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); } } }
protected void coalesceText(int initialType) { mTextBuffer.addText(mCurrNode.getNodeValue()); Node n; while ((n = mCurrNode.getNextSibling()) != null) { int type = n.getNodeType(); if (type != Node.TEXT_NODE && type != Node.CDATA_SECTION_NODE) { break; } mCurrNode = n; mTextBuffer.addText(mCurrNode.getNodeValue()); } mCoalescedText = mTextBuffer.getAndClear(); // Either way, type gets always set to be CHARACTERS mCurrEvent = CHARACTERS; }
protected void coalesceText(int initialType) { mTextBuffer.addText(mCurrNode.getNodeValue()); Node n; while ((n = mCurrNode.getNextSibling()) != null) { int type = n.getNodeType(); if (type != Node.TEXT_NODE && type != Node.CDATA_SECTION_NODE) { break; } mCurrNode = n; mTextBuffer.addText(mCurrNode.getNodeValue()); } mCoalescedText = mTextBuffer.getAndClear(); // Either way, type gets always set to be CHARACTERS mCurrEvent = CHARACTERS; }
protected void coalesceText(int initialType) { mTextBuffer.addText(mCurrNode.getNodeValue()); Node n; while ((n = mCurrNode.getNextSibling()) != null) { int type = n.getNodeType(); if (type != Node.TEXT_NODE && type != Node.CDATA_SECTION_NODE) { break; } mCurrNode = n; mTextBuffer.addText(mCurrNode.getNodeValue()); } mCoalescedText = mTextBuffer.getAndClear(); // Either way, type gets always set to be CHARACTERS mCurrEvent = CHARACTERS; }
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); } } }
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); } } }
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()); } } }
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()); } } }
return mTextBuffer.getAndClear();
return mTextBuffer.getAndClear();
return mTextBuffer.getAndClear();
return acc.getAndClear();
return acc.getAndClear();
return acc.getAndClear();