Modifier and Type	Class and Description
private static class	FormulaParser.SimpleRangePart A1, $A1, A$1, $A$1, A, 1

Modifier and Type	Field and Description
private final FormulaParsingWorkbook	_book
private final int	_formulaLength
private final String	_formulaString
private boolean	_inIntersection Tracks whether the run of whitespace preceding "look" could be an intersection operator.
private int	_pointer points at the next character to be read (after the `look` codepoint)
private ParseNode	_rootNode
private final int	_rowIndex
private final int	_sheetIndex
private final SpreadsheetVersion	_ssVersion
private static final Pattern	CELL_REF_PATTERN Matches a zero or one letter-runs followed by zero or one digit-runs.
private static final char	CR
private static final char	LF
private static final Logger	LOGGER
private int	look Lookahead unicode codepoint gets value '\0' when the input string is exhausted
private static final String	specAll
private static final String	specData
private static final String	specHeaders
private static final String	specThisRow
private static final String	specTotals
private static final char	TAB

Access	Constructor and Description
private	FormulaParser(String formula, FormulaParsingWorkbook book, int sheetIndex, int rowIndex) Create the formula parser, with the string that is to be parsed against the supplied workbook.

Method Summary

Modifier and Type	Method and Description
private ParseNode	additiveExpression() Parse and Translate an Expression
private void	addName(String functionName) Adds a name (named range or user defined function) to underlying workbook's names table
private ParseNode[]	Arguments() get arguments to a function
private static ParseNode	augmentWithMemPtg(ParseNode root)
private void	checkRowLengths(Object[][] values2d, int nColumns)
private static void	checkValidRangeOperand(String sideName, int used to format a potential error message currentParsePosition, ParseNode pn)
private ParseNode	comparisonExpression()
private ParseNode	concatExpression()
private static Double	convertArrayNumber(Ptg ptg, boolean isPositive)
private AreaReference	createAreaRef(FormulaParser.SimpleRangePart part1, FormulaParser.SimpleRangePart part2)
private ParseNode	createAreaRefParseNode(SheetIdentifier may be `null` sheetIden, FormulaParser.SimpleRangePart part1, FormulaParser.SimpleRangePart may be `null` part2)
private RuntimeException	expected(String s) Report What Was Expected
private ParseNode	function(String case preserved function name (as it was entered/appeared in the formula). name) Note - Excel function names are 'case aware but not case sensitive'.
private String	getBookName()
private Ptg	getComparisonToken()
private ParseNode	Returns: Ptg a null is returned if we're in an IF formula, it needs extreme manipulation and is handled in this function getFunction(String a `NamePtg` or `NameXPtg` or `null` name, Ptg namePtg, ParseNode[] args) Generates the variable function ptg for the formula.
private static Ptg	getNumberPtgFromString(String number1, String number2, String exponent) Get a PTG for an integer from its string representation.
private Ptg[]	getRPNPtg(FormulaType formulaType)
private ParseNode	intersectionExpression()
private static boolean	isAlpha(int c) Recognize an Alpha Character
private static boolean	isArgumentDelimiter(int unicode codepoint ch)
private static boolean	isDigit(int c) Recognize a Decimal Digit
private static boolean	isUnquotedSheetNameChar(int unicode codepoint ch) very similar to `SheetNameFormatter#isSpecialChar(char)`
private boolean	Returns: `true` if the specified name is a valid cell reference isValidCellReference(String str)
private static boolean	Returns: `true` if the specified character may be used in a defined name isValidDefinedNameChar(int unicode codepoint ch)
private static boolean	Returns: `false` if sub-expression represented the specified ParseNode definitely cannot appear on either side of the range (':') operator isValidRangeOperand(ParseNode a)
private static boolean	isWhite(int c) Recognize White Space
private void	match(int x) Consumes the next input character if it is equal to the one specified otherwise throws an unchecked exception.
private static boolean	needsMemFunc(ParseNode root) From OOO doc: "Whenever one operand of the reference subexpression is a function, a defined name, a 3D reference, or an external reference (and no error occurs), a tMemFunc token is used"
private void	nextChar() Read New Character From Input Stream
private String	nextNum() Get a Number
public static Ptg[]	Returns: array of parsed tokens parse(String the formula to parse formula, FormulaParsingWorkbook the parent workbook workbook, FormulaType the type of the formula formulaType, int the 0-based index of the sheet this formula belongs to. The sheet index is required to resolve sheet-level names. `-1` means that the scope of the name will be ignored and the parser will match names only by name sheetIndex, int - the related cell's row index in 0-based form (-1 if the formula is not cell related) used to handle structured references that have the "#This Row" quantifier. Use rowIndex=-1 or `parseStructuredReference(String, FormulaParsingWorkbook, int)` if formula does not contain structured references. rowIndex) Parse a formula into an array of tokens Side effect: creates name (`Workbook#createName`) if formula contains unrecognized names (names are likely UDFs)
public static Ptg[]	Returns: array of parsed tokens parse(String the formula to parse formula, FormulaParsingWorkbook the parent workbook workbook, FormulaType the type of the formula formulaType, int the 0-based index of the sheet this formula belongs to. The sheet index is required to resolve sheet-level names. `-1` means that the scope of the name will be ignored and the parser will match names only by name sheetIndex) Parse a formula into an array of tokens Side effect: creates name (`Workbook#createName`) if formula contains unrecognized names (names are likely UDFs)
private void	parse() API call to execute the parsing of the formula
private ParseNode	parseArray()
private Object	parseArrayItem()
private Object[]	parseArrayRow()
private String	parseAsColumnQuantifier() Tries to parse the next as column - can contain whitespace Caller should save pointer.
private String	parseAsName()
private String	parseAsSpecialQuantifier() Tries to parse the next as special quantifier Caller should save pointer.
private Boolean	parseBooleanLiteral()
private int	parseErrorLiteral()
private ParseNode	parseNonRange(int savePointer) Parses simple factors that are not primitive ranges or range components i.e. '!', ':'(and equiv '...') do not appear Examples my.named...range.
private Ptg	parseNumber()
private ParseNode	parseRangeable() Parses area refs (things which could be the operand of ':') and simple factors Examples A$1 $A$1 : $B1 A1 .......
private ParseNode	parseRangeExpression()
private SheetIdentifier	Returns: The sheet name as an identifier `null` if '!' is not found in the right place parseSheetName(boolean isSndPartOfQuotedRange) Note - caller should reset `_pointer` upon `null` result
private SheetIdentifier	parseSheetRange(String bookname, NameIdentifier sheet1Name, boolean isSndPartOfQuotedRange) If we have something that looks like [book]Sheet1: or Sheet1, see if it's actually a range eg Sheet1:Sheet2!
private ParseNode	parseSimpleFactor() factors (without ^ or % )
private FormulaParser.SimpleRangePart	Returns: `null` (and leaves `_pointer` unchanged if a proper range part does not parse out parseSimpleRangePart() Parses out a potential LHS or RHS of a ':' intended to produce a plain AreaRef.
private String	parseStringLiteral()
public static Area3DPxg	Returns: the area that being represented by the structured reference. parseStructuredReference(String - The structured reference text tableText, FormulaParsingWorkbook - the parent workbook workbook, int - the 0-based cell's row index ( used to handle "#This Row" quantifiers ) rowIndex) Parse a structured reference.
private ParseNode	Returns: Area Reference for the given table parseStructuredReference(String tableName) Parses a structured reference, returns it as area reference.
private ParseNode	parseUnary(boolean isPlus)
private String	parseUnquotedIdentifier()
private ParseNode	percentFactor()
private ParseNode	powerFactor() Parse and Translate a Math Factor
private void	resetPointer(int ptr)
private void	skipWhite() Skip Over Leading White Space
private ParseNode	Term() Parse and Translate a Math Term
private ParseNode	unionExpression()
private void	validateNumArgs(int numArgs, FunctionMetadata fm)

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

Field Detail

_book	back to summary
private final FormulaParsingWorkbook _book

_formulaLength	back to summary
private final int _formulaLength

_formulaString	back to summary
private final String _formulaString

_inIntersection	back to summary
private boolean _inIntersection Tracks whether the run of whitespace preceding "look" could be an intersection operator. See GetChar.

_pointer	back to summary
private int _pointer points at the next character to be read (after the `look` codepoint)

_rootNode	back to summary
private ParseNode _rootNode

_rowIndex	back to summary
private final int _rowIndex

_sheetIndex	back to summary
private final int _sheetIndex

_ssVersion	back to summary
private final SpreadsheetVersion _ssVersion

CELL_REF_PATTERN	back to summary
private static final Pattern CELL_REF_PATTERN Matches a zero or one letter-runs followed by zero or one digit-runs. Either or both runs man optionally be prefixed with a single '$'. (copied+modified from CellReference.CELL_REF_PATTERN)

CR	back to summary
private static final char CR

LF	back to summary
private static final char LF

LOGGER	back to summary
private static final Logger LOGGER

look	back to summary
private int look Lookahead unicode codepoint gets value '\0' when the input string is exhausted

specAll	back to summary
private static final String specAll

specData	back to summary
private static final String specData

specHeaders	back to summary
private static final String specHeaders

specThisRow	back to summary
private static final String specThisRow

specTotals	back to summary
private static final String specTotals

TAB	back to summary
private static final char TAB

Constructor Detail

FormulaParser back to summary

FormulaParser	back to summary
private FormulaParser(String formula, FormulaParsingWorkbook book, int sheetIndex, int rowIndex) Create the formula parser, with the string that is to be parsed against the supplied workbook. A later call the parse() method to return ptg list in rpn order, then call the getRPNPtg() to retrieve the parse results. This class is recommended only for single threaded use. If you have a `HSSFWorkbook`, and not a `Workbook`, then use the convenience method on `HSSFFormulaEvaluator`

private FormulaParser(String formula, FormulaParsingWorkbook book, int sheetIndex, int rowIndex)

Create the formula parser, with the string that is to be parsed against the supplied workbook. A later call the parse() method to return ptg list in rpn order, then call the getRPNPtg() to retrieve the parse results. This class is recommended only for single threaded use. If you have a HSSFWorkbook, and not a Workbook, then use the convenience method on HSSFFormulaEvaluator

Method Detail

additiveExpression	back to summary
private ParseNode additiveExpression() Parse and Translate an Expression

addName	back to summary
private void addName(String functionName) Adds a name (named range or user defined function) to underlying workbook's names table

Arguments	back to summary
private ParseNode[] Arguments() get arguments to a function

augmentWithMemPtg	back to summary
private static ParseNode augmentWithMemPtg(ParseNode root)

checkRowLengths	back to summary
private void checkRowLengths(Object[][] values2d, int nColumns)

checkValidRangeOperand	back to summary
private static void checkValidRangeOperand(String sideName, int currentParsePosition, ParseNode pn) Parameters currentParsePosition:int used to format a potential error message

comparisonExpression	back to summary
private ParseNode comparisonExpression()

concatExpression	back to summary
private ParseNode concatExpression()

convertArrayNumber	back to summary
private static Double convertArrayNumber(Ptg ptg, boolean isPositive)

createAreaRef	back to summary
private AreaReference createAreaRef(FormulaParser.SimpleRangePart part1, FormulaParser.SimpleRangePart part2)

createAreaRefParseNode	back to summary
private ParseNode createAreaRefParseNode(SheetIdentifier sheetIden, FormulaParser.SimpleRangePart part1, FormulaParser.SimpleRangePart part2) throws FormulaParseException Parameters sheetIden:SheetIdentifier may be `null` part2:FormulaParser.SimpleRangePart may be `null`

expected	back to summary
private RuntimeException expected(String s) Report What Was Expected

function	back to summary
private ParseNode function(String name) Note - Excel function names are 'case aware but not case sensitive'. This method may end up creating a defined name record in the workbook if the specified name is not an internal Excel function, and has not been encountered before. Side effect: creates workbook name if name is not recognized (name is probably a UDF) Parameters name:String case preserved function name (as it was entered/appeared in the formula).

function

back to summary

private ParseNode function(String name)

Note - Excel function names are 'case aware but not case sensitive'. This method may end up creating a defined name record in the workbook if the specified name is not an internal Excel function, and has not been encountered before. Side effect: creates workbook name if name is not recognized (name is probably a UDF)

Parameters

name:String: case preserved function name (as it was entered/appeared in the formula).

getBookName	back to summary
private String getBookName()

getComparisonToken	back to summary
private Ptg getComparisonToken()

getFunction back to summary

getFunction	back to summary
private ParseNode getFunction(String name, Ptg namePtg, ParseNode[] args) Generates the variable function ptg for the formula. For IF Formulas, additional PTGs are added to the tokens Parameters name:String a `NamePtg` or `NameXPtg` or `null` Returns:ParseNode Ptg a null is returned if we're in an IF formula, it needs extreme manipulation and is handled in this function

private ParseNode getFunction(String name, Ptg namePtg, ParseNode[] args)

Generates the variable function ptg for the formula.

For IF Formulas, additional PTGs are added to the tokens

Parameters

name:String: a NamePtg or NameXPtg or null

Returns:ParseNode

Ptg a null is returned if we're in an IF formula, it needs extreme manipulation and is handled in this function

getNumberPtgFromString	back to summary
private static Ptg getNumberPtgFromString(String number1, String number2, String exponent) Get a PTG for an integer from its string representation. return Int or Number Ptg based on size of input

getRPNPtg	back to summary
private Ptg[] getRPNPtg(FormulaType formulaType)

intersectionExpression	back to summary
private ParseNode intersectionExpression()

isAlpha	back to summary
private static boolean isAlpha(int c) Recognize an Alpha Character

isArgumentDelimiter	back to summary
private static boolean isArgumentDelimiter(int ch) Parameters ch:int unicode codepoint

isDigit	back to summary
private static boolean isDigit(int c) Recognize a Decimal Digit

isUnquotedSheetNameChar back to summary

isUnquotedSheetNameChar	back to summary
private static boolean isUnquotedSheetNameChar(int ch) very similar to `SheetNameFormatter#isSpecialChar(char)` Parameters ch:int unicode codepoint

private static boolean isUnquotedSheetNameChar(int ch)

Parameters

ch:int: unicode codepoint

isValidCellReference	back to summary
private boolean isValidCellReference(String str) Returns:boolean `true` if the specified name is a valid cell reference

isValidDefinedNameChar	back to summary
private static boolean isValidDefinedNameChar(int ch) Parameters ch:int unicode codepoint Returns:boolean `true` if the specified character may be used in a defined name

isValidRangeOperand	back to summary
private static boolean isValidRangeOperand(ParseNode a) Returns:boolean `false` if sub-expression represented the specified ParseNode definitely cannot appear on either side of the range (':') operator

isWhite	back to summary
private static boolean isWhite(int c) Recognize White Space

match	back to summary
private void match(int x) Consumes the next input character if it is equal to the one specified otherwise throws an unchecked exception. This method does not consume whitespace (before or after the matched character).

needsMemFunc	back to summary
private static boolean needsMemFunc(ParseNode root) From OOO doc: "Whenever one operand of the reference subexpression is a function, a defined name, a 3D reference, or an external reference (and no error occurs), a tMemFunc token is used"

nextChar	back to summary
private void nextChar() Read New Character From Input Stream

nextNum	back to summary
private String nextNum() Get a Number

parse back to summary

public static Ptg[] parse(String formula, FormulaParsingWorkbook workbook, FormulaType formulaType, int sheetIndex, int rowIndex)

Parse a formula into an array of tokens Side effect: creates name (Workbook#createName) if formula contains unrecognized names (names are likely UDFs)

Parameters

formula:String: the formula to parse
workbook:FormulaParsingWorkbook: the parent workbook
formulaType:FormulaType: the type of the formula
sheetIndex:int: the 0-based index of the sheet this formula belongs to. The sheet index is required to resolve sheet-level names. -1 means that the scope of the name will be ignored and the parser will match names only by name
rowIndex:int: - the related cell's row index in 0-based form (-1 if the formula is not cell related) used to handle structured references that have the "#This Row" quantifier. Use rowIndex=-1 or parseStructuredReference(String, FormulaParsingWorkbook, int) if formula does not contain structured references.

Returns:Ptg[]

array of parsed tokens

Exceptions

FormulaParseException:: if the formula has incorrect syntax or is otherwise invalid

parse back to summary

public static Ptg[] parse(String formula, FormulaParsingWorkbook workbook, FormulaType formulaType, int sheetIndex)

Parse a formula into an array of tokens Side effect: creates name (Workbook#createName) if formula contains unrecognized names (names are likely UDFs)

Parameters

formula:String: the formula to parse
workbook:FormulaParsingWorkbook: the parent workbook
formulaType:FormulaType: the type of the formula
sheetIndex:int: the 0-based index of the sheet this formula belongs to. The sheet index is required to resolve sheet-level names. -1 means that the scope of the name will be ignored and the parser will match names only by name

Returns:Ptg[]

array of parsed tokens

Exceptions

FormulaParseException:: if the formula has incorrect syntax or is otherwise invalid

parse	back to summary
private void parse() API call to execute the parsing of the formula

parseArray	back to summary
private ParseNode parseArray()

parseArrayItem	back to summary
private Object parseArrayItem()

parseArrayRow	back to summary
private Object[] parseArrayRow()

parseAsColumnQuantifier	back to summary
private String parseAsColumnQuantifier() Tries to parse the next as column - can contain whitespace Caller should save pointer.

parseAsName	back to summary
private String parseAsName()

parseAsSpecialQuantifier	back to summary
private String parseAsSpecialQuantifier() Tries to parse the next as special quantifier Caller should save pointer.

parseBooleanLiteral	back to summary
private Boolean parseBooleanLiteral()

parseErrorLiteral	back to summary
private int parseErrorLiteral()

parseNonRange

back to summary

private ParseNode parseNonRange(int savePointer)

Parses simple factors that are not primitive ranges or range components i.e. '!', ':'(and equiv '...') do not appear Examples

  my.named...range.
  foo.bar(123.456, "abc")
  123.456
  "abc"
  true

parseNumber	back to summary
private Ptg parseNumber()

parseRangeable

back to summary

private ParseNode parseRangeable()

Parses area refs (things which could be the operand of ':') and simple factors Examples

  A$1
  $A$1 :  $B1
  A1 .......    C2
  Sheet1 !$A1
  a..b!A1
  'my sheet'!A1
  .my.sheet!A1
  'my sheet':'my alt sheet'!A1
  .my.sheet1:.my.sheet2!$B$2
  my.named..range.
  'my sheet'!my.named.range
  .my.sheet!my.named.range
  foo.bar(123.456, "abc")
  123.456
  "abc"
  true
  [Foo.xls]!$A$1
  [Foo.xls]'my sheet'!$A$1
  [Foo.xls]!my.named.range

parseRangeExpression	back to summary
private ParseNode parseRangeExpression()

parseSheetName back to summary

private SheetIdentifier parseSheetName(boolean isSndPartOfQuotedRange)

Note - caller should reset _pointer upon null result

Returns:SheetIdentifier: The sheet name as an identifier null if '!' is not found in the right place

parseSheetRange	back to summary
private SheetIdentifier parseSheetRange(String bookname, NameIdentifier sheet1Name, boolean isSndPartOfQuotedRange) If we have something that looks like [book]Sheet1: or Sheet1, see if it's actually a range eg Sheet1:Sheet2!

parseSimpleFactor	back to summary
private ParseNode parseSimpleFactor() factors (without ^ or % )

parseSimpleRangePart back to summary

private FormulaParser.SimpleRangePart parseSimpleRangePart()

Parses out a potential LHS or RHS of a ':' intended to produce a plain AreaRef. Normally these are proper cell references but they could also be row or column refs like "$AC" or "10"

Returns:FormulaParser.SimpleRangePart: null (and leaves _pointer unchanged if a proper range part does not parse out

parseStringLiteral	back to summary
private String parseStringLiteral()

parseStructuredReference

back to summary

public static Area3DPxg parseStructuredReference(String tableText, FormulaParsingWorkbook workbook, int rowIndex)

Parse a structured reference. Converts the structured reference to the area that represent it.

Parameters

tableText:String: - The structured reference text
workbook:FormulaParsingWorkbook: - the parent workbook
rowIndex:int: - the 0-based cell's row index ( used to handle "#This Row" quantifiers )

Returns:Area3DPxg

the area that being represented by the structured reference.

parseStructuredReference

back to summary

private ParseNode parseStructuredReference(String tableName)

Parses a structured reference, returns it as area reference. Examples:

Table1[]
Table1[col]
Table1[[#Totals],[col]]
Table1[#Totals]
Table1[#All]
Table1[#Data]
Table1[#Headers]
Table1[#Totals]
Table1[#This Row]
Table1[[#All],[col]]
Table1[[#Headers],[col]]
Table1[[#Totals],[col]]
Table1[[#All],[col1]:[col2]]
Table1[[#Data],[col1]:[col2]]
Table1[[#Headers],[col1]:[col2]]
Table1[[#Totals],[col1]:[col2]]
Table1[[#Headers],[#Data],[col2]]
Table1[[#This Row], [col1]]
Table1[ [col1]:[col2] ]

Returns:ParseNode: Area Reference for the given table

parseUnary	back to summary
private ParseNode parseUnary(boolean isPlus)

parseUnquotedIdentifier	back to summary
private String parseUnquotedIdentifier()

percentFactor	back to summary
private ParseNode percentFactor()

powerFactor	back to summary
private ParseNode powerFactor() Parse and Translate a Math Factor

resetPointer	back to summary
private void resetPointer(int ptr)

skipWhite	back to summary
private void skipWhite() Skip Over Leading White Space

Term	back to summary
private ParseNode Term() Parse and Translate a Math Term

unionExpression	back to summary
private ParseNode unionExpression()

validateNumArgs	back to summary
private void validateNumArgs(int numArgs, FunctionMetadata fm)

org.apache.poi.ss.formula back to summary

private final Class FormulaParser.SimpleRangePart

Class Inheritance

extends Object

java.lang.Object
org.apache.poi.ss.formula.FormulaParser.SimpleRangePart

A1, $A1, A$1, $A$1, A, 1

Nested and Inner Type Summary

Modifier and Type	Class and Description
private static enum	FormulaParser.SimpleRangePart.Type

Field Summary

Modifier and Type	Field and Description
private final String	_rep
private final FormulaParser.SimpleRangePart.Type	_type

Constructor Summary

Access	Constructor and Description
public	SimpleRangePart(String rep, boolean hasLetters, boolean hasNumbers)

Method Summary

Modifier and Type	Method and Description
public CellReference	getCellReference()
public String	getRep()
public boolean	isCell()
public boolean	isColumn()
public boolean	Returns: `true` if the two range parts can be combined in an `AreaPtg` ( Note - the explicit range operator (:) may still be valid when this method returns `false` ) isCompatibleForArea(FormulaParser.SimpleRangePart part2)
public boolean	isRow()
public boolean	isRowOrColumn()
public String	toString() Overrides java.lang.Object.toString. Returns a string representation of the object.

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll wait wait wait

Field Detail

_rep	back to summary
private final String _rep

_type	back to summary
private final FormulaParser.SimpleRangePart.Type _type

Constructor Detail

SimpleRangePart	back to summary
public SimpleRangePart(String rep, boolean hasLetters, boolean hasNumbers)

Method Detail

getCellReference	back to summary
public CellReference getCellReference()

getRep	back to summary
public String getRep()

isCell	back to summary
public boolean isCell()

isColumn	back to summary
public boolean isColumn()

isCompatibleForArea	back to summary
public boolean isCompatibleForArea(FormulaParser.SimpleRangePart part2) Returns:boolean `true` if the two range parts can be combined in an `AreaPtg` ( Note - the explicit range operator (:) may still be valid when this method returns `false` )

isRow	back to summary
public boolean isRow()

isRowOrColumn	back to summary
public boolean isRowOrColumn()

toString back to summary

public String toString()

Overrides java.lang.Object.toString.

Doc from java.lang.Object.toString.

Returns a string representation of the object. Satisfying this method's contract implies a non-null result must be returned.

Returns:String

a string representation of the object

Annotations

@Override

org.apache.poi.ss.formula back to summary

private final Enum FormulaParser.SimpleRangePart.Type

Class Inheritance

extends Enum<FormulaParser.SimpleRangePart.Type>

java.lang.Object
java.lang.Enum
org.apache.poi.ss.formula.FormulaParser.SimpleRangePart.Type

Field Summary

Modifier and Type	Field and Description
public static final FormulaParser.SimpleRangePart.Type	CELL
public static final FormulaParser.SimpleRangePart.Type	COLUMN
public static final FormulaParser.SimpleRangePart.Type	ROW

Constructor Summary

Access	Constructor and Description
private	Type()

Method Summary

Modifier and Type	Method and Description
public static FormulaParser.SimpleRangePart.Type	get(boolean hasLetters, boolean hasDigits)
public static FormulaParser.SimpleRangePart.Type	valueOf(String name)
public static FormulaParser.SimpleRangePart.Type[]	values()

Inherited from java.lang.Enum:: clone compareTo describeConstable equals finalize getDeclaringClass hashCode name ordinal toString valueOf

Field Detail

CELL	back to summary
public static final FormulaParser.SimpleRangePart.Type CELL

COLUMN	back to summary
public static final FormulaParser.SimpleRangePart.Type COLUMN

ROW	back to summary
public static final FormulaParser.SimpleRangePart.Type ROW

Constructor Detail

Type	back to summary
private Type()

Method Detail

get	back to summary
public static FormulaParser.SimpleRangePart.Type get(boolean hasLetters, boolean hasDigits)

valueOf	back to summary
public static FormulaParser.SimpleRangePart.Type valueOf(String name)

values	back to summary
public static FormulaParser.SimpleRangePart.Type[] values()

public final Class FormulaParser

Nested and Inner Type Summary

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail

private final Class FormulaParser.SimpleRangePart

Nested and Inner Type Summary

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail

private final Enum FormulaParser.SimpleRangePart.Type

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail