Class BarcodeFormatMsiPlesseyConfiguration

    • Constructor Detail

      • BarcodeFormatMsiPlesseyConfiguration

        BarcodeFormatMsiPlesseyConfiguration(Map<String, Object> source)
      • BarcodeFormatMsiPlesseyConfiguration

        BarcodeFormatMsiPlesseyConfiguration(JSONObject json)
    • Method Detail

      • getRegexFilter

         String getRegexFilter()

        Regular expression filter for barcode text. If the barcode text does not match the regular expression, it will not be scanned. The default is an empty string (setting is turned off).

        Default is ""

      • setRegexFilter

         Unit setRegexFilter(String regexFilter)

        Regular expression filter for barcode text. If the barcode text does not match the regular expression, it will not be scanned. The default is an empty string (setting is turned off).

        Default is ""

      • getMinimumSizeScore

         Double getMinimumSizeScore()

        Minimum acceptable value of a result BarcodeItem's sizeScore (between 0 and 1). Barcodes with a sizeScore less than this value will not be scanned. When set to 0, barcodes are returned no matter what their size is.

        Default is 0

      • setMinimumSizeScore

         Unit setMinimumSizeScore(Double minimumSizeScore)

        Minimum acceptable value of a result BarcodeItem's sizeScore (between 0 and 1). Barcodes with a sizeScore less than this value will not be scanned. When set to 0, barcodes are returned no matter what their size is.

        Default is 0

      • getAddAdditionalQuietZone

         Boolean getAddAdditionalQuietZone()

        If true, we process the barcode scanning with an artificial quiet zone that we add to the input image. This flag should be used to scan sharp crops of a barcode in single-shot mode.

        Default is false

      • setAddAdditionalQuietZone

         Unit setAddAdditionalQuietZone(Boolean addAdditionalQuietZone)

        If true, we process the barcode scanning with an artificial quiet zone that we add to the input image. This flag should be used to scan sharp crops of a barcode in single-shot mode.

        Default is false

      • getMinimum1DQuietZoneSize

         Integer getMinimum1DQuietZoneSize()

        Minimum quiet zone size on the left and right sides of a 1D barcode, measured in number of modules. The quiet zone is only for 1D barcodes with weak start/stop patterns, i.e. Iata2Of5, Industrial2Of5, Code25, Itf, Codabar, MsiPlessey, and Code11.

        Default is 6

      • setMinimum1DQuietZoneSize

         Unit setMinimum1DQuietZoneSize(Integer minimum1DQuietZoneSize)

        Minimum quiet zone size on the left and right sides of a 1D barcode, measured in number of modules. The quiet zone is only for 1D barcodes with weak start/stop patterns, i.e. Iata2Of5, Industrial2Of5, Code25, Itf, Codabar, MsiPlessey, and Code11.

        Default is 6

      • setStripCheckDigits

         final Unit setStripCheckDigits(Boolean stripCheckDigits)

        If true, the check digits are stripped from the result.

        Default is false

      • getMinimumTextLength

         final Integer getMinimumTextLength()

        Minimum text length. Applied only to linear barcode formats that allow variable length.

        Default is 1

      • setMinimumTextLength

         final Unit setMinimumTextLength(Integer minimumTextLength)

        Minimum text length. Applied only to linear barcode formats that allow variable length.

        Default is 1

      • getMaximumTextLength

         final Integer getMaximumTextLength()

        Maximum text length. 0 implies no maximum. Applied only to linear barcode formats that allow variable length.

        Default is 0

      • setMaximumTextLength

         final Unit setMaximumTextLength(Integer maximumTextLength)

        Maximum text length. 0 implies no maximum. Applied only to linear barcode formats that allow variable length.

        Default is 0

      • getChecksumAlgorithms

         final List<MsiPlesseyChecksumAlgorithm> getChecksumAlgorithms()

        List of MSI Plessey checksum algorithms to apply during scanning. A barcode is considered valid if it passes any of the checksum algorithms in the list. If the list is empty, no checksum validation is performed.

      • setChecksumAlgorithms

         final Unit setChecksumAlgorithms(List<MsiPlesseyChecksumAlgorithm> checksumAlgorithms)

        List of MSI Plessey checksum algorithms to apply during scanning. A barcode is considered valid if it passes any of the checksum algorithms in the list. If the list is empty, no checksum validation is performed.