public void Notify(String charsetName) { try { Encoding enc = Encoding.forName(charsetName); Encoding actual = enc.getActualHtmlEncoding(); if (actual != null) { enc = actual; } returnValue = enc; } catch (UnsupportedCharsetException e) { returnValue = null; } } }
public void Notify(String charsetName) { try { Encoding enc = Encoding.forName(charsetName); Encoding actual = enc.getActualHtmlEncoding(); if (actual != null) { enc = actual; } returnValue = enc; } catch (UnsupportedCharsetException e) { returnValue = null; } } }
public void Notify(String charsetName) { try { Encoding enc = Encoding.forName(charsetName); Encoding actual = enc.getActualHtmlEncoding(); if (actual != null) { enc = actual; } returnValue = enc; } catch (UnsupportedCharsetException e) { returnValue = null; } } }
+ "\u201D instead, which is an incompatibility risk."); Encoding htmlActual = cs.getActualHtmlEncoding(); if (htmlActual != null) { handler.warn("Documents encoded as \u201C"
public Encoding sniff() throws IOException { try { CharsetDetector detector = new CharsetDetector(); detector.setText(this); CharsetMatch match = detector.detect(); Encoding enc = Encoding.forName(match.getName()); Encoding actual = enc.getActualHtmlEncoding(); if (actual != null) { enc = actual; } if (enc != Encoding.WINDOWS1252 && enc.isAsciiSuperset()) { return enc; } else { return null; } } catch (Exception e) { return null; } }
public Encoding sniff() throws IOException { try { CharsetDetector detector = new CharsetDetector(); detector.setText(this); CharsetMatch match = detector.detect(); Encoding enc = Encoding.forName(match.getName()); Encoding actual = enc.getActualHtmlEncoding(); if (actual != null) { enc = actual; } if (enc != Encoding.WINDOWS1252 && enc.isAsciiSuperset()) { return enc; } else { return null; } } catch (Exception e) { return null; } }
public Encoding sniff() throws IOException { try { CharsetDetector detector = new CharsetDetector(); detector.setText(this); CharsetMatch match = detector.detect(); Encoding enc = Encoding.forName(match.getName()); Encoding actual = enc.getActualHtmlEncoding(); if (actual != null) { enc = actual; } if (enc != Encoding.WINDOWS1252 && enc.isAsciiSuperset()) { return enc; } else { return null; } } catch (Exception e) { return null; } }
warn("The character encoding \u201C" + encoding + "\u201D is not widely supported. Better interoperability may be achieved by using \u201CUTF-8\u201D."); Encoding actual = cs.getActualHtmlEncoding(); if (actual == null) { this.characterEncoding = cs;
warn("The character encoding \u201C" + encoding + "\u201D is not widely supported. Better interoperability may be achieved by using \u201CUTF-8\u201D."); Encoding actual = cs.getActualHtmlEncoding(); if (actual == null) { this.characterEncoding = cs;
warn("The character encoding \u201C" + encoding + "\u201D is not widely supported. Better interoperability may be achieved by using \u201CUTF-8\u201D."); Encoding actual = cs.getActualHtmlEncoding(); if (actual == null) { this.characterEncoding = cs;
cs = Encoding.forName(internalCharset); Encoding actual = cs.getActualHtmlEncoding(); if (actual == null) { actual = cs;
cs = Encoding.forName(internalCharset); Encoding actual = cs.getActualHtmlEncoding(); if (actual == null) { actual = cs;
cs = Encoding.forName(internalCharset); Encoding actual = cs.getActualHtmlEncoding(); if (actual == null) { actual = cs;
+ "\u201D is not widely supported. Better interoperability may be achieved by using \u201CUTF-8\u201D."); Encoding actual = cs.getActualHtmlEncoding(); if (actual == null) { return cs;
+ "\u201D is not widely supported. Better interoperability may be achieved by using \u201CUTF-8\u201D."); Encoding actual = cs.getActualHtmlEncoding(); if (actual == null) { return cs;
+ "\u201D is not widely supported. Better interoperability may be achieved by using \u201CUTF-8\u201D."); Encoding actual = cs.getActualHtmlEncoding(); if (actual == null) { return cs;