[android] How do I view the SQLite database on an Android device?

I have a set of data in an SQLite database. I need to view the database on a device. How do I do that?

I have checked in ddms mode. The data in file explorer is empty.

Follow these steps

1>Download the *.jar file from here .

2>Put the *.jar file into the folder eclipse/dropins/ and Restart eclipse.

3>In the top right of eclipse, click the DDMS icon.

4>Select the proper emulator in the left panel.

5In the File Explorer tab on the main panel, go to /data/data/[YOUR.APP.NAMESPACE]/databases.

6>Underneath the DDMS icon, there should be a new blue icon of a Database light up when you select your database. Click it and you will see a Questoid Sqlite Manager tab open up to view your data.

*Note: If the database doesn't light up, it may be because your database doesn't have a *.db file extension. Be sure your database is called [DATABASE_NAME].db

*Note: if you want to use a DB without .db-Extension:

-Download this Questoid SqLiteBrowser: Download fro here.

-Unzip and put it into eclipse/dropins (not Plugins).

-Check this for more information Click here.

I found very simple library stetho to browse sqlite db of app in chrome, see

I have been using SQLite Database Browser to see the content SQLite DB in Android development. You have to pull the database file from the device first, then open it in SQLite DB Browser.

You can try SQLiteOnWeb. It manages your SQLite database in the browser.

First post (https://stackoverflow.com/a/21151598/4244605) does not working for me.

I wrote own script for get DB file from device. Without root. Working OK.

1. Copy script to directory with adb (e.g.:~/android-sdk/platform-tools).
2. Device have to be connected to PC.
3. Use ./getDB.sh -p <packageName> for get name of databases.

Usage: ./getDB.sh -p <packageName> -n <name of DB> -s <store in mobile device> for get DB file to this (where script is executed) directory.

I recommend you set filename of DB as *.sqlite and open it with Firefox addon: SQLite Manager.

(It's a long time, when i have written something in Bash. You can edit this code.)

#!/bin/sh
# Get DB from Android device.
#

Hoption=false
Poption=false
Noption=false
Soption=false
Parg=""
Narg=""
Sarg=""

#-----------------------FUNCTION--------------------------:
helpFunc(){ #help
echo "Get names of DB's files in your Android app.
Usage: ./getDB -h
       ./getDB -p packageName -n nameOfDB -s storagePath
Options:
   -h                                           Show help.
   -p packageName                               List of databases for package name.
   -p packageName -n nameOfDB -s storagePath    Save DB from device to this directory."
}


#--------------------------MAIN--------------------------:
while getopts 'p:n:s:h' options; do
    case $options in

        p) Poption=true
            Parg=$OPTARG;;

        n) Noption=true
            Narg=$OPTARG;;

        s) Soption=true
            Sarg=$OPTARG;;

        h) Hoption=true;;
    esac
done

#echo "-------------------------------------------------------
#Hoption: $Hoption
#Poption: $Poption
#Noption: $Noption
#Soption: $Soption
#Parg: $Parg
#Narg: $Narg
#Sarg: $Sarg
#-------------------------------------------------------"\\n
#echo $#    #count of params

if [ $Hoption = true ];then
    helpFunc
elif [ $# -eq 2 -a $Poption = true ];then #list
    ./adb -d shell run-as $Parg ls /data/data/$Parg/databases/
    exit 0
elif [ $# -eq 6 -a $Poption = true -a $Noption = true -a $Soption = true ];then #get DB file
    #Change permissions
    ./adb shell run-as $Parg chmod 777 /data/data/$Parg/databases/
    ./adb shell run-as $Parg chmod 777 /data/data/$Parg/databases/$Narg
    #Copy
    ./adb shell cp /data/data/$Parg/databases/$Narg $Sarg
    #Pull file to this machine
    ./adb pull $Sarg/$Narg
    exit 0
else
    echo "Wrong params or arguments. Use -h for help."
    exit 1;
fi

exit 0;

Here are step-by-step instructions (mostly taken from a combination of the other answers). This works even on devices that are not rooted.

1. Connect your device and launch the application in debug mode.

2. You may want to use adb -d shell "run-as com.yourpackge.name ls /data/data/com.yourpackge.name/databases/" to see what the database filename is.

Notice: com.yourpackge.name is your application package name. You can get it from the manifest file.

3. Copy the database file from your application folder to your SD card.

   adb -d shell "run-as com.yourpackge.name cat /data/data/com.yourpackge.name/databases/filename.sqlite > /sdcard/filename.sqlite"

Notice: filename.sqlite is your database name you used when you created the database

4. Pull the database files to your machine:

   adb pull /sdcard/filename.sqlite

This will copy the database from the SD card to the place where your ADB exist.

5. Install Firefox SQLite Manager: https://addons.mozilla.org/en-US/firefox/addon/sqlite-manager/

6. Open Firefox SQLite Manager (Tools->SQLite Manager) and open your database file from step 3 above.

7. Enjoy!

The best way I found so far is using the Android-Debug-Database tool.

Its incredibly simple to use and setup, just add the dependence and connect to the device database's interface via web. No need to root the phone or adding activities or whatsoever. Here are the steps:

STEP 1

Add the following dependency to your app's Gradle file and run the application.

debugCompile 'com.amitshekhar.android:debug-db:1.0.0'

STEP 2

Open your browser and visit your phone's IP address on port 8080. The URL should be like: http://YOUR_PHONE_IP_ADDRESS:8080. You will be presented with the following:

NOTE: You can also always get the debug address URL from your code by calling the method DebugDB.getAddressLog();

To get my phone's IP I currently use Ping Tools, but there are a lot of alternatives.

STEP 3

That's it!

More details in the official documentation: https://github.com/amitshekhariitbhu/Android-Debug-Database

Try AndroidDBvieweR!

• No need for your device to be ROOTED
• No need to import the database file of the application
• Few configurations and you are good to go!

UPDATE 2020

Database Inspector (for Android Studio version 4.1). Read the Medium article

For older versions of Android Studio I recommend these 3 options:

1. Facebook's open source [Stetho library] (http://facebook.github.io/stetho/). Taken from here

In build.gradle:

dependencies {
  // Stetho core
  compile 'com.facebook.stetho:stetho:1.5.1'        
  //If you want to add a network helper
  compile 'com.facebook.stetho:stetho-okhttp:1.5.1'
}

Initialize the library in the application object:

Stetho.initializeWithDefaults(this);

And you can view you database in Chrome from chrome://inspect

2. Another option is this plugin (not free)
3. And the last one is this free/open source library to see db contents in the browser https://github.com/amitshekhariitbhu/Android-Debug-Database

This works with Android 6.0 (debuggable apps at least):

adb shell "run-as your.package.name cp /data/data/your.package.name/databases/you-db-name  /sdcard/file_to_write"

Then you simply can view the DB with aSQLiteManager for instance.

step 1 Copy this class in your package

step 2 put the following code in your class which extends SQLiteOpenHelper.

 //-----------------for show databasae table----------------------------------------

public ArrayList<Cursor> getData(String Query)
{
    //get writable database
    SQLiteDatabase sqlDB =this.getWritableDatabase();
    String[] columns = new String[] { "mesage" };
    //an array list of cursor to save two cursors one has results from the query
    //other cursor stores error message if any errors are triggered
    ArrayList<Cursor> alc = new ArrayList<Cursor>(2);
    MatrixCursor Cursor2= new MatrixCursor(columns);
    alc.add(null);
    alc.add (null);


    try{
        String maxQuery = Query ;
        //execute the query results will be save in Cursor c
        Cursor c = sqlDB.rawQuery(maxQuery, null);

        //add value to cursor2
        Cursor2.addRow(new Object[] { "Success" });

        alc.set(1,Cursor2);
        if (null != c && c.getCount() > 0)
        {
            alc.set(0,c);
            c.moveToFirst();
            return alc ;
        }
        return alc;
    }
    catch(SQLException sqlEx)
    {
        Log.d("printing exception", sqlEx.getMessage());
        //if any exceptions are triggered save the error message to cursor an return the arraylist
        Cursor2.addRow(new Object[] { ""+sqlEx.getMessage() });
        alc.set(1,Cursor2);
        return alc;
    }
    catch(Exception ex)
    {
        Log.d("printing exception",ex.getMessage());
        //if any exceptions are triggered save the error message to cursor an return the arraylist
        Cursor2.addRow(new Object[] { ""+ex.getMessage() });
        alc.set(1,Cursor2);
        return alc;
    }
}

step 3 register in manifest

<activity
        android:name=".database.AndroidDatabaseManager"
        android:screenOrientation="portrait"
        android:theme="@style/AppTheme.NoActionBar"/>

step 4

Intent i = new Intent(this, AndroidDatabaseManager.class);
startActivity(i);

Although this doesn't view the database on your device directly, I've published a simple shell script for dumping databases to your local machine:

https://github.com/Pixplicity/dbdump

It performs two distinct methods described here:

1. First, it tries to make the file accessible for other users, and attempting to pull it from the device.
2. If that fails, it streams the contents of the file over the terminal to the local machine. It performs an additional trick to remove \r characters that some devices output to the shell.

From here you can use a variety of CLI or GUI SQLite applications, such as sqlite3 or sqlitebrowser, to browse the contents of the database.

You can do this:

1. adb shell
2. cd /go/to/databases
3. sqlite3 database.db
4. In the sqlite> prompt, type .tables. This will give you all the tables in the database.db file.
5. select * from table1;

The best way to view and manage your Android app database is to use the library DatabaseManager_For_Android.

It's a single Java activity file; just add it to your source folder. You can view the tables in your app database, update, delete, insert rows to you table. Everything from inside your app.

When the development is done remove the Java file from your src folder. That's it.

You can view the 5 minute demo, Database Manager for Android SQLite Database .

There is TKlerx's Android SQLite browser for Eclipse, and it's fully functional alongside Android Studio. I'll recommend it, because it is immensely practical.

To install it on Device Monitor, just place the JAR file in [Path to Android SDK folder]/sdk/tools/lib/monitor-[...]/plugins.

try facebook Stetho.

Stetho is a debug bridge for Android applications, enabling the powerful Chrome Developer Tools and much more.

https://github.com/facebook/stetho

Using file explorer, you can locate your database file like this:

data-->data-->your.package.name-->databases--->yourdbfile.db

Then you can use any SQLite fronted to explore your database. I use the SQLite Manager Firefox addon. It's nice, small, and fast.

If you are using a real device, and it is not rooted, then it is not possible to see your database in FileExplorer, because, due to some security reason, that folder is locked in the Android system. And if you are using it in an emulator you will find it in FileExplorer, /data/data/your package name/databases/yourdatabse.db.

Hope this helps you

Using Terminal First point your location where andriod sdk is loacted

eg: C:\Users\AppData\Local\Android\sdk\platform-tools>

then check the list of devices attached Using

 adb devices

and then run this command to copy the file from device to your system

adb -s YOUR_DEVICE_ID shell run-as YOUR_PACKAGE_NAME chmod -R 777 /data/data/YOUR_PACKAGE_NAME/databases && adb -s YOUR_DEVICE_ID shell "mkdir -p /sdcard/tempDB" && adb -s YOUR_DEVICE_ID shell "cp -r /data/data/YOUR_PACKAGE_NAME/databases/ /sdcard/tempDB/." && adb -s YOUR_DEVICE_ID pull sdcard/tempDB/ && adb -s YOUR_DEVICE_ID shell "rm -r /sdcard/tempDB/*"

You can find the database file in this path

 Android\sdk\platform-tools\tempDB\databases