![]() Now, you can run and use your SQLite database with Spring Boot. If you don’t have the file (at the project’s root), it will be automatically created. In the 4th line, mydb.sqlite is the name of the SQLite file. Now, open application.properties and add these lines: -platform = -auto = update = jdbc:sqlite:mydb.sqlite -class-name = admin = admin The first library is the SQLite JDBC driver and the second one is the SQLiteDialect for Hibernate. I assumed you already know how to create a starter project using Spring Initializer.įirst, add these two libraries in the : implementation("org.xerial:sqlite-jdbc:3.32.3.2") implementation(":sqlite-dialect:0.1.0") Then after some trial and error (and success), I want to write it down, hopefully, this helps someone (at least myself in the future). ![]() You can convert boolean to int in this way: int flag (boolValue) 1 : 0 You can convert int back to boolean as follows: // Select COLUMNNAME values from db. Instead, Boolean values are stored as integers 0 (false) and 1 (true). You have to work with cursors, iterate over them row by. SQLite Boolean Datatype: SQLite does not have a separate Boolean storage class. However, doing it in a raw manner is very time-consuming and eats up a lot of development and testing time. It is an open source SQL database and is widely used in Android apps. The Spring initializer doesn’t have an SQLite plugin to be added & there are so few tutorials on setting up the SQLite with Spring Boot (+ Kotlin). Android comes with a built-in SQLite database. ![]() ![]() Then I decided to use SQLite, but wow, it’s not as simple as it sounds. One thing that bothers me is the author uses PostgreSQL for the database, and I thought that it was too much for a simple (and my first try) project to use Postgre. So, today I decided to try a tutorial on Spring Boot with Kotlin (& Gradle).
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