Migrating the MuleSoft MongoDB connector to Spring Boot

5 min read

The MuleSoft MongoDB connector maps onto Spring Data MongoDB. Operations become MongoTemplate calls or repository methods.

Operation mapping

•mongo:find-documents → mongoTemplate.find(query, type, collection)
•mongo:insert-document → mongoTemplate.insert(doc, collection)
•mongo:update-documents → mongoTemplate.updateMulti(query, update, collection)
•mongo:remove-documents → mongoTemplate.remove(query, collection)
•mongo:count-documents → mongoTemplate.count(query, collection)

Before and after

Mule (XML)

<mongo:find-documents config-ref="Mongo_Config" collectionName="orders"/>

Spring Boot (Java)

Query query = new Query(Criteria.where("status").is("OPEN"));
List<Document> docs = mongoTemplate.find(query, Document.class, "orders");

How the conversion is validated

MongoDB is verified against a real MongoDB instance in a container — the converted app queries the actual database and responses are compared field-by-field.

Prove it on your own code

Send us one Mule application and your Postman collection. We convert it and prove the Spring Boot output matches field-by-field — on-premise, inside your environment.

Start a Pilot See the Proof

Related guides

Migrating the MuleSoft Redis connector to Spring Boot

How the MuleSoft Redis connector (set, get, del, exists, publish) maps to Spring Data Redis (StringRedisTemplate), verified against a real Redis instance.

Migrating the MuleSoft Database connector to Spring Boot

How the MuleSoft Database connector (db:select, db:insert, db:update, db:delete, db:bulk-insert) maps to Spring Data / JdbcTemplate in Spring Boot, with a before-and-after example and how to validate parity.