lionxStorage is a Javascript and React library that provides a unified interface for storing and retrieving data using various storage mechanisms such as localStorage, sessionStorage, cookies, and indexedDB. It is designed to work seamlessly in both Javascript and React environments.
See the examples folder for more examples
You can install lionxStorage via npm:
npm install lionxstorage --saveor To use lionxStorage in HTML, just drop a single Javascript file into your page:
<script src="https://cdn.jsdelivr.net/npm/lionxstorage@latest/dist/lionxstorage.js"></script>
<script>
// Create an instance with the desired storage type
const storeData = new lionxStorage('localStorage');
storeData.set('key', 'value');
// Get data
console.log( storeData.get('key') ); // Output: 'value'
</script>lionxStorage simplifies data management with a consistent API across various storage types. Use storeData.set to store data, storeData.get to retrieve it, storeData.update to modify, and storeData.remove to delete. This uniform API design, applicable to different storage types, promotes ease of use and ensures a hassle-free experience for developers.
Here is a list of lionxStorage API interfaces along with their respective arguments and detailed explanations.
- Sets a key-value pair in the storage
-
key: string[Required] The unique identifier (string) under which the value will be stored. -
value: string|Date|Number|Object|Boolean|Null[Required] The data of any type that you want to associate with the key. -
options: Object[optional] Additional options for storage (e.g., expiration, path for cookies).
-
- Retrieves the value associated with the specified key.
-
key: string: The unique identifier (string) for which the associated value will be retrieved.
-
- Updates the value associated with the specified key.
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key: string[Required] The unique identifier (string) of the data to be updated. -
value: string|Date|Number|Object|Boolean|Null[Required] The new data of any type that will replace the existing value.
-
- Removes the data associated with the specified key.
-
key: string[Required] The unique identifier (string) for which the associated data will be removed.
-
import React from 'react';
import lionxStorage from 'lionxstorage';
const ExampleComponent = () => {
// Create an instance with the desired storage type
const storeData = new lionxStorage('localStorage');
// Set data
storeData.set('user', { name: "john" });
// Get data
const storedValue = storeData.get('user');
return (
<div>
<p>Stored Value: {storedValue.name}</p>
</div>
);
};Each storage type serves specific purposes, and choosing the right one depends on factors like data size, persistence requirements, and the need for advanced querying capabilities. Consider the characteristics of each storage type to make informed decisions based on your application's requirements.
Description : Provides persistent storage with a capacity of approximately 5 MB, allowing data to persist across browser sessions.
Use Case : Ideal for storing critical data that needs to persistently survive browser closures, such as user preferences, settings, or cached data for quicker page loading.
// Example usage for localStorage
const localStorageSDK = new lionxStorage("localStorage");
localStorageSDK.set("user", { id: 1, name: "John" });
console.log(localStorageSDK.get("user"));
localStorageSDK.update("user", { id: 1, name: "John Doe" });
console.log(localStorageSDK.get("user"));
localStorageSDK.remove("user");
console.log(localStorageSDK.get("user"));Description : Similar to localStorage, but data is cleared when the session ends, offering a temporary solution for session-specific information.
Use Case : Suitable for scenarios where data needs to be retained only during the current session, ensuring privacy and cleanliness after the user logs out or closes the tab.
// Example usage for sessionStorage
const sessionStorageSDK = new lionxStorage("sessionStorage");
sessionStorageSDK.set("user", { id: 1, name: "John" });
console.log(sessionStorageSDK.get("user"));
sessionStorageSDK.update("user", { id: 1, name: "John Doe" });
console.log(sessionStorageSDK.get("user"));
sessionStorageSDK.remove("user");
console.log(sessionStorageSDK.get("user"));Description : Stores data using browser cookies, making it available for each HTTP request sent to the server.
Use Case : Used for managing user authentication tokens, tracking user behavior, or maintaining small pieces of state information across requests, providing a reliable method for client-server communication.
// Example usage for cookies
const cookiesSDK = new lionxStorage("cookies");
cookiesSDK.set("user", { id: 1, name: "John" });
console.log(cookiesSDK.get("user"));
cookiesSDK.update("user", { id: 1, name: "John Doe" });
console.log(cookiesSDK.get("user"));
cookiesSDK.remove("user");
console.log(cookiesSDK.get("user"));Description : Asynchronous storage with a larger capacity and more complex querying capabilities, designed for advanced data manipulation.
Use Case : Suited for applications requiring advanced querying, indexing, and offline data storage. Ideal for complex web applications, data-intensive projects, or scenarios where structured data needs efficient management.
When utilizing indexedDB with lionxStorage, there are additional parameters and initialization steps to consider for a seamless experience.
// Create an instance of lionxStorage for indexedDB
const indexedDB = new lionxStorage("indexedDB", "my_database", 1);
// Initialize the indexedDB store, specifying the object store names in an array
indexedDB.init(["user_data_store"]);- Description: To begin using indexedDB with lionxStorage, create an instance with the desired database name, object store name, and version. The init method is then used to initialize the specified object stores, allowing seamless data operations.
// Example usage for IndexedDB
const indexedDBSDK = new lionxStorage("indexedDB", "userData", 1);
async function indexedDBStorage() {
try {
indexedDBSDK.init(["user", "fruits"]); // here we can pass multiple stores names to create all at once
// Operations performing on "USER" store
indexedDBSDK.set("user", { id: 1, name: "John" });
console.log(await indexedDBSDK.get("user"));
indexedDBSDK.update("user", { id: 1, name: "John Deo" });
console.log(await indexedDBSDK.get("user"));
indexedDBSDK.remove("user", 1); // pass the id: value
console.log(await indexedDBSDK.get("user"));
// Operations performing on "FRUITS" store
indexedDBSDK.set("fruits", { id: 123, name: "Apple", price: 200 });
indexedDBSDK.set("fruits", { id: 124, name: "Banana", price: 100 });
indexedDBSDK.set("fruits", { id: 125, name: "Cherry", price: 150 });
console.log(await indexedDBSDK.get("fruits"));
indexedDBSDK.update("fruits", { id: 123, price: 250 });
console.log(await indexedDBSDK.get("fruits"));
indexedDBSDK.remove("fruits", 123); // pass the id: value
console.log(await indexedDBSDK.get("fruits"));
} catch (error) {
console.log("IndexedDB caught error : ", error);
}
}
indexedDBStorage();-
NOTE: For indexedDB, always provide a unique ID when creating data; this ID serves as the key for data retrieval, updates, and deletions. For eg:
{ id: 123, ...}
Lost? Need help? Try the lionxStorage API documentation
If you're facing challenges or wish to contribute to lionxStorage, check the existing issues to see if your concern has been addressed. If not, please open a new issue to seek help or share your insights. Your contributions and feedback are valued!
lionxStorage is designed to be framework-agnostic, making it suitable for integration with various frontend frameworks and libraries. Whether you are working with React, Angular, Vue, Next.js, NuxtJs, Svelte, Remix or any other frontend framework, lionxStorage provides a consistent and easy-to-use interface for local data storage.
Its simplicity and flexibility make it adaptable to the specific requirements of different projects and development environments.
lionxStorage is licensed under the MIT License - see the LICENSE. file for details.
Copyright (c) 2024 Vivek Mengu (Contributors).