/** * Returns a CellRangeAddress instance representing the specified String * value * * @param stringValue * a String value * @return return a CellRangeAddress instance representing stringValue * @throws IllegalArgumentException if the given argument is not a valid CellRangeAddress */ public static CellRangeAddress valueOf(String stringValue) throws IllegalArgumentException { return new CellRangeAddress(stringValue); }
/** * Construct CellRangeAddress by the parsing the given string * * @param cellRangeAddress * The String to be parsed into CellRangeAddress * @throws IllegalArgumentException if the given argument is not a valid CellRangeAddress */ public CellRangeAddress(String cellRangeAddress) throws IllegalArgumentException { if (!isValid(cellRangeAddress)) { throw new IllegalArgumentException( "parameter is invalid for datatype CellRangeAddress"); } mCellRangeAddress = cellRangeAddress; }
/** * Construct CellRangeAddressList by the parsing the given string * * @param cellRangeAddressList The String to be parsed into CellRangeAddressList * @throws IllegalArgumentException if the given argument is not a valid CellRangeAddressList */ public CellRangeAddressList(List<CellRangeAddress> cellRangeAddressList) throws IllegalArgumentException { if (cellRangeAddressList == null) { throw new IllegalArgumentException("parameter can not be null for CellRangeAddressList"); } StringBuffer aRet = new StringBuffer(); Iterator<CellRangeAddress> aIter = cellRangeAddressList.iterator(); while (aIter.hasNext()) { if (aRet.length() > 0) { aRet.append(' '); } String aAddress = aIter.next().toString(); aRet.append(aAddress); } mCellRangeAddressList = aRet.toString(); }
/** * Construct CellRangeAddressList by the parsing the given string * * @param cellRangeAddressList The String to be parsed into CellRangeAddressList * @throws IllegalArgumentException if the given argument is not a valid CellRangeAddressList */ public CellRangeAddressList(List<CellRangeAddress> cellRangeAddressList) throws IllegalArgumentException { if (cellRangeAddressList == null) { throw new IllegalArgumentException("parameter can not be null for CellRangeAddressList"); } StringBuffer aRet = new StringBuffer(); Iterator<CellRangeAddress> aIter = cellRangeAddressList.iterator(); while (aIter.hasNext()) { if (aRet.length() > 0) { aRet.append(' '); } String aAddress = aIter.next().toString(); aRet.append(aAddress); } mCellRangeAddressList = aRet.toString(); }
/** * Construct CellRangeAddressList by the parsing the given string * * @param cellRangeAddressList The String to be parsed into CellRangeAddressList * @throws IllegalArgumentException if the given argument is not a valid CellRangeAddressList */ public CellRangeAddressList(List<CellRangeAddress> cellRangeAddressList) throws IllegalArgumentException { if (cellRangeAddressList == null) { throw new IllegalArgumentException("parameter can not be null for CellRangeAddressList"); } StringBuffer aRet = new StringBuffer(); Iterator<CellRangeAddress> aIter = cellRangeAddressList.iterator(); while (aIter.hasNext()) { if (aRet.length() > 0) { aRet.append(' '); } String aAddress = aIter.next().toString(); aRet.append(aAddress); } mCellRangeAddressList = aRet.toString(); }
/** * Returns a CellRangeAddress instance representing the specified String * value * * @param stringValue * a String value * @return return a CellRangeAddress instance representing stringValue * @throws IllegalArgumentException if the given argument is not a valid CellRangeAddress */ public static CellRangeAddress valueOf(String stringValue) throws IllegalArgumentException { return new CellRangeAddress(stringValue); }
/** * Construct CellRangeAddress by the parsing the given string * * @param cellRangeAddress * The String to be parsed into CellRangeAddress * @throws IllegalArgumentException if the given argument is not a valid CellRangeAddress */ public CellRangeAddress(String cellRangeAddress) throws IllegalArgumentException { if (!isValid(cellRangeAddress)) { throw new IllegalArgumentException( "parameter is invalid for datatype CellRangeAddress"); } mCellRangeAddress = cellRangeAddress; }
String cellrange = ((CellRangeAddress) cellRangeAddress.getCellRangesAddressList().get(0)).toString();
/** * Returns a CellRangeAddress instance representing the specified String * value * * @param stringValue * a String value * @return return a CellRangeAddress instance representing stringValue * @throws IllegalArgumentException if the given argument is not a valid CellRangeAddress */ public static CellRangeAddress valueOf(String stringValue) throws IllegalArgumentException { return new CellRangeAddress(stringValue); }
/** * Construct CellRangeAddress by the parsing the given string * * @param cellRangeAddress * The String to be parsed into CellRangeAddress * @throws IllegalArgumentException if the given argument is not a valid CellRangeAddress */ public CellRangeAddress(String cellRangeAddress) throws IllegalArgumentException { if (!isValid(cellRangeAddress)) { throw new IllegalArgumentException( "parameter is invalid for datatype CellRangeAddress"); } mCellRangeAddress = cellRangeAddress; }
String cellrange = ((CellRangeAddress) cellRangeAddress.getCellRangesAddressList().get(0)).toString();
/** * Returns a list of CellRangeAddress from the CellRangeAddressList Object * @return a list of CellRangeAddress */ public List<CellRangeAddress> getCellRangesAddressList() { List<CellRangeAddress> aRet = new ArrayList<CellRangeAddress>(); String[] names = mCellRangeAddressList.split(" "); for (int i = 0; i < names.length; i++) { aRet.add(new CellRangeAddress(names[i])); } return aRet; }
/** * check if the specified String is a valid {@odf.datatype cellRangeAddressList} data type * @param stringValue the value to be tested * @return true if the value of argument is valid for {@odf.datatype cellRangeAddressList} data type * false otherwise */ public static boolean isValid(String stringValue) { if (stringValue == null) { return false; } if (stringValue.length() == 0) { return true; } String[] names = stringValue.split(" "); for (int i = 0; i < names.length; i++) { if (!CellRangeAddress.isValid(names[i])) { return false; } } return true; } }
String cellrange = ((CellRangeAddress) cellRangeAddress.getCellRangesAddressList().get(0)).toString();
/** * Returns a list of CellRangeAddress from the CellRangeAddressList Object * @return a list of CellRangeAddress */ public List<CellRangeAddress> getCellRangesAddressList() { List<CellRangeAddress> aRet = new ArrayList<CellRangeAddress>(); String[] names = mCellRangeAddressList.split(" "); for (int i = 0; i < names.length; i++) { aRet.add(new CellRangeAddress(names[i])); } return aRet; }
/** * check if the specified String is a valid {@odf.datatype cellRangeAddressList} data type * @param stringValue the value to be tested * @return true if the value of argument is valid for {@odf.datatype cellRangeAddressList} data type * false otherwise */ public static boolean isValid(String stringValue) { if (stringValue == null) { return false; } if (stringValue.length() == 0) { return true; } String[] names = stringValue.split(" "); for (int i = 0; i < names.length; i++) { if (!CellRangeAddress.isValid(names[i])) { return false; } } return true; } }
/** * Returns a list of CellRangeAddress from the CellRangeAddressList Object * @return a list of CellRangeAddress */ public List<CellRangeAddress> getCellRangesAddressList() { List<CellRangeAddress> aRet = new ArrayList<CellRangeAddress>(); String[] names = mCellRangeAddressList.split(" "); for (int i = 0; i < names.length; i++) { aRet.add(new CellRangeAddress(names[i])); } return aRet; }
/** * check if the specified String is a valid {@odf.datatype cellRangeAddressList} data type * @param stringValue the value to be tested * @return true if the value of argument is valid for {@odf.datatype cellRangeAddressList} data type * false otherwise */ public static boolean isValid(String stringValue) { if (stringValue == null) { return false; } if (stringValue.length() == 0) { return true; } String[] names = stringValue.split(" "); for (int i = 0; i < names.length; i++) { if (!CellRangeAddress.isValid(names[i])) { return false; } } return true; } }
/** * Returns a CellRangeAddressList instance representing the specified String value * * @param stringValue a String value * @return return a CellRangeAddressList instance representing stringValue * @throws IllegalArgumentException if the given argument is not a valid CellRangeAddressList */ public static CellRangeAddressList valueOf(String stringValue) throws IllegalArgumentException { if (stringValue == null) { throw new IllegalArgumentException("parameter is invalid for datatype CellRangeAddressList"); } List<CellRangeAddress> aRet = new ArrayList<CellRangeAddress>(); String[] names = stringValue.split(" "); for (int i = 0; i < names.length; i++) { aRet.add(new CellRangeAddress(names[i])); } return new CellRangeAddressList(aRet); }
/** * Returns a CellRangeAddressList instance representing the specified String value * * @param stringValue a String value * @return return a CellRangeAddressList instance representing stringValue * @throws IllegalArgumentException if the given argument is not a valid CellRangeAddressList */ public static CellRangeAddressList valueOf(String stringValue) throws IllegalArgumentException { if (stringValue == null) { throw new IllegalArgumentException("parameter is invalid for datatype CellRangeAddressList"); } List<CellRangeAddress> aRet = new ArrayList<CellRangeAddress>(); String[] names = stringValue.split(" "); for (int i = 0; i < names.length; i++) { aRet.add(new CellRangeAddress(names[i])); } return new CellRangeAddressList(aRet); }