void doValidateText(TextAccumulator textAcc) throws XMLStreamException { if (mCurrAcceptor != null) { String str = textAcc.getAndClear(); DatatypeRef typeRef = null; if (!mCurrAcceptor.onText2(str, this, mErrorRef, typeRef) || mErrorRef.str != null) { reportError(mErrorRef); } } }
private void writePendingText() throws SAXException { // assert(textBuf!=null); if(!acceptor.onText2( buf.toString(), this, null, null )) { // this text is invalid. // report an error StringRef ref = new StringRef(); acceptor.onText2( buf.toString(), this, ref, null ); context.reportEvent(target,ref.str); } if(buf.length()>1024) buf = new StringBuffer(); else buf.setLength(0); }
private void writePendingText() throws SAXException { // assert(textBuf!=null); if(!acceptor.onText2( buf.toString(), this, null, null )) { // this text is invalid. // report an error StringRef ref = new StringRef(); acceptor.onText2( buf.toString(), this, ref, null ); context.reportEvent(target,ref.str); } if(buf.length()>1024) buf = new StringBuffer(); else buf.setLength(0); }
private void writePendingText() throws SAXException { // assert(textBuf!=null); if(!acceptor.onText2( buf.toString(), this, null, null )) { // this text is invalid. // report an error StringRef ref = new StringRef(); acceptor.onText2( buf.toString(), this, ref, null ); context.reportEvent(target,ref.str); } if(buf.length()>1024) buf = new StringBuffer(); else buf.setLength(0); }
private void writePendingText() throws SAXException { // assert(textBuf!=null); if(!acceptor.onText2( buf.toString(), this, null, null )) { // this text is invalid. // report an error StringRef ref = new StringRef(); acceptor.onText2( buf.toString(), this, ref, null ); context.reportEvent(target,ref.str); } if(buf.length()>1024) buf = new StringBuffer(); else buf.setLength(0); }
void doValidateText(TextAccumulator textAcc) throws XMLStreamException { if (mCurrAcceptor != null) { String str = textAcc.getAndClear(); DatatypeRef typeRef = null; if (!mCurrAcceptor.onText2(str, this, mErrorRef, typeRef) || mErrorRef.str != null) { reportError(mErrorRef); } } }
private void doValidateText(TextAccumulator textAcc) throws XMLValidationException { if (mCurrAcceptor != null) { String str = textAcc.getAndClear(); DatatypeRef typeRef = null; if (!mCurrAcceptor.onText2(str, mMsvContext, mErrorRef, typeRef) || mErrorRef.str != null) { reportError(mErrorRef); } } }
private void doValidateText(TextAccumulator textAcc) throws XMLValidationException { if (mCurrAcceptor != null) { String str = textAcc.getAndClear(); DatatypeRef typeRef = null; if (!mCurrAcceptor.onText2(str, mMsvContext, mErrorRef, typeRef) || mErrorRef.str != null) { reportError(mErrorRef); } } }
private void doValidateText(TextAccumulator textAcc) throws XMLValidationException { if (mCurrAcceptor != null) { String str = textAcc.getAndClear(); DatatypeRef typeRef = null; if (!mCurrAcceptor.onText2(str, mMsvContext, mErrorRef, typeRef) || mErrorRef.str != null) { reportError(mErrorRef); } } }
void doValidateText(TextAccumulator textAcc) throws XMLStreamException { if (mCurrAcceptor != null) { String str = textAcc.getAndClear(); DatatypeRef typeRef = null; if (!mCurrAcceptor.onText2(str, this, mErrorRef, typeRef) || mErrorRef.str != null) { reportError(mErrorRef); } } }
void doValidateText(TextAccumulator textAcc) throws XMLStreamException { if (mCurrAcceptor != null) { String str = textAcc.getAndClear(); DatatypeRef typeRef = null; if (!mCurrAcceptor.onText2(str, this, mErrorRef, typeRef) || mErrorRef.str != null) { reportError(mErrorRef, CDATA, _startTagAsQName()); } } }
protected void verifyText() throws SAXException { if(text.length()!=0) { final String txt = new String(text); if(!current.onText2( txt, this, null, characterType )) { // error // diagnose error, if possible StringRef err = new StringRef(); current.onText2( txt, this, err, null ); // report an error errorHandler.error( new ValidityViolation(locator, localizeMessage( ERR_UNEXPECTED_TEXT, null ), new ErrorInfo.BadText(txt) ) ); } // characters are validated. report to the handler. reportCharacterChunks( txt, characterType.types ); text = new StringBuffer(); } }
void doValidateText(TextAccumulator textAcc) throws XMLStreamException { if (mCurrAcceptor != null) { String str = textAcc.getAndClear(); DatatypeRef typeRef = null; if (!mCurrAcceptor.onText2(str, this, mErrorRef, typeRef) || mErrorRef.str != null) { reportError(mErrorRef, CDATA, _startTagAsQName()); } } }
protected void verifyText() throws SAXException { if(text.length()!=0) { final String txt = new String(text); if(!current.onText2( txt, this, null, characterType )) { // error // diagnose error, if possible StringRef err = new StringRef(); current.onText2( txt, this, err, null ); // report an error errorHandler.error( new ValidityViolation(locator, localizeMessage( ERR_UNEXPECTED_TEXT, null ), new ErrorInfo.BadText(txt) ) ); } // characters are validated. report to the handler. reportCharacterChunks( txt, characterType.types ); text = new StringBuffer(); } }
protected void verifyText() throws SAXException { if(text.length()!=0) { final String txt = new String(text); if(!current.onText2( txt, this, null, characterType )) { // error // diagnose error, if possible StringRef err = new StringRef(); current.onText2( txt, this, err, null ); // report an error errorHandler.error( new ValidityViolation(locator, localizeMessage( ERR_UNEXPECTED_TEXT, null ), new ErrorInfo.BadText(txt) ) ); } // characters are validated. report to the handler. reportCharacterChunks( txt, characterType.types ); text = new StringBuffer(); } }
protected void verifyText() throws SAXException { if(text.length()!=0) { final String txt = new String(text); if(!current.onText2( txt, this, null, characterType )) { // error // diagnose error, if possible StringRef err = new StringRef(); current.onText2( txt, this, err, null ); // report an error errorHandler.error( new ValidityViolation(locator, localizeMessage( ERR_UNEXPECTED_TEXT, null ), new ErrorInfo.BadText(txt) ) ); } // characters are validated. report to the handler. reportCharacterChunks( txt, characterType.types ); text = new StringBuffer(); } }