![]() If you want to know more about how to keep a persistent state in your Tauri apps, check What you need to know about persistent state in Tauri apps from Aptabase where they explain multiple other options and the pros. Now you are ready to interact with your local SQLite database! to_string ( ) + "/.config/orion/database.sqlite" unwrap ( ) įs :: File :: create ( db_path ). unwrap ( ) įs :: create_dir_all ( db_dir ). Use diesel :: sqlite :: SqliteConnection To integrate the SQLite database into Tauri, we need to call the init() function in our main function. Then, it converts the path to a string using to_str() and concatenates the string with "/.config/orion/database.sqlite" to get the full path of the database file. It starts by getting the home directory of the user (using the home_dir() function from the dirs module). The get_db_path() function returns the path where the database file should be located. It does this by calling get_db_path() to get the path of the database file and checking if the file exists using the exists() method of the Path struct. The db_file_exists() function checks whether the database file exists or not. Finally, it creates the database file using the File::create() function from the fs module. If the parent directory doesn't exist, it creates it using the create_dir_all() function from the fsmodule. Then, it retrieves the parent directory of the database file path (using the parent() method of the Path struct). It starts by getting the path where the database file should be located (by calling get_db_path()). The create_db_file() function is responsible for creating the database file. It does this by calling the db_file_exists()function and if it returns false, it calls create_db_file(). The init() function checks if a database file exists and creates one if it does not. To handle the creation and management of the database, we'll create a db.rs file with the following functions: In our case, we've chosen to store it in the ~/.config/orion/ directory. The first step is to define where you want to store your database file. We will walk you through the steps involved in setting up the database and provide tips for overcoming any potential challenges. In this article, we will explain how to integrate a SQLite database into Tauri, the framework that powers Orion. This database offers faster access to data and better performance, making it an ideal choice for Orion. One of Orion's key features is its local SQLite database, which stores the chat history for each assistant and allows you to easily organize your conversations by assistant. With Orion, you can create assistants that are capable of helping you with anything you need, based on the goals you've defined for them. Orion is a desktop app that offers users the ability to create multiple assistants with specific goals, powered by chatGPT technology.ĬhatGPT is a natural language processing model that enables computers to understand and respond to human language. It follows a similar pattern as Retrieve ( -get) but using db.Digital assistants are becoming increasingly popular as people seek more efficient ways to manage their tasks and streamline their daily routines. And when I’m inserting records, the first format in the list will be used to transform my time.Time to a database string. So, that list of priority order formats drives the conversion process.Īs long as my dates strings are in one of these formats, they will get correctly converted when I read them out. ![]() I need to install SQLite3 and SQLite-utils:įunc (c *Activities) Retrieve(id int) (api.Activity, error) The first thing I need is to set up my dev environment. it’s the type of feature that is simple to do with a SQL backend. And once I have that, I’ll add the -list command to my command line client and add an end point for it. My plan is to add SQLite persistence to the backend service so that my workouts aren’t lost if the service goes down. ![]() I’m going to be using sqlite3, but I’ll add lots of headings, so you can skip ahead if sqlite is not your thing. If you’re curious about the basics of storing persistent data into a SQL database using Golang, this tutorial will be helpful for you. Last time I made a command-line client to connect to the JSON Service, but today is all about database persistence using database/sql. I’m an experienced developer, learning Golang by building an activity tracker. So if you’re interested in a simpler way to build then check us out. Earthly is open-source and written in go. We make building software simpler and therefore faster.
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