### Install RbxNet for TypeScript from GitHub

Source: https://rbxnet.australis.dev/docs/3.0/install

Installs the latest master build of RbxNet directly from its GitHub repository. This method is an alternative to using NPM.

```bash
npm install github:roblox-aurora/rbx-net
```

```typescript
import Net from "@rbxts/net";
```

--------------------------------

### RbxNet Installation

Source: https://rbxnet.australis.dev/docs/3.0/index

Instructions for installing RbxNet for both TypeScript and Luau environments. This guide helps developers set up the networking library in their Roblox projects.

```TypeScript
Install for TypeScript: https://rbxnet.australis.dev/docs/3.0/install
```

```Luau
Install for Luau: https://rbxnet.australis.dev/docs/3.0/install-luau
```

--------------------------------

### Install RbxNet via Studio (RBXMX)

Source: https://rbxnet.australis.dev/docs/3.0/install-luau

Instructions for installing RbxNet in Roblox Studio using an RBXMX model file. This involves downloading the file from the releases page and placing it in ReplicatedStorage.

```text
Download the appropriate .rbxmx file from the releases page.
Drag the file into Studio.
Ensure the library is under ReplicatedStorage.
```

--------------------------------

### RbxNet Installation for Luau

Source: https://rbxnet.australis.dev/docs/3.0/middleware/custom

Instructions for installing RbxNet for use in a Luau project.

```bash
npm install rbxnet-luau
# or
yarn add rbxnet-luau
```

--------------------------------

### RbxNet Installation for Luau

Source: https://rbxnet.australis.dev/docs/3.0/definitions/starting

Instructions for installing RbxNet for use in a Luau project. This may involve cloning the repository or using a specific package manager for Luau.

```bash
git clone https://github.com/roblox-aurora/rbx-net.git
-- or --
-- Instructions for Luau package manager if available --
```

--------------------------------

### Install RbxNet for TypeScript via NPM

Source: https://rbxnet.australis.dev/docs/3.0/install

Installs the RbxNet module into your TypeScript project using the Node Package Manager (NPM). This is the recommended installation method.

```bash
npm install @rbxts/net
```

```typescript
import Net from "@rbxts/net";
```

--------------------------------

### RbxNet Installation for TypeScript

Source: https://rbxnet.australis.dev/docs/3.0/middleware/custom

Instructions for installing RbxNet for use in a TypeScript project.

```bash
npm install rbxnet-ts
# or
yarn add rbxnet-ts
```

--------------------------------

### Install RbxNet for TypeScript

Source: https://rbxnet.australis.dev/docs/3.0/install-luau

This section provides instructions for installing RbxNet in a TypeScript environment for Roblox development. It links to a separate installation guide.

```typescript
// See: https://rbxnet.australis.dev/docs/3.0/install
```

--------------------------------

### RbxNet Installation for TypeScript

Source: https://rbxnet.australis.dev/docs/3.0/definitions/starting

Instructions for installing RbxNet for use in a TypeScript project. This typically involves using a package manager like npm or yarn.

```bash
npm install rbxnet
# or
yarn add rbxnet
```

--------------------------------

### Install rbxts-transform-guid

Source: https://rbxnet.australis.dev/docs/3.0/uuid

Installs the rbxts-transform-guid package as a development dependency.

```bash
npm i -D rbxts-transform-guid
```

--------------------------------

### Install RbxNet via Wally (Luau)

Source: https://rbxnet.australis.dev/docs/3.0/install-luau

This snippet shows how to add RbxNet as a dependency in your Luau project using Wally. It requires Wally to be installed and specifies the RbxNet package and version.

```toml
[dependencies]
# ...
Net="vorlias/net@3.0.1"
```

```bash
wally install
```

--------------------------------

### Create RbxNet Definitions (Luau)

Source: https://rbxnet.australis.dev/docs/3.0/definitions

Shows how to create a definition script for RbxNet remotes using Luau. This script should be placed in ReplicatedStorage and made accessible to both server and client scripts.

```luau
localNet=require(ReplicatedStorage.Net)
localRemotes=Net.CreateDefinitions({
-- Definitions for the actual remotes will go here
})
returnRemotes
```

--------------------------------

### TypeScript: Client Remote Example

Source: https://rbxnet.australis.dev/docs/3.0/api/definitions

An example demonstrating how to get a client remote named 'TestRemote' using the `Client` type from `shared/remotes.ts`.

```typescript
import { Client as ClientRemotes } from "shared/remotes.ts";
const TestRemote = ClientRemotes.Get("TestRemote");
```

--------------------------------

### Create RbxNet Definitions (TypeScript)

Source: https://rbxnet.australis.dev/docs/3.0/definitions

Demonstrates how to create a definition script for RbxNet remotes using TypeScript. This script serves as a central source of truth for networking objects.

```typescript
importNetfrom"@rbxts/net";
constRemotes=Net.CreateDefinitions({
// Definitions for the actual remotes will go here
});
export=Remotes;
```

--------------------------------

### TypeScript: Server Remote Example

Source: https://rbxnet.australis.dev/docs/3.0/api/definitions

An example demonstrating how to get a server remote named 'TestRemote' using the `Server` type from `shared/remotes.ts`.

```typescript
import { Server as ServerRemotes } from "shared/remotes.ts";
const TestRemote = ServerRemotes.Get("TestRemote");
```

--------------------------------

### Define Remotes in TypeScript

Source: https://rbxnet.australis.dev/docs/3.0/definitions/starting

This snippet shows how to define various types of remotes (ServerAsyncFunction, ServerToClientEvent, ClientToServerEvent) using the Net library in TypeScript. It includes examples for getting player inventory, equipped items, and handling item updates and unequips.

```typescript
importNet,{Definitions}from"@rbxts/net";
constRemotes=Net.CreateDefinitions({
GetPlayerInventory:Definitions.ServerAsyncFunction<()=>SerializedPlayerInventory>(),
GetPlayerEquipped:Definitions.ServerAsyncFunction<()=>SerializedPlayerEquipped>(),
PlayerInventoryUpdated:Definitions.ServerToClientEvent<[event:InventoryUpdatedEvent]>(),
PlayerEquippedUpdated:Definitions.ServerToClientEvent<[event:EquippedUpdatedEvent]>(),
PlayerUnequipItem:Definitions.ClientToServerEvent<[itemId:number]>(),
PlayerEquipItem:Definitions.ClientToServerEvent<[itemId:number]>(),
});
export=Remotes;
```

--------------------------------

### Luau Custom Middleware Example

Source: https://rbxnet.australis.dev/docs/3.0/middleware/custom

An example of a custom middleware function in Luau. This middleware forwards the call to the next function in the middleware pipeline, illustrating the fundamental structure for creating custom middleware.

```luau
function MyMiddleware(next, instance)
 return function(player, ...)
 return next(player, ...)
 end
end
return{
 MyMiddleware = MyMiddleware
}
```

--------------------------------

### Define Remotes in Luau

Source: https://rbxnet.australis.dev/docs/3.0/definitions/using

This snippet demonstrates defining server-to-client, client-to-server, and server functions using RbxNet's Definitions API in Luau. It sets up the communication channels for the game.

```luau
local Net =require(ReplicatedStorage.Net)
local Remotes = Net.CreateDefinitions({
GetPlayerInventory = Net.Definitions.ServerFunction(),
GetPlayerEquipped = Net.Definitions.ServerFunction(),
PlayerInventoryUpdated = Net.Definitions.ServerToClientEvent(),
PlayerEquippedUpdated = Net.Definitions.ServerToClientEvent(),
PlayerUnequipItem = Net.Definitions.ClientToServerEvent(),
PlayerEquipItem = Net.Definitions.ClientToServerEvent(),
})
return Remotes
```

--------------------------------

### Server Namespace Usage (TypeScript)

Source: https://rbxnet.australis.dev/docs/3.0/definitions/namespacing

Demonstrates how to get server-side namespaces for 'Inventory' and 'Equipped' remotes using Roblox-TS.

```typescript
import Remotes from "shared/remotes";

// This will contain all the server inventory remotes
const InventoryRemotes = Remotes.Server.GetNamespace("Inventory");

// This will contain all the server equipped remotes
const equippedRemotes = Remotes.Server.GetNamespace("Equipped");

```

--------------------------------

### TypeScript Custom Middleware Example

Source: https://rbxnet.australis.dev/docs/3.0/middleware/custom

An example of a custom middleware function in TypeScript. This middleware simply passes control to the next middleware in the chain, demonstrating the basic structure required for custom middleware.

```typescript
exportconst MyMiddleware:Net.Middleware=(
 nextMiddleware,
 instance
)=>{
 return(
 sender,
 ...args
 )=>{
 return nextMiddleware(sender, ...args);
 };
};
```

--------------------------------

### RbxNet Definitions API Documentation

Source: https://rbxnet.australis.dev/docs/3.0/api/definitions

Provides comprehensive documentation for the Net.Definitions namespace, including functions for creating various types of remote definitions. It details parameters, return types, and usage examples for functions like Definitions.Create, Definitions.ServerFunction, Definitions.ServerToClientEvent, Definitions.ClientToServerEvent, Definitions.BidirectionalEvent, and Definitions.ServerAsyncFunction.

```APIDOC
Net.Definitions Namespace

This namespace is for the Definitions feature.

Definitions.Create(definitions)
  - Creates a new set of remote definitions.
  - Parameters:
    - `remotes`: An object of remote definitions. See [definitions](https://rbxnet.australis.dev/docs/3.0/api/definitions#definitions-oh-my) for usage.
    - `globalMiddleware` (optional): A collection of _global middleware_ to apply to all remotes in this definition.
  - Returns a [DefinitionsCreateResult](https://rbxnet.australis.dev/docs/3.0/api/definitions/#definitionscreateresultt).

Example:
```typescript
import Net from "@rbxts/net";

const MyDefinitions = Net.Definitions.Create({
  TestRemote: Net.Definitions.AsyncFunction<(name: string) => boolean>()
});
```

Definitions.ServerFunction<Server>(...)
  - Definition function for creating a `FunctionDefinition`.

Definitions.ServerToClientEvent<ServerArgs>(...)
  - Definition function for creating an `ServerEventDeclaration`.

Definitions.ClientToServerEvent<ClientArgs>(...)
  - Definition function for creating an `ClientEventDeclaration`.

Definitions.BidirectionalEvent<ServerArgs, ClientArgs>(...)
  - Definition function for creating an `BidirectionalEventDeclaration`.

Definitions.ServerAsyncFunction<Server>(...)
  - Definition function for creating an `ServerAsyncFunctionDefinition`.
```

--------------------------------

### Define Remotes in Luau

Source: https://rbxnet.australis.dev/docs/3.0/definitions/starting

This snippet demonstrates how to define remotes using the Net library in Luau. It includes examples for ServerFunction, ServerToClientEvent, and ClientToServerEvent, covering player inventory, equipped items, and item updates.

```luau
local Net =require(ReplicatedStorage.Net)
local Remotes = Net.CreateDefinitions({
GetPlayerInventory = Net.Definitions.ServerFunction(),
GetPlayerEquipped = Net.Definitions.ServerFunction(),
PlayerInventoryUpdated = Net.Definitions.ServerToClientEvent(),
PlayerEquippedUpdated = Net.Definitions.ServerToClientEvent(),
PlayerUnequipItem = Net.Definitions.ClientToServerEvent(),
PlayerEquipItem = Net.Definitions.ClientToServerEvent(),
})
return Remotes
```

--------------------------------

### Server Handling Client Events in Luau

Source: https://rbxnet.australis.dev/docs/3.0/definitions/using

This Luau code snippet shows how a server can listen for and handle a client-to-server event ('PlayerEquipItem'). It connects a function to the event that prints a message when the event is received.

```luau
local Remotes =require(ReplicatedStorage.Shared.Remotes)
Remotes.Server:Get("PlayerEquipItem"):Connect(function(player: Player, text: string) 
print("Received "..text.." from "..player.Name)
end)
```

--------------------------------

### APIDOC: ServerDefinitionBuilder Methods

Source: https://rbxnet.australis.dev/docs/3.0/api/definitions

Provides methods for interacting with server-side definitions. It allows getting specific events or functions, accessing child namespaces, and setting up callbacks for events and functions.

```APIDOC
ServerDefinitionBuilder<T>
  Contains all the definition builders for server-side events and functions.
  class ServerDefinitionBuilder<T extends RemoteDeclaration>{
    Get(name:string):ServerEvent|ServerAsyncFunction|ServerFunction;
    GetNamespace<K extends string>(name:K):SeverDefinitionBuilder<T[K]>;
    OnEvent(name:string, callback:Callback):void;
    OnFunction(name:string, callback:Callback):void;
  }

  Get(name)
    Will get the specified event by name, and return it. The returned object will be the type provided in the definition.

  OnFunction(name, callback)
    Similar to `Get` but only works on events, and is pretty much a shortcut for `Get(name).SetCallback(callback)`

  OnEvent(name, callback)
    Similar to `Get` but only works on events, and is pretty much a shortcut for `Get(name).Connect(callback)`

  GetNamespace(name)
    Gets a child namespace under this namespace
```

--------------------------------

### Luau Administrator Middleware Example

Source: https://rbxnet.australis.dev/docs/3.0/middleware/custom

A Luau example of middleware that enforces administrator privileges. It checks the sender's group rank, proceeding with the next middleware only if the rank meets the specified threshold; otherwise, the request is dropped.

```luau
local GROUP_ID = 2664663 -- group id would go here
function MyMiddleware(next, instance)
 return function(sender, ...)
 if sender:GetRankInGroup(GROUP_ID) >= 250 then
 -- This would continue the remote execution
 return next(sender, ...)
 end
 -- Otherwise the remote request is ignored since the next middleware is never called
 end
end
return{
 MyMiddleware = MyMiddleware
}
```

--------------------------------

### TypeScript Administrator Middleware Example

Source: https://rbxnet.australis.dev/docs/3.0/middleware/custom

An example of a TypeScript middleware that restricts access to administrators based on their group rank. If the sender's rank is 250 or higher, the next middleware is called; otherwise, the request is ignored.

```typescript
const GROUP_ID = 2664663;
exportconst AdministratorMiddleware:Net.Middleware=(
 nextMiddleware,
 instance
)=>{
 return(
 sender,
 ...args
 )=>{
 if (sender.GetRankInGroup(GROUP_ID) >= 250) {
 // This would continue the remote execution
 return nextMiddleware(sender, ...args);
 }
 // Otherwise the remote request is ignored
 };
};
```

--------------------------------

### APIDOC: ClientDefinitionBuilder Methods

Source: https://rbxnet.australis.dev/docs/3.0/api/definitions

Provides methods for interacting with client-side definitions. It allows getting specific events or functions, accessing child namespaces, and setting up callbacks for events and functions.

```APIDOC
ClientDefinitionBuilder<T>
  Contains all the definition builders for server-side events and functions.
  class ClientDefinitionBuilder<T extends RemoteDeclaration>{
    Get(name:string):ServerEvent|ServerAsyncFunction|ServerFunction;
    GetNamespace<K extends string>(name:K):ClientDefinitionBuilder<T[K]>;
    OnEvent(name:string, callback:Callback):void;
    OnFunction(name:string, callback:Callback):void;
  }

  Get(name)
    Will get the specified event by name, and return it. The returned object will be the type provided in the definition.
    Gets the specified remote definition and gets the client version of the event/function/asyncfunction

  OnEvent(name, callback)
    Similar to `Get` but only works on events, and is pretty much a shortcut for `Get(name).Connect(callback)`

  OnFunction(name, callback)
    Similar to `Get` but only works on events, and is pretty much a shortcut for `Get(name).SetCallback(callback)`
```

--------------------------------

### Define Remotes in TypeScript

Source: https://rbxnet.australis.dev/docs/3.0/definitions/using

This snippet shows how to define server-to-client, client-to-server, and server-async functions using RbxNet's Definitions API in TypeScript. It includes type safety for arguments and return values.

```typescript
import Net,{Definitions}from"@rbxts/net";
const Remotes=Net.CreateDefinitions({
GetPlayerInventory:Definitions.ServerAsyncFunction<()=>SerializedPlayerInventory>(),
GetPlayerEquipped:Definitions.ServerAsyncFunction<()=>SerializedPlayerEquipped>(),
PlayerInventoryUpdated:Definitions.ServerToClientEvent<[event:InventoryUpdatedEvent]>(),
PlayerEquippedUpdated:Definitions.ServerToClientEvent<[event:EquippedUpdatedEvent]>(),
PlayerUnequipItem:Definitions.ClientToServerEvent<[itemId:number]>(),
PlayerEquipItem:Definitions.ClientToServerEvent<[itemId:number]>(),
});
export=Remotes;
```

--------------------------------

### Client Sending Events to Server in Luau

Source: https://rbxnet.australis.dev/docs/3.0/definitions/using

This Luau code snippet demonstrates how a client can send a client-to-server event ('PlayerEquipItem') to the server. It uses the Remotes object to send a string payload.

```luau
local Remotes =require(ReplicatedStorage.Shared.Remotes)
Remotes.Client:Get("PlayerEquipItem"):SendToServer("Hey!")
```

--------------------------------

### TypeScript Rate Limit Middleware Configuration

Source: https://rbxnet.australis.dev/docs/3.0/middleware/rate-limit

Example of configuring the RateLimit middleware with a custom error handler. This limits requests to 1 per minute and uses the `analyticRateLimitError` function for handling errors.

```typescript
const Remotes = Net.Definitions.Create({
  Example: Net.Definitions.AsyncFunction([
    Net.Middleware.RateLimit({
      MaxRequestsPerMinute: 1,
      ErrorHandler: analyticRateLimitError
    })
  ])
})
```

--------------------------------

### Luau Rate Limit Middleware Configuration

Source: https://rbxnet.australis.dev/docs/3.0/middleware/rate-limit

Example of configuring the RateLimit middleware in Luau with a custom error handler. This limits requests to 1 per minute and uses the `analyticRateLimitError` function for handling errors.

```luau
local Remotes = Net.Definitions.Create({
  Example = Net.Definitions.AsyncFunction({
    Net.Middleware.RateLimit({
      MaxRequestsPerMinute = 1,
      ErrorHandler = analyticRateLimitError
    })
  })
})
```

--------------------------------

### RbxNet Client API Documentation

Source: https://rbxnet.australis.dev/docs/3.0/api/client

This section provides detailed API documentation for the Net.Client namespace. It outlines the classes and methods available for client-server communication, including events, functions, and asynchronous functions. Specific details on how to send data to the server, connect callbacks, and manage asynchronous calls are provided.

```APIDOC
Net.Client Namespace

This contains all the client-related code relating to Net.

Event
class ClientEvent<ConnectArgs, CallArgs> {
  constructor(name: string);
  SendToServer(...args: CallArguments): void;
  Connect(callback: (...args: ConnectArgs) => void): RBXScriptConnection;
}

  SendToServer
  Connect

Function
class ClientFunction<CallArgs, ServerReturnType> {
  constructor(name: string);
  CallServerAsync(...args: CallArgs): Promise<ServerReturnType>;
}

  CallServerAsync

AsyncFunction
class ClientAsyncFunction<CallbackArgs, CallArgs, ServerReturnType> {
  constructor(name: string);
  CallServerAsync(...args: CallArgs): Promise<ServerReturnType>;
  SetCallback(callback: (...args: CallbackArgs) => any): void;
  SetCallTimeout(timeout: number): void;
  GetCallTimeout(): number;
}

  CallServerAsync
  SetCallback
  SetCallTimeout
  GetCalllTimeout

CrossServerEvent
class CrossServerEvent {
  constructor(name: string);
  Connect(callback: (...args: unknown[]) => void): void;
}
```

--------------------------------

### RbxNet API Overview

Source: https://rbxnet.australis.dev/docs/3.0/middleware/custom

Provides an overview of the RbxNet API, detailing its components for server, client, definitions, and middleware interactions.

```APIDOC
Net.Server:
  // Methods for server-side operations
  // Example: Send data to clients
  // Parameters:
  //   - target: The player or group of players to send data to
  //   - eventName: The name of the event to fire
  //   - data: The data to send
  // Returns: void
  Send(target: Player | Player[], eventName: string, data: any): void

Net.Client:
  // Methods for client-side operations
  // Example: Receive data from the server
  // Parameters:
  //   - eventName: The name of the event to listen for
  //   - callback: The function to execute when the event is received
  // Returns: void
  On(eventName: string, callback: (data: any) => void): void

Net.Definitions:
  // Methods for managing and using definitions
  // Example: Define a remote event
  // Parameters:
  //   - name: The name of the definition
  //   - schema: The schema for the definition
  // Returns: void
  DefineEvent(name: string, schema: any): void

Net.Middleware:
  // Methods for applying middleware to network events
  // Example: Apply rate limiting middleware
  // Parameters:
  //   - middleware: The middleware function to apply
  // Returns: void
  Use(middleware: (request: any, response: any, next: () => void) => void): void
```

--------------------------------

### RbxNet API Overview

Source: https://rbxnet.australis.dev/docs/3.0/index

Provides an overview of the RbxNet API, including server, client, definitions, and middleware modules. This section details how to interact with the networking library for Roblox development.

```APIDOC
Net.Server:
  Handles server-side networking operations.

Net.Client:
  Handles client-side networking operations.

Net.Definitions:
  Manages remote definitions for auto-generated remotes.

Net.Middleware:
  Provides functionality for adding custom behaviors to remotes, including rate limiting and type checking.
```

--------------------------------

### Create Namespaces in Luau

Source: https://rbxnet.australis.dev/docs/3.0/definitions/namespacing

Illustrates the creation of namespaces for inventory and equipping remotes in Luau using RbxNet. It showcases the usage of Net.Definitions.Namespace, ServerToClientEvent, ServerFunction, and ClientToServerEvent.

```luau
local Net =require(ReplicatedStorage.Net)
local Remotes = Net.CreateDefinitions({
-- These are all remotes relating to the inventory
Inventory = Net.Definitions.Namespace({
PlayerInventoryUpdated = Net.Definitions.ServerToClientEvent(),
GetPlayerInventory = Net.Definitions.ServerFunction(),
}),
-- These are all the remotes relating to equipping
Equipped = Net.Definitions.Namespace({
GetPlayerEquipped = Net.Definitions.ServerFunction(),
PlayerEquippedUpdated = Net.Definitions.ServerToClientEvent(),
PlayerUnequipItem = Net.Definitions.ClientToServerEvent(),
PlayerEquipItem = Net.Definitions.ClientToServerEvent(),
}),
})
return Remotes
```

--------------------------------

### Server API Documentation

Source: https://rbxnet.australis.dev/docs/3.0/api/server

Provides a comprehensive overview of the server-side API functionalities, including event handling, function calls, asynchronous operations, and cross-server communication.

```apidoc
GetInstance
  - Retrieves an instance of a server-side object or service.

SetCallback
  - Sets a callback function for a specific server-side event or operation.

CallPlayerAsync
  - Calls a function on a specific player's client asynchronously.

CrossServerEvent:
  constructor(name: string)
    - Initializes a new CrossServerEvent with a given name.
  SendToAllServers(...args: unknown[]): void
    - Sends data to all connected servers.
  SendToServer(jobId: string, ...args: unknown[]): void
    - Sends data to a specific server identified by its jobId.
  SendToPlayer(userId: number, ...args: unknown[]): void
    - Sends data to a specific player identified by their userId.
  SendToPlayers(userIds: number[], ...args: unknown[]): void
    - Sends data to multiple players identified by their userIds.
  Disconnect(): void
    - Disconnects the event or connection.
```

--------------------------------

### Net.Client Namespace API Documentation

Source: https://rbxnet.australis.dev/docs/3.0/api/client

Provides documentation for the Net.Client namespace, including methods for connecting, sending data, and managing asynchronous calls. This section details events like SendToServer and Connect, functions like CallServerAsync, and async functions including SetCallback and timeout management.

```APIDOC
Net.Client Namespace:

Events:
  SendToServer:
    Description: Event triggered when data is sent to the server.
    Usage: Connect a function to this event to handle outgoing data.

  Connect:
    Description: Event triggered when the client successfully connects to the server.
    Usage: Connect a function to this event to perform actions upon successful connection.

Functions:
  CallServerAsync:
    Description: Asynchronously calls a function on the server.
    Parameters:
      - functionName: The name of the function to call on the server.
      - args: Arguments to pass to the server function.
    Returns: A Promise that resolves with the server's response.

AsyncFunctions:
  CallServerAsync:
    Description: Asynchronously calls a function on the server, with an alias.
    Parameters:
      - functionName: The name of the function to call on the server.
      - args: Arguments to pass to the server function.
    Returns: A Promise that resolves with the server's response.

  SetCallback:
    Description: Sets a callback function to be executed when a specific event occurs.
    Parameters:
      - eventName: The name of the event to listen for.
      - callback: The function to execute when the event is triggered.

  SetCallTimeout:
    Description: Sets the timeout duration for asynchronous server calls.
    Parameters:
      - timeout: The timeout duration in seconds.

  GetCalllTimeout:
    Description: Retrieves the current timeout duration for asynchronous server calls.
    Returns: The current timeout duration in seconds.

CrossServerEvent:
  Connect:
    Description: Connects to a cross-server event.
    Usage: Allows clients to subscribe to events broadcast across different servers.
```

--------------------------------

### Server Namespace Usage (Luau)

Source: https://rbxnet.australis.dev/docs/3.0/definitions/namespacing

Shows how to access server-side namespaces for 'Equipped' and 'Inventory' remotes in Luau.

```luau
local Remotes = require(ReplicatedStorage.Shared.Remotes)

-- This will contain all the server inventory remotes
local EquippedRemotes = Remotes.Server:GetNamespace("Equipped")

-- This will contain all the client inventory remotes
local InventoryRemotes = Remotes.Server:GetNamespace("Inventory")

```

--------------------------------

### RbxNet API Namespaces

Source: https://rbxnet.australis.dev/docs/3.0/api

Overview of the main namespaces in the RbxNet API. These namespaces organize the framework's functionalities for server, client, definitions, and middleware.

```APIDOC
Net.Server:
  Description: Base namespace for the server.
  Link: https://rbxnet.australis.dev/docs/3.0/api/server

Net.Client:
  Description: Base namespace for the client.
  Link: https://rbxnet.australis.dev/docs/3.0/api/client

Net.Definitions:
  Description: The namespace for the definitions feature.
  Link: https://rbxnet.australis.dev/docs/3.0/api/definitions

Net.Middleware:
  Description: The namespace for built-in middleware.
  Link: https://rbxnet.australis.dev/docs/3.0/api/middleware
```

--------------------------------

### RbxNet API Documentation

Source: https://rbxnet.australis.dev/docs/3.0/middleware/logging

Provides an overview of the RbxNet API, including server, client, definitions, and middleware functionalities. This section details the available modules and their respective capabilities for network communication in Roblox.

```APIDOC
Net.Server:
  Methods for server-side network operations.

Net.Client:
  Methods for client-side network operations.

Net.Definitions:
  Manages and utilizes network definitions for data serialization and validation.

Net.Middleware:
  Provides a framework for integrating custom middleware, including logging and rate limiting.
```

--------------------------------

### Create Namespaces in TypeScript

Source: https://rbxnet.australis.dev/docs/3.0/definitions/namespacing

Demonstrates how to create nested namespaces for organizing inventory and equipping remotes using RbxNet's Definitions API in TypeScript. It shows the structure for ServerAsyncFunction and ServerToClientEvent.

```typescript
importNet,{Definitions}from"@rbxts/net";
constRemotes=Net.CreateDefinitions({
// These are all remotes relating to the inventory
Inventory:Definitions.Namespace({
GetPlayerInventory:Definitions.ServerAsyncFunction<()=>SerializedPlayerInventory>(),
PlayerInventoryUpdated:Definitions.ServerToClientEvent<[event:InventoryUpdatedEvent]>(),
}),
// These are all the remotes relating to equipping
Equipping:Definitions.Namespace({
GetPlayerEquipped:Definitions.ServerAsyncFunction<()=>SerializedPlayerEquipped>(),
PlayerEquippedUpdated:Definitions.ServerToClientEvent<[event:EquippedUpdatedEvent]>(),
PlayerUnequipItem:Definitions.ClientToServerEvent<[itemId:number]>(),
PlayerEquipItem:Definitions.ClientToServerEvent<[itemId:number]>(),
})
});
export=Remotes;
```

--------------------------------

### RbxNet Features

Source: https://rbxnet.australis.dev/docs/3.0/index

Details the key features of RbxNet, including identifier-based remotes, explicit APIs (Net.Server, Net.Client), auto-generated remotes via Net.Definitions, asynchronous functions, promises, middleware, and GameMessagingEvent for cross-server communication.

```TypeScript
Features:
  - Creation and usage of remotes through "identifiers".
  - Explicit, contextual APIs: `Net.Server` and `Net.Client`.
  - Remote definitions through `Net.Definitions` for auto-generated remotes.
  - Asynchronous functions: `Net.*.AsyncFunction`.
  - Asynchronous callbacks and methods supporting promises.
  - Middleware for custom behaviors (e.g., runtime type checker, rate limiter).
  - `Net.*.GameMessagingEvent` for cross-server communication using `MessagingService`.
```

--------------------------------

### Apply withPlayerEntity Wrapper to Remotes (Luau)

Source: https://rbxnet.australis.dev/docs/3.0/custom-player-objects

Applies the `withPlayerEntity` wrapper to remote events and callbacks in Luau. This shows how the wrapper simplifies handling player-specific data for `PlayerEquipItem`, `PlayerUnequipItem`, and `GetPlayerEquipped` remotes by providing the `PlayerEntity` directly.

```lua
local PlayerService = require(ServerScriptService.Services.PlayerService)
local Remotes = require(ReplicatedStorage.Remotes)
local withPlayerEntity = require(ServerScriptService.Wrappers.withPlayerEntity)

local PlayerEquipItem = Remotes.Server:Get("PlayerEquipItem")
PlayerEquipItem:Connect(
  withPlayerEntity(function(entity, itemId)
    entity:EquipItem(itemId)
  end)
)

local PlayerUnequipItem = Remotes.Server:Get("PlayerUnequipItem")
PlayerUnequipItem:Connect(
  withPlayerEntity(function(player, itemId)
    entity:UnequipItem(itemId)
  end)
)

local GetPlayerEquipped = Remotes.Server:Get("GetPlayerEquipped")
GetPlayerEquipped:SetCallback(
  withPlayerEntity(function(player)
    return entity:GetEquippedItems()
  end)
)
```

--------------------------------

### Definitions API

Source: https://rbxnet.australis.dev/docs/3.0/api/definitions

Provides methods for creating and managing definitions for server and client communication, including functions, events, and namespaces.

```APIDOC
Definitions:
  Create(definitions)
    Creates definitions for server and client communication.
    Parameters:
      definitions: The definitions to create.

  ServerFunction<Server>(name, callback)
    Defines a server-side function.
    Parameters:
      name: The name of the function.
      callback: The callback function to execute.

  ServerToClientEvent<ServerArgs>(name, callback)
    Defines a server-to-client event.
    Parameters:
      name: The name of the event.
      callback: The callback function to execute.

  ClientToServerEvent<ClientArgs>(name, callback)
    Defines a client-to-server event.
    Parameters:
      name: The name of the event.
      callback: The callback function to execute.

  BidirectionalEvent<ServerArgs, ClientArgs>(name, callback)
    Defines a bidirectional event.
    Parameters:
      name: The name of the event.
      callback: The callback function to execute.

  ServerAsyncFunction<Server>(name, callback)
    Defines a server-side asynchronous function.
    Parameters:
      name: The name of the function.
      callback: The callback function to execute.

  Namespace(definitions)
    Creates a namespace for definitions.
    Parameters:
      definitions: The definitions to include in the namespace.

DefinitionsCreateResult<T>:
  Server
  Client

ServerDefinitionBuilder<T>:
  Get(name)
    Retrieves a definition by name.
    Parameters:
      name: The name of the definition.

  OnFunction(name, callback)
    Registers a callback for a function.
    Parameters:
      name: The name of the function.
      callback: The callback function.

  OnEvent(name, callback)
    Registers a callback for an event.
    Parameters:
      name: The name of the event.
      callback: The callback function.

  GetNamespace(name)
    Gets a child namespace.
    Parameters:
      name: The name of the child namespace.

ClientDefinitionBuilder<T>:
  Get(name)
    Retrieves a definition by name.
    Parameters:
      name: The name of the definition.

  OnEvent(name, callback)
    Registers a callback for an event.
    Parameters:
      name: The name of the event.
      callback: The callback function.

  OnFunction(name, callback)
    Registers a callback for a function.
    Parameters:
      name: The name of the function.
      callback: The callback function.

  GetNamespace(name)
    Gets a child namespace.
    Parameters:
      name: The name of the child namespace.
```

--------------------------------

### RbxNet Remote Definition API

Source: https://rbxnet.australis.dev/docs/3.0/definitions/starting

Provides an overview of the functions available in Net.Definitions for creating different types of remote objects in RbxNet. This includes Events, AsyncFunctions, and Functions, outlining their specific use cases and behaviors.

```APIDOC
Net.Definitions:
  Event(name: string, callback: (player: Player, ...args: any[]) => void)
    - Creates a remote event that can send data to the server or players.
    - Parameters:
      - name: The unique name for the event.
      - callback: The function to execute when the event is received.

  AsyncFunction(name: string, callback: (player: Player, ...args: any[]) => Promise<any>)
    - Creates an asynchronous remote function that handles timeouts and runs non-yieldingly.
    - Rejects if no response is received from the receiver.
    - Parameters:
      - name: The unique name for the async function.
      - callback: An async function that returns a Promise with the result.

  Function(name: string, callback: (player: Player, ...args: any[]) => any)
    - Creates a remote function similar to RemoteFunction but restricted to server-to-player calls for security.
    - Parameters:
      - name: The unique name for the function.
      - callback: The function to execute when the remote function is called.
```

--------------------------------

### Applying Rate Limiter to Definitions

Source: https://rbxnet.australis.dev/docs/3.0/middleware/rate-limit

Demonstrates how to apply the configured RateLimit middleware to specific remote definitions (like AsyncFunctions) within RbxNet. This allows granular control over which remotes are rate-limited.

```typescript
const Remotes = Net.Definitions.Create({
Example:Net.Definitions.AsyncFunction([
Net.Middleware.RateLimit({
MaxRequestsPerMinute:1
})
])
})
```

```luau
local Remotes = Net.Definitions.Create({
Example = Net.Definitions.AsyncFunction({
Net.Middleware.RateLimit({
MaxRequestsPerMinute =1
})
})
})
```

--------------------------------

### APIDOC: Definitions Namespace and Create Result

Source: https://rbxnet.australis.dev/docs/3.0/api/definitions

Defines the structure for creating and managing namespaces of definitions. It returns a `DeclarationNamespace` and provides `DefinitionsCreateResult` which contains builders for server and client-side definitions.

```APIDOC
Definitions.Namespace(definitions)
  Creates a group of definitions (returns `DeclarationNamespace`)

DefinitionsCreateResult<T>
  Contains the definition builders for a given definition (returned using [`Create`](https://rbxnet.australis.dev/docs/3.0/api/definitions/definitions#definitionscreatedefinitions) in Net.Definitions)
  interface DefinitionsCreateResult<T extends RemoteDeclarations>{
    readonly Server: ServerDefinitionBuilder<T>;
    readonly Client: ClientDefinitionBuilder<T>;
  }
```

--------------------------------

### Net.Server Function API

Source: https://rbxnet.australis.dev/docs/3.0/api/server

Manages server-side functions for RbxNet. Allows setting a callback function that clients can invoke and retrieving the underlying Roblox RemoteFunction instance.

```APIDOC
class ServerFunction<CallbackArgs, Returns>:
  constructor(name: string, middleware?: Middleware)
    name: The name of the function.
    middleware: Optional middleware to apply to the function.

  GetInstance(): RemoteFunction
    Returns the underlying Roblox RemoteFunction instance.

  SetCallback(callback: (player: Player, ...args: CallbackArgs) => Returns): void
    Sets the callback function that will be executed when a client invokes this function.
    Parameters:
      callback: The function to execute. It receives the player who invoked the function and any arguments passed.
```

--------------------------------

### Define withPlayerEntity Wrapper (Luau)

Source: https://rbxnet.australis.dev/docs/3.0/custom-player-objects

Defines a `withPlayerEntity` wrapper function in Luau. This function accepts a callback and returns a new function that retrieves the `PlayerEntity` using `PlayerService` before executing the callback with the entity and any additional arguments.

```lua
local PlayerService = require(ServerScriptService.Services.PlayerService)

local function withPlayerEntity(fn)
  return function(player, ...)
    local entity = playerService:GetEntity(player)
    if entity then
      return fn(entity, ...)
    end
  end
end

return withPlayerEntity
```

--------------------------------

### RateLimit Middleware

Source: https://rbxnet.australis.dev/docs/3.0/api/middleware

The built-in rate limiting middleware for RbxNet. It allows you to configure the maximum number of requests per minute and provide a custom error handler.

```APIDOC
interfaceRateLimitError{
Message:string;
UserId:number;
RemoteId:string;
MaxRequestsPerMinute:number;
}
interfaceRateLimitOptions{
MaxRequestsPerMinute:number;
ErrorHandler?:(error:RateLimitError)=>void;
}
functionRateLimit(options:RateLimitOptions):RateLimitingMiddleware
  * Parameters:
    * `options` The options for the rate limiter
```

--------------------------------

### Net.Server Event API

Source: https://rbxnet.australis.dev/docs/3.0/api/server

Manages server-side events for RbxNet. Allows connecting callbacks to events, sending events to all players, specific players, or all players except a blacklist. It uses Roblox's RemoteEvent instances.

```APIDOC
class ServerEvent<ConnectArgs, CallArgs>:
  constructor(name: string, middleware?: Middleware)
    name: The name of the event.
    middleware: Optional middleware to apply to the event.

  GetInstance(): RemoteEvent
    Returns the underlying Roblox RemoteEvent instance.

  Connect(callback: (player: Player, ...args: ConnectArgs) => void): RBXScriptConnection
    Connects a callback function to the event. The callback receives the player who triggered the event and any arguments passed.
    Parameters:
      callback: The function to call when the event is received.
    Returns:
      An RBXScriptConnection object that can be used to disconnect the callback.

  SendToAllPlayers(...args: CallArgs): void
    Sends the event with the given arguments to all players.
    Parameters:
      args: The arguments to send with the event.

  SendToAllPlayersExcept(blacklist: Player | Player[], ...args: CallArgs): void
    Sends the event with the given arguments to all players except those in the blacklist.
    Parameters:
      blacklist: A single Player or an array of Players to exclude.
      args: The arguments to send with the event.

  SendToPlayer(player: Player, ...args: CallArgs): void
    Sends the event with the given arguments to a specific player.
    Parameters:
      player: The player to send the event to.
      args: The arguments to send with the event.

  SendToPlayers(players: Player[], ...args: CallArgs): void
    Sends the event with the given arguments to a list of players.
    Parameters:
      players: An array of players to send the event to.
      args: The arguments to send with the event.
```

--------------------------------

### TypeChecking Middleware

Source: https://rbxnet.australis.dev/docs/3.0/api/middleware

Provides a basic type checker for remote function arguments. It takes a series of type checking functions as arguments, which are applied in order to the arguments passed to the remote.

```APIDOC
functionTypeChecking(...checks:TypeCheck[]):TypeCheckingMiddleware
  * Parameters:
    * `...checks` Type checking functions in order of the arguments passed to the remote
```

--------------------------------

### Net.Server AsyncFunction API

Source: https://rbxnet.australis.dev/docs/3.0/api/server

Manages server-side asynchronous functions for RbxNet. Allows setting a callback that returns a Promise, and clients can asynchronously call these functions. It uses Roblox's RemoteEvent instances.

```APIDOC
class ServerAsyncFunction<CallbackArgs, CallArgs, ClientReturnType>:
  constructor(name: string, middleware?: Middleware)
    name: The name of the asynchronous function.
    middleware: Optional middleware to apply to the function.

  GetInstance(): RemoteEvent
    Returns the underlying Roblox RemoteEvent instance.

  SetCallback(callback: (player: Player, ...args: CallbackArgs) => any): void
    Sets the callback function that will be executed when a client invokes this asynchronous function. The callback can return any value, which will be serialized and sent back to the client.
    Parameters:
      callback: The function to execute. It receives the player who invoked the function and any arguments passed.

  CallPlayerAsync(player: Player, ...args: CallArgs): Promise<ClientReturnType>
    Asynchronously calls the server-side function for a specific player and returns the result.
    Parameters:
      player: The player to call the function for.
      args: The arguments to pass to the server-side callback.
    Returns:
      A Promise that resolves with the return value from the server-side callback.
```