Output port that contains data that the Address Validator transformation cannot parse to an address data port.
The Address Validator transformation does not populate the Residue Unrecognized port under normal circumstances.
The transformation attempts to parse all input data to an output ports that are relevant to the address. The transformation takes into account the position of the data in the input address and whether any element is missing from the address.
If the Address Validator transformation finds duplicate or redundant data elements, it writes them to one of the residue ports. The port that the transformation uses for residue data depends on the mode that you set for the transformation:
Parsing mode. The Address Validator transformation writes duplicate or redundant data to the Residue port.
Batch, certified, suggestion list, or interactive mode. The Address Validator transformation writes duplicate or redundant data to the Residue Superfluous port as part of the validation process.
Residue Unrecognized Usage
Select Residue Unrecognized if your output address is missing one or more data elements and you selected all address ports that are relevant to the address structure.
Before you select Residue Unrecognized, select one or more Residue or Residue Superfluous output ports. The Address Validator transformation is likely to populate a Residue or Residue Superfluous port instead of a Residue Unrecognized port.
Select Residue if you configured the Address Validation transformation in parsing mode.
Select Residue Superfluous if you configured the Address Validation transformation in batch, certified, suggestion list, or interactive mode.
Consider the following guideline when you use Residue Unrecognized ports:
There are six Residue Unrecognized ports. You may need to select more than one Residue Unrecognized port if your data is highly complex.
Port Locations
The following table provides the location and default precision of ports Residue Unrecognized 1 through Residue Unrecognized 6: