Ignite UI™ API Documentation

ig.excel.TwoConstraintDataValidationRule
Constructor

new $.ig.excel.TwoConstraintDataValidationRule( );

Creates a new TwoConstraintDataValidationRule instance.

ig.excel.TwoConstraintDataValidationRule
Constructor

new $.ig.excel.TwoConstraintDataValidationRule( validationOperator:ig.excel.TwoConstraintDataValidationOperator, validationCriteria:ig.excel.DataValidationCriteria );

Creates a new TwoConstraintDataValidationRule instance.

validationOperator
Type:ig.excel.TwoConstraintDataValidationOperator
The operator to use when comparing the cell value to the constraint values.
validationCriteria
Type:ig.excel.DataValidationCriteria
The criteria to use when validating the cell value.

Exceptions

Exception	Description
ig.excel.InvalidEnumArgumentException	Occurs when the validationCriteria is not a member of the DataValidationCriteria enumeration.

getLowerConstraintFormula

.getLowerConstraintFormula( address:string );
Return Type:: string
Return Type Description:: A formula used to validate the value applied to a cell.

Gets the lower constraint formula used to validate the cell value.

address
Type:string
The address of the cell or region that serves as the basis for relative references, or null to use the top-left cell of the worksheet.

Exceptions

Exception	Description
ig.ArgumentException	Occurs when address is not a valid cell or regions address.

Remarks

The way in which the cell value is compared to the lower constraint formula's value is determined by the TwoConstraintDataValidationRule.validationOperator as well as the ValueConstraintDataValidationRule.validationCriteria.

Depending on the ValidationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the lower constraint formula's value.

When the TwoConstraintDataValidationRule.validationOperator is Between, the value must be greater than or equal to the lower constraint and less than or equal to the upper constraint. When the ValidationOperator is NotBetween, the value must be less than the lower constraint or greater than the upper constraint.

The address passed in is only needed if relative addresses are used in the the formula. For example, consider the formula applied is =B1, and the data validation rule is applied to the region A1:A5. If you get the formula for A1, the formula =B1 will be returned. If you get the formula for A2, =B2 will be returned. Similarly, for cell A5, =B5 will be returned. However, if the formula contains no references or all absolute references, the address is ignored. So in the previous example, if the original formula was =$B$1, the same formula will be returned regardless of the specified address.

address can be any valid cell or region reference on a worksheet. If a region address is specified, the top-left cell or the region is used. The cell or region specified does not need to have the data validation rule applied to it. Any reference is allowed.

The cell reference mode with which to parse address will be assumed to be A1, unless the data validation rule is applied to a worksheet which is in a workbook, in which case the Workbook.cellReferenceMode will be used.

getLowerConstraintFormula

.getLowerConstraintFormula( address:string, format:ig.excel.WorkbookFormat, cellReferenceMode:ig.excel.CellReferenceMode, culture:string );
Return Type:: string
Return Type Description:: A formula used to validate the value applied to a cell.

Gets the lower constraint formula used to validate the cell value.

address
Type:string
The address of the cell or region that serves as the basis for relative references, or null to use the top-left cell of the worksheet.
format
Type:ig.excel.WorkbookFormat
The workbook format with which to parse address.
cellReferenceMode
Type:ig.excel.CellReferenceMode
The cell reference mode with which to parse address.
culture
Type:string
The culture to use when generating the formula string.

Exceptions

Exception	Description
ig.ArgumentException	Occurs when address is not a valid cell or regions address.
ig.excel.InvalidEnumArgumentException	Occurs when format is not defined in the WorkbookFormat enumeration.
ig.excel.InvalidEnumArgumentException	Occurs when cellReferenceMode is not defined in the CellReferenceMode enumeration.

Remarks

The way in which the cell value is compared to the lower constraint formula's value is determined by the TwoConstraintDataValidationRule.validationOperator as well as the ValueConstraintDataValidationRule.validationCriteria.

Depending on the ValidationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the lower constraint formula's value.

When the TwoConstraintDataValidationRule.validationOperator is Between, the value must be greater than or equal to the lower constraint and less than or equal to the upper constraint. When the ValidationOperator is NotBetween, the value must be less than the lower constraint or greater than the upper constraint.

The address passed in is only needed if relative addresses are used in the the formula. For example, consider the formula applied is =B1, and the data validation rule is applied to the region A1:A5. If you get the formula for A1, the formula =B1 will be returned. If you get the formula for A2, =B2 will be returned. Similarly, for cell A5, =B5 will be returned. However, if the formula contains no references or all absolute references, the address is ignored. So in the previous example, if the original formula was =$B$1, the same formula will be returned regardless of the specified address.

address can be any valid cell or region reference on a worksheet. If a region address is specified, the top-left cell or the region is used. The cell or region specified does not need to have the data validation rule applied to it. Any reference is allowed.

getUpperConstraintFormula

.getUpperConstraintFormula( address:string );
Return Type:: string
Return Type Description:: A formula used to validate the value applied to a cell.

Gets the upper constraint formula used to validate the cell value.

address
Type:string
The address of the cell or region that serves as the basis for relative references, or null to use the top-left cell of the worksheet.

Exceptions

Exception	Description
ig.ArgumentException	Occurs when address is not a valid cell or regions address.

Remarks

The way in which the cell value is compared to the upper constraint formula's value is determined by the TwoConstraintDataValidationRule.validationOperator as well as the ValueConstraintDataValidationRule.validationCriteria.

Depending on the ValidationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the upper constraint formula's value.

When the TwoConstraintDataValidationRule.validationOperator is Between, the value must be greater than or equal to the lower constraint and less than or equal to the upper constraint. When the ValidationOperator is NotBetween, the value must be less than the lower constraint or greater than the upper constraint.

The address passed in is only needed if relative addresses are used in the the formula. For example, consider the formula applied is =B1, and the data validation rule is applied to the region A1:A5. If you get the formula for A1, the formula =B1 will be returned. If you get the formula for A2, =B2 will be returned. Similarly, for cell A5, =B5 will be returned. However, if the formula contains no references or all absolute references, the address is ignored. So in the previous example, if the original formula was =$B$1, the same formula will be returned regardless of the specified address.

address can be any valid cell or region reference on a worksheet. If a region address is specified, the top-left cell or the region is used. The cell or region specified does not need to have the data validation rule applied to it. Any reference is allowed.

The cell reference mode with which to parse address will be assumed to be A1, unless the data validation rule is applied to a worksheet which is in a workbook, in which case the Workbook.cellReferenceMode will be used.

getUpperConstraintFormula

.getUpperConstraintFormula( address:string, format:ig.excel.WorkbookFormat, cellReferenceMode:ig.excel.CellReferenceMode, culture:string );
Return Type:: string
Return Type Description:: A formula used to validate the value applied to a cell.

Gets the upper constraint formula used to validate the cell value.

address
Type:string
The address of the cell or region that serves as the basis for relative references, or null to use the top-left cell of the worksheet.
format
Type:ig.excel.WorkbookFormat
The workbook format with which to parse address.
cellReferenceMode
Type:ig.excel.CellReferenceMode
The cell reference mode with which to parse address.
culture
Type:string
The culture to use when generating the formula string.

Exceptions

Exception	Description
ig.ArgumentException	Occurs when address is not a valid cell or regions address.
ig.excel.InvalidEnumArgumentException	Occurs when format is not defined in the WorkbookFormat enumeration.
ig.excel.InvalidEnumArgumentException	Occurs when cellReferenceMode is not defined in the CellReferenceMode enumeration.

Remarks

The way in which the cell value is compared to the upper constraint formula's value is determined by the TwoConstraintDataValidationRule.validationOperator as well as the ValueConstraintDataValidationRule.validationCriteria.

Depending on the ValidationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the upper constraint formula's value.

When the TwoConstraintDataValidationRule.validationOperator is Between, the value must be greater than or equal to the lower constraint and less than or equal to the upper constraint. When the ValidationOperator is NotBetween, the value must be less than the lower constraint or greater than the upper constraint.

The address passed in is only needed if relative addresses are used in the the formula. For example, consider the formula applied is =B1, and the data validation rule is applied to the region A1:A5. If you get the formula for A1, the formula =B1 will be returned. If you get the formula for A2, =B2 will be returned. Similarly, for cell A5, =B5 will be returned. However, if the formula contains no references or all absolute references, the address is ignored. So in the previous example, if the original formula was =$B$1, the same formula will be returned regardless of the specified address.

address can be any valid cell or region reference on a worksheet. If a region address is specified, the top-left cell or the region is used. The cell or region specified does not need to have the data validation rule applied to it. Any reference is allowed.

isEquivalentTo

.isEquivalentTo( other:ig.excel.DataValidationRule );
Return Type:: boolean
Return Type Description:: Returns true if the specified other has the same settings as this rule.

Indicates if this rule is structurally equivalent to another.

other
Type:ig.excel.DataValidationRule
The rule to compare against

setLowerConstraint

.setLowerConstraint( value:ig.Date );

Sets the lower constraint value used to validate the cell value.

value
Type:ig.Date
The lower constraint value used to compare against the cell value.

Exceptions

Exception	Description
ig.ArgumentException	Occurs when value cannot be represented as a date in Excel.
ig.ArgumentException	Occurs when the specified value is greater than the upper constraint value. If the upper constraint formula does not equal a constant, this verification is not performed.

Remarks

The way in which the cell value is compared to the lower constraint value is determined by the TwoConstraintDataValidationRule.validationOperator as well as the ValueConstraintDataValidationRule.validationCriteria.

Depending on the ValidationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the lower constraint value.

When the TwoConstraintDataValidationRule.validationOperator is Between, the value must be greater than or equal to the lower constraint and less than or equal to the upper constraint. When the ValidationOperator is NotBetween, the value must be less than the lower constraint or greater than the upper constraint.

This overload is preferred when the ValidationCriteria is Date. When the ValidationCriteria is WholeNumber, Decimal, Time, or TextLength, the TwoConstraintDataValidationRule.setLowerConstraint overload is preferred.

setLowerConstraint

.setLowerConstraint( value:number );

Sets the lower constraint value used to validate the cell value.

value
Type:number
The lower constraint value used to compare against the cell value.

Exceptions

Exception	Description
ig.ArgumentException	Occurs when the specified value is greater than the upper constraint value. If the upper constraint formula does not equal a constant, this verification is not performed.

Remarks

The way in which the cell value is compared to the lower constraint value is determined by the TwoConstraintDataValidationRule.validationOperator as well as the ValueConstraintDataValidationRule.validationCriteria.

Depending on the ValidationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the lower constraint value.

When the TwoConstraintDataValidationRule.validationOperator is Between, the value must be greater than or equal to the lower constraint and less than or equal to the upper constraint. When the ValidationOperator is NotBetween, the value must be less than the lower constraint or greater than the upper constraint.

This overload is preferred when the ValidationCriteria is WholeNumber, Decimal, Time, or TextLength. When the ValidationCriteria is Date, the TwoConstraintDataValidationRule.setLowerConstraint overload is preferred.

setLowerConstraintFormula

.setLowerConstraintFormula( lowerConstraintFormula:string, address:string );

Gets the lower constraint formula used to validate the cell value.

lowerConstraintFormula
Type:string
The lower constraint formula to use for the rule.
address
Type:string
The address of the cell or region that serves as the basis for relative references, or null to use the top-left cell of the worksheet.

Exceptions

Exception	Description
ig.ArgumentNullException	Occurs when lowerConstraintFormula is null and the rule is currently applied to a Worksheet.
ig.ArgumentNullException	Occurs when the specified value is null and the rule is currently applied to a Worksheet.
ig.ArgumentException	Occurs when lowerConstraintFormula is an ArrayFormula.
ig.ArgumentException	Occurs when address is not a valid cell or regions address.
ig.ArgumentException	Occurs when the specified value equals a constant, such as =5, and the constant value is greater than the upper constraint value. If the upper constraint formula does not equal a constant, this verification is not performed.
ig.excel.FormulaParseException	Occurs when lowerConstraintFormula is not a valid formula.

Remarks

The way in which the cell value is compared to the lower constraint formula's value is determined by the TwoConstraintDataValidationRule.validationOperator as well as the ValueConstraintDataValidationRule.validationCriteria.

Depending on the ValidationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the lower constraint formula's value.

When the TwoConstraintDataValidationRule.validationOperator is Between, the value must be greater than or equal to the lower constraint and less than or equal to the upper constraint. When the ValidationOperator is NotBetween, the value must be less than the lower constraint or greater than the upper constraint.

The address passed in is only needed if relative addresses are used in the the formula. When the data validation rule is applied to cells or regions, the references in the formula used by each individual cell will be shifted by the offset of the cell to the passed in address. For example, consider the formula specified is =B1 and the specified address is A1. If the data validation rule is then applied to the A5 cell, the formula is will use is =B5. However, if the references in the formula are absolute, such as =$B$1, the same formula will be applied regardless of the specified address.

address can be any valid cell or region reference on a worksheet. If a region address is specified, the top-left cell or the region is used. The cell or region specified does not need to have the data validation rule applied to it. Any reference is allowed.

The cell reference mode with which to parse address will be assumed to be A1, unless the data validation rule is applied to a worksheet which is in a workbook, in which case the Workbook.cellReferenceMode will be used.

setLowerConstraintFormula

.setLowerConstraintFormula( lowerConstraintFormula:string, address:string, format:ig.excel.WorkbookFormat, cellReferenceMode:ig.excel.CellReferenceMode, culture:string );

Gets the lower constraint formula used to validate the cell value.

lowerConstraintFormula
Type:string
The lower constraint formula to use for the rule.
address
Type:string
The address of the cell or region that serves as the basis for relative references, or null to use the top-left cell of the worksheet.
format
Type:ig.excel.WorkbookFormat
The workbook format with which to parse address.
cellReferenceMode
Type:ig.excel.CellReferenceMode
The cell reference mode with which to parse address.
culture
Type:string
The culture to use when parsing the formula string.

Exceptions

Exception	Description
ig.ArgumentNullException	Occurs when lowerConstraintFormula is null and the rule is currently applied to a Worksheet.
ig.ArgumentNullException	Occurs when the specified value is null and the rule is currently applied to a Worksheet.
ig.ArgumentException	Occurs when lowerConstraintFormula is an ArrayFormula.
ig.ArgumentException	Occurs when address is not a valid cell or regions address.
ig.ArgumentException	Occurs when the specified value equals a constant, such as =5, and the constant value is greater than the upper constraint value. If the upper constraint formula does not equal a constant, this verification is not performed.
ig.excel.FormulaParseException	Occurs when lowerConstraintFormula is not a valid formula.
ig.excel.InvalidEnumArgumentException	Occurs when format is not defined in the WorkbookFormat enumeration.
ig.excel.InvalidEnumArgumentException	Occurs when cellReferenceMode is not defined in the CellReferenceMode enumeration.

Remarks

The way in which the cell value is compared to the lower constraint formula's value is determined by the TwoConstraintDataValidationRule.validationOperator as well as the ValueConstraintDataValidationRule.validationCriteria.

Depending on the ValidationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the lower constraint formula's value.

When the TwoConstraintDataValidationRule.validationOperator is Between, the value must be greater than or equal to the lower constraint and less than or equal to the upper constraint. When the ValidationOperator is NotBetween, the value must be less than the lower constraint or greater than the upper constraint.

The address passed in is only needed if relative addresses are used in the the formula. When the data validation rule is applied to cells or regions, the references in the formula used by each individual cell will be shifted by the offset of the cell to the passed in address. For example, consider the formula specified is =B1 and the specified address is A1. If the data validation rule is then applied to the A5 cell, the formula is will use is =B5. However, if the references in the formula are absolute, such as =$B$1, the same formula will be applied regardless of the specified address.

address can be any valid cell or region reference on a worksheet. If a region address is specified, the top-left cell or the region is used. The cell or region specified does not need to have the data validation rule applied to it. Any reference is allowed.

setUpperConstraint

.setUpperConstraint( value:ig.Date );

Sets the upper constraint value used to validate the cell value.

value
Type:ig.Date
The lower constraint value used to compare against the cell value.

Exceptions

Exception	Description
ig.ArgumentException	Occurs when value cannot be represented as a date in Excel.
ig.ArgumentException	Occurs when the specified value is less than the lower constraint value. If the lower constraint formula does not equal a constant, this verification is not performed.

Remarks

The way in which the cell value is compared to the upper constraint value is determined by the TwoConstraintDataValidationRule.validationOperator as well as the ValueConstraintDataValidationRule.validationCriteria.

Depending on the ValidationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the upper constraint value.

When the TwoConstraintDataValidationRule.validationOperator is Between, the value must be greater than or equal to the lower constraint and less than or equal to the upper constraint. When the ValidationOperator is NotBetween, the value must be less than the lower constraint or greater than the upper constraint.

This overload is preferred when the ValidationCriteria is Date. When the ValidationCriteria is WholeNumber, Decimal, Time, or TextLength, the TwoConstraintDataValidationRule.setUpperConstraint overload is preferred.

setUpperConstraint

.setUpperConstraint( value:number );

Sets the upper constraint value used to validate the cell value.

value
Type:number
The lower constraint value used to compare against the cell value.

Exceptions

Exception	Description
ig.ArgumentException	Occurs when the specified value is less than the lower constraint value. If the lower constraint formula does not equal a constant, this verification is not performed.

Remarks

The way in which the cell value is compared to the upper constraint value is determined by the TwoConstraintDataValidationRule.validationOperator as well as the ValueConstraintDataValidationRule.validationCriteria.

Depending on the ValidationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the upper constraint value.

When the TwoConstraintDataValidationRule.validationOperator is Between, the value must be greater than or equal to the lower constraint and less than or equal to the upper constraint. When the ValidationOperator is NotBetween, the value must be less than the lower constraint or greater than the upper constraint.

This overload is preferred when the ValidationCriteria is WholeNumber, Decimal, Time, or TextLength. When the ValidationCriteria is Date, the TwoConstraintDataValidationRule.setUpperConstraint overload is preferred.

setUpperConstraintFormula

.setUpperConstraintFormula( upperConstraintFormula:string, address:string );

Gets the upper constraint formula used to validate the cell value.

upperConstraintFormula
Type:string
The upper constraint formula to use for the rule.
address
Type:string
The address of the cell or region that serves as the basis for relative references, or null to use the top-left cell of the worksheet.

Exceptions

Exception	Description
ig.ArgumentNullException	Occurs when upperConstraintFormula is null and the rule is currently applied to a Worksheet.
ig.ArgumentNullException	Occurs when the specified value is null and the rule is currently applied to a Worksheet.
ig.ArgumentException	Occurs when upperConstraintFormula is an ArrayFormula.
ig.ArgumentException	Occurs when address is not a valid cell or regions address.
ig.ArgumentException	Occurs when the specified value equals a constant, such as =5, and the constant value is greater than the upper constraint value. If the upper constraint formula does not equal a constant, this verification is not performed.
ig.excel.FormulaParseException	Occurs when upperConstraintFormula is not a valid formula.

Remarks

The way in which the cell value is compared to the upper constraint formula's value is determined by the TwoConstraintDataValidationRule.validationOperator as well as the ValueConstraintDataValidationRule.validationCriteria.

Depending on the ValidationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the upper constraint formula's value.

When the TwoConstraintDataValidationRule.validationOperator is Between, the value must be greater than or equal to the lower constraint and less than or equal to the upper constraint. When the ValidationOperator is NotBetween, the value must be less than the lower constraint or greater than the upper constraint.

The address passed in is only needed if relative addresses are used in the the formula. When the data validation rule is applied to cells or regions, the references in the formula used by each individual cell will be shifted by the offset of the cell to the passed in address. For example, consider the formula specified is =B1 and the specified address is A1. If the data validation rule is then applied to the A5 cell, the formula is will use is =B5. However, if the references in the formula are absolute, such as =$B$1, the same formula will be applied regardless of the specified address.

address can be any valid cell or region reference on a worksheet. If a region address is specified, the top-left cell or the region is used. The cell or region specified does not need to have the data validation rule applied to it. Any reference is allowed.

The cell reference mode with which to parse address will be assumed to be A1, unless the data validation rule is applied to a worksheet which is in a workbook, in which case the Workbook.cellReferenceMode will be used.

setUpperConstraintFormula

.setUpperConstraintFormula( upperConstraintFormula:string, address:string, format:ig.excel.WorkbookFormat, cellReferenceMode:ig.excel.CellReferenceMode, culture:string );

Gets the upper constraint formula used to validate the cell value.

upperConstraintFormula
Type:string
The upper constraint formula to use for the rule.
address
Type:string
The address of the cell or region that serves as the basis for relative references, or null to use the top-left cell of the worksheet.
format
Type:ig.excel.WorkbookFormat
The workbook format with which to parse address.
cellReferenceMode
Type:ig.excel.CellReferenceMode
The cell reference mode with which to parse address.
culture
Type:string
The culture to use when parsing the formula string.

Exceptions

Exception	Description
ig.ArgumentNullException	Occurs when upperConstraintFormula is null and the rule is currently applied to a Worksheet.
ig.ArgumentNullException	Occurs when the specified value is null and the rule is currently applied to a Worksheet.
ig.ArgumentException	Occurs when upperConstraintFormula is an ArrayFormula.
ig.ArgumentException	Occurs when address is not a valid cell or regions address.
ig.ArgumentException	Occurs when the specified value equals a constant, such as =5, and the constant value is greater than the upper constraint value. If the upper constraint formula does not equal a constant, this verification is not performed.
ig.excel.FormulaParseException	Occurs when upperConstraintFormula is not a valid formula.
ig.excel.InvalidEnumArgumentException	Occurs when format is not defined in the WorkbookFormat enumeration.
ig.excel.InvalidEnumArgumentException	Occurs when cellReferenceMode is not defined in the CellReferenceMode enumeration.

Remarks

The way in which the cell value is compared to the upper constraint formula's value is determined by the TwoConstraintDataValidationRule.validationOperator as well as the ValueConstraintDataValidationRule.validationCriteria.

Depending on the ValidationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the upper constraint formula's value.

When the TwoConstraintDataValidationRule.validationOperator is Between, the value must be greater than or equal to the lower constraint and less than or equal to the upper constraint. When the ValidationOperator is NotBetween, the value must be less than the lower constraint or greater than the upper constraint.

The address passed in is only needed if relative addresses are used in the the formula. When the data validation rule is applied to cells or regions, the references in the formula used by each individual cell will be shifted by the offset of the cell to the passed in address. For example, consider the formula specified is =B1 and the specified address is A1. If the data validation rule is then applied to the A5 cell, the formula is will use is =B5. However, if the references in the formula are absolute, such as =$B$1, the same formula will be applied regardless of the specified address.

address can be any valid cell or region reference on a worksheet. If a region address is specified, the top-left cell or the region is used. The cell or region specified does not need to have the data validation rule applied to it. Any reference is allowed.

validationOperator

.validationOperator( );

Gets the validation operator to use when comparing the cell value against the constraint values or formulas.

Exceptions

Exception	Description
ig.excel.InvalidEnumArgumentException	Occurs when the value is not a member of the TwoConstraintDataValidationOperator enumeration.

Remarks

Depending on the ValueConstraintDataValidationRule.validationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the constraint values or formulas.

validationOperator

.validationOperator( value:ig.excel.TwoConstraintDataValidationOperator );

Sets the validation operator to use when comparing the cell value against the constraint values or formulas.

value
Type:ig.excel.TwoConstraintDataValidationOperator

Exceptions

Exception	Description
ig.excel.InvalidEnumArgumentException	Occurs when the value is not a member of the TwoConstraintDataValidationOperator enumeration.

Remarks

Depending on the ValueConstraintDataValidationRule.validationCriteria of the rule, either the cell value itself or the length of the cell value's text equivalent is compared to the constraint values or formulas.

Ignite UI | Samples

ig.excel.TwoConstraintDataValidationRule

Dependencies

ig.excel.TwoConstraintDataValidationRuleConstructor

ig.excel.TwoConstraintDataValidationRuleConstructor

Exceptions

getLowerConstraintFormula

Exceptions

Remarks

See Also

getLowerConstraintFormula

Exceptions

Remarks

See Also

getUpperConstraintFormula

Exceptions

Remarks

See Also

getUpperConstraintFormula

Exceptions

Remarks

See Also

isEquivalentTo

setLowerConstraint

Exceptions

Remarks

See Also

setLowerConstraint

Exceptions

Remarks

See Also

setLowerConstraintFormula

Exceptions

Remarks

See Also

setLowerConstraintFormula

Exceptions

Remarks

See Also

setUpperConstraint

Exceptions

Remarks

See Also

setUpperConstraint

Exceptions

Remarks

See Also

setUpperConstraintFormula

Exceptions

Remarks

See Also

setUpperConstraintFormula

Exceptions

Remarks

See Also

validationOperator

Exceptions

Remarks

See Also

validationOperator

Exceptions

Remarks

See Also

ig.excel.TwoConstraintDataValidationRule
Constructor

ig.excel.TwoConstraintDataValidationRule
Constructor