You can use Python Script to initialise your SQLite DB. SQLite shell can also be terminated using “.exit” command – sqlite> You can terminate the sqlite3 program by typing your system End-Of-File character (usually a Control-D). You can list the Table data using following query – SELECT * FROM Įxample: sqlite> drop table if exists sensors Sqlite> insert into sensors (sensor_ID, sensor_Name) values (2,"Temperature") ) Įxample: sqlite> insert into sensors (sensor_ID, sensor_Name) values (1,"Light Sensor") You can insert Data into your table using following command – INSERT INTO (. ) Įxample: sqlite> create table sensors (sensor_ID integer, sensor_Name text) You can create DB Table using following command – CREATE TABLE (. You can create SQLite DB from Raspbian CLI interface using following command – sqlite3 With this, you have SQLite installed on your Raspberry Pi and its ready for use.
SETUP SQLITE BROWSER UBUNTU INSTALL
Install SQLite3 using following command – sudo apt-get install sqlite3 Upgrade Raspberry Pi Packages – sudo apt-get upgrade 2.
SETUP SQLITE BROWSER UBUNTU UPDATE
Update Raspberry Pi packages – sudo apt-get update Update and Upgrade Raspberry Pi packages: So let’s explore how to install and use SQLite on Raspberry Pi – 1. On top of this, it is free for use for any purpose. SQLite suits well for IoT Devices as it is self-contained, serverless, and requires no configuration. It doesn’t require a separate server process and allows accessing the database using a nonstandard variant of the SQL query language.
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