![]() To get the debug address URL from your code, just call the below method: That's it, run your application and you will see an entry like below in the logcat(when you choose the debug option): Library in your application, all you need to do is just add the below dependency in your app'sĭebugImplementation ':debug-db:1.0.6' So, you are done with the prerequisite part, let's see how to use the Android Debug library in your application. Note: If you want to use a different port other than 8080, then in the app's adle file, do the following change under buildType: If you are using your mobile over USB, then run the following command in the terminal: Your Android phone and laptop should be connected to the same Network (Wifi or LAN). In your application, there are some prerequisites that you need to do before using the library: Sounds interesting? Let's see how to use this in your application. The best part of using this library is, all these features work without rooting your device. Run any SQL query on the given database to update and delete your data.ĭirectly add a key-value in the shared preferences.ĭelete database rows and shared preferences. See all the data in the shared preferences used in your application. ) that will help you in debugging your SQLite databases and your shared preferences in the easiest possible way. ![]() What if someone says that you can perform all the above operations just by clicking some buttons? Yes, you heard it right. So, how to access the SQLite database in Android for debugging? How to see the schema of the table that you have created for your application? Can you change the data of your SQLite table from your PC? Can you add/edit/delete some records from the table and that too with the help of a simple Add or Edit or Delete button? But the biggest problem that we all must have faced is debugging the SQLite Database and we all know that debugging our application is an important part of the Android development. Now let’s see how we can create the above table in our SQLite database.As an Android developer, we all must have used the SQLite database for storing some data on our local device i.e.(If you are confused don’t worry we will see now how do we create tables in database using SQL). Also, remember one thing whenever you create a table create a column named id with int as PRIMARY KEY and AUTOINCREMENT. Now we have only a single table, but in real-world scenarios, you will have multiple tables with some complex relationships.So for this, I will use the following table structure. But here we are not building an application, and it is only an example demonstrating the use of SQLite Database. We create database structure according to the system. The first thing needed is the database structure.Once your project is loaded, we can start working on it. ![]() For this example, I have a new project named SQLiteCRUDExample. As always we will create a new Android Studio Project.Before moving ahead on this tutorial if you want to know what we will be building, you can get the final apk of this tutorial from the link given below.Īndroid SQLite Database Example App Apk Download Android SQLite Database Example Creating a new Android Studio Project.What is CRUD?Īs the heading tells you here, we are going to learn the CRUD operation in SQLite Database.īut what is CRUD? CRUD is nothing but an abbreviation for the basic operations that we perform in any database. If you are going through this post, then you must know the Basics of SQL. We are not going in depth of what is an SQL database and how to work in SQL database. The tables are the structure of storing data consisting of rows and columns. So in SQL database, we store data in tables. I am assuming here that you are familiar with SQL databases. 5 Android SQLite Database Example Source Code.4.1 Creating a new Android Studio Project.3 Android SQLite Database Example App Apk.
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