/** * Method called when a CR has been spotted in input; checks if next * char is LF, and if so, skips it. Note that next character has to * come from the current input source, to qualify; it can never come * from another (nested) input source. * * @return True, if passed in char is '\r' and next one is '\n'. */ protected final boolean skipCRLF(char c) throws XMLStreamException { boolean result; if (c == '\r' && peekNext() == '\n') { ++mInputPtr; result = true; } else { result = false; } ++mCurrInputRow; mCurrInputRowStart = mInputPtr; return result; }
markLF(); } else if (c == '\r') { if (peekNext() == '\n') { ++mInputPtr; if (!convertLFs) {
continue; } else if (c == '\r') { if (peekNext() == '\n') { ++mInputPtr;
/** * Method called when a CR has been spotted in input; checks if next * char is LF, and if so, skips it. Note that next character has to * come from the current input source, to qualify; it can never come * from another (nested) input source. * * @return True, if passed in char is '\r' and next one is '\n'. */ protected final boolean skipCRLF(char c) throws XMLStreamException { boolean result; if (c == '\r' && peekNext() == '\n') { ++mInputPtr; result = true; } else { result = false; } ++mCurrInputRow; mCurrInputRowStart = mInputPtr; return result; }
/** * Method called when a CR has been spotted in input; checks if next * char is LF, and if so, skips it. Note that next character has to * come from the current input source, to qualify; it can never come * from another (nested) input source. * * @return True, if passed in char is '\r' and next one is '\n'. */ protected final boolean skipCRLF(char c) throws XMLStreamException { boolean result; if (c == '\r' && peekNext() == '\n') { ++mInputPtr; result = true; } else { result = false; } ++mCurrInputRow; mCurrInputRowStart = mInputPtr; return result; }
/** * Method called when a CR has been spotted in input; checks if next * char is LF, and if so, skips it. Note that next character has to * come from the current input source, to qualify; it can never come * from another (nested) input source. * * @return True, if passed in char is '\r' and next one is '\n'. */ protected final boolean skipCRLF(char c) throws IOException, XMLStreamException { boolean result; if (c == '\r' && peekNext() == '\n') { ++mInputPtr; result = true; } else { result = false; } ++mCurrInputRow; mCurrInputRowStart = mInputPtr; return result; }
/** * Method called when a CR has been spotted in input; checks if next * char is LF, and if so, skips it. Note that next character has to * come from the current input source, to qualify; it can never come * from another (nested) input source. * * @return True, if passed in char is '\r' and next one is '\n'. */ protected final boolean skipCRLF(char c) throws XMLStreamException { boolean result; if (c == '\r' && peekNext() == '\n') { ++mInputPtr; result = true; } else { result = false; } ++mCurrInputRow; mCurrInputRowStart = mInputPtr; return result; }
/** * Method called when a CR has been spotted in input; checks if next * char is LF, and if so, skips it. Note that next character has to * come from the current input source, to qualify; it can never come * from another (nested) input source. * * @return True, if passed in char is '\r' and next one is '\n'. */ protected final boolean skipCRLF(char c) throws XMLStreamException { boolean result; if (c == '\r' && peekNext() == '\n') { ++mInputPtr; result = true; } else { result = false; } ++mCurrInputRow; mCurrInputRowStart = mInputPtr; return result; }
/** * Method called when a CR has been spotted in input; checks if next * char is LF, and if so, skips it. Note that next character has to * come from the current input source, to qualify; it can never come * from another (nested) input source. * * @return True, if passed in char is '\r' and next one is '\n'. */ protected final boolean skipCRLF(char c) throws IOException, XMLStreamException { boolean result; if (c == '\r' && peekNext() == '\n') { ++mInputPtr; result = true; } else { result = false; } ++mCurrInputRow; mCurrInputRowStart = mInputPtr; return result; }
/** * Method called when a CR has been spotted in input; checks if next * char is LF, and if so, skips it. Note that next character has to * come from the current input source, to qualify; it can never come * from another (nested) input source. * * @return True, if passed in char is '\r' and next one is '\n'. */ protected final boolean skipCRLF(char c) throws IOException, XMLStreamException { boolean result; if (c == '\r' && peekNext() == '\n') { ++mInputPtr; result = true; } else { result = false; } ++mCurrInputRow; mCurrInputRowStart = mInputPtr; return result; }
/** * Method called when a CR has been spotted in input; checks if next * char is LF, and if so, skips it. Note that next character has to * come from the current input source, to qualify; it can never come * from another (nested) input source. * * @return True, if passed in char is '\r' and next one is '\n'. */ protected final boolean skipCRLF(char c) throws XMLStreamException { boolean result; if (c == '\r' && peekNext() == '\n') { ++mInputPtr; result = true; } else { result = false; } ++mCurrInputRow; mCurrInputRowStart = mInputPtr; return result; }
markLF(); } else if (c == '\r') { if (peekNext() == '\n') { ++mInputPtr; if (!convertLFs) {
markLF(); } else if (c == '\r') { if (peekNext() == '\n') { ++mInputPtr; if (!convertLFs) {
markLF(); } else if (c == '\r') { if (peekNext() == '\n') { ++mInputPtr; if (!convertLFs) {
markLF(); } else if (c == '\r') { if (peekNext() == '\n') { ++mInputPtr; if (!convertLFs) {
markLF(); } else if (c == '\r') { if (peekNext() == '\n') { ++mInputPtr; if (!convertLFs) {
markLF(); } else if (c == '\r') { if (peekNext() == '\n') { ++mInputPtr; if (!convertLFs) {
markLF(); } else if (c == '\r') { if (peekNext() == '\n') { ++mInputPtr; if (!convertLFs) {
markLF(); } else if (c == '\r') { if (peekNext() == '\n') { ++mInputPtr; if (!convertLFs) {
continue; } else if (c == '\r') { if (peekNext() == '\n') { ++mInputPtr;