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FrontQL

Guides Demos API GitHub

The reactive data store for local-first apps.

Build blisteringly fast web apps that work both online and offline. Manage your
state locally, synchronize it to the cloud when you need to, or even make it
collaborative. But, most importantly... have fun building stuff again!

NEW! v-3.0 release

Get Started
Try the demos
Read the Docs

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Manage key-value data, tabular data - or both - with optional schematization to
model your app's data structures.

Flexibly reactive to reconciled updates, so you only spend rendering cycles on
things that change.

Powerful query engine to select, join, filter, group, sort and paginate data -
reactively - and without SQL.

Built-in indexing, metric aggregation, tabular relationships - and even an undo
stack for your app state.

Manage key-value data, tabular data - or both - with optional schematization to
model your app's data structures.

Flexibly reactive to reconciled updates, so you only spend rendering cycles on
things that change.

Powerful query engine to select, join, filter, group, sort and paginate data -
reactively - and without SQL.

Built-in indexing, metric aggregation, tabular relationships - and even an undo
stack for your app state.

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FrontQL works great on its own, but also plays well with friends!

React

PartyKit

Expo SQLite

ElectricSQL

SQLite

Turso

PowerSync

IndexedDB

YJS

CR-SQLite

Automerge

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GET METHOD

The HTTP GET method retrieves a resource representation without modifying it. In
the example frontql.dev/products, it fetches information about users from the
server without altering their data. When a client sends a GET request to
"baseurl/users", the server returns a representation of the users' data, such as
their names, emails, or other details, depending on the implementation. This
method is commonly used in web applications to display user profiles, lists, or
any data stored in a structured format. It's an essential part of client-server
communication for accessing information while ensuring data integrity.




POST METHOD

The HTTP POST method creates a new resource on the server. In the example
"frontql.dev/products", sending a POST request with a body containing user data
like {name:"Rishav"} results in creating a new user entry with the name
"Rishav". This method allows clients to add data to the specified resource. The
server processes the request, validates the data, and stores it according to the
defined schema. POST requests are commonly used in web applications for user
registration, form submissions, or any scenario requiring the addition of new
data to a database or backend system.

POST(Multiple Insert) METHOD

The HTTP POST method, with multiple insert capability, allows creation of
several resources at once. For instance, posting to "frontql.dev/products" with
a body containing an array of user data like [{name:"Rishav"}, {name:"Rishi"}],
results in creating both "Rishav" and "Rishi" user entries. This method is
efficient for bulk data insertion. When using raw SQL, the server processes the
request, executing the provided query to insert multiple rows into the specified
table. It's a powerful feature for applications needing to handle large amounts
of data insertion in a single operation.




POST(RAW SQL) METHOD

The HTTP POST method with raw SQL allows executing custom SQL queries on the
server. For instance, posting to "frontql.dev/products" with a body containing
an array of SQL queries and optional parameters like [{sql:"SELECT * FROM
USERS"}, {sql:"INSERT INTO USERS(name) VALUES(?)", params:['Rishav']}], executes
these queries. This method is useful for applications requiring flexibility in
database operations. The server processes the request, executes the provided SQL
queries, and returns the results. It's commonly used in scenarios where ORM
(Object-Relational Mapping) or other abstractions aren't sufficient for complex
database interactions.

PUT METHOD

The HTTP PUT method updates an existing resource on the server. For example,
sending a PUT request to "frontql.dev/products" with a body containing updated
user data like {name:"Rishav"}, updates the user with ID 1 to have the name
"Rishav". This method is crucial for modifying specific resource attributes. The
server processes the request, validates the provided data, and applies the
changes to the specified resource. PUT requests are commonly used in RESTful
APIs to perform full updates to resources, ensuring consistency and accuracy in
data management operations..




PUT(Multiple Update) MEHTOD

The HTTP PUT method with multiple updates enables modifying multiple resources
simultaneously. For instance, a PUT request to "frontql.dev/products" with a
body containing an array of objects specifying resource IDs and updated field
data like [{id:1, name:"Rishav"}, {id:2, name:"Rishi"}], updates users with IDs
1 and 2 to have the names "Rishav" and "Rishi", respectively. This method
efficiently handles bulk updates, crucial for applications needing to modify
multiple resources in a single operation. The server processes the request,
validates the provided data, and applies the changes to the specified resources,
ensuring consistency across the system.

DELETE METHOD

The HTTP DELETE method removes a specific resource from the server. For example,
sending a DELETE request to "frontql.dev/products" would delete the user with
the corresponding ID from the system. This method is essential for managing data
by allowing the removal of individual resources. Upon receiving the request, the
server processes it and deletes the specified resource, ensuring data integrity
and maintaining system cleanliness. DELETE requests are commonly used in RESTful
APIs to enable clients to remove data entities when they are no longer needed or
relevant.



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Try the demos
Read the Docs

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