### Server Start API

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Server%24.html

APIs for starting the Xitrum web server with custom or default configurations.

```APIDOC
## POST /start

### Description
Starts the Xitrum web server with a custom ChannelInitializer.

### Method
POST

### Endpoint
/start

### Parameters
#### Request Body
- **httpChannelInitializer** (ChannelInitializer[SocketChannel]) - Required - Your custom ChannelInitializer.

### Request Example
```json
{
  "httpChannelInitializer": "xitrum.handler.DefaultHttpChannelInitializer"
}
```

### Response
#### Success Response (200)
- **Seq[EventLoopGroup]** - A sequence of EventLoopGroup instances representing the server's event loops.

#### Response Example
```json
[
  "EventLoopGroup1",
  "EventLoopGroup2"
]
```
```

```APIDOC
## POST /start

### Description
Starts the Xitrum web server with the default ChannelInitializer provided by Xitrum.

### Method
POST

### Endpoint
/start

### Response
#### Success Response (200)
- **Seq[EventLoopGroup]** - A sequence of EventLoopGroup instances representing the server's event loops.

#### Response Example
```json
[
  "EventLoopGroup1",
  "EventLoopGroup2"
]
```
```

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

### Route Tokenization Example

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/routing/index.html

Demonstrates how a route string is parsed into route tokens. The example shows a route with a format specifier and how it breaks down into non-dot and dot route tokens.

```scala
"articles/:id<[0-9]+>.:format" gives 2 tokens: - NonDotRouteToken("articles", false, None) - DotRouteToken(Seq(NonDotRouteToken("id", true, Some("[0-9]+.r"))), NonDotRouteToken("format", true, None)))
```

```scala
"articles/:id<[0-9]+>" gives 2 tokens: - NonDotRouteToken("articles", false, None) - NonDotRouteToken("id", true, Some("[0-9]+.r"))
```

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

### Actor Example with Asynchronous Response

Source: https://xitrum-framework.github.io/

This example demonstrates how to create an actor that can be accessed via web. It shows inter-actor communication and handling asynchronous replies or timeouts using `context.setReceiveTimeout`.

```scala
import scala.concurrent.duration._
import akka.actor.ReceiveTimeout

import xitrum.ActorAction
import xitrum.annotation.GET

@GET("url/to/HelloActor")
class HelloActor extends ActorAction {
  def execute() {
    log.info("Request received: " + request)

    // Communicate with another actor
    anotherActorRef ! "aMsg"

    // Wait for the above actor to reply within 5s
    context.setReceiveTimeout(5.seconds)
    context.become {
      case aReply =>
        respondText(aReply)

      case ReceiveTimeout =>
        respondText("Timeout")
    }
  }

  override def postStop() {
    log.info("Connection closed or response sent")
    super.postStop()
  }
}
```

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

### Server Lifecycle Management

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Server%24.html

Methods to start and stop the Xitrum server instance.

```APIDOC
## start(httpChannelInitializer: ChannelInitializer[SocketChannel])

### Description
Starts the Xitrum server using a custom ChannelInitializer. SSL codec handlers are automatically prepended for HTTPS configurations.

### Parameters
#### Request Body
- **httpChannelInitializer** (ChannelInitializer[SocketChannel]) - Required - The custom channel initializer to use for the server.

## start()

### Description
Starts the Xitrum server using the default ChannelInitializer provided by the Xitrum framework.

## stop()

### Description
Stops the Xitrum server gracefully. Note: Do not call this method within a Xitrum action thread to avoid potential deadlocks.

## stopAtShutdown()

### Description
Registers a JVM shutdown hook that triggers a graceful stop of the Xitrum server. Once registered, the server can be stopped via OS signals (e.g., kill <PID>).
```

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

### GET /start

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/FlashSocketPolicyServer%24.html

Retrieves the sequence of EventLoopGroup objects used by the framework.

```APIDOC
## GET /start

### Description
Starts the process and returns the sequence of EventLoopGroup instances.

### Method
GET

### Endpoint
/start

### Response
#### Success Response (200)
- **result** (Seq[EventLoopGroup]) - A sequence of event loop groups.
```

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

### GET Annotation

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/annotation/GET.html

The GET annotation is used to define a route for an action that responds to HTTP GET requests.

```APIDOC
## GET Annotation

### Description
Defines a route for an action that handles HTTP GET requests.

### Method
GET

### Parameters
#### Path Parameters
- **paths** (String*) - Required - One or more path patterns that this action will respond to.
```

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

### Hello World Action Example

Source: https://xitrum-framework.github.io/

This action runs directly on Netty's IO thread pool. Use it for simple actions. For complex actions, extend `xitrum.FutureAction` to avoid blocking.

```scala
import xitrum.Action
import xitrum.annotation.GET

@GET("url/to/HelloAction")
class HelloAction extends Action {
  def execute() {
    val urlToHelloActor = url[HelloActor]
    respondHtml(
      <xml:group>
        <p>Hello {remoteIp}!</p>
        <a href={urlToHelloActor}>Actor example</a>
      </xml:group>
    )
  }
}
```

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

### GET Annotation

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/annotation/DELETE.html

The GET annotation is used to define routes that handle HTTP GET requests. It can accept multiple path patterns.

```APIDOC
## GET /path

### Description
Defines a route that handles HTTP GET requests.

### Method
GET

### Endpoint
/path

### Parameters
#### Path Parameters
- **paths** (String*) - Required - One or more path patterns for the GET route.

### Request Example
```json
{
  "example": "No request body is typically sent with a GET request, but path parameters are defined by the annotation."
}
```

### Response
#### Success Response (200)
- **data** (any) - The requested data.

#### Response Example
```json
{
  "example": "{\"data\": \"some data\"}"
}
```
```

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

### Bootstrap.newBootstrap

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/handler/Bootstrap%24.html

Initializes a new server bootstrap configuration with a provided channel initializer.

```APIDOC
## newBootstrap

### Description
Creates a new ServerBootstrap and associated EventLoopGroups based on the provided channel initializer.

### Parameters
- **channelInitializer** (ChannelInitializer[SocketChannel]) - Required - The initializer to be used for the socket channel.

### Response
- **(ServerBootstrap, Seq[EventLoopGroup])** - Returns a tuple containing the configured ServerBootstrap and a sequence of EventLoopGroups.
```

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

### Define GET Route Annotation

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/annotation/GET.html

This case class defines the GET annotation for routing HTTP GET requests. It accepts a variable number of path strings.

```scala
case class GET(paths: String*) extends Annotation with Route with Product with Serializable
```

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

### Create New Xitrum Project

Source: https://xitrum-framework.github.io/

Instructions for creating a new Xitrum project using the skeleton and starting the development server.

```Shell
sbt/sbt run
```

```Shell
sbt/sbt eclipse
```

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

### MetricsManager - Start Collection

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/metrics/MetricsManager%24.html

Starts the metrics collection process. This method is part of the MetricsManager object.

```scala
def start(): Unit
```

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

### Min Apply Methods

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/validator/Min%24.html

Demonstrates how to create Min instances using the apply methods for different numeric types.

```APIDOC
## Apply Methods for Min

### Description
These methods allow for the creation of `Min` objects by applying a value of a specific numeric type.

### Methods

- `apply(value: Short): Min[Short]`
- `apply(value: Long): Min[Long]`
- `apply(value: Int): Min[Integer]`
- `apply(value: Float): Min[Float]`
- `apply(value: Double): Min[Double]`
- `apply(value: Byte): Min[Byte]`
- `apply[T <: Comparable[T]](value: T): Min[T]`

### Example
```scala
// Example for Int
val minInt = Min.apply(10)

// Example for a generic Comparable type
val minString = Min.apply("hello")
```
```

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

### Product and AnyRef Methods

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/routing/NonDotRouteToken.html

Documentation for methods inherited from Product and AnyRef traits.

```APIDOC
## Object Methods

### Description
Provides access to standard object methods and properties.

### Methods
- **productElementNames**: Iterator[String]
- **!= (arg0: Any)**: Boolean
- **##**: Int
- **== (arg0: Any)**: Boolean
- **clone()**: AnyRef
- **eq (arg0: AnyRef)**: Boolean
- **finalize()**: Unit
- **getClass()**: Class[_ <: AnyRef]
- **ne (arg0: AnyRef)**: Boolean
- **notify()**: Unit
- **notifyAll()**: Unit
- **synchronized[T0](arg0: => T0)**: T0
- **wait()**: Unit
- **wait(arg0: Long, arg1: Int)**: Unit
- **wait(arg0: Long)**: Unit

### Properties
- **isPlaceholder**: Boolean
- **regex**: Option[Regex]
- **value**: String

### Inherited from Any
- **asInstanceOf[T0]**: T0
- **isInstanceOf[T0]**: Boolean

### Inherited from AnyRef
- **final def !=(arg0: Any): Boolean**
- **final def ##: Int**
- **final def ==(arg0: Any): Boolean**
- **def clone(): AnyRef**
- **final def eq(arg0: AnyRef): Boolean**
- **def finalize(): Unit**
- **final def getClass(): Class[_ <: AnyRef]**
- **final def ne(arg0: AnyRef): Boolean**
- **final def notify(): Unit**
- **final def notifyAll(): Unit**
- **final def synchronized[T0](arg0: => T0): T0**
- **final def wait(): Unit**
- **final def wait(arg0: Long, arg1: Int): Unit**
- **final def wait(arg0: Long): Unit**

### Ungrouped Methods
- **final def !=(arg0: Any): Boolean**
- **final def ##: Int**
- **final def ==(arg0: Any): Boolean**
- **final def asInstanceOf[T0]: T0**
- **def clone(): AnyRef**
- **def decompile(forSwagger: Boolean): String**
- **final def eq(arg0: AnyRef): Boolean**
- **def finalize(): Unit**
- **final def getClass(): Class[_ <: AnyRef]**
- **final def isInstanceOf[T0]: Boolean**
- **def matchToken(pathParams: Params, pathTokens: Seq[String], last: Boolean): Boolean**
- **final def ne(arg0: AnyRef): Boolean**
- **final def notify(): Unit**
- **final def notifyAll(): Unit**
- **def numPlaceholders: Int**
- **def productElementNames: Iterator[String]**
- **final def synchronized[T0](arg0: => T0): T0**
- **def url(params: Map[String, Any]): Either[String, (Any, Map[String, Any])]**
- **final def wait(): Unit**
- **final def wait(arg0: Long, arg1: Int): Unit**
- **final def wait(arg0: Long): Unit**
```

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

### Swagger Annotation Example

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/annotation/Swagger%24%24Tags.html

Example of using the Swagger annotation for API documentation. This is part of the xitrum.annotation package.

```scala
import xitrum.annotation.Swagger
```

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

### Swagger Annotation Example

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/annotation/Swagger%24%24BinaryQuery.html

This example demonstrates the definition of a BinaryQuery annotation used with Swagger for API documentation.

```scala
case class BinaryQuery(name: String, desc: String = "") extends SwaggerParamArg with SwaggerQueryParam with SwaggerBinaryParam with Product with Serializable
```

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

### Respond with Template URI and Options

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Responds by rendering a template specified by its URI, with additional options. Returns a ChannelFuture.

```Scala
def respondTemplate(uri: String, options: Map[String, Any]): ChannelFuture
```

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

### Respond with View Action and Options

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Responds with a view defined by an Action class, with additional options. Requires an implicit Manifest for the Action type. Returns a ChannelFuture.

```Scala
def respondView[T <: Action](options: Map[String, Any])(implicit arg0: Manifest[T]): ChannelFuture
```

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

### Swagger Annotation with DatePath Example

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/annotation/Swagger%24%24DatePath.html

Example of using the `DatePath` annotation within the `Swagger` object. This annotation is used for defining path parameters with date types in Swagger specifications.

```scala
new DatePath(name: String, desc: String = "")
```

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

### Respond with View URI and Options

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Responds by rendering a view specified by its URI, with additional options. Returns a ChannelFuture.

```Scala
def respondView(uri: String, options: Map[String, Any]): ChannelFuture
```

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

### GET /map/keys

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/scope/request/At.html

Retrieves all keys present in the HashMap.

```APIDOC
## GET /map/keys

### Description
Returns an iterable collection of all keys stored in the HashMap.

### Method
GET

### Response
#### Success Response (200)
- **keys** (Iterable[String]) - A collection of all keys in the map.
```

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

### GET /keys

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/handler/HandlerEnv.html

Retrieves all keys present in the HashMap.

```APIDOC
## GET /keys

### Description
Returns an iterable collection of all keys in the map.

### Response
#### Success Response (200)
- **keys** (Iterable[Any]) - A collection of all keys.
```

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

### Respond with View Action (No Layout) and Options

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Responds with a view defined by an Action class, without using a layout, and with additional options. Requires an implicit Manifest for the Action type. Returns a ChannelFuture.

```Scala
def respondViewNoLayout[T <: Action](options: Map[String, Any])(implicit arg0: Manifest[T]): ChannelFuture
```

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

### Respond with View URI, Custom Layout, and Options

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Responds by rendering a view specified by its URI, using a custom layout and additional options. Returns a ChannelFuture.

```Scala
def respondView(customLayout: () => Any, uri: String, options: Map[String, Any]): ChannelFuture
```

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

### GET /isEmpty

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/handler/HandlerEnv.html

Checks if the HashMap contains no elements.

```APIDOC
## GET /isEmpty

### Description
Checks if the map is empty.

### Response
#### Success Response (200)
- **isEmpty** (Boolean) - True if the map contains no elements, false otherwise.
```

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

### GET /json

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/routing/SwaggerJson%24.html

Retrieves the JSON representation of the object.

```APIDOC
## GET /json

### Description
Returns the JSON string representation of the current object.

### Method
GET

### Endpoint
/json

### Response
#### Success Response (200)
- **json** (String) - The JSON string representation.
```

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

### SockJS Options Example

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/routing/index.html

Illustrates the structure of SockJS options, which are named after SockJS options. These options control WebSocket and cookie handling for SockJS connections.

```json
{"websocket": true, "cookie_needed": false, "origins": ["*:*"], "entropy": 123}
```

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

### Respond with View URI (No Layout) and Options

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Responds by rendering a view specified by its URI, without using a layout, and with additional options. Returns a ChannelFuture.

```Scala
def respondViewNoLayout(uri: String, options: Map[String, Any]): ChannelFuture
```

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

### Get Server Name

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/FutureAction.html

Returns the name of the server.

```scala
lazy val serverName: String
```

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

### GetActionClassDefaultsToCurrentAction

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/metrics/XitrumMetricsChannel.html

Default implementation for getting the current action class.

```APIDOC
## GetActionClassDefaultsToCurrentAction

### Description
Default implementation for getting the current action class.

### Methods

#### `getActionClass[T <: Action]()`
- **Description**: Gets the action class.
- **Type Parameter**: `T` - The type of the action class.
- **Implicit Parameter**: `arg0` (Manifest[T]) - Required - Manifest for the action type `T`.
- **Return Type**: `Class[Action]`
```

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

### Configuration and Utility Methods

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Config%24.html

Provides access to application configuration, route loading, and environment-specific settings.

```APIDOC
## Configuration Access

### Description
Access core application settings and environment configurations.

### Properties
- **application** (Config) - Represents the application.conf configuration.
- **xitrum** (XitrumConfig) - Represents settings defined in xitrum.conf.
- **productionMode** (Boolean) - Returns true if the system property 'xitrum.mode' is set to 'production'.
- **ACTOR_SYSTEM_NAME** (String) - The name of the actor system.
- **actorSystem** (ActorSystem) - The Akka ActorSystem instance initialized as 'xitrum'.

## Route Management

### Description
Methods for managing and loading application routes.

### Methods
- **loadRoutes(cl: ClassLoader, quiet: Boolean)**: Returns a RouteCollection. Used to load routes, potentially multiple times during development mode for hot reloading.
- **routes** (RouteCollection) - Variable holding the current route collection.

## Utility Methods

### Description
Helper methods for URL generation and system error handling.

### Methods
- **withBaseUrl(path: String)**: Returns a String. Prepends the base URL to the provided path.
- **exitOnStartupError(msg: String, e: Throwable)**: Handles fatal errors during application startup.
- **exitOnStartupError(msg: String)**: Overload for handling startup errors with a message.
```

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

### GET /routes/all

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/routing/RouteCollection.html

Retrieves all routes currently registered in the application.

```APIDOC
## GET /routes/all

### Description
Returns all routes in one place. The returned elements are ArrayBuffer and can be modified.

### Method
GET

### Endpoint
/routes/all

### Response
#### Success Response (200)
- **all** (Seq[ArrayBuffer[Route]]) - A collection of all registered routes.
```

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

### Channel Initializer Methods

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/handler/DefaultHttpChannelInitializer.html

Methods specific to initializing and configuring channels.

```APIDOC
## Channel Initializer Methods

### Description
Methods for customizing the channel pipeline during initialization.

### Methods
- `initChannel(ch: SocketChannel): Unit`
  - Description: Override this method to customize the default pipeline. Inbound direction: first handler -> last handler. Outbound direction: last handler -> first handler.

### Definition Classes
- `DefaultHttpChannelInitializer`
- `ChannelInitializer`
```

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

### Respond with View Action, Custom Layout, and Options

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Responds with a view defined by an Action class, using a custom layout and additional options. Requires an implicit Manifest for the Action type. Returns a ChannelFuture.

```Scala
def respondView[T <: Action](customLayout: () => Any, options: Map[String, Any])(implicit arg0: Manifest[T]): ChannelFuture
```

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

### GET xitrum/xitrum-3.30.0.js

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/index.html

Retrieves the Xitrum JavaScript library file.

```APIDOC
## GET xitrum/xitrum-3.30.0.js

### Description
Retrieves the xitrum.js library file for use in client-side views.

### Method
GET

### Endpoint
xitrum/xitrum-3.30.0.js
```

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

### GET /registryAsJson

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/metrics/Publish.html

Retrieves the registry data as a JSON string.

```APIDOC
## GET /registryAsJson

### Description
Returns the current registry state serialized as a JSON string.

### Method
GET

### Endpoint
/registryAsJson

### Response
#### Success Response (200)
- **registryAsJson** (String) - The registry data in JSON format.
```

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

### Channel Initialization

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/handler/SslChannelInitializer.html

Methods for initializing the channel pipeline.

```APIDOC
## initChannel

### Description
Initializes the channel pipeline.

### Parameters
#### Path Parameters
- **ch** (SocketChannel) - Required - The socket channel to initialize.
```

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

### Action Class Retrieval

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/FutureAction.html

Method to get the class of an action.

```APIDOC
## Action Class Retrieval

### Description
Retrieves the `Class` object for a given action type.

### Method

- `getActionClass[T <: Action]()`: Returns the `Class[Action]` for the action type specified by the type parameter `T`.
```

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

### Product Methods

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/annotation/Swagger%24%24DoubleQuery.html

Details the methods available for Product objects.

```APIDOC
## Product Methods

### Description
Provides methods for Product objects, typically used for case classes.

### Methods

- `productElementNames: Iterator[String]`

### Notes
This method is inherited from the standard Scala Product trait.
```

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

### GET /bodyTextParams

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/SockJsAction.html

Accesses parameters provided in the request body.

```APIDOC
## GET /bodyTextParams

### Description
Retrieves parameters sent within the request body.

### Method
GET

### Response
#### Success Response (200)
- **params** (Map) - A collection of key-value pairs from the request body.
```

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

### Get Anti-CSRF Token

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/FutureAction.html

Retrieves the anti-CSRF token string.

```scala
def antiCsrfToken: String
```

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

### Render View with Options

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Renders a template at a given URI and applies the default layout. Options specific to the template engine can be provided.

```Scala
def renderView(uri: String, options: Map[String, Any]): String
```

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

### Get WebSocket Scheme

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/FutureAction.html

Returns the scheme for WebSocket connections.

```scala
lazy val webSocketScheme: String
```

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

### Get Server Port

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/FutureAction.html

Returns the port number of the server.

```scala
lazy val serverPort: Int
```

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

### Respond with View Action (No Layout)

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Responds with a view defined by an Action class, without using a layout. Requires an implicit Manifest for the Action type. Returns a ChannelFuture.

```Scala
def respondViewNoLayout[T <: Action]()(implicit arg0: Manifest[T]): ChannelFuture
```

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

### Respond with View Action and Custom Layout

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Responds with a view defined by an Action class, using a custom layout. Requires an implicit Manifest for the Action type. Returns a ChannelFuture.

```Scala
def respondView[T <: Action](customLayout: () => Any)(implicit arg0: Manifest[T]): ChannelFuture
```

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

### Get CSRF token

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Retrieves the anti-CSRF token string.

```scala
antiCsrfToken
```

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

### GET /hashmap/keySet

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/scope/request/At.html

Returns a set containing all keys present in the HashMap.

```APIDOC
## GET /hashmap/keySet

### Description
Returns a set containing all keys present in the HashMap.

### Response
#### Success Response (200)
- **keys** (Set[String]) - A set of all keys in the map.
```

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

### Inherited from Product

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/annotation/Swagger%24%24OptBinaryQuery.html

Details methods inherited from the Product trait.

```APIDOC
## Inherited from Product

### Value Members

### `productElementNames`: Iterator[String]

- **Description**: Returns an iterator over the names of the elements of this product.
- **Method**: N/A (Inherited Value Member)
- **Endpoint**: N/A
- **Parameters**: None
- **Request Body**: None
```

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

### Respond with View Action

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Responds with a view defined by an Action class. Requires an implicit Manifest for the Action type. Returns a ChannelFuture.

```Scala
def respondView[T <: Action]()(implicit arg0: Manifest[T]): ChannelFuture
```

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

### GET /hashmap/get

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/scope/request/At.html

Retrieves the value associated with a specific key from the HashMap.

```APIDOC
## GET /hashmap/get

### Description
Retrieves the value associated with a specific key from the HashMap.

### Parameters
#### Query Parameters
- **key** (String) - Required - The key to look up in the map.

### Response
#### Success Response (200)
- **value** (Option[Any]) - The value associated with the key, if it exists.
```

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

### GET getActionClass

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/view/GetActionClassDefaultsToCurrentAction.html

Retrieves the class object for a given Action type.

```APIDOC
## GET getActionClass

### Description
Retrieves the Class object associated with a specific Action type using a manifest.

### Method
GET

### Parameters
#### Query Parameters
- **T** (Type) - Required - The Action type to retrieve the class for.

### Response
#### Success Response (200)
- **Class[Action]** (Class) - The class object of the specified Action.
```

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

### ViewResponder: respondTemplate with options

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/SockJsAction.html

Renders a template with specified options and responds with the generated content.

```APIDOC
## GET /api/respondTemplateWithOptions

### Description
Renders a template with specified options and responds with the generated content.

### Method
GET

### Endpoint
/api/respondTemplateWithOptions

### Parameters
#### Query Parameters
- **uri** (String) - Required - The URI of the template to render.
- **options** (Map[String, Any]) - Optional - A map of options to customize template rendering.

### Response
#### Success Response (200)
- **ChannelFuture** - Represents the asynchronous completion of the response.

### Response Example
(Response content will be the rendered HTML or other template output)
```

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

### get

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/util/Mime%24.html

Retrieves the MIME type for a given file or file path.

```APIDOC
## get

### Description
Retrieves the MIME type associated with a specific file or file path.

### Parameters
#### Query Parameters
- **file** (File/String) - Required - The file object or path string to look up.

### Response
#### Success Response (200)
- **result** (Option[String]) - The MIME type if found, otherwise None.
```

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

### Any Methods

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/annotation/Swagger%24%24BinaryBody.html

This section details the methods available for Any objects within the Xitrum Framework.

```APIDOC
## Any Methods

### Description
Provides fundamental methods for Any objects.

### Methods
- `asInstanceOf[T0]: T0`
- `isInstanceOf[T0]: Boolean`
```

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

### GET Request Parameters

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/handler/HandlerEnv.html

Accessing merged request parameters from the HandlerEnv.

```APIDOC
## GET Request Parameters

### Description
Retrieves merged request parameters from the current handler environment.

### Parameters
#### Properties
- **textParams** (Params) - The merge of all text params (queryParams, bodyParams, and pathParams), as contrast to file upload (bodyFileParams).
- **urlParams** (Params) - The merge of queryParams and pathParams, things that appear in the request URL.
```

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

### Respond with Template URI

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Responds by rendering a template specified by its URI. Returns a ChannelFuture.

```Scala
def respondTemplate(uri: String): ChannelFuture
```

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

### Core Object Methods

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/view/FlashRenderer.html

Documentation for core methods available on objects, including inherited methods from Any and AnyRef.

```APIDOC
## Object Methods

### Description
This section details common methods available on objects within the Xitrum framework, including standard Scala methods and framework-specific ones.

### Methods

- **!= (arg0: Any): Boolean**
  - Description: Checks for inequality.
  - Defined in: AnyRef

- **##: Int**
  - Description: Returns the hash code of the object.
  - Defined in: AnyRef

- **== (arg0: Any): Boolean**
  - Description: Checks for equality.
  - Defined in: AnyRef

- **asInstanceOf[T0]: T0**
  - Description: Casts the object to a specified type.
  - Defined in: Any

- **clone(): AnyRef**
  - Description: Creates a copy of the object.
  - Throws: `java.lang.CloneNotSupportedException`
  - Defined in: AnyRef

- **eq (arg0: AnyRef): Boolean**
  - Description: Checks for reference equality.
  - Defined in: AnyRef

- **equals(arg0: AnyRef): Boolean**
  - Description: Compares the object for equality with another object.
  - Defined in: AnyRef

- **finalize(): Unit**
  - Description: Called by the garbage collector before an object is reclaimed.
  - Throws: `java.lang.Throwable`
  - Defined in: AnyRef

- **getClass(): Class[_ <: AnyRef]**
  - Description: Returns the runtime class of this object.
  - Defined in: AnyRef

- **hashCode(): Int**
  - Description: Returns the hash code value for the object.
  - Defined in: AnyRef

- **isInstanceOf[T0]: Boolean**
  - Description: Checks if the object is an instance of a specified type.
  - Defined in: Any

- **ne (arg0: AnyRef): Boolean**
  - Description: Checks for reference inequality.
  - Defined in: AnyRef

- **notify(): Unit**
  - Description: Wakes up a single thread that is waiting on this object's monitor.
  - Defined in: AnyRef

- **notifyAll(): Unit**
  - Description: Wakes up all threads that are waiting on this object's monitor.
  - Defined in: AnyRef

- **synchronized[T0](arg0: => T0): T0**
  - Description: Returns the result of the given block of code synchronized on this object.
  - Defined in: AnyRef

- **toString(): String**
  - Description: Returns a string representation of the object.
  - Defined in: AnyRef

- **wait(): Unit**
  - Description: Causes the current thread to wait until it is awakened.
  - Throws: `java.lang.InterruptedException`
  - Defined in: AnyRef

- **wait(arg0: Long, arg1: Int): Unit**
  - Description: Causes the current thread to wait until it is awakened, with a specified timeout and nanosecond adjustment.
  - Throws: `java.lang.InterruptedException`
  - Defined in: AnyRef

- **wait(arg0: Long): Unit**
  - Description: Causes the current thread to wait until it is awakened, with a specified timeout.
  - Throws: `java.lang.InterruptedException`
  - Defined in: AnyRef

### Xitrum Specific Value Members

- **xitrumCss: Node**
  - Description: Represents Xitrum CSS as a Node.
  - Defined in: Ungrouped
```

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

### GET /requestContent

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/handler/HandlerEnv.html

Access the request body content in different formats.

```APIDOC
## GET /requestContent

### Description
Provides access to the request body as a JSON4S JValue or a raw String.

### Method
GET

### Endpoint
/requestContent

### Response
- **requestContentJValue** (JValue) - The whole request body parsed as JSON4S JValue.
- **requestContentString** (String) - The whole request body as String.
```

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

### Respond with View URI and Custom Layout

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/Component.html

Responds by rendering a view specified by its URI, using a custom layout. Returns a ChannelFuture.

```Scala
def respondView(customLayout: () => Any, uri: String): ChannelFuture
```

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

### GET /get

Source: https://xitrum-framework.github.io/api/3.30.0/xitrum/handler/HandlerEnv.html

Retrieves the value associated with a specific key from the HashMap.

```APIDOC
## GET /get

### Description
Retrieves the value associated with the provided key.

### Parameters
#### Query Parameters
- **key** (Any) - Required - The key to look up in the map.

### Response
#### Success Response (200)
- **value** (Option[Any]) - The value associated with the key, if it exists.
```