XML to Java Converter

Generate Java POJO classes from XML samples when you need readable XML binding models for services, Android clients, or legacy integrations.

How to use

  1. Paste a representative XML document that mirrors the partner payload, feed, or response your Java code actually consumes.
  2. Review the generated POJO classes for nested elements, repeated nodes, and XML-derived child types.
  3. Copy the output into your project and add JAXB, Jackson XML, or app-specific binding annotations where production code needs them.

Benefits

  • Produces serializer-agnostic Java POJOs that are easier to adapt than hand-written XML DTO scaffolding.
  • Keeps nested XML payloads readable for backend services, Android code, and integration layers.
  • Helps teams map legacy XML contracts into typed Java transport models before domain-specific cleanup.

Best use cases

  • Java services integrating with partner XML APIs, SOAP-style payloads, or scheduled feed imports.
  • Android projects that still receive XML-backed transport data from legacy services.
  • Teams generating a first-pass XML model layer before adding serializer-specific annotations.

XML Java tips

  • Treat the generated classes as transport scaffolding and add XML binding annotations only after reviewing how the real parser maps elements and attributes.
  • Review collection fields and optional children carefully when XML payloads vary across partners or environments.
  • Keep generated POJOs separate from richer domain models when business rules diverge from the raw XML shape.

Implementation tips

  • Align field naming with your serializer strategy before production use.
  • Review primitive vs boxed types when nullability matters.
  • Group generated models in a dedicated package for maintainability.

Sample XML

<user>
  <id>101</id>
  <name>Ada Lovelace</name>
  <active>true</active>
  <roles>
    <role>admin</role>
    <role>editor</role>
  </roles>
  <profile>
    <email>ada@example.com</email>
    <score>9.8</score>
  </profile>
</user>

Sample output

public class UserModel {
  @JsonProperty("id")
  public Integer id;
  @JsonProperty("name")
  public String name;
  @JsonProperty("active")
  public Boolean active;
}

FAQ

Why use XML to Java instead of the JSON to Java route?

Choose XML to Java when the source payload is XML and the generated classes need to reflect repeated nodes, nested elements, and attribute-driven structure rather than JSON objects and arrays.

Does this route support nested XML documents?

Yes. Nested elements become child Java classes, and repeated XML nodes are inferred into collection fields based on the parsed XML sample.