org.apache.camel
Interface CamelContext

All Superinterfaces:

RuntimeConfiguration, Service, SuspendableService

All Known Implementing Classes:

DefaultCamelContext

public interface CamelContext
extends SuspendableService, RuntimeConfiguration

Interface used to represent the context used to configure routes and the policies to use during message exchanges between endpoints.

The context offers the following methods to control the lifecycle:

• Service.start() - to start
• Service.stop() - to shutdown (will stop all routes/components/endpoints etc and clear internal state/cache)
• SuspendableService.suspend() - to pause routing messages
• SuspendableService.resume() - to resume after a suspend

Notice: that Service.stop() and SuspendableService.suspend() will graceful stop/suspend routs ensuring any in progress messages is given time to complete. See more details at ShutdownStrategy.

If you are doing a hot restart then its adviced to use the suspend/resume methods which ensures a faster restart but also allows any internal state to be kept as is. The stop/start approach will do a cold restart of Camel, where all internal state is reset.

End users is adviced to use suspend/resume. Using stop is for shutting down Camel and its not guaranteed that when its being started again using the start method that everything works out of the box.

Version:

$Revision: 1024542 $

Method Summary

void	addComponent(String componentName, Component component) Adds a component to the context.
Endpoint	addEndpoint(String uri, Endpoint endpoint) Adds the endpoint to the context using the given URI.
void	addInterceptStrategy(InterceptStrategy interceptStrategy) Adds the given interceptor strategy
void	addLifecycleStrategy(LifecycleStrategy lifecycleStrategy) Adds the given lifecycle strategy to be used.
void	addRegisterEndpointCallback(EndpointStrategy strategy) Registers a callback to allow you to do custom logic when an Endpoint is about to be registered to the CamelContext endpoint registry.
void	addRouteDefinition(RouteDefinition routeDefinition) Add a route definition to the context
void	addRouteDefinitions(Collection<RouteDefinition> routeDefinitions) Adds a collection of route definitions to the context
void	addRoutes(RoutesBuilder builder) Adds a collection of routes to this context using the given builder to build them
void	addService(Object object) Adds a service, starting it so that it will be stopped with this context The added service will also be enlisted in JMX for management (if JMX is enabled)
void	addStartupListener(StartupListener listener) Adds the given listener to be invoked when CamelContext have just been started.
ConsumerTemplate	createConsumerTemplate() Creates a new ConsumerTemplate which is started and therefore ready to use right away.
ConsumerTemplate	createConsumerTemplate(int maximumCacheSize) Creates a new ConsumerTemplate which is started and therefore ready to use right away.
ProducerTemplate	createProducerTemplate() Creates a new ProducerTemplate which is started and therefore ready to use right away.
ProducerTemplate	createProducerTemplate(int maximumCacheSize) Creates a new ProducerTemplate which is started and therefore ready to use right away.
void	disableJMX() Disables using JMX as ManagementStrategy.
ClassLoader	getApplicationContextClassLoader() Gets the the application context class loader which may be helpful for running camel in other containers
ClassResolver	getClassResolver() Returns the class resolver to be used for loading/lookup of classes.
Component	getComponent(String componentName) Gets a component from the context by name.
<T extends Component> T	getComponent(String name, Class<T> componentType) Gets a component from the context by name and specifying the expected type of component.
List<String>	getComponentNames() Gets a readonly list of names of the components currently registered
DataFormatResolver	getDataFormatResolver() Gets the current data format resolver
Map<String,DataFormatDefinition>	getDataFormats() Gets the data formats that can be referenced in the routes.
Debugger	getDebugger() Gets the current Debugger
FactoryFinder	getDefaultFactoryFinder() Gets the default FactoryFinder which will be used for the loading the factory class from META-INF
InterceptStrategy	getDefaultTracer() Gets the default tracer
Endpoint	getEndpoint(String uri) Resolves the given name to an Endpoint of the specified type.
<T extends Endpoint> T	getEndpoint(String name, Class<T> endpointType) Resolves the given name to an Endpoint of the specified type.
Map<String,Endpoint>	getEndpointMap() Returns a new Map containing all of the active endpoints with the key of the map being their unique key.
Collection<Endpoint>	getEndpoints() Returns the collection of all registered endpoints.
ErrorHandlerBuilder	getErrorHandlerBuilder() Gets the default error handler builder which is inherited by the routes
ExecutorServiceStrategy	getExecutorServiceStrategy() Gets the current ExecutorServiceStrategy
FactoryFinder	getFactoryFinder(String path) Gets the FactoryFinder which will be used for the loading the factory class from META-INF in the given path
InflightRepository	getInflightRepository() Gets the inflight repository
Injector	getInjector() Returns the injector used to instantiate objects by type
List<InterceptStrategy>	getInterceptStrategies() Gets the interceptor strategies
List<String>	getLanguageNames() Gets a readonly list with the names of the languages currently registered.
List<LifecycleStrategy>	getLifecycleStrategies() Returns the lifecycle strategies used to handle lifecycle notifications
ManagementStrategy	getManagementStrategy() Gets the management strategy
String	getName() Gets the name of the this context.
CamelContextNameStrategy	getNameStrategy() Gets the current name strategy
NodeIdFactory	getNodeIdFactory() Gets the node id factory
PackageScanClassResolver	getPackageScanClassResolver() Returns the package scanning class resolver
ProcessorFactory	getProcessorFactory() Gets the current ProcessorFactory
ServicePool<Endpoint,Producer>	getProducerServicePool() Gets the service pool for Producer pooling.
Map<String,String>	getProperties() Gets the properties that can be referenced in the camel context
Registry	getRegistry() Returns the registry used to lookup components by name and type such as the Spring ApplicationContext, JNDI or the OSGi Service Registry
Route	getRoute(String id) Gets the route with the given id
RouteDefinition	getRouteDefinition(String id) Gets the route definition with the given id
List<RouteDefinition>	getRouteDefinitions() Returns a list of the current route definitions
List<Route>	getRoutes() Returns the current routes in this context
ServiceStatus	getRouteStatus(String routeId) Returns the current status of the given route
ShutdownStrategy	getShutdownStrategy() Gets the current shutdown strategy
ServiceStatus	getStatus() Get the status of this context
TypeConverter	getTypeConverter() Returns the type converter used to coerce types from one type to another
TypeConverterRegistry	getTypeConverterRegistry() Returns the type converter registry where type converters can be added or looked up
String	getUptime() Gets the uptime in a human readable format
UuidGenerator	getUuidGenerator() Gets the current UuidGenerator
String	getVersion() Gets the version of the this context.
Component	hasComponent(String componentName) Is the given component already registered?
Endpoint	hasEndpoint(String uri) Is the given endpoint already registered?
boolean	hasService(Object object) Has the given service already been added?
Boolean	isLazyLoadTypeConverters() Whether or not type converters should be loaded lazy
Component	removeComponent(String componentName) Removes a previously added component.
Collection<Endpoint>	removeEndpoints(String pattern) Removes all endpoints with the given URI.
boolean	removeRoute(String routeId) Removes the given route (the route must be stopped before it can be removed).
void	removeRouteDefinition(RouteDefinition routeDefinition) Removes a route definition from the context - stopping any previously running routes if any of them are actively running
void	removeRouteDefinitions(Collection<RouteDefinition> routeDefinitions) Removes a collection of route definitions from the context - stopping any previously running routes if any of them are actively running
DataFormat	resolveDataFormat(String name) Resolve a data format given its name
DataFormatDefinition	resolveDataFormatDefinition(String name) Resolve a data format definition given its name
Language	resolveLanguage(String language) Resolves a language for creating expressions
String	resolvePropertyPlaceholders(String text) Parses the given text and resolve any property placeholders - using {{key}}.
void	resumeRoute(String routeId) Resumes the given route if it has been previously suspended If the route does not support suspension the route will be started instead
void	setApplicationContextClassLoader(ClassLoader classLoader) Sets the application context class loader
void	setClassResolver(ClassResolver resolver) Sets the class resolver to be use
void	setDataFormatResolver(DataFormatResolver dataFormatResolver) Sets a custom data format resolver
void	setDataFormats(Map<String,DataFormatDefinition> dataFormats) Sets the data formats that can be referenced in the routes.
void	setDebugger(Debugger debugger) Sets a custom Debugger
void	setDefaultTracer(InterceptStrategy tracer) Sets a custom tracer to be used as the default tracer.
void	setErrorHandlerBuilder(ErrorHandlerBuilder errorHandlerBuilder) Sets the default error handler builder which is inherited by the routes
void	setExecutorServiceStrategy(ExecutorServiceStrategy executorServiceStrategy) Sets a custom ExecutorServiceStrategy
void	setFactoryFinderResolver(FactoryFinderResolver resolver) Sets the factory finder resolver to use.
void	setInflightRepository(InflightRepository repository) Sets a custom inflight repository to use
void	setLazyLoadTypeConverters(Boolean lazyLoadTypeConverters) Sets whether type converters should be loaded lazy
void	setManagementStrategy(ManagementStrategy strategy) Sets the management strategy to use
void	setNameStrategy(CamelContextNameStrategy nameStrategy) Sets a custom name strategy
void	setNodeIdFactory(NodeIdFactory factory) Uses a custom node id factory when generating auto assigned ids to the nodes in the route definitions
void	setPackageScanClassResolver(PackageScanClassResolver resolver) Sets the package scanning class resolver to use
void	setProcessorFactory(ProcessorFactory processorFactory) Sets a custom ProcessorFactory
void	setProducerServicePool(ServicePool<Endpoint,Producer> servicePool) Sets a pluggable service pool to use for Producer pooling.
void	setProperties(Map<String,String> properties) Sets the properties that can be referenced in the camel context
void	setShutdownStrategy(ShutdownStrategy shutdownStrategy) Sets a custom shutdown strategy
void	setUuidGenerator(UuidGenerator uuidGenerator) Sets a custom UuidGenerator (should only be set once)
void	shutdownRoute(String routeId) Deprecated. use stopRoute(String) and removeRoute(String)
void	shutdownRoute(String routeId, long timeout, TimeUnit timeUnit) Deprecated. use stopRoute(String, long, java.util.concurrent.TimeUnit) and removeRoute(String)
void	startRoute(RouteDefinition route) Starts the given route if it has been previously stopped
void	startRoute(String routeId) Starts the given route if it has been previously stopped
void	stopRoute(RouteDefinition route) Stops the given route.
void	stopRoute(String routeId) Stops the given route using ShutdownStrategy.
void	stopRoute(String routeId, long timeout, TimeUnit timeUnit) Stops the given route using ShutdownStrategy with a specified timeout.
void	suspendRoute(String routeId) Suspends the given route using ShutdownStrategy.
void	suspendRoute(String routeId, long timeout, TimeUnit timeUnit) Suspends the given route using ShutdownStrategy with a specified timeout.

Methods inherited from interface org.apache.camel.SuspendableService

isSuspended, resume, suspend

Methods inherited from interface org.apache.camel.Service

start, stop

Methods inherited from interface org.apache.camel.RuntimeConfiguration

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

Method Detail

getName

String getName()

Gets the name of the this context.

Returns:

the name

getNameStrategy

CamelContextNameStrategy getNameStrategy()

Gets the current name strategy

Returns:

name strategy

setNameStrategy

void setNameStrategy(CamelContextNameStrategy nameStrategy)

Sets a custom name strategy

Parameters:

nameStrategy - name strategy

getVersion

String getVersion()

Gets the version of the this context.

Returns:

the version

getStatus

ServiceStatus getStatus()

Get the status of this context

Returns:

the status

getUptime

String getUptime()

Gets the uptime in a human readable format

Returns:

the uptime in days/hours/minutes

addService

void addService(Object object)
                throws Exception

Adds a service, starting it so that it will be stopped with this context

The added service will also be enlisted in JMX for management (if JMX is enabled)

Parameters:

object - the service

Throws:

Exception - can be thrown when starting the service

hasService

boolean hasService(Object object)

Has the given service already been added?

Parameters:

object - the service

Returns:

true if already added, false if not.

addStartupListener

void addStartupListener(StartupListener listener)
                        throws Exception

Adds the given listener to be invoked when CamelContext have just been started.

This allows listeners to do any custom work after the routes and other services have been started and are running.

Important: The listener will always be invoked, also if the CamelContext has already been started, see the StartupListener.onCamelContextStarted(CamelContext, boolean) method.

Parameters:

listener - the listener

Throws:

Exception - can be thrown if CamelContext is already started and the listener is invoked and cause an exception to be thrown

addComponent

void addComponent(String componentName,
                  Component component)

Adds a component to the context.

Parameters:

componentName - the name the component is registered as

component - the component

hasComponent

Component hasComponent(String componentName)

Is the given component already registered?

Parameters:

componentName - the name of the component

Returns:

the registered Component or null if not registered

getComponent

Component getComponent(String componentName)

Gets a component from the context by name.

Parameters:

componentName - the name of the component

Returns:

the component

getComponent

<T extends Component> T getComponent(String name,
                                     Class<T> componentType)

Gets a component from the context by name and specifying the expected type of component.

Parameters:

name - the name to lookup

componentType - the expected type

Returns:

the component

getComponentNames

List<String> getComponentNames()

Gets a readonly list of names of the components currently registered

Returns:

a readonly list with the names of the the components

removeComponent

Component removeComponent(String componentName)

Removes a previously added component.

Parameters:

componentName - the component name to remove

Returns:

the previously added component or null if it had not been previously added.

getEndpoint

Endpoint getEndpoint(String uri)

Resolves the given name to an Endpoint of the specified type. If the name has a singleton endpoint registered, then the singleton is returned. Otherwise, a new Endpoint is created and registered.

Parameters:

uri - the URI of the endpoint

Returns:

the endpoint

getEndpoint

<T extends Endpoint> T getEndpoint(String name,
                                   Class<T> endpointType)

Resolves the given name to an Endpoint of the specified type. If the name has a singleton endpoint registered, then the singleton is returned. Otherwise, a new Endpoint is created and registered.

Parameters:

name - the name of the endpoint

endpointType - the expected type

Returns:

the endpoint

getEndpoints

Collection<Endpoint> getEndpoints()

Returns the collection of all registered endpoints.

Returns:

all endpoints

getEndpointMap

Map<String,Endpoint> getEndpointMap()

Returns a new Map containing all of the active endpoints with the key of the map being their unique key.

Returns:

map of active endpoints

hasEndpoint

Endpoint hasEndpoint(String uri)

Is the given endpoint already registered?

Parameters:

uri - the URI of the endpoint

Returns:

the registered endpoint or null if not registered

addEndpoint

Endpoint addEndpoint(String uri,
                     Endpoint endpoint)
                     throws Exception

Adds the endpoint to the context using the given URI.

Parameters:

uri - the URI to be used to resolve this endpoint

endpoint - the endpoint to be added to the context

Returns:

the old endpoint that was previously registered or null if none was registered

Throws:

Exception - if the new endpoint could not be started or the old endpoint could not be stopped

removeEndpoints

Collection<Endpoint> removeEndpoints(String pattern)
                                     throws Exception

Removes all endpoints with the given URI.

Parameters:

pattern - an uri or pattern to match

Returns:

a collection of endpoints removed or null if there are no endpoints for this URI

Throws:

Exception - if at least one endpoint could not be stopped

See Also:

for pattern

addRegisterEndpointCallback

void addRegisterEndpointCallback(EndpointStrategy strategy)

Registers a callback to allow you to do custom logic when an Endpoint is about to be registered to the CamelContext endpoint registry.

When a callback is added it will be executed on the already registered endpoints allowing you to catch-up

Parameters:

strategy - callback to be invoked

getRouteDefinitions

List<RouteDefinition> getRouteDefinitions()

Returns a list of the current route definitions

Returns:

list of the current route definitions

getRouteDefinition

RouteDefinition getRouteDefinition(String id)

Gets the route definition with the given id

Parameters:

id - id of the route

Returns:

the route definition or null if not found

getRoutes

List<Route> getRoutes()

Returns the current routes in this context

Returns:

the current routes

getRoute

Route getRoute(String id)

Gets the route with the given id

Parameters:

id - id of the route

Returns:

the route or null if not found

addRoutes

void addRoutes(RoutesBuilder builder)
               throws Exception

Adds a collection of routes to this context using the given builder to build them

Parameters:

builder - the builder which will create the routes and add them to this context

Throws:

Exception - if the routes could not be created for whatever reason

addRouteDefinitions

void addRouteDefinitions(Collection<RouteDefinition> routeDefinitions)
                         throws Exception

Adds a collection of route definitions to the context

Parameters:

routeDefinitions - the route(s) definition to add

Throws:

Exception - if the route definitions could not be created for whatever reason

addRouteDefinition

void addRouteDefinition(RouteDefinition routeDefinition)
                        throws Exception

Add a route definition to the context

Parameters:

routeDefinition - the route definition to add

Throws:

Exception - if the route definition could not be created for whatever reason

removeRouteDefinitions

void removeRouteDefinitions(Collection<RouteDefinition> routeDefinitions)
                            throws Exception

Removes a collection of route definitions from the context - stopping any previously running routes if any of them are actively running

Parameters:

routeDefinitions - route(s) definitions to remove

Throws:

Exception - if the route definitions could not be removed for whatever reason

removeRouteDefinition

void removeRouteDefinition(RouteDefinition routeDefinition)
                           throws Exception

Removes a route definition from the context - stopping any previously running routes if any of them are actively running

Parameters:

routeDefinition - route definition to remove

Throws:

Exception - if the route definition could not be removed for whatever reason

startRoute

void startRoute(RouteDefinition route)
                throws Exception

Starts the given route if it has been previously stopped

Parameters:

route - the route to start

Throws:

Exception - is thrown if the route could not be started for whatever reason

startRoute

void startRoute(String routeId)
                throws Exception

Starts the given route if it has been previously stopped

Parameters:

routeId - the route id

Throws:

Exception - is thrown if the route could not be started for whatever reason

stopRoute

void stopRoute(RouteDefinition route)
               throws Exception

Stops the given route.

Parameters:

route - the route to stop

Throws:

Exception - is thrown if the route could not be stopped for whatever reason

stopRoute

void stopRoute(String routeId)
               throws Exception

Stops the given route using ShutdownStrategy.

Parameters:

routeId - the route id

Throws:

Exception - is thrown if the route could not be stopped for whatever reason

See Also:

suspendRoute(String)

stopRoute

void stopRoute(String routeId,
               long timeout,
               TimeUnit timeUnit)
               throws Exception

Stops the given route using ShutdownStrategy with a specified timeout.

Parameters:

routeId - the route id

timeout - timeout

timeUnit - the unit to use

Throws:

Exception - is thrown if the route could not be stopped for whatever reason

See Also:

suspendRoute(String, long, java.util.concurrent.TimeUnit)

shutdownRoute

@Deprecated
void shutdownRoute(String routeId)
                   throws Exception

Deprecated. use stopRoute(String) and removeRoute(String)

Shutdown and removes the given route using ShutdownStrategy.

Parameters:

routeId - the route id

Throws:

Exception - is thrown if the route could not be shutdown for whatever reason

shutdownRoute

@Deprecated
void shutdownRoute(String routeId,
                              long timeout,
                              TimeUnit timeUnit)
                   throws Exception

Deprecated. use stopRoute(String, long, java.util.concurrent.TimeUnit) and removeRoute(String)

Shutdown and removes the given route using ShutdownStrategy with a specified timeout.

Parameters:

routeId - the route id

timeout - timeout

timeUnit - the unit to use

Throws:

Exception - is thrown if the route could not be shutdown for whatever reason

removeRoute

boolean removeRoute(String routeId)
                    throws Exception

Removes the given route (the route must be stopped before it can be removed).

A route which is removed will be unregistered from JMX, have its services stopped/shutdown and the route definition etc. will also be removed. All the resources related to the route will be stopped and cleared.

End users can use this method to remove unwanted routes or temporary routes which no longer is in demand.

Parameters:

routeId - the route id

Returns:

true if the route was removed, false if the route could not be removed because its not stopped

Throws:

Exception - is thrown if the route could not be shutdown for whatever reason

resumeRoute

void resumeRoute(String routeId)
                 throws Exception

Resumes the given route if it has been previously suspended

If the route does not support suspension the route will be started instead

Parameters:

routeId - the route id

Throws:

Exception - is thrown if the route could not be resumed for whatever reason

suspendRoute

void suspendRoute(String routeId)
                  throws Exception

Suspends the given route using ShutdownStrategy.

Suspending a route is more gently than stopping, as the route consumers will be suspended (if they support) otherwise the consumers will be stopped.

By suspending the route services will be kept running (if possible) and therefore its faster to resume the route.

If the route does not support suspension the route will be stopped instead

Parameters:

routeId - the route id

Throws:

Exception - is thrown if the route could not be suspended for whatever reason

suspendRoute

void suspendRoute(String routeId,
                  long timeout,
                  TimeUnit timeUnit)
                  throws Exception

Suspends the given route using ShutdownStrategy with a specified timeout.

Suspending a route is more gently than stopping, as the route consumers will be suspended (if they support) otherwise the consumers will be stopped.

By suspending the route services will be kept running (if possible) and therefore its faster to resume the route.

If the route does not support suspension the route will be stopped instead

Parameters:

routeId - the route id

timeout - timeout

timeUnit - the unit to use

Throws:

Exception - is thrown if the route could not be suspended for whatever reason

getRouteStatus

ServiceStatus getRouteStatus(String routeId)

Returns the current status of the given route

Parameters:

routeId - the route id

Returns:

the status for the route

getTypeConverter

TypeConverter getTypeConverter()

Returns the type converter used to coerce types from one type to another

Returns:

the converter

getTypeConverterRegistry

TypeConverterRegistry getTypeConverterRegistry()

Returns the type converter registry where type converters can be added or looked up

Returns:

the type converter registry

getRegistry

Registry getRegistry()

Returns the registry used to lookup components by name and type such as the Spring ApplicationContext, JNDI or the OSGi Service Registry

Returns:

the registry

getInjector

Injector getInjector()

Returns the injector used to instantiate objects by type

Returns:

the injector

getLifecycleStrategies

List<LifecycleStrategy> getLifecycleStrategies()

Returns the lifecycle strategies used to handle lifecycle notifications

Returns:

the lifecycle strategies

addLifecycleStrategy

void addLifecycleStrategy(LifecycleStrategy lifecycleStrategy)

Adds the given lifecycle strategy to be used.

Parameters:

lifecycleStrategy - the strategy

resolveLanguage

Language resolveLanguage(String language)

Resolves a language for creating expressions

Parameters:

language - name of the language

Returns:

the resolved language

resolvePropertyPlaceholders

String resolvePropertyPlaceholders(String text)
                                   throws Exception

Parses the given text and resolve any property placeholders - using {{key}}.

Parameters:

text - the text such as an endpoint uri or the likes

Returns:

the text with resolved property placeholders

Throws:

Exception - is thrown if property placeholders was used and there was an error resolving them

getLanguageNames

List<String> getLanguageNames()

Gets a readonly list with the names of the languages currently registered.

Returns:

a readonly list with the names of the the languages

createProducerTemplate

ProducerTemplate createProducerTemplate()

Creates a new ProducerTemplate which is started and therefore ready to use right away.

See this FAQ before use: Why does Camel use too many threads with ProducerTemplate?

Will use cache size defined in Camel property with key Exchange.MAXIMUM_CACHE_POOL_SIZE. If no key was defined then it will fallback to a default size of 1000. You can also use the ProducerTemplate.setMaximumCacheSize(int) method to use a custom value before starting the template.

Returns:

the template

Throws:

RuntimeCamelException - is thrown if error starting the template

createProducerTemplate

ProducerTemplate createProducerTemplate(int maximumCacheSize)

Creates a new ProducerTemplate which is started and therefore ready to use right away.

You must start the template before its being used.

See this FAQ before use: Why does Camel use too many threads with ProducerTemplate?

Parameters:

maximumCacheSize - the maximum cache size

Returns:

the template

Throws:

RuntimeCamelException - is thrown if error starting the template

createConsumerTemplate

ConsumerTemplate createConsumerTemplate()

Creates a new ConsumerTemplate which is started and therefore ready to use right away.

See this FAQ before use: Why does Camel use too many threads with ProducerTemplate? as it also applies for ConsumerTemplate.

Will use cache size defined in Camel property with key Exchange.MAXIMUM_CACHE_POOL_SIZE. If no key was defined then it will fallback to a default size of 1000. You can also use the ConsumerTemplate.setMaximumCacheSize(int) method to use a custom value before starting the template.

Returns:

the template

Throws:

RuntimeCamelException - is thrown if error starting the template

createConsumerTemplate

ConsumerTemplate createConsumerTemplate(int maximumCacheSize)

Creates a new ConsumerTemplate which is started and therefore ready to use right away.

See this FAQ before use: Why does Camel use too many threads with ProducerTemplate? as it also applies for ConsumerTemplate.

Parameters:

maximumCacheSize - the maximum cache size

Returns:

the template

Throws:

RuntimeCamelException - is thrown if error starting the template

addInterceptStrategy

void addInterceptStrategy(InterceptStrategy interceptStrategy)

Adds the given interceptor strategy

Parameters:

interceptStrategy - the strategy

getInterceptStrategies

List<InterceptStrategy> getInterceptStrategies()

Gets the interceptor strategies

Returns:

the list of current interceptor strategies

getErrorHandlerBuilder

ErrorHandlerBuilder getErrorHandlerBuilder()

Gets the default error handler builder which is inherited by the routes

Returns:

the builder

setErrorHandlerBuilder

void setErrorHandlerBuilder(ErrorHandlerBuilder errorHandlerBuilder)

Sets the default error handler builder which is inherited by the routes

Parameters:

errorHandlerBuilder - the builder

setDataFormats

void setDataFormats(Map<String,DataFormatDefinition> dataFormats)

Sets the data formats that can be referenced in the routes.

Parameters:

dataFormats - the data formats

getDataFormats

Map<String,DataFormatDefinition> getDataFormats()

Gets the data formats that can be referenced in the routes.

Returns:

the data formats available

resolveDataFormat

DataFormat resolveDataFormat(String name)

Resolve a data format given its name

Parameters:

name - the data format name or a reference to it in the Registry

Returns:

the resolved data format, or null if not found

resolveDataFormatDefinition

DataFormatDefinition resolveDataFormatDefinition(String name)

Resolve a data format definition given its name

Parameters:

name - the data format definition name or a reference to it in the Registry

Returns:

the resolved data format definition, or null if not found

getDataFormatResolver

DataFormatResolver getDataFormatResolver()

Gets the current data format resolver

Returns:

the resolver

setDataFormatResolver

void setDataFormatResolver(DataFormatResolver dataFormatResolver)

Sets a custom data format resolver

Parameters:

dataFormatResolver - the resolver

setProperties

void setProperties(Map<String,String> properties)

Sets the properties that can be referenced in the camel context

Parameters:

properties - properties

getProperties

Map<String,String> getProperties()

Gets the properties that can be referenced in the camel context

Returns:

the properties

getDefaultFactoryFinder

FactoryFinder getDefaultFactoryFinder()

Gets the default FactoryFinder which will be used for the loading the factory class from META-INF

Returns:

the default factory finder

setFactoryFinderResolver

void setFactoryFinderResolver(FactoryFinderResolver resolver)

Sets the factory finder resolver to use.

Parameters:

resolver - the factory finder resolver

getFactoryFinder

FactoryFinder getFactoryFinder(String path)
                               throws NoFactoryAvailableException

Gets the FactoryFinder which will be used for the loading the factory class from META-INF in the given path

Parameters:

path - the META-INF path

Returns:

the factory finder

Throws:

NoFactoryAvailableException - is thrown if a factory could not be found

getClassResolver

ClassResolver getClassResolver()

Returns the class resolver to be used for loading/lookup of classes.

Returns:

the resolver

getPackageScanClassResolver

PackageScanClassResolver getPackageScanClassResolver()

Returns the package scanning class resolver

Returns:

the resolver

setClassResolver

void setClassResolver(ClassResolver resolver)

Sets the class resolver to be use

Parameters:

resolver - the resolver

setPackageScanClassResolver

void setPackageScanClassResolver(PackageScanClassResolver resolver)

Sets the package scanning class resolver to use

Parameters:

resolver - the resolver

setProducerServicePool

void setProducerServicePool(ServicePool<Endpoint,Producer> servicePool)

Sets a pluggable service pool to use for Producer pooling.

Parameters:

servicePool - the pool

getProducerServicePool

ServicePool<Endpoint,Producer> getProducerServicePool()

Gets the service pool for Producer pooling.

Returns:

the service pool

setNodeIdFactory

void setNodeIdFactory(NodeIdFactory factory)

Uses a custom node id factory when generating auto assigned ids to the nodes in the route definitions

Parameters:

factory - custom factory to use

getNodeIdFactory

NodeIdFactory getNodeIdFactory()

Gets the node id factory

Returns:

the node id factory

getManagementStrategy

ManagementStrategy getManagementStrategy()

Gets the management strategy

Returns:

the management strategy

setManagementStrategy

void setManagementStrategy(ManagementStrategy strategy)

Sets the management strategy to use

Parameters:

strategy - the management strategy

getDefaultTracer

InterceptStrategy getDefaultTracer()

Gets the default tracer

Returns:

the default tracer

setDefaultTracer

void setDefaultTracer(InterceptStrategy tracer)

Sets a custom tracer to be used as the default tracer.

Note: This must be set before any routes are created, changing the defaultTracer for existing routes is not supported.

Parameters:

tracer - the custom tracer to use as default tracer

disableJMX

void disableJMX()

Disables using JMX as ManagementStrategy.

getInflightRepository

InflightRepository getInflightRepository()

Gets the inflight repository

Returns:

the repository

setInflightRepository

void setInflightRepository(InflightRepository repository)

Sets a custom inflight repository to use

Parameters:

repository - the repository

getApplicationContextClassLoader

ClassLoader getApplicationContextClassLoader()

Gets the the application context class loader which may be helpful for running camel in other containers

Returns:

the application context class loader

setApplicationContextClassLoader

void setApplicationContextClassLoader(ClassLoader classLoader)

Sets the application context class loader

Parameters:

classLoader - the class loader

getShutdownStrategy

ShutdownStrategy getShutdownStrategy()

Gets the current shutdown strategy

Returns:

the strategy

setShutdownStrategy

void setShutdownStrategy(ShutdownStrategy shutdownStrategy)

Sets a custom shutdown strategy

Parameters:

shutdownStrategy - the custom strategy

getExecutorServiceStrategy

ExecutorServiceStrategy getExecutorServiceStrategy()

Gets the current ExecutorServiceStrategy

Returns:

the strategy

setExecutorServiceStrategy

void setExecutorServiceStrategy(ExecutorServiceStrategy executorServiceStrategy)

Sets a custom ExecutorServiceStrategy

Parameters:

executorServiceStrategy - the custom strategy

getProcessorFactory

ProcessorFactory getProcessorFactory()

Gets the current ProcessorFactory

Returns:

the factory, can be null if no custom factory has been set

setProcessorFactory

void setProcessorFactory(ProcessorFactory processorFactory)

Sets a custom ProcessorFactory

Parameters:

processorFactory - the custom factory

getDebugger

Debugger getDebugger()

Gets the current Debugger

Returns:

the debugger

setDebugger

void setDebugger(Debugger debugger)

Sets a custom Debugger

Parameters:

debugger - the debugger

getUuidGenerator

UuidGenerator getUuidGenerator()

Gets the current UuidGenerator

Returns:

the uuidGenerator

setUuidGenerator

void setUuidGenerator(UuidGenerator uuidGenerator)

Sets a custom UuidGenerator (should only be set once)

Parameters:

uuidGenerator - the UUID Generator

isLazyLoadTypeConverters

Boolean isLazyLoadTypeConverters()

Whether or not type converters should be loaded lazy

Returns:

true to load lazy, false to load on startup

setLazyLoadTypeConverters

void setLazyLoadTypeConverters(Boolean lazyLoadTypeConverters)

Sets whether type converters should be loaded lazy

Parameters:

lazyLoadTypeConverters - true to load lazy, false to load on startup