public void text(Pcdata value, boolean needsSeparatingWhitespace) throws IOException, SAXException, XMLStreamException { if(needsSeparatingWhitespace) out.writeCharacters(" "); int len = value.length(); if(len <buf.length) { value.writeTo(buf,0); out.writeCharacters(buf,0,len); } else { out.writeCharacters(value.toString()); } }
/** * Writes itself to the character array. * * <p> * This method is used by most other {@link XmlOutput}. * The default implementation involves in one extra char[] copying. * * <p> * The caller must provide a big enough buffer that can hold * enough characters returned by the {@link #length()} method. */ public void writeTo(char[] buf, int start) { toString().getChars(0,length(),buf,start); }
public void text(Pcdata value, boolean needsSP) throws IOException, SAXException, XMLStreamException { int vlen = value.length(); if(buf.length<=vlen) { buf = new char[Math.max(buf.length*2,vlen+1)]; } if(needsSP) { value.writeTo(buf,1); buf[0] = ' '; } else { value.writeTo(buf,0); } out.characters(buf,0,vlen+(needsSP?1:0)); } }
public void text(Pcdata value, boolean needsSeparatingWhitespace) throws IOException, SAXException, XMLStreamException { text(value.toString(),needsSeparatingWhitespace); } }
public void text(Pcdata value, boolean needSP) throws IOException { closeStartTag(); if(needSP) write(' '); value.writeTo(this); }
public void text(Pcdata value, boolean needsSP) throws IOException, SAXException, XMLStreamException { int vlen = value.length(); if(buf.length<=vlen) { buf = new char[Math.max(buf.length*2,vlen+1)]; } if(needsSP) { value.writeTo(buf,1); buf[0] = ' '; } else { value.writeTo(buf,0); } out.characters(buf,0,vlen+(needsSP?1:0)); } }
/** * Writes itself to the character array. * * <p> * This method is used by most other {@link XmlOutput}. * The default implementation involves in one extra char[] copying. * * <p> * The caller must provide a big enough buffer that can hold * enough characters returned by the {@link #length()} method. */ public void writeTo(char[] buf, int start) { toString().getChars(0,length(),buf,start); }
public void text(Pcdata value, boolean needsSeparatingWhitespace) throws XMLStreamException { if(needsSeparatingWhitespace) { out.writeCharacters(" "); } if (!(value instanceof Base64Data)) { out.writeCharacters(value.toString()); } else { Base64Data v = (Base64Data)value; out.writeBinary(v.getDataHandler()); } } }
public void text(Pcdata value, boolean needSP) throws IOException { closeStartTag(); if(needSP) write(' '); value.writeTo(this); }
@Override public void text(Pcdata value, boolean needsSeparatingWhitespace) throws IOException { if (needsSeparatingWhitespace) fiout.writeLowLevelText(" "); /* * Check if the CharSequence is from a base64Binary data type */ if (!(value instanceof Base64Data)) { final int len = value.length(); if(len <buf.length) { value.writeTo(buf, 0); fiout.writeLowLevelText(buf, len); } else { fiout.writeLowLevelText(value.toString()); } } else { final Base64Data dataValue = (Base64Data)value; // Write out the octets using the base64 encoding algorithm fiout.writeLowLevelOctets(dataValue.get(), dataValue.getDataLen()); } }
public void text(Pcdata value, boolean needsSP) throws IOException, SAXException, XMLStreamException { int vlen = value.length(); if(buf.length<=vlen) { buf = new char[Math.max(buf.length*2,vlen+1)]; } if(needsSP) { value.writeTo(buf,1); buf[0] = ' '; } else { value.writeTo(buf,0); } out.characters(buf,0,vlen+(needsSP?1:0)); } }
/** * Writes itself to the character array. * * <p> * This method is used by most other {@link XmlOutput}. * The default implementation involves in one extra char[] copying. * * <p> * The caller must provide a big enough buffer that can hold * enough characters returned by the {@link #length()} method. */ public void writeTo(char[] buf, int start) { toString().getChars(0,length(),buf,start); }
public void text(Pcdata value, boolean needsSeparatingWhitespace) throws IOException, SAXException, XMLStreamException { text(value.toString(),needsSeparatingWhitespace); } }
public void text(Pcdata value, boolean needSP) throws IOException { closeStartTag(); if(needSP) write(' '); value.writeTo(this); }
public void text(Pcdata value, boolean needsSeparatingWhitespace) throws IOException, SAXException, XMLStreamException { if(needsSeparatingWhitespace) out.writeCharacters(" "); int len = value.length(); if(len <buf.length) { value.writeTo(buf,0); out.writeCharacters(buf,0,len); } else { out.writeCharacters(value.toString()); } }
public void text(Pcdata value, boolean needsSP) throws IOException, SAXException, XMLStreamException { int vlen = value.length(); if(buf.length<=vlen) { buf = new char[Math.max(buf.length*2,vlen+1)]; } if(needsSP) { value.writeTo(buf,1); buf[0] = ' '; } else { value.writeTo(buf,0); } out.characters(buf,0,vlen+(needsSP?1:0)); } }
/** * Writes itself to the character array. * * <p> * This method is used by most other {@link XmlOutput}. * The default implementation involves in one extra char[] copying. * * <p> * The caller must provide a big enough buffer that can hold * enough characters returned by the {@link #length()} method. */ public void writeTo(char[] buf, int start) { toString().getChars(0,length(),buf,start); }
public void text(Pcdata value, boolean needsSeparatingWhitespace) throws XMLStreamException { if(needsSeparatingWhitespace) { out.writeCharacters(" "); } if (!(value instanceof Base64Data)) { out.writeCharacters(value.toString()); } else { Base64Data v = (Base64Data)value; out.writeBinary(v.getDataHandler()); } } }
public void text(Pcdata value, boolean needSP) throws IOException { closeStartTag(); if(needSP) write(' '); value.writeTo(this); }
@Override public void text(Pcdata value, boolean needsSeparatingWhitespace) throws IOException { if (needsSeparatingWhitespace) fiout.writeLowLevelText(" "); /* * Check if the CharSequence is from a base64Binary data type */ if (!(value instanceof Base64Data)) { final int len = value.length(); if(len <buf.length) { value.writeTo(buf, 0); fiout.writeLowLevelText(buf, len); } else { fiout.writeLowLevelText(value.toString()); } } else { final Base64Data dataValue = (Base64Data)value; // Write out the octets using the base64 encoding algorithm fiout.writeLowLevelOctets(dataValue.get(), dataValue.getDataLen()); } }