Gasboy Voyager Special Card Handler - Manual (Page 14)

Configuration
Page 10 MDE-4410 Gasboy Voyager Special Card Handler Version 001 · June 2005
Table 3: Result Number Notes
Result 1 The encoded card ID represents the 8th through the 12th digits of the Voyager card. The
voyager.dta file will require six digits per record. The first digit is not used and normally set to
zero. The system lockout should be set to: Bit Mapped, six digits, on disk, max card 999999.
Running “unlock card;a” will set up the negative lockout file, meaning any manually entered ID
that matches a record in the file will result in the card's rejection.
Result 2 The encoded card ID represents the 8th through the 12th digits of the Voyager card. The
voyager.dta file will require six digits per record. The first digit is not used and normally set to
zero. The system lockout should be set to: Bit Mapped, six digits, on disk, max card 999999.
Running “lock card;a” will set up the positive lockout file, meaning any manually entered ID
that matches a record in the file will allow the card to be accepted.
Result 3 The voyager.dta file exists but there are no records in the file
~ OR ~
the file contains six-digit records, which will never match the card ID.
In effect, this method is only utilizing the system lockout file for manually prompted entries.
The system lockout should be set to: Bit Mapped, six digits, on disk, max card 999999.
Running “unlock card;a” will set up the negative lockout file, meaning any manually entered ID
that matches a record in the file will result in the card's rejection.
Result 4 The voyager.dta file exists but there are no records in the file
~ OR ~
the file contains six-digit records, which will never match the card ID.
In effect, this method is only utilizing the system lockout file for manually prompted entries.
The system lockout should be set to: Bit Mapped, five digits, on disk, max card 99999.
Running “lock card;a” will set up the positive lockout file, meaning any encoded card ID that
matches a record in the file will allow the card to be accepted.
Result 5 The manually-entered ID represents the 14th through the 19th digits of the Club card format.
The voyager.dta file will require six digits per record. All digits of the voyager.dta file will be
utilized. Load preceding zeros to fill in the extra digits. The system lockout should be set to:
Bit Mapped, 5 digits, on disk, max card 99999. Running “unlock card;a” will set up the
negative lockout file, meaning any encoded card ID that matches a record in the file will result
in the card's rejection.
Result 6 The manually-entered ID represents the 14th through the 19th digits of the Club card format.
The voyager.dta file will require six digits per record. All digits of the voyager.dta file will be
utilized. Load preceding zeros to fill in the extra digits. The system lockout should be set to:
Bit Mapped, 5 digits, on disk, max card 99999. Running “lock card;a” will set up the positive
lockout file, meaning any encoded card ID that matches a record in the file will allow the card
to be accepted.
Result 7 The voyager.dta file exists but there are no records in the file
~ OR ~
the file contains six-digit records, which will never match a manually entered number.
In effect this method is only utilizing the system lockout file for manually prompted entries. The
system lockout should be set to: Bit Mapped, 5 digits, on disk, max card 99999. Running lock
card;a will setup the positive lockout file, meaning any encoded card ID that matches a record
in the file will allow the card to be accepted.
Result 8 The voyager.dta file exists but there are no records in the file
~ OR ~
the file contains six-digit records, which will never match a manually-entered number.
In effect, this method is only utilizing the system lockout file for manually-prompted entries.
The system lockout should be set to: Bit Mapped, 6 digits, on disk, max card 999999.
Running “lock card;a” will setup the positive lockout file, meaning any manually entered ID that
matches a record in the file will allow the card to be accepted.