org.apache.camel.spi
Interface RouteContext

All Superinterfaces:

RuntimeConfiguration

All Known Implementing Classes:

DefaultRouteContext

public interface RouteContext
extends RuntimeConfiguration

The context used to activate new routing rules

Version:

Method Summary

void	addEventDrivenProcessor(Processor processor) Adds an event driven processor
void	addInterceptStrategy(InterceptStrategy interceptStrategy) Adds a InterceptStrategy to this route context
void	commit() Lets complete the route creation, creating a single event driven route for the current from endpoint with any processors required
int	getAndIncrement(ProcessorDefinition<?> node) A private counter that increments, is used to as book keeping when building a route based on the model We need this special book keeping be able to assign the correct ProcessorDefinition to the Channel
CamelContext	getCamelContext() Gets the camel context
Endpoint	getEndpoint() Gets the endpoint
FromDefinition	getFrom() Gets the from type
List<InterceptStrategy>	getInterceptStrategies() This method retrieves the InterceptStrategy instances this route context.
InterceptStrategy	getManagedInterceptStrategy() Gets the special managed intercept strategy if any
RouteDefinition	getRoute() Get the route type
List<RoutePolicy>	getRoutePolicyList() Gets the route policy List
boolean	isRouteAdded() Returns the isRouteAdded flag
<T> T	lookup(String name, Class<T> type) lookup an object by name and type
<T> Map<String,T>	lookupByType(Class<T> type) lookup objects by type
Endpoint	resolveEndpoint(String uri) Resolves an endpoint from the URI
Endpoint	resolveEndpoint(String uri, String ref) Resolves an endpoint from either a URI or a named reference
void	setInterceptStrategies(List<InterceptStrategy> interceptStrategies) This method sets the InterceptStrategy instances on this route context.
void	setIsRouteAdded(boolean value) If this flag is true, ProcessorDefinition.addRoutes(RouteContext, java.util.Collection) will not add processor to addEventDrivenProcessor to the RouteContext and it will prevent from adding an EventDrivenRoute.
void	setManagedInterceptStrategy(InterceptStrategy interceptStrategy) Sets a special intercept strategy for management.
void	setRoutePolicyList(List<RoutePolicy> routePolicyList) Sets a custom route policy List

Methods inherited from interface org.apache.camel.RuntimeConfiguration

getDelayer, getShutdownRoute, getShutdownRunningTask, isAutoStartup, isHandleFault, isStreamCaching, isTracing, setAutoStartup, setDelayer, setHandleFault, setShutdownRoute, setShutdownRunningTask, setStreamCaching, setTracing

Method Detail

getEndpoint

Endpoint getEndpoint()

Gets the endpoint

Returns:

the endpoint

getFrom

FromDefinition getFrom()

Gets the from type

Returns:

the from type

getRoute

RouteDefinition getRoute()

Get the route type

Returns:

the route type

getCamelContext

CamelContext getCamelContext()

Gets the camel context

Returns:

the camel context

resolveEndpoint

Endpoint resolveEndpoint(String uri)

Resolves an endpoint from the URI

Parameters:

uri - the URI

Returns:

the resolved endpoint

resolveEndpoint

Endpoint resolveEndpoint(String uri,
                         String ref)

Resolves an endpoint from either a URI or a named reference

Parameters:

uri - the URI or

ref - the named reference

Returns:

the resolved endpoint

lookup

<T> T lookup(String name,
             Class<T> type)

lookup an object by name and type

Parameters:

name - the name to lookup

type - the expected type

Returns:

the found object

lookupByType

<T> Map<String,T> lookupByType(Class<T> type)

lookup objects by type

Parameters:

type - the expected type

Returns:

the found objects with the name as the key in the map. Returns an empty map if none found.

commit

void commit()

Lets complete the route creation, creating a single event driven route for the current from endpoint with any processors required

addEventDrivenProcessor

void addEventDrivenProcessor(Processor processor)

Adds an event driven processor

Parameters:

processor - the processor

getInterceptStrategies

List<InterceptStrategy> getInterceptStrategies()

This method retrieves the InterceptStrategy instances this route context.

Returns:

the strategy

setInterceptStrategies

void setInterceptStrategies(List<InterceptStrategy> interceptStrategies)

This method sets the InterceptStrategy instances on this route context.

Parameters:

interceptStrategies - the strategies

addInterceptStrategy

void addInterceptStrategy(InterceptStrategy interceptStrategy)

Adds a InterceptStrategy to this route context

Parameters:

interceptStrategy - the strategy

setManagedInterceptStrategy

void setManagedInterceptStrategy(InterceptStrategy interceptStrategy)

Sets a special intercept strategy for management.

Is by default used to correlate managed performance counters with processors when the runtime route is being constructed

Parameters:

interceptStrategy - the managed intercept strategy

getManagedInterceptStrategy

InterceptStrategy getManagedInterceptStrategy()

Gets the special managed intercept strategy if any

Returns:

the managed intercept strategy, or null if not managed

setIsRouteAdded

void setIsRouteAdded(boolean value)

If this flag is true, ProcessorDefinition.addRoutes(RouteContext, java.util.Collection) will not add processor to addEventDrivenProcessor to the RouteContext and it will prevent from adding an EventDrivenRoute.

Parameters:

value - the flag

isRouteAdded

boolean isRouteAdded()

Returns the isRouteAdded flag

Returns:

the flag

getRoutePolicyList

List<RoutePolicy> getRoutePolicyList()

Gets the route policy List

Returns:

the route policy list if any

setRoutePolicyList

void setRoutePolicyList(List<RoutePolicy> routePolicyList)

Sets a custom route policy List

Parameters:

routePolicyList - the custom route policy list

getAndIncrement

int getAndIncrement(ProcessorDefinition<?> node)

A private counter that increments, is used to as book keeping when building a route based on the model

We need this special book keeping be able to assign the correct ProcessorDefinition to the Channel

Parameters:

node - the current node

Returns:

the current count