### Install @effect-aws/client-cloudfront

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudfront/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-cloudfront
```

--------------------------------

### Install @effect-aws/client-lambda

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-lambda/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-lambda
```

--------------------------------

### Install @effect-aws/client-opensearch-serverless

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-opensearch-serverless/README.md

Install the package using npm. This is the first step before using the client.

```bash
npm install --save @effect-aws/client-opensearch-serverless
```

--------------------------------

### Install @effect-aws/client-opensearch

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-opensearch/README.md

Install the package using npm. This is the first step before using the client.

```bash
npm install --save @effect-aws/client-opensearch
```

--------------------------------

### Install @effect-aws/client-iot-events

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-events/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-iot-events
```

--------------------------------

### Install @effect-aws/client-scheduler

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-scheduler/README.md

Install the package using npm. This is the first step before using the client.

```bash
npm install --save @effect-aws/client-scheduler
```

--------------------------------

### Install @effect-aws/client-dsql

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-dsql/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-dsql
```

--------------------------------

### Install @effect-aws/client-api-gateway-v2

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-api-gateway-v2/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-api-gateway-v2
```

--------------------------------

### Install @effect-aws/client-sfn

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-sfn/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-sfn
```

--------------------------------

### Install @effect-aws/client-iot

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot/README.md

Install the package using npm. This is the first step before using the client.

```bash
npm install --save @effect-aws/client-iot
```

--------------------------------

### Install @effect-aws/lambda

Source: https://github.com/floydspace/effect-aws/blob/main/packages/lambda/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/lambda
```

--------------------------------

### Install @effect-aws/client-sqs

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-sqs/README.md

Install the package using npm. This is the first step before using any of its functionalities.

```bash
npm install --save @effect-aws/client-sqs
```

--------------------------------

### Install @effect-aws/lib-dynamodb

Source: https://github.com/floydspace/effect-aws/blob/main/packages/lib-dynamodb/README.md

Install the library using npm.

```bash
npm install --save @effect-aws/lib-dynamodb
```

--------------------------------

### Install @effect-aws/client-glue

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-glue/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-glue
```

--------------------------------

### Install @effect-aws/client-iot-wireless

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-wireless/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-iot-wireless
```

--------------------------------

### Install @effect-aws/client-bedrock-runtime

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-bedrock-runtime/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-bedrock-runtime
```

--------------------------------

### Install @effect-aws/client-iot-events-data

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-events-data/README.md

Install the package using npm. This is the first step before using the library.

```bash
npm install --save @effect-aws/client-iot-events-data
```

--------------------------------

### Install @effect-aws/client-timestream-query

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-timestream-query/README.md

Install the package using npm. This is the first step before using the library.

```bash
npm install --save @effect-aws/client-timestream-query
```

--------------------------------

### Install @effect-aws/client-sts

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-sts/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-sts
```

--------------------------------

### Install @effect-aws/client-api-gateway

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-api-gateway/README.md

Install the package using npm. This is the first step before using the library.

```bash
npm install --save @effect-aws/client-api-gateway
```

--------------------------------

### Install @effect-aws/client-ssm

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-ssm/README.md

Install the package using npm. This is the first step before using the library.

```bash
npm install --save @effect-aws/client-ssm
```

--------------------------------

### Install @effect-aws/client-kafka

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-kafka/README.md

Install the package using npm. This is the first step before using the client.

```bash
npm install --save @effect-aws/client-kafka
```

--------------------------------

### Install @effect-aws/http-handler

Source: https://github.com/floydspace/effect-aws/blob/main/packages/http-handler/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/http-handler
```

--------------------------------

### Install @effect-aws/client-s3

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-s3/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-s3
```

--------------------------------

### Install @effect-aws/client-data-pipeline

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-data-pipeline/README.md

Install the package using npm. This is the first step before using the library.

```bash
npm install --save @effect-aws/client-data-pipeline
```

--------------------------------

### Install @effect-aws/client-sesv2

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-sesv2/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-sesv2
```

--------------------------------

### Install @effect-aws/client-ses

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-ses/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-ses
```

--------------------------------

### Install @effect-aws/client-ivs

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-ivs/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-ivs
```

--------------------------------

### Install @effect-aws/client-sns

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-sns/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-sns
```

--------------------------------

### Install @effect-aws/client-kms

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-kms/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-kms
```

--------------------------------

### Install @effect-aws/client-iot-jobs-data-plane

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-jobs-data-plane/README.md

Install the package using npm. This is the first step before using the client.

```bash
npm install --save @effect-aws/client-iot-jobs-data-plane
```

--------------------------------

### Install @effect-aws/client-bedrock

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-bedrock/README.md

Install the package using npm. This is the first step before using the client.

```bash
npm install --save @effect-aws/client-bedrock
```

--------------------------------

### Install @effect-aws/client-iot-data-plane

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-data-plane/README.md

Install the package using npm. This is the first step before using the library.

```bash
npm install --save @effect-aws/client-iot-data-plane
```

--------------------------------

### Install @effect-aws/client-timestream-influxdb

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-timestream-influxdb/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-timestream-influxdb
```

--------------------------------

### Install @effect-aws/client-cloudtrail

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudtrail/README.md

Install the CloudTrail client package using npm.

```bash
npm install --save @effect-aws/client-cloudtrail
```

--------------------------------

### Install @effect-aws/client-textract

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-textract/README.md

Install the package using npm. This is the first step before using the library.

```bash
npm install --save @effect-aws/client-textract
```

--------------------------------

### Use Custom AutoScalingClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-auto-scaling/README.md

Example of using a custom AutoScalingClient instance with a specified region. Requires AWS SDK v3 client setup.

```typescript
import { AutoScaling } from "@effect-aws/client-auto-scaling";

const program = AutoScaling.describeAutoScalingGroups(args);

const result = await pipe(
  program,
  Effect.provide(
    AutoScaling.baseLayer(() => new AutoScalingClient({ region: "eu-central-1" })),
  ),
  Effect.runPromise,
);
```

--------------------------------

### Install @effect-aws/client-organizations

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-organizations/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-organizations
```

--------------------------------

### Install @effect-aws/client-auto-scaling

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-auto-scaling/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-auto-scaling
```

--------------------------------

### Install @effect-aws/client-mq

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-mq/README.md

Install the @effect-aws/client-mq package using npm.

```bash
npm install --save @effect-aws/client-mq
```

--------------------------------

### Install @effect-aws/client-cloudwatch-logs

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudwatch-logs/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-cloudwatch-logs
```

--------------------------------

### Install @effect-aws/client-account

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-account/README.md

Install the @effect-aws/client-account package using npm.

```bash
npm install --save @effect-aws/client-account
```

--------------------------------

### Install @effect-aws/client-kafkaconnect

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-kafkaconnect/README.md

Install the KafkaConnect client package using npm.

```bash
npm install --save @effect-aws/client-kafkaconnect
```

--------------------------------

### Install @effect-aws/dynamodb

Source: https://github.com/floydspace/effect-aws/blob/main/packages/dynamodb/README.md

Install the package using npm. This is the first step before using the library.

```bash
npm install --save @effect-aws/dynamodb
```

--------------------------------

### Install @effect-aws/client-firehose

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-firehose/README.md

Install the package using npm. This is the first step before using the Firehose client.

```bash
npm install --save @effect-aws/client-firehose
```

--------------------------------

### Install @effect-aws/client-ecr

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-ecr/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-ecr
```

--------------------------------

### Install @effect-aws/client-dynamodb

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-dynamodb/README.md

Install the package using npm. This is the first step before using the library.

```bash
npm install --save @effect-aws/client-dynamodb
```

--------------------------------

### Install @effect-aws/client-cognito-identity-provider

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cognito-identity-provider/README.md

Install the package using npm. This is the first step before using the library.

```bash
npm install --save @effect-aws/client-cognito-identity-provider
```

--------------------------------

### Install @effect-aws/client-cloudformation

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudformation/README.md

Install the package using npm. This is the first step before using the CloudFormation client.

```bash
npm install --save @effect-aws/client-cloudformation
```

--------------------------------

### Install @effect-aws/client-athena

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-athena/README.md

Install the package using npm.

```bash
npm install --save @effect-aws/client-athena
```

--------------------------------

### Install @effect-aws/client-iam

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iam/README.md

Install the @effect-aws/client-iam package using npm.

```bash
npm install --save @effect-aws/client-iam
```

--------------------------------

### Install @effect-aws/client-ecs

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-ecs/README.md

Install the @effect-aws/client-ecs package using npm.

```bash
npm install --save @effect-aws/client-ecs
```

--------------------------------

### Install @effect-aws/client-kinesis

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-kinesis/README.md

Install the @effect-aws/client-kinesis package using npm.

```bash
npm install --save @effect-aws/client-kinesis
```

--------------------------------

### Install @effect-aws/client-cloudsearch

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudsearch/README.md

Install the package using npm. This is the first step before using the CloudSearch client.

```bash
npm install --save @effect-aws/client-cloudsearch
```

--------------------------------

### Install @effect-aws/client-cloudwatch-events

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudwatch-events/README.md

Install the CloudWatch Events client package using npm.

```bash
npm install --save @effect-aws/client-cloudwatch-events
```

--------------------------------

### Install @effect-aws/client-rds

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-rds/README.md

Install the package using npm. This is the first step before using the RDS client.

```bash
npm install --save @effect-aws/client-rds
```

--------------------------------

### Install @effect-aws/client-eventbridge

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-eventbridge/README.md

Install the package using npm. This is the first step before using the EventBridge client.

```bash
npm install --save @effect-aws/client-eventbridge
```

--------------------------------

### Install @effect-aws/s3

Source: https://github.com/floydspace/effect-aws/blob/main/packages/s3/README.md

Install the @effect-aws/s3 package and its S3 client dependency.

```bash
npm install --save @effect-aws/s3 @effect-aws/client-s3
```

--------------------------------

### Install @effect-aws/powertools-tracer

Source: https://github.com/floydspace/effect-aws/blob/main/packages/powertools-tracer/README.md

Install the package and its peer dependency. `@aws-lambda-powertools/tracer` is a peer dependency.

```bash
npm install --save @effect-aws/powertools-tracer @aws-lambda-powertools/tracer
```

--------------------------------

### Install @effect-aws/ssm and @effect-aws/client-ssm

Source: https://github.com/floydspace/effect-aws/blob/main/packages/ssm/README.md

Install the necessary packages for using AWS Systems Manager Parameter Store with Effect.

```bash
npm install --save @effect-aws/ssm @effect-aws/client-ssm
```

--------------------------------

### Use Default IoTClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot/README.md

This example shows how to use the default IoTClient instance. It requires providing the default layer to the program.

```typescript
import { IoT } from "@effect-aws/client-iot";

const program = IoT.describeJob(args);

const result = pipe(
  program,
  Effect.provide(IoT.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Install @effect-aws/client-api-gateway-management-api

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-api-gateway-management-api/README.md

Install the package using npm. This command adds the necessary dependency to your project.

```bash
npm install --save @effect-aws/client-api-gateway-management-api
```

--------------------------------

### Start Execution with Custom Client

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-sfn/README.md

Start a state machine execution using a custom SFNClient instance. This allows for specific configurations like the AWS region.

```typescript
import { SFN } from "@effect-aws/client-sfn";

const program = SFN.startExecution(args);

const result = await pipe(
  program,
  Effect.provide(
    SFN.baseLayer(() => new SFNClient({ region: "eu-central-1" }))
  ),
  Effect.runPromise,
);
```

--------------------------------

### Install @effect-aws/client-ec2

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-ec2/README.md

Install the package using npm. This is the first step before using any EC2 functionalities.

```bash
npm install --save @effect-aws/client-ec2
```

--------------------------------

### Install @effect-aws/secrets-manager and @effect-aws/client-secrets-manager

Source: https://github.com/floydspace/effect-aws/blob/main/packages/secrets-manager/README.md

Install the necessary packages for using AWS Secrets Manager with Effect.

```bash
npm install --save @effect-aws/secrets-manager @effect-aws/client-secrets-manager
```

--------------------------------

### Start Execution with Default Client

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-sfn/README.md

Use the default SFNClient instance to start a state machine execution. Ensure the default layer is provided.

```typescript
import { SFN } from "@effect-aws/client-sfn";

const program = SFN.startExecution(args);

const result = pipe(
  program,
  Effect.provide(SFN.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Install @effect-aws/client-timestream-write

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-timestream-write/README.md

Install the package using npm. This command adds the necessary dependency to your project.

```bash
npm install --save @effect-aws/client-timestream-write
```

--------------------------------

### Start Execution with Custom Client Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-sfn/README.md

Start a state machine execution using a custom SFNClient configuration object. This method uses `runPromiseExit` for execution.

```typescript
import { SFN } from "@effect-aws/client-sfn";

const program = SFN.startExecution(args);

const result = await pipe(
  program,
  Effect.provide(SFN.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Install @effect-aws/client-secrets-manager

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-secrets-manager/README.md

Install the package using npm. This is the first step before using the SecretsManager client.

```bash
npm install --save @effect-aws/client-secrets-manager
```

--------------------------------

### Install @effect-aws/powertools-logger

Source: https://github.com/floydspace/effect-aws/blob/main/packages/powertools-logger/README.md

Install the package and its peer dependency. Ensure you are using v1.9.0 or higher of @aws-lambda-powertools/logger.

```bash
npm install --save @effect-aws/powertools-logger @aws-lambda-powertools/logger
```

--------------------------------

### Install @effect-aws/client-cloudwatch

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudwatch/README.md

Install the package using npm. This command adds the CloudWatch client to your project dependencies.

```bash
npm install --save @effect-aws/client-cloudwatch
```

--------------------------------

### Install @effect-aws/client-elasticache

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-elasticache/README.md

Install the package using npm. This command adds the necessary dependency to your project.

```bash
npm install --save @effect-aws/client-elasticache
```

--------------------------------

### Start Query Execution with Custom Configuration Layer

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-athena/README.md

Start a query execution using a custom configuration layer. This method allows providing configuration options directly to the layer and uses `runPromiseExit`.

```typescript
import { Athena } from "@effect-aws/client-athena";

const program = Athena.startQueryExecution(args);

const result = await pipe(
  program,
  Effect.provide(Athena.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Install @effect-aws/client-codedeploy

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-codedeploy/README.md

Install the package using npm. This command adds the @effect-aws/client-codedeploy package to your project dependencies.

```bash
npm install --save @effect-aws/client-codedeploy
```

--------------------------------

### Install @effect-aws/client-s3 using bun

Source: https://github.com/floydspace/effect-aws/blob/main/pages/docs/getting-started.md

Install the S3 service package using bun. This command is applicable for other AWS services by replacing 's3' with the desired service name.

```sh
bun add @effect-aws/client-s3
```

--------------------------------

### Use Default BedrockClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-bedrock/README.md

This example shows how to use the default BedrockClient instance. Ensure the default layer is provided to the Effect runtime.

```typescript
import { Bedrock } from "@effect-aws/client-bedrock";

const program = Bedrock.listCustomModels(args);

const result = pipe(
  program,
  Effect.provide(Bedrock.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Use Default AutoScalingClient

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-auto-scaling/README.md

Example of using the AutoScaling client with a default instance. Ensure Effect-TS is set up.

```typescript
import { AutoScaling } from "@effect-aws/client-auto-scaling";

const program = AutoScaling.describeAutoScalingGroups(args);

const result = pipe(
  program,
  Effect.provide(AutoScaling.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Use Default STSClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-sts/README.md

Example of using the STS client with a default instance. Requires `Effect.provide` with `STS.defaultLayer`.

```typescript
import { STS } from "@effect-aws/client-sts";

const program = STS.getCallerIdentity(args);

const result = pipe(
  program,
  Effect.provide(STS.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Start Command Execution with Default Client

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-jobs-data-plane/README.md

Execute a command using the default IoTJobsDataPlaneClient instance. Ensure the default layer is provided to the effect.

```typescript
import { IoTJobsDataPlane } from "@effect-aws/client-iot-jobs-data-plane";

const program = IoTJobsDataPlane.startCommandExecution(args);

const result = pipe(
  program,
  Effect.provide(IoTJobsDataPlane.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Start Query Execution with Default Client

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-athena/README.md

Use the default AthenaClient instance to start a query execution. Requires providing the default layer.

```typescript
import { Athena } from "@effect-aws/client-athena";

const program = Athena.startQueryExecution(args);

const result = pipe(
  program,
  Effect.provide(Athena.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Install Dependencies

Source: https://github.com/floydspace/effect-aws/blob/main/README.md

Install project dependencies using pnpm. Ensure you are using pnpm version 9.x. If introducing new dependencies, update `.projenrc.ts` and run `pnpm default`.

```shell
pnpm install
```

--------------------------------

### Use Custom STSClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-sts/README.md

Example of using the STS client with custom configuration. Requires `Effect.provide` with `STS.layer` and `Effect.runPromiseExit`.

```typescript
import { STS } from "@effect-aws/client-sts";

const program = STS.getCallerIdentity(args);

const result = await pipe(
  program,
  Effect.provide(STS.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### List Brokers with Custom MqClient

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-mq/README.md

Create and provide a custom MqClient instance with a specified region. This example uses `Effect.runPromise` to execute the program.

```typescript
import { Mq } from "@effect-aws/client-mq";

const program = Mq.listBrokers(args);

const result = await pipe(
  program,
  Effect.provide(
    Mq.baseLayer(() => new MqClient({ region: "eu-central-1" }))
  ),
  Effect.runPromise,
);
```

--------------------------------

### Install @effect-aws/client-s3 using npm

Source: https://github.com/floydspace/effect-aws/blob/main/pages/docs/getting-started.md

Install the S3 service package using npm. This command is applicable for other AWS services by replacing 's3' with the desired service name.

```sh
npm install @effect-aws/client-s3
```

--------------------------------

### Install @effect-aws/client-s3 using pnpm

Source: https://github.com/floydspace/effect-aws/blob/main/pages/docs/getting-started.md

Install the S3 service package using pnpm. This command is applicable for other AWS services by replacing 's3' with the desired service name.

```sh
pnpm add @effect-aws/client-s3
```

--------------------------------

### Install @effect-aws/client-s3 using yarn

Source: https://github.com/floydspace/effect-aws/blob/main/pages/docs/getting-started.md

Install the S3 service package using yarn. This command is applicable for other AWS services by replacing 's3' with the desired service name.

```sh
yarn add @effect-aws/client-s3
```

--------------------------------

### Use Default IoTEventsDataClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-events-data/README.md

Example of using the default IoTEventsDataClient instance. This is suitable for most common use cases.

```typescript
import { IoTEventsData } from "@effect-aws/client-iot-events-data";

const program = IoTEventsData.describeAlarm(args);

const result = pipe(
  program,
  Effect.provide(IoTEventsData.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Start Command Execution with Custom Client

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-jobs-data-plane/README.md

Execute a command using a custom-configured IoTJobsDataPlaneClient instance. This allows specifying client options like the region.

```typescript
import { IoTJobsDataPlane } from "@effect-aws/client-iot-jobs-data-plane";

const program = IoTJobsDataPlane.startCommandExecution(args);

const result = await pipe(
  program,
  Effect.provide(
    IoTJobsDataPlane.baseLayer(() => new IoTJobsDataPlaneClient({ region: "eu-central-1" })),
  ),
  Effect.runPromise,
);
```

--------------------------------

### Use Custom IoTWirelessClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-wireless/README.md

Example of providing custom configuration for the IoTWirelessClient using IoTWireless.layer. Requires Effect-TS.

```typescript
import { IoTWireless } from "@effect-aws/client-iot-wireless";

const program = IoTWireless.listDestinations(args);

const result = await pipe(
  program,
  Effect.provide(IoTWireless.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Start Query Execution with Custom Client

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-athena/README.md

Start a query execution using a custom AthenaClient instance. Provide a base layer with a new AthenaClient configured for a specific region.

```typescript
import { Athena } from "@effect-aws/client-athena";

const program = Athena.startQueryExecution(args);

const result = await pipe(
  program,
  Effect.provide(
    Athena.baseLayer(() => new AthenaClient({ region: "eu-central-1" })),
  ),
  Effect.runPromise,
);
```

--------------------------------

### Use Custom IoTEventsDataClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-events-data/README.md

Example of configuring the IoTEventsDataClient with specific options. This allows fine-grained control over the client's behavior.

```typescript
import { IoTEventsData } from "@effect-aws/client-iot-events-data";

const program = IoTEventsData.describeAlarm(args);

const result = await pipe(
  program,
  Effect.provide(IoTEventsData.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Use Custom IoTWirelessClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-wireless/README.md

Example of providing a custom IoTWirelessClient instance with a specific region. Requires Effect-TS.

```typescript
import { IoTWireless } from "@effect-aws/client-iot-wireless";

const program = IoTWireless.listDestinations(args);

const result = await pipe(
  program,
  Effect.provide(
    IoTWireless.baseLayer(() => new IoTWirelessClient({ region: "eu-central-1" })),
  ),
  Effect.runPromise,
);
```

--------------------------------

### Use Custom CloudWatchClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudwatch/README.md

This example shows how to configure the CloudWatch client with specific settings, such as the region. The `layer` function simplifies providing a configured client.

```typescript
import { CloudWatch } from "@effect-aws/client-cloudwatch";

const program = CloudWatch.describeAlarms(args);

const result = await pipe(
  program,
  Effect.provide(CloudWatch.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### List Brokers with Custom MqClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-mq/README.md

Configure a custom MqClient with a specific region using `Mq.layer`. This example uses `Effect.runPromiseExit` for execution.

```typescript
import { Mq } from "@effect-aws/client-mq";

const program = Mq.listBrokers(args);

const result = await pipe(
  program,
  Effect.provide(Mq.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Install @effect-aws/commons

Source: https://github.com/floydspace/effect-aws/blob/main/packages/commons/README.md

Use npm to install the @effect-aws/commons package. This command is used for adding the package to your project dependencies.

```bash
npm install --save @effect-aws/commons
```

--------------------------------

### Use Custom IoTClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot/README.md

This example demonstrates using a custom IoTClient instance with a specified region. It requires providing a base layer with the custom client configuration.

```typescript
import { IoT } from "@effect-aws/client-iot";

const program = IoT.describeJob(args);

const result = await pipe(
  program,
  Effect.provide(
    IoT.baseLayer(() => new IoTClient({ region: "eu-central-1" }))
  ),
  Effect.runPromise,
);
```

--------------------------------

### Use Default TextractClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-textract/README.md

Example of using the Textract client with its default instance. Ensure Effect-TS is set up.

```typescript
import { Textract } from "@effect-aws/client-textract";

const program = Textract.listAdapters(args);

const result = pipe(
  program,
  Effect.provide(Textract.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Use Default SchedulerClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-scheduler/README.md

This example shows how to use the Scheduler client with its default instance. Ensure Effect-TS is set up correctly.

```typescript
import { Scheduler } from "@effect-aws/client-scheduler";

const program = Scheduler.tagResource(args);

const result = pipe(
  program,
  Effect.provide(Scheduler.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Use Default IoTWirelessClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-wireless/README.md

Example of using the default IoTWirelessClient instance to list destinations. Requires Effect-TS.

```typescript
import { IoTWireless } from "@effect-aws/client-iot-wireless";

const program = IoTWireless.listDestinations(args);

const result = pipe(
  program,
  Effect.provide(IoTWireless.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Describe OpenSearch Domains with Custom Configuration Layer

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-opensearch/README.md

Provide a custom layer with specific configuration options for the OpenSearchClient. This example uses `runPromiseExit` for handling the result.

```typescript
import { OpenSearch } from "@effect-aws/client-opensearch";

const program = OpenSearch.describeDomains(args);

const result = await pipe(
  program,
  Effect.provide(OpenSearch.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Use Custom STSClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-sts/README.md

Example of using the STS client with a custom instance. Requires `Effect.provide` with `STS.baseLayer` and a `new STSClient` configuration.

```typescript
import { STS } from "@effect-aws/client-sts";

const program = STS.getCallerIdentity(args);

const result = await pipe(
  program,
  Effect.provide(
    STS.baseLayer(() => new STSClient({ region: "eu-central-1" }))
  ),
  Effect.runPromise,
);
```

--------------------------------

### Use Custom IoTClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot/README.md

This example shows how to use a custom IoTClient configuration with a specified region. It utilizes the `IoT.layer` function for configuration and `runPromiseExit` for execution.

```typescript
import { IoT } from "@effect-aws/client-iot";

const program = IoT.describeJob(args);

const result = await pipe(
  program,
  Effect.provide(IoT.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Use Default ECRClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-ecr/README.md

Example of using the ECR client with a default instance. Ensure ECR.defaultLayer is provided.

```typescript
import { ECR } from "@effect-aws/client-ecr";

const program = ECR.describeRepositories(args);

const result = pipe(
  program,
  Effect.provide(ECR.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Use Custom AutoScalingClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-auto-scaling/README.md

Example of providing custom configuration to the AutoScaling client layer. This uses `runPromiseExit` for more control over the execution result.

```typescript
import { AutoScaling } from "@effect-aws/client-auto-scaling";

const program = AutoScaling.describeAutoScalingGroups(args);

const result = await pipe(
  program,
  Effect.provide(AutoScaling.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Use Default SSMClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-ssm/README.md

Example of using the SSM client with a default SSMClient instance. Ensure the necessary Effect.runPromise is called.

```typescript
import { SSM } from "@effect-aws/client-ssm";

const program = SSM.describeParameters(args);

const result = pipe(
  program,
  Effect.provide(SSM.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Use Default CloudFormationClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudformation/README.md

Example of using the CloudFormation client with its default layer. This is suitable for most common use cases.

```typescript
import { CloudFormation } from "@effect-aws/client-cloudformation";

const program = CloudFormation.listStacks(args);

const result = pipe(
  program,
  Effect.provide(CloudFormation.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Use Default FirehoseClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-firehose/README.md

Example of using the Firehose client with its default layer. Ensure the default layer is provided to the effect.

```typescript
import { Firehose } from "@effect-aws/client-firehose";

const program = Firehose.putRecord(args);

const result = pipe(
  program,
  Effect.provide(Firehose.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Start Command Execution with Custom Configuration Layer

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-jobs-data-plane/README.md

Execute a command using a custom configuration layer for the IoTJobsDataPlaneClient. This method is suitable for providing specific client configurations.

```typescript
import { IoTJobsDataPlane } from "@effect-aws/client-iot-jobs-data-plane";

const program = IoTJobsDataPlane.startCommandExecution(args);

const result = await pipe(
  program,
  Effect.provide(IoTJobsDataPlane.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
or use `IoTJobsDataPlane.baseLayer((default) => new IoTJobsDataPlaneClient({ ...default, region: "eu-central-1" }))`
```

--------------------------------

### Use Custom IoTEventsDataClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-events-data/README.md

Example of providing a custom IoTEventsDataClient instance with a specific region. Useful for multi-region applications.

```typescript
import { IoTEventsData } from "@effect-aws/client-iot-events-data";

const program = IoTEventsData.describeAlarm(args);

const result = await pipe(
  program,
  Effect.provide(
    IoTEventsData.baseLayer(() => new IoTEventsDataClient({ region: "eu-central-1" })),
  ),
  Effect.runPromise,
);
```

--------------------------------

### Use Default RDSClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-rds/README.md

Example of using the RDS client with a default instance. Ensure the RDS client is provided to the effect runtime.

```typescript
import { RDS } from "@effect-aws/client-rds";

const program = RDS.describeDBClusters(args);

const result = pipe(
  program,
  Effect.provide(RDS.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Use Custom CloudFrontClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudfront/README.md

Provide a custom CloudFrontClient instance, for example, by specifying a region. This allows for more control over the client's configuration.

```typescript
import { CloudFront } from "@effect-aws/client-cloudfront";

const program = CloudFront.listCachePolicies(args);

const result = await pipe(
  program,
  Effect.provide(
    CloudFront.baseLayer(() => new CloudFrontClient({ region: "eu-central-1" }))
  ),
  Effect.runPromise,
);
```

--------------------------------

### List ECS Clusters with Custom Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-ecs/README.md

Configure the ECSClient with specific options like the AWS region using `ECS.layer`. This example uses `runPromiseExit`.

```typescript
import { ECS } from "@effect-aws/client-ecs";

const program = ECS.listClusters(args);

const result = await pipe(
  program,
  Effect.provide(ECS.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### List Trails with Custom Client Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudtrail/README.md

Configure a custom CloudTrailClient with a specific region using `CloudTrail.layer`. This example uses `Effect.runPromiseExit`.

```typescript
import { CloudTrail } from "@effect-aws/client-cloudtrail";

const program = CloudTrail.listTrails(args);

const result = await pipe(
  program,
  Effect.provide(CloudTrail.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### List Kafka Connectors with Custom Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-kafkaconnect/README.md

Configure the KafkaConnectClient with specific options, such as the region, using the KafkaConnect.layer function. This example uses Effect.runPromiseExit for execution.

```typescript
import { KafkaConnect } from "@effect-aws/client-kafkaconnect";

const program = KafkaConnect.listConnectors(args);

const result = await pipe(
  program,
  Effect.provide(KafkaConnect.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Use Custom SSMClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-ssm/README.md

Example of using the SSM client with a custom SSMClient configuration, specifying the region. Use Effect.runPromiseExit for execution.

```typescript
import { SSM } from "@effect-aws/client-ssm";

const program = SSM.describeParameters(args);

const result = await pipe(
  program,
  Effect.provide(SSM.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### List Kafka Clusters with Custom Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-kafka/README.md

Configure the KafkaClient directly using Kafka.layer with specific region settings. This example uses Effect.runPromiseExit for handling the result.

```typescript
import { Kafka } from "@effect-aws/client-kafka";

const program = Kafka.listClusters(args);

const result = await pipe(
  program,
  Effect.provide(Kafka.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Post to Connection with Custom Client Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-api-gateway-management-api/README.md

Provide custom configuration directly to the ApiGatewayManagementApi.layer function to create the client. This example uses Effect.runPromiseExit for execution.

```typescript
import { ApiGatewayManagementApi } from "@effect-aws/client-api-gateway-management-api";

const program = ApiGatewayManagementApi.postToConnection(args);

const result = await pipe(
  program,
  Effect.provide(ApiGatewayManagementApi.layer({ endpoint: "https://domain/path" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Use Custom CloudWatchClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudwatch/README.md

This example demonstrates using a custom CloudWatchClient instance with a specified region. The `baseLayer` function allows for custom client instantiation.

```typescript
import { CloudWatch } from "@effect-aws/client-cloudwatch";

const program = CloudWatch.describeAlarms(args);

const result = await pipe(
  program,
  Effect.provide(
    CloudWatch.baseLayer(() => new CloudWatchClient({ region: "eu-central-1" }))
  ),
  Effect.runPromise,
);
```

--------------------------------

### List ECS Clusters with Custom Client

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-ecs/README.md

Provide a custom ECSClient instance, specifying the AWS region. This example uses `await` for running the promise.

```typescript
import { ECS } from "@effect-aws/client-ecs";

const program = ECS.listClusters(args);

const result = await pipe(
  program,
  Effect.provide(
    ECS.baseLayer(() => new ECSClient({ region: "eu-central-1" }))
  ),
  Effect.runPromise,
);
```

--------------------------------

### Use Custom SSMClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-ssm/README.md

Example of using the SSM client with a custom SSMClient instance, specifying the region. The Effect.runPromise must be awaited.

```typescript
import { SSM } from "@effect-aws/client-ssm";

const program = SSM.describeParameters(args);

const result = await pipe(
  program,
  Effect.provide(
    SSM.baseLayer(() => new SSMClient({ region: "eu-central-1" }))
  ),
  Effect.runPromise,
);
```

--------------------------------

### Use Default SecretsManagerClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-secrets-manager/README.md

Example of using the SecretsManager client with its default instance. Ensure the necessary Effect runtime environment is provided.

```typescript
import { SecretsManager } from "@effect-aws/client-secrets-manager";

const program = SecretsManager.getSecretValue(args);

const result = pipe(
  program,
  Effect.provide(SecretsManager.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Describe CloudSearch Domains with Custom Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudsearch/README.md

Configure the CloudSearchClient with specific options, such as the region, using the `CloudSearch.layer` function. This example uses `runPromiseExit` for execution.

```typescript
import { CloudSearch } from "@effect-aws/client-cloudsearch";

const program = CloudSearch.describeDomains(args);

const result = await pipe(
  program,
  Effect.provide(CloudSearch.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Publish with Custom IoTDataPlaneClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-iot-data-plane/README.md

Provide custom configuration options, such as the AWS region, when creating the IoTDataPlaneClient layer. This example uses Effect.runPromiseExit.

```typescript
import { IoTDataPlane } from "@effect-aws/client-iot-data-plane";

const program = IoTDataPlane.publish(args);

const result = await pipe(
  program,
  Effect.provide(IoTDataPlane.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Describe Organization with Custom Configuration Layer

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-organizations/README.md

Configure the OrganizationsClient using a layer with specific settings like region. This example uses `runPromiseExit` for handling effects.

```typescript
import { Organizations } from "@effect-aws/client-organizations";

const program = Organizations.describeOrganization(args);

const result = await pipe(
  program,
  Effect.provide(Organizations.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Use Custom SchedulerClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-scheduler/README.md

This example shows how to provide custom configuration for the SchedulerClient, including the AWS region. It uses `runPromiseExit` for handling the effect's exit.

```typescript
import { Scheduler } from "@effect-aws/client-scheduler";

const program = Scheduler.tagResource(args);

const result = await pipe(
  program,
  Effect.provide(Scheduler.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);

or use `Scheduler.baseLayer((default) => new SchedulerClient({ ...default, region: "eu-central-1" }))`
```

--------------------------------

### Use Custom FirehoseClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-firehose/README.md

Example of providing custom FirehoseClient configuration using the layer function. This allows for region-specific configurations and uses runPromiseExit.

```typescript
import { Firehose } from "@effect-aws/client-firehose";

const program = Firehose.putRecord(args);

const result = await pipe(
  program,
  Effect.provide(Firehose.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);

or use `Firehose.baseLayer((default) => new FirehoseClient({ ...default, region: "eu-central-1" }))`
```

--------------------------------

### List Trails with Custom Client Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudtrail/README.md

Provide a custom CloudTrailClient instance, configured with a specific region, to list trails. This example uses `Effect.runPromise`.

```typescript
import { CloudTrail } from "@effect-aws/client-cloudtrail";

const program = CloudTrail.listTrails(args);

const result = await pipe(
  program,
  Effect.provide(
    CloudTrail.baseLayer(() => new CloudTrailClient({ region: "eu-central-1" }))
  ),
  Effect.runPromise,
);
```

--------------------------------

### Use Custom BedrockClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-bedrock/README.md

This example shows how to provide a custom BedrockClient configuration directly using the layer function. It also demonstrates using runPromiseExit for handling the Effect's exit.

```typescript
import { Bedrock } from "@effect-aws/client-bedrock";

const program = Bedrock.listCustomModels(args);

const result = await pipe(
  program,
  Effect.provide(Bedrock.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Get API with Default Client

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-api-gateway-v2/README.md

Use the default ApiGatewayV2Client instance to get an API. Provide the default layer to the effect.

```typescript
import { ApiGatewayV2 } from "@effect-aws/client-api-gateway-v2";

const program = ApiGatewayV2.getApi(args);

const result = pipe(
  program,
  Effect.provide(ApiGatewayV2.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Get API Key with Default Client

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-api-gateway/README.md

Use the default APIGatewayClient instance to get an API key. Ensure Effect's runPromise is used for execution.

```typescript
import { APIGateway } from "@effect-aws/client-api-gateway";

const program = APIGateway.getApiKey(args);

const result = pipe(
  program,
  Effect.provide(APIGateway.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Use Default CloudWatchClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudwatch/README.md

This example shows how to use the CloudWatch client with its default layer. Ensure the default layer is provided to the program's effect context.

```typescript
import { CloudWatch } from "@effect-aws/client-cloudwatch";

const program = CloudWatch.describeAlarms(args);

const result = pipe(
  program,
  Effect.provide(CloudWatch.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### DynamoDB Put with Custom Layer Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/dynamodb/README.md

Configure the DynamoDBDocument layer with custom marshalling options. This example uses `runPromiseExit`.

```typescript
import { DynamoDBDocument } from "@effect-aws/dynamodb"

const program = DynamoDBDocument.put(args)

const result = await pipe(
  program,
  Effect.provide(
    DynamoDBDocument.layer({
      marshallOptions: { removeUndefinedValues: true }
    })
  ),
  Effect.runPromiseExit
)
```

--------------------------------

### Use Custom TextractClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-textract/README.md

Example of providing a custom TextractClient instance to the Effect-TS layer. Specify the AWS region.

```typescript
import { Textract } from "@effect-aws/client-textract";

const program = Textract.listAdapters(args);

const result = await pipe(
  program,
  Effect.provide(
    Textract.baseLayer(() => new TextractClient({ region: "eu-central-1" }))
  ),
  Effect.runPromise,
);
```

--------------------------------

### List Brokers with Default MqClient

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-mq/README.md

Use the default MqClient instance to list brokers. Ensure Effect-TS is set up for running the program.

```typescript
import { Mq } from "@effect-aws/client-mq";

const program = Mq.listBrokers(args);

const result = pipe(
  program,
  Effect.provide(Mq.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Describe OpenSearch Domains with Default Client

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-opensearch/README.md

Use the default OpenSearchClient instance to describe domains. Ensure the Effect-TS runtime is provided.

```typescript
import { OpenSearch } from "@effect-aws/client-opensearch";

const program = OpenSearch.describeDomains(args);

const result = pipe(
  program,
  Effect.provide(OpenSearch.defaultLayer),
  Effect.runPromise,
);
```

--------------------------------

### Invoke Model with Custom Client Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-bedrock-runtime/README.md

Configure the BedrockRuntimeClient with specific settings like region. This example uses `runPromiseExit`.

```typescript
import { BedrockRuntime } from "@effect-aws/client-bedrock-runtime";

const program = BedrockRuntime.invokeModel(args);

const result = await pipe(
  program,
  Effect.provide(BedrockRuntime.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Use Custom TextractClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-textract/README.md

Example of configuring the Textract client directly within the Effect-TS layer. This method uses `runPromiseExit`.

```typescript
import { Textract } from "@effect-aws/client-textract";

const program = Textract.listAdapters(args);

const result = await pipe(
  program,
  Effect.provide(Textract.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### List Trails with Custom Client Configuration (Alternative)

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudtrail/README.md

An alternative method to configure a custom CloudTrailClient using `CloudTrail.baseLayer` with merged default and custom configurations.

```typescript
or use `CloudTrail.baseLayer((default) => new CloudTrailClient({ ...default, region: "eu-central-1" }))`
```

--------------------------------

### Get API with Custom Client

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-api-gateway-v2/README.md

Use a custom ApiGatewayV2Client instance with a specified region. Provide the base layer with a client factory function.

```typescript
import { ApiGatewayV2 } from "@effect-aws/client-api-gateway-v2";

const program = ApiGatewayV2.getApi(args);

const result = await pipe(
  program,
  Effect.provide(
    ApiGatewayV2.baseLayer(() => new ApiGatewayV2Client({ region: "eu-central-1" })),
  ),
  Effect.runPromise,
);
```

--------------------------------

### List OpenSearch Serverless Collections with Custom Layer Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-opensearch-serverless/README.md

Configure the OpenSearchServerless client layer with specific options like region. This example uses `runPromiseExit` for more detailed outcome handling.

```typescript
import { OpenSearchServerless } from "@effect-aws/client-opensearch-serverless";

const program = OpenSearchServerless.listCollections(args);

const result = await pipe(
  program,
  Effect.provide(OpenSearchServerless.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### List Regions with Custom AccountClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-account/README.md

Configure the AccountClient with specific settings, such as the region, using Account.layer. This method provides a concise way to set up the client.

```typescript
import { Account } from "@effect-aws/client-account";

const program = Account.listRegions(args);

const result = await pipe(
  program,
  Effect.provide(Account.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Usage with Custom KMSClient Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-kms/README.md

Configure the KMSClient with specific options like region. This example uses `runPromiseExit` for Effect's execution.

```typescript
import { KMS } from "@effect-aws/client-kms";

const program = KMS.listKeys(args);

const result = await pipe(
  program,
  Effect.provide(KMS.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### DynamoDB putItem with Custom Configuration Layer

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-dynamodb/README.md

Configure the DynamoDBClient using a layer with specific settings, such as the region. This example uses `runPromiseExit` for execution.

```typescript
import { DynamoDB } from "@effect-aws/client-dynamodb";

const program = DynamoDB.putItem(args);

const result = await pipe(
  program,
  Effect.provide(DynamoDB.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Describe Log Groups with Custom Configuration

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-cloudwatch-logs/README.md

Configure a custom CloudWatchLogsClient with a specific region using `CloudWatchLogs.layer`. This example uses `Effect.runPromiseExit` for execution.

```typescript
import { CloudWatchLogs } from "@effect-aws/client-cloudwatch-logs";

const program = CloudWatchLogs.describeLogGroups(args);

const result = await pipe(
  program,
  Effect.provide(CloudWatchLogs.layer({ region: "eu-central-1" })),
  Effect.runPromiseExit,
);
```

--------------------------------

### Use Custom BedrockClient Instance

Source: https://github.com/floydspace/effect-aws/blob/main/packages/client-bedrock/README.md

This example demonstrates using a custom BedrockClient instance configured with a specific AWS region. The baseLayer function is used to provide this custom client.

```typescript
import { Bedrock } from "@effect-aws/client-bedrock";

const program = Bedrock.listCustomModels(args);

const result = await pipe(
  program,
  Effect.provide(
    Bedrock.baseLayer(() => new BedrockClient({ region: "eu-central-1" }))
  ),
  Effect.runPromise,
);
```