Package software.amazon.awscdk.services.events.targets

package software.amazon.awscdk.services.events.targets

Event Targets for Amazon EventBridge

This library contains integration classes to send Amazon EventBridge to any number of supported AWS Services. Instances of these classes should be passed to the rule.addTarget() method.

Currently supported are:

• Event Targets for Amazon EventBridge
  • Event retry policy and using dead-letter queues
  • Invoke a Lambda function
  • Log an event into a LogGroup
  • Start a CodeBuild build
  • Start a CodePipeline pipeline
  • Start a StepFunctions state machine
  • Queue a Batch job
  • Invoke an API Gateway REST API
  • Invoke an AWS API
  • Invoke an API Destination
  • Invoke an AppSync GraphQL API
  • Put an event on an EventBridge bus
  • Put an event on a Firehose delivery stream
  • Run an ECS Task
    • Tagging Tasks
    • Launch type for ECS Task
    • Assign public IP addresses to tasks
    • Enable Amazon ECS Exec for ECS Task
  • Run a Redshift query
  • Publish to an SNS topic

See the README of the aws-cdk-lib/aws-events library for more information on EventBridge.

Event retry policy and using dead-letter queues

The Codebuild, CodePipeline, Lambda, Kinesis Data Streams, StepFunctions, LogGroup, SQSQueue, SNSTopic and ECSTask targets support attaching a dead letter queue and setting retry policies. See the lambda example. Use escape hatches for the other target types.

Invoke a Lambda function

Use the LambdaFunction target to invoke a lambda function.

The code snippet below creates an event rule with a Lambda function as a target triggered for every events from aws.ec2 source. You can optionally attach a dead letter queue.

 import software.amazon.awscdk.services.lambda.*;
 
 
 Function fn = Function.Builder.create(this, "MyFunc")
         .runtime(Runtime.NODEJS_LATEST)
         .handler("index.handler")
         .code(Code.fromInline("exports.handler = handler.toString()"))
         .build();
 
 Rule rule = Rule.Builder.create(this, "rule")
         .eventPattern(EventPattern.builder()
                 .source(List.of("aws.ec2"))
                 .build())
         .build();
 
 Queue queue = new Queue(this, "Queue");
 
 rule.addTarget(LambdaFunction.Builder.create(fn)
         .deadLetterQueue(queue) // Optional: add a dead letter queue
         .maxEventAge(Duration.hours(2)) // Optional: set the maxEventAge retry policy
         .retryAttempts(2)
         .build());
 

Log an event into a LogGroup

Use the LogGroup target to log your events in a CloudWatch LogGroup.

For example, the following code snippet creates an event rule with a CloudWatch LogGroup as a target. Every events sent from the aws.ec2 source will be sent to the CloudWatch LogGroup.

 import software.amazon.awscdk.services.logs.*;
 
 
 LogGroup logGroup = LogGroup.Builder.create(this, "MyLogGroup")
         .logGroupName("MyLogGroup")
         .build();
 
 Rule rule = Rule.Builder.create(this, "rule")
         .eventPattern(EventPattern.builder()
                 .source(List.of("aws.ec2"))
                 .build())
         .build();
 
 rule.addTarget(new CloudWatchLogGroup(logGroup));
 

A rule target input can also be specified to modify the event that is sent to the log group. Unlike other event targets, CloudWatchLogs requires a specific input template format.

 import software.amazon.awscdk.services.logs.*;
 LogGroup logGroup;
 Rule rule;
 
 
 rule.addTarget(CloudWatchLogGroup.Builder.create(logGroup)
         .logEvent(LogGroupTargetInput.fromObjectV2(LogGroupTargetInputOptions.builder()
                 .timestamp(EventField.fromPath("$.time"))
                 .message(EventField.fromPath("$.detail-type"))
                 .build()))
         .build());
 

If you want to use static values to overwrite the message make sure that you provide a string value.

 import software.amazon.awscdk.services.logs.*;
 LogGroup logGroup;
 Rule rule;
 
 
 rule.addTarget(CloudWatchLogGroup.Builder.create(logGroup)
         .logEvent(LogGroupTargetInput.fromObjectV2(LogGroupTargetInputOptions.builder()
                 .message(JSON.stringify(Map.of(
                         "CustomField", "CustomValue")))
                 .build()))
         .build());
 

The cloudwatch log event target will create an AWS custom resource internally which will default to set installLatestAwsSdk to true. This may be problematic for CN partition deployment. To workaround this issue, set installLatestAwsSdk to false.

 import software.amazon.awscdk.services.logs.*;
 LogGroup logGroup;
 Rule rule;
 
 
 rule.addTarget(CloudWatchLogGroup.Builder.create(logGroup)
         .installLatestAwsSdk(false)
         .build());
 

Start a CodeBuild build

Use the CodeBuildProject target to trigger a CodeBuild project.

The code snippet below creates a CodeCommit repository that triggers a CodeBuild project on commit to the master branch. You can optionally attach a dead letter queue.

 import software.amazon.awscdk.services.codebuild.*;
 import software.amazon.awscdk.services.codecommit.*;
 
 
 Repository repo = Repository.Builder.create(this, "MyRepo")
         .repositoryName("aws-cdk-codebuild-events")
         .build();
 
 Project project = Project.Builder.create(this, "MyProject")
         .source(Source.codeCommit(CodeCommitSourceProps.builder().repository(repo).build()))
         .build();
 
 Queue deadLetterQueue = new Queue(this, "DeadLetterQueue");
 
 // trigger a build when a commit is pushed to the repo
 Rule onCommitRule = repo.onCommit("OnCommit", OnCommitOptions.builder()
         .target(CodeBuildProject.Builder.create(project)
                 .deadLetterQueue(deadLetterQueue)
                 .build())
         .branches(List.of("master"))
         .build());
 

Start a CodePipeline pipeline

Use the CodePipeline target to trigger a CodePipeline pipeline.

The code snippet below creates a CodePipeline pipeline that is triggered every hour

 import software.amazon.awscdk.services.codepipeline.*;
 
 
 Pipeline pipeline = new Pipeline(this, "Pipeline");
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.expression("rate(1 hour)"))
         .build();
 
 rule.addTarget(new CodePipeline(pipeline));
 

Start a StepFunctions state machine

Use the SfnStateMachine target to trigger a State Machine.

The code snippet below creates a Simple StateMachine that is triggered every minute with a dummy object as input. You can optionally attach a dead letter queue to the target.

 import software.amazon.awscdk.services.iam.*;
 import software.amazon.awscdk.services.stepfunctions.*;
 
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.minutes(1)))
         .build();
 
 Queue dlq = new Queue(this, "DeadLetterQueue");
 
 Role role = Role.Builder.create(this, "Role")
         .assumedBy(new ServicePrincipal("events.amazonaws.com"))
         .build();
 StateMachine stateMachine = StateMachine.Builder.create(this, "SM")
         .definition(Wait.Builder.create(this, "Hello").time(WaitTime.duration(Duration.seconds(10))).build())
         .build();
 
 rule.addTarget(SfnStateMachine.Builder.create(stateMachine)
         .input(RuleTargetInput.fromObject(Map.of("SomeParam", "SomeValue")))
         .deadLetterQueue(dlq)
         .role(role)
         .build());
 

Queue a Batch job

Use the BatchJob target to queue a Batch job.

The code snippet below creates a Simple JobQueue that is triggered every hour with a dummy object as input. You can optionally attach a dead letter queue to the target.

 import software.amazon.awscdk.services.ec2.*;
 import software.amazon.awscdk.services.ecs.*;
 import software.amazon.awscdk.services.batch.*;
 import software.amazon.awscdk.services.ecs.ContainerImage;
 
 Vpc vpc;
 
 
 FargateComputeEnvironment computeEnvironment = FargateComputeEnvironment.Builder.create(this, "ComputeEnv")
         .vpc(vpc)
         .build();
 
 JobQueue jobQueue = JobQueue.Builder.create(this, "JobQueue")
         .priority(1)
         .computeEnvironments(List.of(OrderedComputeEnvironment.builder()
                 .computeEnvironment(computeEnvironment)
                 .order(1)
                 .build()))
         .build();
 
 EcsJobDefinition jobDefinition = EcsJobDefinition.Builder.create(this, "MyJob")
         .container(EcsEc2ContainerDefinition.Builder.create(this, "Container")
                 .image(ContainerImage.fromRegistry("test-repo"))
                 .memory(Size.mebibytes(2048))
                 .cpu(256)
                 .build())
         .build();
 
 Queue queue = new Queue(this, "Queue");
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.hours(1)))
         .build();
 
 rule.addTarget(BatchJob.Builder.create(jobQueue.getJobQueueArn(), jobQueue, jobDefinition.getJobDefinitionArn(), jobDefinition)
         .deadLetterQueue(queue)
         .event(RuleTargetInput.fromObject(Map.of("SomeParam", "SomeValue")))
         .retryAttempts(2)
         .maxEventAge(Duration.hours(2))
         .build());
 

Invoke an API Gateway REST API

Use the ApiGateway target to trigger a REST API.

The code snippet below creates a Api Gateway REST API that is invoked every hour.

 import software.amazon.awscdk.services.apigateway.*;
 import software.amazon.awscdk.services.lambda.*;
 
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.minutes(1)))
         .build();
 
 Function fn = Function.Builder.create(this, "MyFunc")
         .handler("index.handler")
         .runtime(Runtime.NODEJS_LATEST)
         .code(Code.fromInline("exports.handler = e => {}"))
         .build();
 
 LambdaRestApi restApi = LambdaRestApi.Builder.create(this, "MyRestAPI").handler(fn).build();
 
 Queue dlq = new Queue(this, "DeadLetterQueue");
 
 rule.addTarget(
 ApiGateway.Builder.create(restApi)
         .path("/*/test")
         .method("GET")
         .stage("prod")
         .pathParameterValues(List.of("path-value"))
         .headerParameters(Map.of(
                 "Header1", "header1"))
         .queryStringParameters(Map.of(
                 "QueryParam1", "query-param-1"))
         .deadLetterQueue(dlq)
         .build());
 

Invoke an API Gateway V2 HTTP API

Use the ApiGatewayV2 target to trigger a HTTP API.

 import software.amazon.awscdk.services.apigatewayv2.*;
 
 HttpApi httpApi;
 Rule rule;
 
 
 rule.addTarget(new ApiGatewayV2(httpApi));
 

Invoke an AWS API

Use the AwsApi target to make direct AWS API calls from EventBridge rules. This is useful for invoking AWS services that don't have a dedicated EventBridge target.

Basic Usage

The following example shows how to update an ECS service when a rule is triggered:

 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.hours(1)))
         .build();
 
 rule.addTarget(AwsApi.Builder.create()
         .service("ECS")
         .action("updateService")
         .parameters(Map.of(
                 "service", "my-service",
                 "forceNewDeployment", true))
         .build());
 

IAM Permissions

By default, the AwsApi target automatically creates the necessary IAM permissions based on the service and action you specify. The permission format follows the pattern: service:Action.

For example:

• ECS service with updateService action → ecs:UpdateService permission
• RDS service with createDBSnapshot action → rds:CreateDBSnapshot permission

Custom IAM Policy

In some cases, you may need to provide a custom IAM policy statement, especially when:

• You need to restrict permissions to specific resources (instead of *)
• The service requires additional permissions beyond the main action
• You want more granular control over the permissions

 import software.amazon.awscdk.services.iam.*;
 import software.amazon.awscdk.services.s3.*;
 
 Rule rule;
 Bucket bucket;
 
 
 rule.addTarget(AwsApi.Builder.create()
         .service("s3")
         .action("GetBucketEncryption")
         .parameters(Map.of(
                 "Bucket", bucket.getBucketName()))
         .policyStatement(PolicyStatement.Builder.create()
                 .effect(Effect.ALLOW)
                 .actions(List.of("s3:GetEncryptionConfiguration"))
                 .resources(List.of(bucket.getBucketArn()))
                 .build())
         .build());
 

Invoke an API Destination

Use the targets.ApiDestination target to trigger an external API. You need to create an events.Connection and events.ApiDestination as well.

The code snippet below creates an external destination that is invoked every hour.

 Connection connection = Connection.Builder.create(this, "Connection")
         .authorization(Authorization.apiKey("x-api-key", SecretValue.secretsManager("ApiSecretName")))
         .description("Connection with API Key x-api-key")
         .build();
 
 ApiDestination destination = ApiDestination.Builder.create(this, "Destination")
         .connection(connection)
         .endpoint("https://example.com")
         .description("Calling example.com with API key x-api-key")
         .build();
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.minutes(1)))
         .targets(List.of(new ApiDestination(destination)))
         .build();
 

You can also import an existing connection and destination to create additional rules:

 IConnection connection = Connection.fromEventBusArn(this, "Connection", "arn:aws:events:us-east-1:123456789012:event-bus/EventBusName", "arn:aws:secretsmanager:us-east-1:123456789012:secret:SecretName-f3gDy9");
 
 String apiDestinationArn = "arn:aws:events:us-east-1:123456789012:api-destination/DestinationName/11111111-1111-1111-1111-111111111111";
 String apiDestinationArnForPolicy = "arn:aws:events:us-east-1:123456789012:api-destination/DestinationName";
 ApiDestination destination = ApiDestination.fromApiDestinationAttributes(this, "Destination", ApiDestinationAttributes.builder()
         .apiDestinationArn(apiDestinationArn)
         .connection(connection)
         .apiDestinationArnForPolicy(apiDestinationArnForPolicy)
         .build());
 
 Rule rule = Rule.Builder.create(this, "OtherRule")
         .schedule(Schedule.rate(Duration.minutes(10)))
         .targets(List.of(new ApiDestination(destination)))
         .build();
 

Invoke an AppSync GraphQL API

Use the AppSync target to trigger an AppSync GraphQL API. You need to create an AppSync.GraphqlApi configured with AWS_IAM authorization mode.

The code snippet below creates an AppSync GraphQL API target that is invoked every hour, calling the publish mutation.

 import software.amazon.awscdk.services.appsync.*;
 
 
 GraphqlApi api = GraphqlApi.Builder.create(this, "api")
         .name("api")
         .definition(Definition.fromFile("schema.graphql"))
         .authorizationConfig(AuthorizationConfig.builder()
                 .defaultAuthorization(AuthorizationMode.builder().authorizationType(AuthorizationType.IAM).build())
                 .build())
         .build();
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.hours(1)))
         .build();
 
 rule.addTarget(AppSync.Builder.create(api)
         .graphQLOperation("mutation Publish($message: String!){ publish(message: $message) { message } }")
         .variables(RuleTargetInput.fromObject(Map.of(
                 "message", "hello world")))
         .build());
 

You can pass an existing role with the proper permissions to be used for the target when the rule is triggered. The code snippet below uses an existing role and grants permissions to use the publish Mutation on the GraphQL API.

 import software.amazon.awscdk.services.iam.*;
 import software.amazon.awscdk.services.appsync.*;
 
 
 IGraphqlApi api = GraphqlApi.fromGraphqlApiAttributes(this, "ImportedAPI", GraphqlApiAttributes.builder()
         .graphqlApiId("<api-id>")
         .graphqlApiArn("<api-arn>")
         .graphQLEndpointArn("<api-endpoint-arn>")
         .visibility(Visibility.GLOBAL)
         .modes(List.of(AuthorizationType.IAM))
         .build());
 
 Rule rule = Rule.Builder.create(this, "Rule").schedule(Schedule.rate(Duration.minutes(1))).build();
 Role role = Role.Builder.create(this, "Role").assumedBy(new ServicePrincipal("events.amazonaws.com")).build();
 
 // allow EventBridge to use the `publish` mutation
 api.grantMutation(role, "publish");
 
 rule.addTarget(AppSync.Builder.create(api)
         .graphQLOperation("mutation Publish($message: String!){ publish(message: $message) { message } }")
         .variables(RuleTargetInput.fromObject(Map.of(
                 "message", "hello world")))
         .eventRole(role)
         .build());
 

Put an event on an EventBridge bus

Use the EventBus target to route event to a different EventBus.

The code snippet below creates the scheduled event rule that route events to an imported event bus.

 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.expression("rate(1 minute)"))
         .build();
 
 rule.addTarget(new EventBus(EventBus.fromEventBusArn(this, "External", "arn:aws:events:eu-west-1:999999999999:event-bus/test-bus")));
 

Put an event on a Firehose delivery stream

Use the FirehoseDeliveryStream target to put event to an Amazon Data Firehose delivery stream.

The code snippet below creates the scheduled event rule that put events to an Amazon Data Firehose delivery stream.

 import software.amazon.awscdk.services.kinesisfirehose.*;
 import software.amazon.awscdk.services.s3.*;
 
 Bucket bucket;
 
 DeliveryStream stream = DeliveryStream.Builder.create(this, "DeliveryStream")
         .destination(new S3Bucket(bucket))
         .build();
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.expression("rate(1 minute)"))
         .build();
 rule.addTarget(new FirehoseDeliveryStream(stream));
 

Run an ECS Task

Use the EcsTask target to run an ECS Task.

The code snippet below creates a scheduled event rule that will run the task described in taskDefinition every hour.

Tagging Tasks

By default, ECS tasks run from EventBridge targets will not have tags applied to them. You can set the propagateTags field to propagate the tags set on the task definition to the task initialized by the event trigger.

If you want to set tags independent of those applied to the TaskDefinition, you can use the tags array. Both of these fields can be used together or separately to set tags on the triggered task.

 import software.amazon.awscdk.services.ecs.*;
 
 ICluster cluster;
 TaskDefinition taskDefinition;
 
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.hours(1)))
         .build();
 
 rule.addTarget(
 EcsTask.Builder.create()
         .cluster(cluster)
         .taskDefinition(taskDefinition)
         .propagateTags(PropagatedTagSource.TASK_DEFINITION)
         .tags(List.of(Tag.builder()
                 .key("my-tag")
                 .value("my-tag-value")
                 .build()))
         .build());
 

Launch type for ECS Task

By default, if isEc2Compatible for the taskDefinition is true, the EC2 type is used as the launch type for the task, otherwise the FARGATE type. If you want to override the default launch type, you can set the launchType property.

 import software.amazon.awscdk.services.ecs.*;
 
 ICluster cluster;
 TaskDefinition taskDefinition;
 
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.hours(1)))
         .build();
 
 rule.addTarget(EcsTask.Builder.create()
         .cluster(cluster)
         .taskDefinition(taskDefinition)
         .launchType(LaunchType.FARGATE)
         .build());
 

Assign public IP addresses to tasks

You can set the assignPublicIp flag to assign public IP addresses to tasks. If you want to detach the public IP address from the task, you have to set the flag false. You can specify the flag true only when the launch type is set to FARGATE.

 import software.amazon.awscdk.services.ecs.*;
 import software.amazon.awscdk.services.ec2.*;
 
 ICluster cluster;
 TaskDefinition taskDefinition;
 
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.hours(1)))
         .build();
 
 rule.addTarget(
 EcsTask.Builder.create()
         .cluster(cluster)
         .taskDefinition(taskDefinition)
         .assignPublicIp(true)
         .subnetSelection(SubnetSelection.builder().subnetType(SubnetType.PUBLIC).build())
         .build());
 

Enable Amazon ECS Exec for ECS Task

If you use Amazon ECS Exec, you can run commands in or get a shell to a container running on an Amazon EC2 instance or on AWS Fargate.

 import software.amazon.awscdk.services.ecs.*;
 
 ICluster cluster;
 TaskDefinition taskDefinition;
 
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.hours(1)))
         .build();
 
 rule.addTarget(EcsTask.Builder.create()
         .cluster(cluster)
         .taskDefinition(taskDefinition)
         .taskCount(1)
         .containerOverrides(List.of(ContainerOverride.builder()
                 .containerName("TheContainer")
                 .command(List.of("echo", EventField.fromPath("$.detail.event")))
                 .build()))
         .enableExecuteCommand(true)
         .build());
 

Overriding Values in the Task Definition

You can override values in the task definition by setting the corresponding properties in the EcsTaskProps. All values in the TaskOverrides API are supported.

 import software.amazon.awscdk.services.ecs.*;
 
 ICluster cluster;
 TaskDefinition taskDefinition;
 
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.hours(1)))
         .build();
 
 rule.addTarget(EcsTask.Builder.create()
         .cluster(cluster)
         .taskDefinition(taskDefinition)
         .taskCount(1)
 
         // Overrides the cpu and memory values in the task definition
         .cpu("512")
         .memory("512")
         .build());
 

Schedule a Redshift query (serverless or cluster)

Use the RedshiftQuery target to schedule an Amazon Redshift Query.

The code snippet below creates the scheduled event rule that route events to an Amazon Redshift Query

 import software.amazon.awscdk.services.redshiftserverless.*;
 
 CfnWorkgroup workgroup;
 
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.hours(1)))
         .build();
 
 Queue dlq = new Queue(this, "DeadLetterQueue");
 
 rule.addTarget(RedshiftQuery.Builder.create(workgroup.getAttrWorkgroupWorkgroupArn())
         .database("dev")
         .deadLetterQueue(dlq)
         .sql(List.of("SELECT * FROM foo", "SELECT * FROM baz"))
         .build());
 

Publish to an SNS Topic

Use the SnsTopic target to publish to an SNS Topic.

The code snippet below creates the scheduled event rule that publishes to an SNS Topic using a resource policy.

 import software.amazon.awscdk.services.sns.*;
 
 ITopic topic;
 
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.hours(1)))
         .build();
 
 rule.addTarget(new SnsTopic(topic));
 

Alternatively, a role can be attached to the target when the rule is triggered.

 import software.amazon.awscdk.services.sns.*;
 
 ITopic topic;
 
 
 Rule rule = Rule.Builder.create(this, "Rule")
         .schedule(Schedule.rate(Duration.hours(1)))
         .build();
 
 rule.addTarget(SnsTopic.Builder.create(topic).authorizeUsingRole(true).build());
 

Related Packages

Package	Description
software.amazon.awscdk.services.events	Amazon EventBridge Construct Library

Class	Description
ApiDestination	Use an API Destination rule target.
ApiDestination.Builder	A fluent builder for ApiDestination.
ApiDestinationProps	Customize the EventBridge Api Destinations Target.
ApiDestinationProps.Builder	A builder for ApiDestinationProps
ApiDestinationProps.Jsii$Proxy	An implementation for ApiDestinationProps
ApiGateway	Use an API Gateway REST APIs as a target for Amazon EventBridge rules.
ApiGateway.Builder	A fluent builder for ApiGateway.
ApiGatewayProps	Customize the API Gateway Event Target.
ApiGatewayProps.Builder	A builder for ApiGatewayProps
ApiGatewayProps.Jsii$Proxy	An implementation for ApiGatewayProps
ApiGatewayV2	Use an API Gateway V2 HTTP APIs as a target for Amazon EventBridge rules.
ApiGatewayV2.Builder	A fluent builder for ApiGatewayV2.
AppSync	Use an AppSync GraphQL API as a target for Amazon EventBridge rules.
AppSync.Builder	A fluent builder for AppSync.
AppSyncGraphQLApiProps	Customize the AppSync GraphQL API target.
AppSyncGraphQLApiProps.Builder	A builder for AppSyncGraphQLApiProps
AppSyncGraphQLApiProps.Jsii$Proxy	An implementation for AppSyncGraphQLApiProps
AwsApi	Use an AWS Lambda function that makes API calls as an event rule target.
AwsApi.Builder	A fluent builder for AwsApi.
AwsApiInput	Rule target input for an AwsApi target.
AwsApiInput.Builder	A builder for AwsApiInput
AwsApiInput.Jsii$Proxy	An implementation for AwsApiInput
AwsApiProps	Properties for an AwsApi target.
AwsApiProps.Builder	A builder for AwsApiProps
AwsApiProps.Jsii$Proxy	An implementation for AwsApiProps
BatchJob	Use an AWS Batch Job / Queue as an event rule target.
BatchJob.Builder	A fluent builder for BatchJob.
BatchJobProps	Customize the Batch Job Event Target.
BatchJobProps.Builder	A builder for BatchJobProps
BatchJobProps.Jsii$Proxy	An implementation for BatchJobProps
CloudWatchLogGroup	Use an AWS CloudWatch LogGroup as an event rule target.
CloudWatchLogGroup.Builder	A fluent builder for CloudWatchLogGroup.
CodeBuildProject	Start a CodeBuild build when an Amazon EventBridge rule is triggered.
CodeBuildProject.Builder	A fluent builder for CodeBuildProject.
CodeBuildProjectProps	Customize the CodeBuild Event Target.
CodeBuildProjectProps.Builder	A builder for CodeBuildProjectProps
CodeBuildProjectProps.Jsii$Proxy	An implementation for CodeBuildProjectProps
CodePipeline	Allows the pipeline to be used as an EventBridge rule target.
CodePipeline.Builder	A fluent builder for CodePipeline.
CodePipelineTargetOptions	Customization options when creating a CodePipeline event target.
CodePipelineTargetOptions.Builder	A builder for CodePipelineTargetOptions
CodePipelineTargetOptions.Jsii$Proxy	An implementation for CodePipelineTargetOptions
ContainerOverride	Example:
ContainerOverride.Builder	A builder for ContainerOverride
ContainerOverride.Jsii$Proxy	An implementation for ContainerOverride
EcsTask	Start a task on an ECS cluster.
EcsTask.Builder	A fluent builder for EcsTask.
EcsTaskProps	Properties to define an ECS Event Task.
EcsTaskProps.Builder	A builder for EcsTaskProps
EcsTaskProps.Jsii$Proxy	An implementation for EcsTaskProps
EphemeralStorageOverride	Override ephemeral storage for the task.
EphemeralStorageOverride.Builder	A builder for EphemeralStorageOverride
EphemeralStorageOverride.Jsii$Proxy	An implementation for EphemeralStorageOverride
EventBus	Notify an existing Event Bus of an event.
EventBus.Builder	A fluent builder for EventBus.
EventBusProps	Configuration properties of an Event Bus event.
EventBusProps.Builder	A builder for EventBusProps
EventBusProps.Jsii$Proxy	An implementation for EventBusProps
FirehoseDeliveryStream	Customize the Amazon Data Firehose Stream Event Target.
FirehoseDeliveryStream.Builder	A fluent builder for FirehoseDeliveryStream.
FirehoseDeliveryStreamProps	Customize the Amazon Data Firehose Stream Event Target.
FirehoseDeliveryStreamProps.Builder	A builder for FirehoseDeliveryStreamProps
FirehoseDeliveryStreamProps.Jsii$Proxy	An implementation for FirehoseDeliveryStreamProps
IDeliveryStream	Deprecated. Use aws_kinesisfirehose.IDeliveryStream
IDeliveryStream.Jsii$Default	Internal default implementation for IDeliveryStream.
IDeliveryStream.Jsii$Proxy	A proxy class which represents a concrete javascript instance of this type.
InferenceAcceleratorOverride	Override inference accelerators for the task.
InferenceAcceleratorOverride.Builder	A builder for InferenceAcceleratorOverride
InferenceAcceleratorOverride.Jsii$Proxy	An implementation for InferenceAcceleratorOverride
KinesisFirehoseStream	Deprecated. Use FirehoseDeliveryStream
KinesisFirehoseStream.Builder	Deprecated.
KinesisFirehoseStreamProps	Deprecated. Use FirehoseDeliveryStreamProps
KinesisFirehoseStreamProps.Builder	Deprecated.
KinesisFirehoseStreamProps.Jsii$Proxy	Deprecated.
KinesisFirehoseStreamV2	Deprecated. Use FirehoseDeliveryStream
KinesisFirehoseStreamV2.Builder	Deprecated.
KinesisStream	Use a Kinesis Stream as a target for AWS CloudWatch event rules.
KinesisStream.Builder	A fluent builder for KinesisStream.
KinesisStreamProps	Customize the Kinesis Stream Event Target.
KinesisStreamProps.Builder	A builder for KinesisStreamProps
KinesisStreamProps.Jsii$Proxy	An implementation for KinesisStreamProps
LambdaFunction	Use an AWS Lambda function as an event rule target.
LambdaFunction.Builder	A fluent builder for LambdaFunction.
LambdaFunctionProps	Customize the Lambda Event Target.
LambdaFunctionProps.Builder	A builder for LambdaFunctionProps
LambdaFunctionProps.Jsii$Proxy	An implementation for LambdaFunctionProps
LogGroupProps	Customize the CloudWatch LogGroup Event Target.
LogGroupProps.Builder	A builder for LogGroupProps
LogGroupProps.Jsii$Proxy	An implementation for LogGroupProps
LogGroupTargetInput	The input to send to the CloudWatch LogGroup target.
LogGroupTargetInputOptions	Options used when creating a target input template.
LogGroupTargetInputOptions.Builder	A builder for LogGroupTargetInputOptions
LogGroupTargetInputOptions.Jsii$Proxy	An implementation for LogGroupTargetInputOptions
RedshiftQuery	Schedule an Amazon Redshift Query to be run, using the Redshift Data API.
RedshiftQuery.Builder	A fluent builder for RedshiftQuery.
RedshiftQueryProps	Configuration properties of an Amazon Redshift Query event.
RedshiftQueryProps.Builder	A builder for RedshiftQueryProps
RedshiftQueryProps.Jsii$Proxy	An implementation for RedshiftQueryProps
SfnStateMachine	Use a StepFunctions state machine as a target for Amazon EventBridge rules.
SfnStateMachine.Builder	A fluent builder for SfnStateMachine.
SfnStateMachineProps	Customize the Step Functions State Machine target.
SfnStateMachineProps.Builder	A builder for SfnStateMachineProps
SfnStateMachineProps.Jsii$Proxy	An implementation for SfnStateMachineProps
SnsTopic	Use an SNS topic as a target for Amazon EventBridge rules.
SnsTopic.Builder	A fluent builder for SnsTopic.
SnsTopicProps	Customize the SNS Topic Event Target.
SnsTopicProps.Builder	A builder for SnsTopicProps
SnsTopicProps.Jsii$Proxy	An implementation for SnsTopicProps
SqsQueue	Use an SQS Queue as a target for Amazon EventBridge rules.
SqsQueue.Builder	A fluent builder for SqsQueue.
SqsQueueProps	Customize the SQS Queue Event Target.
SqsQueueProps.Builder	A builder for SqsQueueProps
SqsQueueProps.Jsii$Proxy	An implementation for SqsQueueProps
Tag	Metadata that you apply to a resource to help categorize and organize the resource.
Tag.Builder	A builder for Tag
Tag.Jsii$Proxy	An implementation for Tag
TargetBaseProps	The generic properties for an RuleTarget.
TargetBaseProps.Builder	A builder for TargetBaseProps
TargetBaseProps.Jsii$Proxy	An implementation for TargetBaseProps
TaskEnvironmentVariable	An environment variable to be set in the container run as a task.
TaskEnvironmentVariable.Builder	A builder for TaskEnvironmentVariable
TaskEnvironmentVariable.Jsii$Proxy	An implementation for TaskEnvironmentVariable