Home Database Mysql Tutorial Why Does My Spring JPA Application Throw a 'No Dialect Mapping for JDBC type: 1111' Exception When Querying UUID Columns?

Why Does My Spring JPA Application Throw a 'No Dialect Mapping for JDBC type: 1111' Exception When Querying UUID Columns?

Dec 25, 2024 am 03:22 AM

Why Does My Spring JPA Application Throw a

No Dialect Mapping in JDBC for Type 1111: Resolving the Hibernate Exception

In the realm of Spring JPA Applications, utilizing MySQL as a database, an enigmatic exception has emerged, perplexing developers: "No Dialect mapping for JDBC type: 1111." This error occurs during the creation of the Hibernate SessionFactory, casting a shadow over the application's execution.

To unravel this conundrum, let's delve into the context of the exception. The developer has meticulously ensured the inclusion of all necessary libraries, including Spring JPA libraries, Hibernate, and mysql-connector-java. Additionally, their MySQL instance is version 5, and they have diligently configured their application.properties file as follows:

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spring.jpa.show-sql=false

spring.jpa.hibernate.ddl-auto=create-drop

spring.jpa.database-platform=org.hibernate.dialect.MySQL5Dialect

 

spring.datasource.url=jdbc:mysql://localhost/mydatabase

spring.datasource.username=myuser

spring.datasource.password=SUPERSECRET

spring.datasource.driverClassName=com.mysql.jdbc.Driver

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Intriguingly, the exception persists even after experimenting with variations of the dialect option.

The root of the issue lies not in the properties themselves but in a different aspect of the application. Upon further investigation, it was discovered that the query in question retrieved a column of type UUID. When modifying the query to return the UUID column as a varchar (e.g., "cast(columnName as varchar)"), the exception vanished.

Example:

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@Query(value = "SELECT Cast(stuid as varchar) id, SUM(marks) as marks FROM studs where group by stuid", nativeQuery = true)

List<Student> findMarkGroupByStuid();

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By casting the UUID column to a varchar, the application successfully bypassed the "No Dialect mapping for JDBC type: 1111" exception. This resolution underscores the importance of scrutinizing the nature of the data retrieved by queries and addressing any potential discrepancies between data types and dialect configurations to ensure seamless operation.

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