Assets

Type Members

type AssetPath = algebra.Assets.AssetPath

The path of the asset
The path of the asset

Definition Classes
Assets → Assets
type AssetRequest = algebra.Assets.AssetRequest

An HTTP request to retrieve an asset
An HTTP request to retrieve an asset

Definition Classes
Assets → Assets
type AssetResponse = algebra.Assets.AssetResponse

An HTTP response containing an asset
An HTTP response containing an asset

Definition Classes
Assets → Assets
type Endpoint[A, B] = algebra.Assets.Endpoint[A, B]

Information carried by an HTTP endpoint
Information carried by an HTTP endpoint

Definition Classes
Endpoints → Endpoints
type Method = algebra.Assets.Method

Definition Classes
Methods → Methods
type MuxEndpoint[Req <: MuxRequest, Resp, Transport] = algebra.Assets.MuxEndpoint[Req, Resp, Transport]

Information carried by a multiplexed HTTP endpoint.
Information carried by a multiplexed HTTP endpoint.

Definition Classes
Endpoints → Endpoints
type Path[A] = algebra.Assets.Path[A]

An URL path carrying an A information
An URL path carrying an A information

Definition Classes
Urls → Urls
implicit class PathOps[A] extends AnyRef

Convenient methods for Paths.
Convenient methods for Paths.

Definition Classes
Urls
type QueryString[A] = algebra.Assets.QueryString[A]

A query string carrying an A information
A query string carrying an A information

Definition Classes
Urls → Urls
implicit class QueryStringOps[A] extends AnyRef

Provides convenient methods on QueryString.
Provides convenient methods on QueryString.

Definition Classes
Urls
type QueryStringParam[A] = algebra.Assets.QueryStringParam[A]

A single query string parameter carrying an A information.
A single query string parameter carrying an A information.

Definition Classes
Urls → Urls
type Request[A] = algebra.Assets.Request[A]

Information carried by a whole request (headers and entity)
Information carried by a whole request (headers and entity)

Definition Classes
Requests → Requests
type RequestEntity[A] = algebra.Assets.RequestEntity[A]

Information carried by request entity
Information carried by request entity

Definition Classes
Requests → Requests
type RequestHeaders[A] = algebra.Assets.RequestHeaders[A]

Information carried by requests’ headers
Information carried by requests’ headers

Definition Classes
Requests → Requests
type Response[A] = algebra.Assets.Response[A]

Information carried by a response
Information carried by a response

Definition Classes
Responses → Responses
type Segment[A] = algebra.Assets.Segment[A]

An URL path segment carrying an A information.
An URL path segment carrying an A information.

Definition Classes
Urls → Urls
type Url[A] = algebra.Assets.Url[A]

An URL carrying an A information
An URL carrying an A information

Definition Classes
Urls → Urls

Abstract Value Members

abstract val delegate: algebra.Assets

Definition Classes
Assets → Endpoints → Responses → Requests → Methods → Urls

Concrete Value Members

final def !=(arg0: Any): Boolean

Definition Classes
AnyRef → Any
final def ##(): Int

Definition Classes
AnyRef → Any
final def ==(arg0: Any): Boolean

Definition Classes
AnyRef → Any
def Delete: Method

Definition Classes
Methods → Methods
def Get: Method

Definition Classes
Methods → Methods
def Post: Method

Definition Classes
Methods → Methods
def Put: Method

Definition Classes
Methods → Methods
final def asInstanceOf[T0]: T0

Definition Classes
Any
def assetSegments(name: String): Path[AssetPath]

A Path that extracts an AssetPath from all the path segments.
A Path that extracts an AssetPath from all the path segments.
Consider the following definition:
```
val assets = assetsEndpoint(get(path / "assets" / assetsSegments))
```
Then, here is how the following requests are decoded: - /assets/foo => foo - /assets/foo/bar => foo/bar
Definition Classes
Assets → Assets
def assetsEndpoint(url: Url[AssetPath], documentation: String, notFoundDocumentation: String): Endpoint[AssetRequest, AssetResponse]

url
URL description
returns
An HTTP endpoint serving assets

Definition Classes
Assets → Assets
def chainPaths[A, B](first: Path[A], second: Path[B])(implicit tupler: Tupler[A, B]): Path[Out]

Chains the two paths
Chains the two paths

Definition Classes
Urls → Urls
def clone(): AnyRef

Attributes
protected[java.lang]
Definition Classes
AnyRef
Annotations
@throws( ... )
def combineQueryStrings[A, B](first: QueryString[A], second: QueryString[B])(implicit tupler: Tupler[A, B]): QueryString[Out]

Concatenates two QueryStrings
Concatenates two QueryStrings

Definition Classes
Urls → Urls
def digests: Map[String, String]

The digests of the assets
The digests of the assets

Definition Classes
Assets → Assets
def emptyHeaders: RequestHeaders[Unit]

No particular information.
No particular information. Does not mean that the headers *have to* be empty. Just that, from a server point of view no information will be extracted from them, and from a client point of view no particular headers will be built in the request.

Definition Classes
Requests → Requests
def emptyRequest: RequestEntity[Unit]

Empty request.
Empty request.

Definition Classes
Requests → Requests
def emptyResponse(documentation: String): Response[Unit]

Empty response.
Empty response.

Definition Classes
Responses → Responses
def endpoint[A, B](request: Request[A], response: Response[B]): Endpoint[A, B]

HTTP endpoint.
HTTP endpoint.
request
Request
response
Response

Definition Classes
Endpoints → Endpoints
final def eq(arg0: AnyRef): Boolean

Definition Classes
AnyRef
def equals(arg0: Any): Boolean

Definition Classes
AnyRef → Any
def finalize(): Unit

Attributes
protected[java.lang]
Definition Classes
AnyRef
Annotations
@throws( classOf[java.lang.Throwable] )
final def get[A, B](url: Url[A], headers: RequestHeaders[B] = emptyHeaders)(implicit tuplerAC: Tupler[A, B]): Request[Out]

Helper method to perform GET request
Helper method to perform GET request

Definition Classes
Requests
final def getClass(): Class[_]

Definition Classes
AnyRef → Any
def hashCode(): Int

Definition Classes
AnyRef → Any
implicit def intQueryString: QueryStringParam[Int]

Ability to define Int query string parameters
Ability to define Int query string parameters

Definition Classes
Urls → Urls
implicit def intSegment: Segment[Int]

Ability to define Int path segments
Ability to define Int path segments

Definition Classes
Urls → Urls
final def isInstanceOf[T0]: Boolean

Definition Classes
Any
def longQueryString: QueryStringParam[Long]

Query string parameter containing a Long value
Query string parameter containing a Long value

Definition Classes
Urls → Urls
implicit def longSegment: Segment[Long]

Segment containing a Long value
Segment containing a Long value

Definition Classes
Urls → Urls
def muxEndpoint[Req <: MuxRequest, Resp, Transport](request: Request[Transport], response: Response[Transport]): MuxEndpoint[Req, Resp, Transport]

Multiplexed HTTP endpoint.
Multiplexed HTTP endpoint.
A multiplexing endpoint makes it possible to use several request and response types in the same HTTP endpoint. In other words, it allows to define several different actions through a singe HTTP endpoint.
Req
The base type of possible requests
Resp
The base type of possible responses
Transport
The data type used to transport the requests and responses
request
The request
response
The response

Definition Classes
Endpoints → Endpoints
final def ne(arg0: AnyRef): Boolean

Definition Classes
AnyRef
final def notify(): Unit

Definition Classes
AnyRef
final def notifyAll(): Unit

Definition Classes
AnyRef
def optQs[A](name: String)(implicit value: QueryStringParam[A]): QueryString[Option[A]]

Builds a QueryString with one optional parameter of type A.
Builds a QueryString with one optional parameter of type A.
name
Parameter’s name

Definition Classes
Urls → Urls
val path: Path[Unit]

An empty path.
An empty path.
Useful to begin a path definition:
```
path / "foo" / segment[Int]("some-value")
```
Definition Classes
Urls
final def post[A, B, C, AB](url: Url[A], entity: RequestEntity[B], headers: RequestHeaders[C] = emptyHeaders)(implicit tuplerAB: Tupler.Aux[A, B, AB], tuplerABC: Tupler[AB, C]): Request[Out]

Helper method to perform POST request
Helper method to perform POST request

Definition Classes
Requests
def qs[A](name: String)(implicit value: QueryStringParam[A]): QueryString[A]

Builds a QueryString with one parameter.
Builds a QueryString with one parameter.
A
Type of the value carried by the parameter
name
Parameter’s name

Definition Classes
Urls → Urls
def request[A, B, C, AB](method: Method, url: Url[A], entity: RequestEntity[B] = emptyRequest, headers: RequestHeaders[C] = emptyHeaders)(implicit tuplerAB: Tupler.Aux[A, B, AB], tuplerABC: Tupler[AB, C]): Request[Out]

Request for given parameters
Request for given parameters
method
Request method
url
Request URL

Definition Classes
Requests → Requests
def segment[A](name: String)(implicit s: Segment[A]): Path[A]

Builds a path segment carrying an A information
Builds a path segment carrying an A information
name
Name for the segment (for documentation)

Definition Classes
Urls → Urls
def staticPathSegment(segment: String): Path[Unit]

Builds a static path segment
Builds a static path segment

Definition Classes
Urls → Urls
implicit def stringQueryString: QueryStringParam[String]

Ability to define String query string parameters
Ability to define String query string parameters

Definition Classes
Urls → Urls
implicit def stringSegment: Segment[String]

Ability to define String path segments
Ability to define String path segments

Definition Classes
Urls → Urls
final def synchronized[T0](arg0: ⇒ T0): T0

Definition Classes
AnyRef
def textResponse(documentation: String): Response[String]

Text response.
Text response.

Definition Classes
Responses → Responses
def toString(): String

Definition Classes
AnyRef → Any
def urlWithQueryString[A, B](path: Path[A], qs: QueryString[B])(implicit tupler: Tupler[A, B]): Url[Out]

Builds an URL from the given path and query string
Builds an URL from the given path and query string

Definition Classes
Urls → Urls
final def wait(): Unit

Definition Classes
AnyRef
Annotations
@throws( ... )
final def wait(arg0: Long, arg1: Int): Unit

Definition Classes
AnyRef
Annotations
@throws( ... )
final def wait(arg0: Long): Unit

Definition Classes
AnyRef
Annotations
@throws( ... )

Related Doc: package delegate

trait Assets extends algebra.Assets with Endpoints

Type Members

type AssetPath = algebra.Assets.AssetPath

type AssetRequest = algebra.Assets.AssetRequest

type AssetResponse = algebra.Assets.AssetResponse

type Endpoint[A, B] = algebra.Assets.Endpoint[A, B]

type Method = algebra.Assets.Method

type MuxEndpoint[Req <: MuxRequest, Resp, Transport] = algebra.Assets.MuxEndpoint[Req, Resp, Transport]

type Path[A] = algebra.Assets.Path[A]

implicit class PathOps[A] extends AnyRef

type QueryString[A] = algebra.Assets.QueryString[A]

implicit class QueryStringOps[A] extends AnyRef

type QueryStringParam[A] = algebra.Assets.QueryStringParam[A]

type Request[A] = algebra.Assets.Request[A]

type RequestEntity[A] = algebra.Assets.RequestEntity[A]

type RequestHeaders[A] = algebra.Assets.RequestHeaders[A]

type Response[A] = algebra.Assets.Response[A]

type Segment[A] = algebra.Assets.Segment[A]

type Url[A] = algebra.Assets.Url[A]

Abstract Value Members

abstract val delegate: algebra.Assets

Concrete Value Members

final def !=(arg0: Any): Boolean

final def ##(): Int

final def ==(arg0: Any): Boolean

def Delete: Method

def Get: Method

def Post: Method

def Put: Method

final def asInstanceOf[T0]: T0

def assetSegments(name: String): Path[AssetPath]

def assetsEndpoint(url: Url[AssetPath], documentation: String, notFoundDocumentation: String): Endpoint[AssetRequest, AssetResponse]

def chainPaths[A, B](first: Path[A], second: Path[B])(implicit tupler: Tupler[A, B]): Path[Out]

def clone(): AnyRef

def combineQueryStrings[A, B](first: QueryString[A], second: QueryString[B])(implicit tupler: Tupler[A, B]): QueryString[Out]

def digests: Map[String, String]

def emptyHeaders: RequestHeaders[Unit]

def emptyRequest: RequestEntity[Unit]

def emptyResponse(documentation: String): Response[Unit]

def endpoint[A, B](request: Request[A], response: Response[B]): Endpoint[A, B]

final def eq(arg0: AnyRef): Boolean

def equals(arg0: Any): Boolean

def finalize(): Unit

final def get[A, B](url: Url[A], headers: RequestHeaders[B] = emptyHeaders)(implicit tuplerAC: Tupler[A, B]): Request[Out]

final def getClass(): Class[_]

def hashCode(): Int

implicit def intQueryString: QueryStringParam[Int]

implicit def intSegment: Segment[Int]

final def isInstanceOf[T0]: Boolean

def longQueryString: QueryStringParam[Long]

implicit def longSegment: Segment[Long]

def muxEndpoint[Req <: MuxRequest, Resp, Transport](request: Request[Transport], response: Response[Transport]): MuxEndpoint[Req, Resp, Transport]

final def ne(arg0: AnyRef): Boolean

final def notify(): Unit

final def notifyAll(): Unit

def optQs[A](name: String)(implicit value: QueryStringParam[A]): QueryString[Option[A]]

val path: Path[Unit]

final def post[A, B, C, AB](url: Url[A], entity: RequestEntity[B], headers: RequestHeaders[C] = emptyHeaders)(implicit tuplerAB: Tupler.Aux[A, B, AB], tuplerABC: Tupler[AB, C]): Request[Out]

def qs[A](name: String)(implicit value: QueryStringParam[A]): QueryString[A]

def request[A, B, C, AB](method: Method, url: Url[A], entity: RequestEntity[B] = emptyRequest, headers: RequestHeaders[C] = emptyHeaders)(implicit tuplerAB: Tupler.Aux[A, B, AB], tuplerABC: Tupler[AB, C]): Request[Out]

def segment[A](name: String)(implicit s: Segment[A]): Path[A]

def staticPathSegment(segment: String): Path[Unit]

implicit def stringQueryString: QueryStringParam[String]

implicit def stringSegment: Segment[String]

final def synchronized[T0](arg0: ⇒ T0): T0

def textResponse(documentation: String): Response[String]

def toString(): String

def urlWithQueryString[A, B](path: Path[A], qs: QueryString[B])(implicit tupler: Tupler[A, B]): Url[Out]

final def wait(): Unit

final def wait(arg0: Long, arg1: Int): Unit

final def wait(arg0: Long): Unit

Inherited from Endpoints

Inherited from Responses

Inherited from Requests

Inherited from Methods

Inherited from Urls

Inherited from algebra.Assets

Inherited from algebra.Endpoints