ChoiceDSL

Instance Constructors

new ChoiceDSL(choice: ChoiceDefinition[I])(implicit arg0: ClassTag[I])

choice
the definition

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
implicit def addAStepToTheDSL[II](definition: StepDefinition)(implicit arg0: ClassTag[II]): BaseDSL[II]

Attributes
protected
Definition Classes
DSL2BaseDSL
def aggregate[O](aggregation: AggregationConfiguration[I, O])(implicit arg0: ClassTag[O]): BaseDSL[O]

Declare a a way to aggregate message.
Declare a a way to aggregate message. The declaration is done with an object that implements the AggregateProps trait.
O
the type of the message pieces.
returns
the possibility to add other steps to the current DSL.

Definition Classes
BaseDSL
def as[O](implicit arg0: ClassTag[O]): BaseDSL[O]

Declares a type requirement in the route.
Declares a type requirement in the route. if the body type is incorrect, the system tries to convert the message body.
O
the required type.
returns
the possibility to add other steps to the current DSL

Definition Classes
BaseDSL
final def asInstanceOf[T0]: T0

Definition Classes
Any
lazy val baseDsl: BaseDSL[I]

Attributes
protected
Definition Classes
BaseDSL → DSL2BaseDSL
def choice(block: (ChoiceDSL[I]) ⇒ Unit): BaseDSL[I]

Declares a static router.
Declares a static router. The routing conditions are declared inside a block using a specific DSL for the choice. The choice DSL contains two keywords : when and otherwise. When declares a subroute with a condition. Otherwise declare a subroute for messages that don't meet the conditions of the other When subroutes.
```
choice{ c =>
    c.when(_.body == "1").endpoint("mock:output1")
    c.when(_.body == "2").endpoint("mock:output2")
    c.otherwise.endpoint("mock:output3")
}
```
block
a function taking the routing DSL as a parameter and returning Unit.
returns
the possibility to add other steps to the current DSL.

Definition Classes
BaseDSL
def clone(): AnyRef

Attributes
protected[java.lang]
Definition Classes
AnyRef
Annotations
@throws( ... )
final def eq(arg0: AnyRef): Boolean

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

Definition Classes
AnyRef → Any
def filter(predicate: Predicate[I]): BaseDSL[I]

Declares a filter in the route.
Declares a filter in the route. If the condition of the predicate are not meet the routing of the current message is stopped.
predicate
if true the message continue the route
returns
the possibility to add other steps to the current DSL

Definition Classes
BaseDSL
def filter(function: (Message[I]) ⇒ Boolean): BaseDSL[I]

Declares a filter in the route.
Declares a filter in the route. If the condition of the predicate are not meet the routing of the current message is stopped.
function
taking a message and returning a boolean. (true if the message continue otherwise false)
returns
the possibility to add other steps to the current DSL

Definition Classes
BaseDSL
def filterBody(function: (I) ⇒ Boolean): BaseDSL[I]

Adds a filter to the route with a predicate.
Adds a filter to the route with a predicate. If the condition of the predicate are not meet the routing of the current message is stopped.
function
taking a message body and returning a boolean. (true if the message continue otherwise false)
returns
the main DSL

Definition Classes
BaseDSL
def finalize(): Unit

Attributes
protected[java.lang]
Definition Classes
AnyRef
Annotations
@throws( classOf[java.lang.Throwable] )
final def getClass(): Class[_]

Definition Classes
AnyRef → Any
def hashCode(): Int

Definition Classes
AnyRef → Any
final def isInstanceOf[T0]: Boolean

Definition Classes
Any
def multicast[S](sinks: S*)(implicit convert: (Seq[S]) ⇒ Seq[Sink[I, _]]): MulticastDSL[I]

Declares a multicast in the route.
Declares a multicast in the route. A multicast routes the same message to multiple endpoints.
S
the native type of the endpoints.
sinks
the endpoints.
convert
a way to convert the native type of the endpoints to sinks.
returns
the possibility to add other steps to the current DSL.

Definition Classes
BaseDSL
final def ne(arg0: AnyRef): Boolean

Definition Classes
AnyRef
final def notify(): Unit

Definition Classes
AnyRef
final def notifyAll(): Unit

Definition Classes
AnyRef
def otherwise: BaseDSL[I]

declares a default subroute if no other subroute handle a message.
declares a default subroute if no other subroute handle a message.
returns
the possibility to add other steps to the current DSL
def process[O](func: (Message[I]) ⇒ Message[O])(implicit arg0: ClassTag[O]): BaseDSL[O]

Declares a transformation of the message in the route with a function.
Declares a transformation of the message in the route with a function.
O
the type of the message if the body changed
func
the function
returns
the possibility to add other steps to the current DSL

Definition Classes
BaseDSL
def processBody[O](func: (I) ⇒ O)(implicit arg0: ClassTag[O]): BaseDSL[O]

Declares a transformation of the message body in the route with a function.
Declares a transformation of the message body in the route with a function.
O
the output type of the function
func
the function
returns
the possibility to add other steps to the current DSL

Definition Classes
BaseDSL
def requireAs[O](implicit arg0: ClassTag[O]): BaseDSL[O]

Declares a type requirement in the route.
Declares a type requirement in the route. if the type is incorrect an exception is thrown.
O
the required type.
returns
the possibility to add other steps to the current DSL

Definition Classes
BaseDSL
def split[O](expression: Expression[I, O], stopOnException: Boolean = false, propagateException: Boolean = false)(implicit arg0: ClassTag[O]): SplitDSL[O]

Declare a message splitter or a way to split a message body in pieces.
Declare a message splitter or a way to split a message body in pieces.
O
the type of the message pieces.
expression
used to split the message.
returns
the possibility to add other steps to the current DSL.

Definition Classes
BaseDSL
def split[O](splitter: (Message[I]) ⇒ Iterator[O])(implicit arg0: ClassTag[O]): SplitDSL[O]

Declare a message splitter or a way to split a message body in pieces.
Declare a message splitter or a way to split a message body in pieces.
O
the type of the message pieces.
splitter
the function used to split the message. It takes the message and returns an Iterator of the pieces.
returns
the possibility to add other steps to the current DSL.

Definition Classes
BaseDSL
def splitBody[O](splitter: (I) ⇒ Iterator[O], stopOnException: Boolean = false, propagateException: Boolean = false)(implicit arg0: ClassTag[O]): SplitDSL[O]

Declare a message splitter or a way to split a message body in pieces.
Declare a message splitter or a way to split a message body in pieces.
O
the type of the message pieces.
splitter
the function used to split the body. It takes the body message and returns an Iterator of the pieces.
returns
the possibility to add other steps to the current DSL.

Definition Classes
BaseDSL
def splitFoldBody[O, G, H](splitter: (I) ⇒ Iterator[O], stopOnException: Boolean = false, propagateException: Boolean = false)(splitterRoute: (BaseDSL[O]) ⇒ BaseDSL[G])(seed: H)(fold: (H, G) ⇒ H)(implicit arg0: ClassTag[O], arg1: ClassTag[H]): SplitDSL[H]

Definition Classes
BaseDSL
def splitReduceBody[O, G](splitter: (I) ⇒ Iterator[O], stopOnException: Boolean = false, propagateException: Boolean = false)(splitterRoute: (BaseDSL[O]) ⇒ BaseDSL[G])(reduce: (G, G) ⇒ G)(implicit arg0: ClassTag[O], arg1: ClassTag[G]): SplitDSL[G]

Definition Classes
BaseDSL
val step: StepDefinition

the definition.
the definition.

Attributes
protected[io.xtech.babel]
Definition Classes
BaseDSL
final def synchronized[T0](arg0: ⇒ T0): T0

Definition Classes
AnyRef
def to[O, S](sink: S, requestReply: Boolean)(implicit arg0: ClassTag[O], convert: (S) ⇒ Sink[I, O]): BaseDSL[O]

Declares an output for the route and defines incoming messages should require an answer or not.
Declares an output for the route and defines incoming messages should require an answer or not.
O
the type of the output
S
a sink object
sink
an output.
requestReply
is true if the sender expects an answer.
convert
an object to route output (sink).
returns
the possibility to add other steps to the current DSL

Definition Classes
BaseDSL
def to[O, S](sink: S)(implicit arg0: ClassTag[O], convert: (S) ⇒ Sink[I, O]): BaseDSL[O]

Declares an output for the route.
Declares an output for the route.
O
the type of the output
S
a sink object
sink
an output.
convert
an object to route output (sink).
returns
the possibility to add other steps to the current DSL

Definition Classes
BaseDSL
def toString(): String

Definition Classes
AnyRef → Any
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( ... )
def when(predicate: Predicate[I]): BaseDSL[I]

declares a possible subroute in the routing.
declares a possible subroute in the routing.
predicate
if true the message go through the subroute.
returns
the possibility to add other steps to the current DSL
def when(predicate: (Message[I]) ⇒ Boolean): BaseDSL[I]

declares a possible subroute in the routing.
declares a possible subroute in the routing.
predicate
a function taking a message returning a boolean. if true the message go through the subroute.
returns
the possibility to add other steps to the current DSL
def whenBody(predicate: (I) ⇒ Boolean): BaseDSL[I]

declares a possible subroute in the routing.
declares a possible subroute in the routing.
predicate
a function taking a message body returning a boolean. if true the message go through the subroute.
returns
the base dsl.

Related Doc: package fish

class ChoiceDSL[I] extends BaseDSL[I]

Instance Constructors

new ChoiceDSL(choice: ChoiceDefinition[I])(implicit arg0: ClassTag[I])

Value Members

final def !=(arg0: Any): Boolean

final def ##(): Int

final def ==(arg0: Any): Boolean

implicit def addAStepToTheDSL[II](definition: StepDefinition)(implicit arg0: ClassTag[II]): BaseDSL[II]

def aggregate[O](aggregation: AggregationConfiguration[I, O])(implicit arg0: ClassTag[O]): BaseDSL[O]

def as[O](implicit arg0: ClassTag[O]): BaseDSL[O]

final def asInstanceOf[T0]: T0

lazy val baseDsl: BaseDSL[I]

def choice(block: (ChoiceDSL[I]) ⇒ Unit): BaseDSL[I]

def clone(): AnyRef

final def eq(arg0: AnyRef): Boolean

def equals(arg0: Any): Boolean

def filter(predicate: Predicate[I]): BaseDSL[I]

def filter(function: (Message[I]) ⇒ Boolean): BaseDSL[I]

def filterBody(function: (I) ⇒ Boolean): BaseDSL[I]

def finalize(): Unit

final def getClass(): Class[_]

def hashCode(): Int

final def isInstanceOf[T0]: Boolean

def multicast[S](sinks: S*)(implicit convert: (Seq[S]) ⇒ Seq[Sink[I, _]]): MulticastDSL[I]

final def ne(arg0: AnyRef): Boolean

final def notify(): Unit

final def notifyAll(): Unit

def otherwise: BaseDSL[I]

def process[O](func: (Message[I]) ⇒ Message[O])(implicit arg0: ClassTag[O]): BaseDSL[O]

def processBody[O](func: (I) ⇒ O)(implicit arg0: ClassTag[O]): BaseDSL[O]

def requireAs[O](implicit arg0: ClassTag[O]): BaseDSL[O]

def split[O](expression: Expression[I, O], stopOnException: Boolean = false, propagateException: Boolean = false)(implicit arg0: ClassTag[O]): SplitDSL[O]

def split[O](splitter: (Message[I]) ⇒ Iterator[O])(implicit arg0: ClassTag[O]): SplitDSL[O]

def splitBody[O](splitter: (I) ⇒ Iterator[O], stopOnException: Boolean = false, propagateException: Boolean = false)(implicit arg0: ClassTag[O]): SplitDSL[O]

def splitFoldBody[O, G, H](splitter: (I) ⇒ Iterator[O], stopOnException: Boolean = false, propagateException: Boolean = false)(splitterRoute: (BaseDSL[O]) ⇒ BaseDSL[G])(seed: H)(fold: (H, G) ⇒ H)(implicit arg0: ClassTag[O], arg1: ClassTag[H]): SplitDSL[H]

def splitReduceBody[O, G](splitter: (I) ⇒ Iterator[O], stopOnException: Boolean = false, propagateException: Boolean = false)(splitterRoute: (BaseDSL[O]) ⇒ BaseDSL[G])(reduce: (G, G) ⇒ G)(implicit arg0: ClassTag[O], arg1: ClassTag[G]): SplitDSL[G]

val step: StepDefinition

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

def to[O, S](sink: S, requestReply: Boolean)(implicit arg0: ClassTag[O], convert: (S) ⇒ Sink[I, O]): BaseDSL[O]

def to[O, S](sink: S)(implicit arg0: ClassTag[O], convert: (S) ⇒ Sink[I, O]): BaseDSL[O]

def toString(): String

final def wait(): Unit

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

final def wait(arg0: Long): Unit

def when(predicate: Predicate[I]): BaseDSL[I]

def when(predicate: (Message[I]) ⇒ Boolean): BaseDSL[I]

def whenBody(predicate: (I) ⇒ Boolean): BaseDSL[I]

Inherited from BaseDSL[I]

Inherited from DSL2BaseDSL[I]

Inherited from DSLEnricher

Inherited from NoDSL

Inherited from AnyRef

Inherited from Any

Ungrouped