Table of Contents

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  1. Preface
  2. Transformations
  3. Source transformation
  4. Target transformation
  5. Access Policy transformation
  6. B2B transformation
  7. Aggregator transformation
  8. Cleanse transformation
  9. Data Masking transformation
  10. Data Services transformation
  11. Deduplicate transformation
  12. Expression transformation
  13. Filter transformation
  14. Hierarchy Builder transformation
  15. Hierarchy Parser transformation
  16. Hierarchy Processor transformation
  17. Input transformation
  18. Java transformation
  19. Java transformation API reference
  20. Joiner transformation
  21. Labeler transformation
  22. Lookup transformation
  23. Machine Learning transformation
  24. Mapplet transformation
  25. Normalizer transformation
  26. Output transformation
  27. Parse transformation
  28. Python transformation
  29. Rank transformation
  30. Router transformation
  31. Rule Specification transformation
  32. Sequence Generator transformation
  33. Sorter transformation
  34. SQL transformation
  35. Structure Parser transformation
  36. Transaction Control transformation
  37. Union transformation
  38. Velocity transformation
  39. Verifier transformation
  40. Web Services transformation

Transformations

Transformations

Defining a Java transformation

Defining a Java transformation

To define a Java transformation, configure the transformation fields and properties, enter Java code snippets on the
Java
tab, and compile the code.
If you use third-party or custom Java packages, before you create a Java transformation, configure the classpaths to use when you compile the code and when you run the mapping that contains the transformation.
  1. In the Mapping Designer, drag a Java transformation from the transformations palette onto the canvas and connect it to the upstream and downstream transformations.
  2. Configure incoming field rules and output fields for the transformation.
  3. Configure the transformation properties.
  4. Write the Java code snippets that define the transformation functionality.
  5. Compile the code.
  6. Locate and fix compilation errors.

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