| X'01' |
X'01' |
Present the bar code without a generated check digit. |
| X'02' |
X'01' |
Generate a check digit and present it with the bar code. |
| X'01' |
X'02' |
Present the bar code without check digits generated by the printer. |
| X'02' |
X'02' |
Present the bar code with generated modulo-10 check digit. This check digit is the
second check digit; the first check digit is the last byte of the BSA data. |
| X'03' |
X'02' |
Present the barcode with two check digits. Both check digits are generated using the
modulo-10 algorithm. |
| X'05' |
X'02' |
Present the barcode with two check digits. The first check digit is generated using
the modulo-11 algorithm; the second using the modulo-10 algorithm. The first check
digit equals the remainder; exception condition EC-0E00 exists if the first check-digit
calculation results in a value of 10. |
| X'00' |
X'08' |
Present an EAN-8 barcode symbol. The input data consists of seven digits: two flag
digits and five article digits. All seven digits are encoded along with a generated
check digit. |
| X'00' |
X'09' |
Present an EAN-13 barcode symbol. The input data consists of twelve digits: two flag
digits and ten article digits, in that order. The first flag digit is not encoded.
The second flag digit, the article number digits, and generated check digits are encoded.
The first flag digit is presented in HRI form at the bottom of the left quiet zone.
The first flag digit governs the A and B number-set pattern of the barcode and space
coding of the six digits to the left of the symbol center pattern. |
| X'01' |
|
Present the bar code without a generated check digit. In sequence, the input data
consists of a start character, digits to be encoded, and a stop character. |
| X'02' |
X'0C' |
Generate a check digit and present it with the bar code. In sequence, the input data
consists of a start character, digits to be encoded, and a stop character. |
| X'02' |
X'11' |
Generate a Code 128 symbol using subset A, B, or C as appropriate, to produce the
shortest possible bar code from the given data. The Code 128 code page is used to
interpret the bar code symbol data. Generate a check digit and present it with the
data. |
| X'00' |
X'18' |
Present the ZIP code as 5 digits. |
| X'01' |
X'18' |
Present the ZIP code as 9 digits. |
| X'00' |
X'1E' |
Present a full PDF417 bar code symbol. |
| X'01' |
X'1E' |
Present a truncated PDF417 bar code symbol, for use in a relatively clean environment
in which damage to the symbol is unlikely. This version omits the right row indicator
and simplifies the stop pattern into a single module width bar. |
| X'00' |
X'21' |
Present a Code 93 bar code symbol. The linear bar code symbology is similar to Code
39, but more compact than Code 39. Code 93 bar code symbols are made up of a series
of characters, each of which is represented by 9 modules arranged into 3 bars with
their adjacent spaces. The bars and spaces vary between 1 module wide and 4 modules
wide. |
| X'00' |
X'1C' |
Present a Data Matrix Bar Code symbol using Error Checking and Correcting (ECC) algorithm
200. |
| X'02' |
X'20' |
Present a Model 2 QR Code Bar Code symbol. |