How to use

skipMbWs

method

in

com.ctc.wstx.io.StreamBootstrapper

protected int getNextAfterWs(boolean reqWs)
  throws IOException, WstxException
{
  int count;
  if (mBytesPerChar == 1) { // single byte
    count = skipSbWs();
  } else {
    if (mBytesPerChar == -1) { // translated
      count = skipTranslatedWs();
    } else { // multi byte
      count = skipMbWs();
    }
  }
  if (reqWs && count == 0) {
    reportUnexpectedChar(getNext(), ERR_XMLDECL_EXP_SPACE);
  }
  // inlined getNext()
  if (mBytesPerChar != 1) {
    if (mBytesPerChar == -1) { // translated
      return nextTranslated();
    }
    return nextMultiByte();
  }
  byte b = (mInputPtr < mInputEnd) ?
    mByteBuffer[mInputPtr++] : nextByte();
  return (b & 0xFF);
}

protected int getNextAfterWs(boolean reqWs)
  throws IOException, WstxException
{
  int count;
  if (mBytesPerChar == 1) { // single byte
    count = skipSbWs();
  } else {
    if (mBytesPerChar == -1) { // translated
      count = skipTranslatedWs();
    } else { // multi byte
      count = skipMbWs();
    }
  }
  if (reqWs && count == 0) {
    reportUnexpectedChar(getNext(), ERR_XMLDECL_EXP_SPACE);
  }
  // inlined getNext()
  if (mBytesPerChar != 1) {
    if (mBytesPerChar == -1) { // translated
      return nextTranslated();
    }
    return nextMultiByte();
  }
  byte b = (mInputPtr < mInputEnd) ?
    mByteBuffer[mInputPtr++] : nextByte();
  return (b & 0xFF);
}

@Override
protected int getNextAfterWs(boolean reqWs)
  throws IOException, WstxException
{
  int count;
  if (mBytesPerChar == 1) { // single byte
    count = skipSbWs();
  } else {
    if (mBytesPerChar == -1) { // translated
      count = skipTranslatedWs();
    } else { // multi byte
      count = skipMbWs();
    }
  }
  if (reqWs && count == 0) {
    reportUnexpectedChar(getNext(), ERR_XMLDECL_EXP_SPACE);
  }
  // inlined getNext()
  if (mBytesPerChar != 1) {
    if (mBytesPerChar == -1) { // translated
      return nextTranslated();
    }
    return nextMultiByte();
  }
  byte b = (mInputPtr < mInputEnd) ?
    mByteBuffer[mInputPtr++] : nextByte();
  return (b & 0xFF);
}

@Override
protected int getNextAfterWs(boolean reqWs)
  throws IOException, WstxException
{
  int count;
  if (mBytesPerChar == 1) { // single byte
    count = skipSbWs();
  } else {
    if (mBytesPerChar == -1) { // translated
      count = skipTranslatedWs();
    } else { // multi byte
      count = skipMbWs();
    }
  }
  if (reqWs && count == 0) {
    reportUnexpectedChar(getNext(), ERR_XMLDECL_EXP_SPACE);
  }
  // inlined getNext()
  if (mBytesPerChar != 1) {
    if (mBytesPerChar == -1) { // translated
      return nextTranslated();
    }
    return nextMultiByte();
  }
  byte b = (mInputPtr < mInputEnd) ?
    mByteBuffer[mInputPtr++] : nextByte();
  return (b & 0xFF);
}

protected int getNextAfterWs(boolean reqWs)
  throws IOException, WstxException
{
  int count;
  if (mBytesPerChar == 1) { // single byte
    count = skipSbWs();
  } else {
    if (mBytesPerChar == -1) { // translated
      count = skipTranslatedWs();
    } else { // multi byte
      count = skipMbWs();
    }
  }
  if (reqWs && count == 0) {
    reportUnexpectedChar(getNext(), ERR_XMLDECL_EXP_SPACE);
  }
  // inlined getNext()
  if (mBytesPerChar != 1) {
    if (mBytesPerChar == -1) { // translated
      return nextTranslated();
    }
    return nextMultiByte();
  }
  byte b = (mInputPtr < mInputLen) ?
    mByteBuffer[mInputPtr++] : nextByte();
  return (b & 0xFF);
}

protected int getNextAfterWs(boolean reqWs)
  throws IOException, WstxException
{
  int count;
  if (mBytesPerChar == 1) { // single byte
    count = skipSbWs();
  } else {
    if (mBytesPerChar == -1) { // translated
      count = skipTranslatedWs();
    } else { // multi byte
      count = skipMbWs();
    }
  }
  if (reqWs && count == 0) {
    reportUnexpectedChar(getNext(), ERR_XMLDECL_EXP_SPACE);
  }
  // inlined getNext()
  if (mBytesPerChar != 1) {
    if (mBytesPerChar == -1) { // translated
      return nextTranslated();
    }
    return nextMultiByte();
  }
  byte b = (mInputPtr < mInputLen) ?
    mByteBuffer[mInputPtr++] : nextByte();
  return (b & 0xFF);
}

@Override
protected int getNextAfterWs(boolean reqWs)
  throws IOException, WstxException
{
  int count;
  if (mBytesPerChar == 1) { // single byte
    count = skipSbWs();
  } else {
    if (mBytesPerChar == -1) { // translated
      count = skipTranslatedWs();
    } else { // multi byte
      count = skipMbWs();
    }
  }
  if (reqWs && count == 0) {
    reportUnexpectedChar(getNext(), ERR_XMLDECL_EXP_SPACE);
  }
  // inlined getNext()
  if (mBytesPerChar != 1) {
    if (mBytesPerChar == -1) { // translated
      return nextTranslated();
    }
    return nextMultiByte();
  }
  byte b = (mInputPtr < mInputEnd) ?
    mByteBuffer[mInputPtr++] : nextByte();
  return (b & 0xFF);
}

protected int getNextAfterWs(boolean reqWs)
  throws IOException, WstxException
{
  int count;
  if (mBytesPerChar == 1) { // single byte
    count = skipSbWs();
  } else {
    if (mBytesPerChar == -1) { // translated
      count = skipTranslatedWs();
    } else { // multi byte
      count = skipMbWs();
    }
  }
  if (reqWs && count == 0) {
    reportUnexpectedChar(getNext(), ERR_XMLDECL_EXP_SPACE);
  }
  // inlined getNext()
  if (mBytesPerChar != 1) {
    if (mBytesPerChar == -1) { // translated
      return nextTranslated();
    }
    return nextMultiByte();
  }
  byte b = (mInputPtr < mInputLen) ?
    mByteBuffer[mInputPtr++] : nextByte();
  return (b & 0xFF);
}