.endChar = asb.length()-1; AttributedString ret = asb.toAttributedString(); if (ret == null) return null;
elemTPI.put(div, divTPI); AttributedStringBuffer asb = new AttributedStringBuffer(); List paraEnds = new ArrayList(); List paraElems = new ArrayList(); paraEnds.add(asb.length()); } else if (ln.equals(BATIK_EXT_FLOW_REGION_BREAK_TAG)) { fillAttributedStringBuffer paraEnds.add(asb.length()); divTPI.endChar = asb.length()-1; AttributedString ret = asb.toAttributedString();
elemTPI.put(div, divTPI); AttributedStringBuffer asb = new AttributedStringBuffer(); List paraEnds = new ArrayList(); List paraElems = new ArrayList(); paraEnds.add(asb.length()); } else if (ln.equals(SVG12Constants.SVG_FLOW_REGION_BREAK_TAG)) { fillAttributedStringBuffer paraEnds.add(asb.length()); divTPI.endChar = asb.length()-1; AttributedString ret = asb.toAttributedString(); if (ret == null) return null;
elemTPI.put(div, divTPI); AttributedStringBuffer asb = new AttributedStringBuffer(); List paraEnds = new ArrayList(); List paraElems = new ArrayList(); paraEnds.add(new Integer(asb.length())); } else if (ln.equals(BATIK_EXT_FLOW_REGION_BREAK_TAG)) { fillAttributedStringBuffer paraEnds.add(new Integer(asb.length())); divTPI.endChar = asb.length()-1; AttributedString ret = asb.toAttributedString();
/** * Creates the attributed string which represents the given text * element children. * * @param ctx the bridge context to use * @param element the text element */ protected AttributedString buildAttributedString(BridgeContext ctx, Element element) { AttributedStringBuffer asb = new AttributedStringBuffer(); fillAttributedStringBuffer(ctx, element, true, null, null, null, asb); return asb.toAttributedString(); }
/** * Creates the attributed string which represents the given text * element children. * * @param ctx the bridge context to use * @param element the text element */ protected AttributedString buildAttributedString(BridgeContext ctx, Element element) { AttributedStringBuffer asb = new AttributedStringBuffer(); fillAttributedStringBuffer(ctx, element, true, null, null, null, asb); return asb.toAttributedString(); }
/** * Creates the attributed string which represents the given text * element children. * * @param ctx the bridge context to use * @param element the text element */ protected AttributedString buildAttributedString(BridgeContext ctx, Element element) { AttributedStringBuffer asb = new AttributedStringBuffer(); fillAttributedStringBuffer(ctx, element, true, null, null, null, asb); return asb.toAttributedString(); }