ExcelFile.GetStringFromCell Method

Overloads

ExcelFile.GetStringFromCell(String)

This method will return a rich string that is formatted similar to the way Excel shows it. For example, if you have "1.0" on a cell, and the cell is formatted as exponential, this method will return "1.0e+1" It might also change the color depending on the value and format. (for example, red for negative numbers)

Syntax

Namespace: FlexCel.Core

public TRichString GetStringFromCell(String cellRef)

Parameters

<-> Parameter Type Description
cellRef String Cell reference in A1 notation. Something like A3, or Sheet1!$B$5 can be used here.

Returns

A rich string with the cell value.

See also

ExcelFile.GetStringFromCell(Int32, Int32)

This method will return a rich string that is formatted similar to the way Excel shows it. For example, if you have "1.0" on a cell, and the cell is formatted as exponential, this method will return "1.0e+1" It might also change the color depending on the value and format. (for example, red for negative numbers) Conditional formats are not applied, you need to call ConditionallyModifyFormat(TFlxFormat, Int32, Int32, Boolean, TDrawingConditionalFormat) to the cell style for that.

Syntax

Namespace: FlexCel.Core

public TRichString GetStringFromCell(Int32 row, Int32 col)

Parameters

<-> Parameter Type Description
row Int32 Cell Row (1 based).
col Int32 Cell Column (1 based)

Returns

A rich string with the cell value.

See also

ExcelFile.GetStringFromCell(Int32, Int32, Boolean)

This method will return a rich string that is formatted similar to the way Excel shows it. For example, if you have "1.0" on a cell, and the cell is formatted as exponential, this method will return "1.0e+1" It might also change the color depending on the value and format. (for example, red for negative numbers) Conditional formats are not applied, you need to call ConditionallyModifyFormat(TFlxFormat, Int32, Int32, Boolean, TDrawingConditionalFormat) to the cell style for that.

Syntax

Namespace: FlexCel.Core

public TRichString GetStringFromCell(Int32 row, Int32 col, Boolean ignorePrintErrors)

Parameters

<-> Parameter Type Description
row Int32 Cell Row (1 based).
col Int32 Cell Column (1 based)
ignorePrintErrors Boolean If true, the string for an error like #DIV/0 will always by #DIV/0 instead of using the value of PrintErrors. Set it to true when the value is not for printing it.

Returns

A rich string with the cell value.

See also

ExcelFile.GetStringFromCell(Int32, Int32, Int32, TUIColor)

This method will return a rich string that is formatted similar to the way Excel shows it. For example, if you have "1.0" on a cell, and the cell is formatted as exponential, this method will return "1.0e+1" It might also change the color depending on the value and format. (for example, red for negative numbers) Conditional formats are not applied, you need to call ConditionallyModifyFormat(TFlxFormat, Int32, Int32, Boolean, TDrawingConditionalFormat) to the cell style for that.

Syntax

Namespace: FlexCel.Core

public TRichString GetStringFromCell(Int32 row, Int32 col, ref Int32 XF, ref TUIColor aColor)

Parameters

<-> Parameter Type Description
row Int32 Cell Row (1 based).
col Int32 Cell Column (1 based)
ref XF Int32 The resulting XF for the cell.
ref aColor TUIColor Resulting color of the string. If for example you define red for negative numbers, and the result is red, this will be returned on aColor. If there is not color info on the format, it will remain unchanged.

Returns

A rich string with the cell value.

See also

ExcelFile.GetStringFromCell(Int32, Int32, Int32, Int32, TUIColor)

This method will return a rich string that is formatted similar to the way Excel shows it. For example, if you have "1.0" on a cell, and the cell is formatted as exponential, this method will return "1.0e+1" It might also change the color depending on the value and format. (for example, red for negative numbers) Conditional formats are not applied, you need to call ConditionallyModifyFormat(TFlxFormat, Int32, Int32, Boolean, TDrawingConditionalFormat) to the cell style for that.

Syntax

Namespace: FlexCel.Core

public TRichString GetStringFromCell(Int32 sheet, Int32 row, Int32 col, ref Int32 XF, ref TUIColor aColor)

Parameters

<-> Parameter Type Description
sheet Int32 Sheet where the cell is (1 based).
row Int32 Cell Row (1 based).
col Int32 Cell Column (1 based)
ref XF Int32 The resulting XF for the cell.
ref aColor TUIColor Resulting color of the string. If for example you define red for negative numbers, and the result is red, this will be returned on aColor. If there is not color info on the format, it will remain unchanged.

Returns

A rich string with the cell value.

See also

ExcelFile.GetStringFromCell(Int32, Int32, Int32, Int32, TUIColor, Boolean)

This method will return a rich string that is formatted similar to the way Excel shows it. For example, if you have "1.0" on a cell, and the cell is formatted as exponential, this method will return "1.0e+1" It might also change the color depending on the value and format. (for example, red for negative numbers) Conditional formats are not applied, you need to call ConditionallyModifyFormat(TFlxFormat, Int32, Int32, Boolean, TDrawingConditionalFormat) to the cell style for that.

Syntax

Namespace: FlexCel.Core

public abstract TRichString GetStringFromCell(Int32 sheet, Int32 row, Int32 col, ref Int32 XF, ref TUIColor aColor, Boolean ignorePrintErrors)

Parameters

<-> Parameter Type Description
sheet Int32 Sheet where the cell is (1 based).
row Int32 Cell Row (1 based).
col Int32 Cell Column (1 based)
ref XF Int32 The resulting XF for the cell.
ref aColor TUIColor Resulting color of the string. If for example you define red for negative numbers, and the result is red, this will be returned on aColor. If there is not color info on the format, it will remain unchanged.
ignorePrintErrors Boolean If true, the string for an error like #DIV/0 will always by #DIV/0 instead of using the value of PrintErrors. Set it to true when the value is not for printing it.

Returns

A rich string with the cell value.

See also