makVrf::DtOctalValidator Class Reference

Validator which will validate and return octal values that can be used for mode code IFF validation. More...

Inheritance diagram for makVrf::DtOctalValidator:

Public Member Functions
	DtOctalValidator (QObject *parent)
virtual	~DtOctalValidator ()
virtual State	validate (QString &, int &) const
	Makes sure that each digit is b/t 0 and 7 (and an integer)
virtual int	pack (const QString &) const
	Packs the given integer value into expected IFF octal representation and returns the packed value.
virtual QString	unpack (int, int digits=4) const
	Opposite of pack.

Detailed Description

Validator which will validate and return octal values that can be used for mode code IFF validation.

Constructor & Destructor Documentation

makVrf::DtOctalValidator::DtOctalValidator

(

QObject *

parent

)

virtual makVrf::DtOctalValidator::~DtOctalValidator ( )

virtual

Member Function Documentation

virtual State makVrf::DtOctalValidator::validate ( QString &  , int &    ) const

virtual

Makes sure that each digit is b/t 0 and 7 (and an integer)

virtual int makVrf::DtOctalValidator::pack ( const QString &  ) const

virtual

Packs the given integer value into expected IFF octal representation and returns the packed value.

The packing goes in reverse order according to the spec so, for example, if the number is 2376, it would be packed 6732 using 3 bits for each element

virtual QString makVrf::DtOctalValidator::unpack ( int  , int  digits = 4  ) const

virtual

Opposite of pack.

Takes an integer and unpacks it to the correct octal representation as entered above. Since IFF uses (at the most) 4 values (12 bits), this will only decode the first 12 bits. Pass in the number of digits to unpack (default is 4)

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The documentation for this class was generated from the following file:

• /exports/nfedora7-1/nightly/docs/vrforcesDevelopment.vrf4-3-branch/include/vrfGuiCoreQt/setIffDialog.h