Without the parameters the routine will create a completely random, valid, Korean Social Security Number.These fields are optional, but if one is not present the others must not be present.Gender is a string surrounded by quotation marks that consists of an M or F character to represent male or female.BirthDate is a string that is surrounded by quotation marks, that signifies the specific birth date for the desired social security number in year, month, day format.FieldName is the desired name for the field.FIELD=(NATID, TYPE=ASCII, POSITION=1, SEPARATOR="\t") INCOLLECT=1 # Number of records to produce To create a computationally and structurally correct KSSN, the RowGen user can define a job script similar to this one: /INFILE=RowGen_KSSN_
The other fields can either be randomly generated, or randomly selected from real data, to provide realism and privacy together. Any number of records can be generated and sent to one or more output file or table targets in one or more (custom) formats, with or without other data fields.
Korean elsword software#
IRI has created new functions for its RowGen test data generation software product for those who wish to create valid or invalid KSSN values, and/or validate existing KSSN values. The final character is a calculated check character used to validate the KSSN.
Korean elsword serial number#
The 12th digit is a serial number based on the region and date of birth. The next four numbers signify the region where the person was born. The first six characters of the KSSN comprise the recipient’s date of birth, while the seventh digit specifies gender.
It contains 13 digits, and is in the following format: BBBBBB-GRRRRSC The Korean Social Security Number (KSSN) is similar to the United States Social Security Number (US SSN) in that it is used to identify a citizen in Korea. If you are interested in masking existing social security numbers for data privacy law compliance, see this article. If you are interested in US social security number test data generation, see this article. This article discusses the generation of computationally valid social security numbers for the purposes of testing applications specific to Korean business interests.
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