GitHub - floci-io/testcontainers-floci-node: Light, fluffy, and always free - Testcontainers for Node.js: run the Floci local AWS emulator in your integration tests.

Any Cloud. Locally.
Light, fluffy, and always free: Testcontainers for Node.js
No account. No auth token. No feature gates.

Quick Start · Configuration · Emulators · Docs

What is this?

A Node.js / TypeScript Testcontainers module for Floci, the free, open-source local cloud emulators. FlociContainer starts a Floci (AWS) container for your integration tests and gives you an endpoint and credentials to point the AWS SDK v3 at, plus a typed, per-service configuration API over the emulator's environment variables. FlociAzContainer does the same for Azure with the Floci Azure emulator, FlociGcpContainer for Google Cloud with the Floci GCP emulator and FlociOciContainer for Oracle Cloud Infrastructure with the Floci OCI emulator. No cloud account, no auth token, MIT license.

See the Floci documentation for the full list of supported AWS services.

The Floci emulators

testcontainers-floci-node is the Node.js member of the Floci Testcontainers family. Floci is named after floccus, the cloud formation that looks like popcorn.

Emulator	Cloud	Port	Supported
floci	AWS	4566	✅ `@floci/testcontainers`
floci-az	Azure	4577	✅ `@floci/testcontainers`
floci-gcp	GCP	4588	✅ `@floci/testcontainers`
floci-oci	OCI	4599	✅ `@floci/testcontainers`

Installation

# npm
npm install --save-dev @floci/testcontainers

# yarn
yarn add --dev @floci/testcontainers

# pnpm
pnpm add --save-dev @floci/testcontainers

Quick start

import { S3Client, CreateBucketCommand, ListBucketsCommand } from '@aws-sdk/client-s3';
import { FlociContainer } from '@floci/testcontainers';

describe('S3', () => {
  let floci: Awaited<ReturnType<FlociContainer['start']>>;

  beforeAll(async () => {
    floci = await new FlociContainer().start();
  });

  afterAll(async () => {
    await floci.stop();
  });

  it('creates and lists a bucket', async () => {
    const s3 = new S3Client({
      endpoint: floci.getEndpoint(),
      region: floci.getRegion(),
      credentials: {
        accessKeyId: floci.getAccessKey(),
        secretAccessKey: floci.getSecretKey(),
      },
      forcePathStyle: true,
    });

    await s3.send(new CreateBucketCommand({ Bucket: 'my-bucket' }));
    const { Buckets } = await s3.send(new ListBucketsCommand({}));
    expect(Buckets?.map((b) => b.Name)).toContain('my-bucket');
  });
});

Jest note

Integration tests that use AWS SDK v3 may need Node VM modules enabled when running under Jest:

NODE_OPTIONS=--experimental-vm-modules npm test

Sharing a container across tests

import { FlociContainer, StartedFlociContainer } from '@floci/testcontainers';

let floci: StartedFlociContainer;

beforeAll(async () => {
  floci = await new FlociContainer().start();
});

afterAll(async () => {
  await floci.stop();
});

AWS SDK v3 Example (S3)

import { FlociContainer } from "@floci/testcontainers";
import { S3Client, CreateBucketCommand, ListBucketsCommand } from "@aws-sdk/client-s3";

const floci = await new FlociContainer().start();

const client = new S3Client({
  region: "us-east-1",
  endpoint: floci.getEndpoint(),
  credentials: {
    accessKeyId: "test",
    secretAccessKey: "test",
  },
  forcePathStyle: true,
});

await client.send(
  new CreateBucketCommand({
    Bucket: "example-bucket",
  }),
);

const buckets = await client.send(new ListBucketsCommand({}));

console.log(buckets.Buckets);

await floci.stop();

Azure

FlociAzContainer starts the Floci Azure emulator (floci/floci-az, port 4577). It ships in the same package and shares the container behaviour described above: Docker socket detection, withDedicatedNetwork(), withLogLevel(), the unique resource namespace, sibling cleanup on stop() and reset().

import { BlobServiceClient } from '@azure/storage-blob';
import { FlociAzContainer } from '@floci/testcontainers';

const floci = await new FlociAzContainer().start();

const blobs = BlobServiceClient.fromConnectionString(floci.getStorageConnectionString());
await blobs.getContainerClient('my-container').create();

await floci.reset(); // wipe all state, keep the container
await floci.stop();

GCP

FlociGcpContainer starts the Floci GCP emulator (floci/floci-gcp, port 4588), with the same shared container behaviour. Google's SDKs find an emulator through environment variables such as PUBSUB_EMULATOR_HOST and STORAGE_EMULATOR_HOST; getEmulatorEnv() returns them all, pointing at the container.

import { PubSub } from '@google-cloud/pubsub';
import { Storage } from '@google-cloud/storage';
import { FlociGcpContainer } from '@floci/testcontainers';

const floci = await new FlociGcpContainer().start();
Object.assign(process.env, floci.getEmulatorEnv()); // before creating any client

const storage = new Storage({ projectId: floci.getProjectId() });
await storage.createBucket('my-bucket');

const pubsub = new PubSub({ projectId: floci.getProjectId() });
await pubsub.createTopic('my-topic');

await floci.reset(); // wipe all state, keep the container
await floci.stop();

Services without such a variable (BigQuery, Cloud Tasks, Cloud Run and others) take floci.getEndpoint() as the client's API endpoint. So do Cloud Logging and Cloud KMS: no client library reads LOGGING_EMULATOR_HOST or KMS_EMULATOR_HOST, which are there for code that builds those clients from them. The emulator accepts any project id; withProjectId('my-project') changes the default one, floci-local.

OCI

FlociOciContainer starts the Floci OCI emulator (floci/floci-oci, port 4599), with the same shared container behaviour. The OCI SDKs sign every request, so the started container hands out credentials they accept: a throwaway RSA key generated for the container, with the tenancy, user and fingerprint to go with it. The emulator reads the tenancy from the signature and never verifies it.

import * as common from 'oci-common';
import { ObjectStorageClient } from 'oci-objectstorage';
import { FlociOciContainer } from '@floci/testcontainers';

const floci = await new FlociOciContainer().start();

const client = new ObjectStorageClient({
  authenticationDetailsProvider: new common.SimpleAuthenticationDetailsProvider(
    floci.getTenancyId(),
    floci.getUserId(),
    floci.getFingerprint(),
    floci.getPrivateKeyPem(),
    null,
    common.Region.fromRegionId(floci.getRegion()),
  ),
});
client.endpoint = floci.getEndpoint();

await client.createBucket({
  namespaceName: floci.getNamespace(),
  createBucketDetails: { name: 'my-bucket', compartmentId: floci.getTenancyId() },
});

await floci.reset(); // wipe all state, keep the container
await floci.stop();

For the OCI CLI, or an SDK set up from a config file, write the key to a file and floci.getConfigFileContents(keyFile, 'FLOCI') to another: it is a config file with that one profile. The endpoint is not part of an OCI config file, so it is still set on each client, or with --endpoint on the CLI. withRegion(), withTenancyId() and withNamespace() change the emulator's defaults, and withPrivateKeyPem() supplies your own key in place of the generated one.

Service configuration

Each AWS service emulated by Floci can be configured individually using typed config classes passed to a with*Config(...) method on FlociContainer. See the Floci documentation for the full list of supported services.

Per-service examples

S3

import { FlociContainer, S3Config } from '@floci/testcontainers';

const floci = await new FlociContainer()
  .withS3Config(new S3Config(true, 7200))
  .start();

SQS

import { SqsConfig } from '@floci/testcontainers';

const floci = await new FlociContainer()
  .withSqsConfig(new SqsConfig(true, 60, 262144))
  .start();

DynamoDB

import { DynamoDbConfig } from '@floci/testcontainers';

const floci = await new FlociContainer()
  .withDynamoDbConfig(new DynamoDbConfig(true))
  .start();

Lambda

import { LambdaConfig } from '@floci/testcontainers';

const floci = await new FlociContainer()
  .withLambdaConfig(new LambdaConfig(
    true,   // enabled
    256,    // defaultMemoryMb
    30,     // defaultTimeoutSeconds
    false,  // ephemeral
    true,   // hotReloadEnabled
  ))
  .start();

RDS (PostgreSQL / MySQL / MariaDB)

import { RdsConfig } from '@floci/testcontainers';

const floci = await new FlociContainer()
  .withRdsConfig(new RdsConfig(true, 7001, 99, 'postgres:16-alpine'))
  .start();

The container sets FLOCI_SERVICES_RDS_ENDPOINT_HOST to the Docker host, so DescribeDBInstances returns an endpoint (host and published proxy port) that a client on the host can connect to, on Linux, macOS and Windows alike. Pass endpointHost, the last RdsConfig argument, to advertise another hostname.

ElastiCache (Redis / Valkey)

import { ElastiCacheConfig } from '@floci/testcontainers';

const floci = await new FlociContainer()
  .withElastiCacheConfig(new ElastiCacheConfig(true, 'valkey/valkey:8'))
  .start();

OpenSearch

import { OpenSearchConfig } from '@floci/testcontainers';

const floci = await new FlociContainer()
  .withOpenSearchConfig(new OpenSearchConfig(true, false))
  .start();

MSK (Kafka via Redpanda)

import { MskConfig } from '@floci/testcontainers';

const floci = await new FlociContainer()
  .withMskConfig(new MskConfig(true, false, 'redpandadata/redpanda:latest'))
  .start();

TLS Configuration

import { FlociContainer, TlsConfig } from '@floci/testcontainers';

const floci = await new FlociContainer()
  .withTlsConfig(new TlsConfig(true, true))
  .start();

const endpoint = floci.getSecureEndpoint(); // https://host:port
await floci.stop();

With TLS enabled, on any of the emulators, start() returns only once the health path answers over HTTPS as well as plain HTTP, so the first HTTPS request can be sent at once. The emulators accept connections a moment before their HTTPS listener is up; the readiness probe does not validate the certificate.

Storage Configuration

import { FlociContainer, StorageConfig } from '@floci/testcontainers';

const floci = await new FlociContainer()
  .withStorageConfig(new StorageConfig('/tmp/floci-data', true))
  .start();

await floci.stop();

Docker Socket

Container-backed services (Lambda, RDS, ElastiCache, ECS, EC2, EKS, ECR, MSK, OpenSearch, Athena, CodeBuild, Neptune) start sibling containers and need the host Docker socket. It is mounted read-write at /var/run/docker.sock only while at least one of them is enabled and not in mock mode, decided from the final environment when the container starts. All services are enabled by default, so a default container gets the socket.

To never mount it (hosts where the socket cannot be mounted, such as rootless Podman with SELinux):

const floci = await new FlociContainer().withoutDockerSocket().start();
await floci.stop();

For a rootless Docker daemon, pass its host socket path. It is still mounted at /var/run/docker.sock inside Floci:

const floci = await new FlociContainer()
  .withDockerSocket(`${process.env.XDG_RUNTIME_DIR}/docker.sock`)
  .start();
await floci.stop();

withDockerSocket() (with or without a path) always mounts the socket, overriding detection.

Each container also gets a unique FLOCI_DOCKER_RESOURCE_NAMESPACE (tc-…), so sibling containers of parallel test runs never collide by name; withResourceNamespace(name) overrides it.

Floci manages the sibling containers it spawns; the testcontainers reaper does not track them. stop() removes every one of them after stopping Floci, found by the floci_namespace label that holds the namespace (getResourceNamespace() on the started container). Containers that share a namespace lose their siblings together.

Resetting state

await floci.reset() wipes all emulator state (buckets, queues, tables, …) without restarting the container, which is handy when one container is shared across test files.

DuckDB Configuration

import { FlociContainer, DuckDbConfig } from '@floci/testcontainers';

const floci = await new FlociContainer()
  .withDuckDbConfig(new DuckDbConfig('floci/floci-duck:latest'))
  .start();

await floci.stop();

Log Level

import { FlociContainer } from '@floci/testcontainers';

const floci = await new FlociContainer()
  .withLogLevel('DEBUG')
  .start();

await floci.stop();

All available config classes

Config class	AWS service
`AcmConfig`	AWS Certificate Manager
`ApiGatewayConfig`	API Gateway (v1)
`ApiGatewayV2Config`	API Gateway (v2)
`AppConfigConfig`	AppConfig
`AppConfigDataConfig`	AppConfig Data
`AthenaConfig`	Athena
`BackupConfig`	AWS Backup
`BcmDataExportsConfig`	BCM Data Exports
`BedrockRuntimeConfig`	Bedrock Runtime
`CloudFormationConfig`	CloudFormation
`CloudFrontConfig`	CloudFront
`CloudWatchLogsConfig`	CloudWatch Logs
`CloudWatchMetricsConfig`	CloudWatch Metrics
`CodeBuildConfig`	CodeBuild
`CodeDeployConfig`	CodeDeploy
`CognitoConfig`	Cognito
`ConfigServiceConfig`	AWS Config
`CostExplorerConfig`	Cost Explorer
`CurConfig`	Cost and Usage Reports
`DynamoDbConfig`	DynamoDB
`Ec2Config`	EC2
`EcrConfig`	ECR
`EcsConfig`	ECS
`EksConfig`	EKS
`ElastiCacheConfig`	ElastiCache
`ElbV2Config`	ELB v2
`EventBridgeConfig`	EventBridge
`FirehoseConfig`	Kinesis Firehose
`GlueConfig`	Glue
`IamConfig`	IAM
`KinesisConfig`	Kinesis
`KmsConfig`	KMS
`LambdaConfig`	Lambda
`MskConfig`	MSK (Kafka)
`NeptuneConfig`	Neptune
`OpenSearchConfig`	OpenSearch
`PipesConfig`	EventBridge Pipes
`PricingConfig`	AWS Pricing
`RdsConfig`	RDS
`ResourceGroupsTaggingConfig`	Resource Groups Tagging
`Route53Config`	Route 53
`S3Config`	S3
`SchedulerConfig`	EventBridge Scheduler
`SecretsManagerConfig`	Secrets Manager
`SesConfig`	SES
`SesV2Config`	SES v2
`SnsConfig`	SNS
`SqsConfig`	SQS
`SsmConfig`	SSM Parameter Store
`StepFunctionsConfig`	Step Functions
`TextractConfig`	Textract
`TransferFamilyConfig`	Transfer Family

Azure

Every Azure service has a config class with an enabled switch, and a mocked switch where the emulator has one. They live under the az namespace, because some share a name with an AWS config:

import { FlociAzContainer, az } from '@floci/testcontainers';

const floci = await new FlociAzContainer()
  .withKeyVaultConfig(new az.KeyVaultConfig(false))        // disable a service
  .withServiceBusConfig(new az.ServiceBusConfig(true, false)) // enabled, not mocked: runs a real broker
  .withTlsConfig(new az.TlsConfig(true))
  .start();

Service Bus, Container Instances, Virtual Machines and Container Apps are mocked by default and start sibling containers only when their mock is switched off. az.CosmosConfig also takes the engine startup mode and the container-backed engines to enable, and az.SqlConfig the data plane provider; typed settings for the other services will follow. Until then, set any emulator setting with withEnv('FLOCI_AZ_…', value). The service list is the emulator's: see the Floci Azure repository.

The Docker socket is mounted only while an enabled, unmocked service needs sibling containers (for example Event Hubs, Functions, Redis or the database services); withDockerSocket() and withoutDockerSocket() override that.

GCP

Every GCP service has a config class with an enabled switch, and a mock switch where the emulator has one. They live under the gcp namespace:

import { FlociGcpContainer, gcp } from '@floci/testcontainers';

const floci = await new FlociGcpContainer()
  .withFirestoreConfig(new gcp.FirestoreConfig(false))  // disable a service
  .withCloudSqlConfig(new gcp.CloudSqlConfig(true, true)) // enabled, mocked: no database container
  .withTlsConfig(new gcp.TlsConfig(true))
  .start();

Kubernetes Engine, Managed Kafka, Cloud SQL, Cloud Run and BigQuery run in sibling containers unless mocked, so the Docker socket is mounted while any of them is enabled and unmocked; mock or disable all five, or call withoutDockerSocket(), for a container that needs no socket. Typed settings for individual services will follow. Until then, set any emulator setting with withEnv('FLOCI_GCP_…', value). The service list is the emulator's: see the Floci GCP repository.

OCI

Every OCI service has a config class with an enabled switch, and a mock switch where the emulator has one. They live under the oci namespace:

import { FlociOciContainer, oci } from '@floci/testcontainers';

const floci = await new FlociOciContainer()
  .withStreamingConfig(new oci.StreamingConfig(false))     // disable a service
  .withFunctionsConfig(new oci.FunctionsConfig(true, true)) // enabled, mocked: no Fn server container
  .withOkeConfig(new oci.OkeConfig(true, true))
  .start();

Functions and Kubernetes Engine (OKE) run in sibling containers unless mocked, so the Docker socket is mounted while either is enabled and unmocked. oci.TlsConfig enables TLS. Set any other emulator setting with withEnv('FLOCI_OCI_…', value). The service list is the emulator's: see the Floci OCI repository.

Container options

By default, only the Floci gateway port (4566) is published to the host. Extra service ports are published only when their service configuration is explicitly supplied, or when withExposedPort(port) is called. Replacing a service configuration updates its published port range; disabling the service removes that range. This avoids publishing hundreds of unused proxy ports for tests that only use the gateway.

const floci = await new FlociContainer('floci/floci:x.y.z')  // pin a specific tag
  .withRegion('eu-west-1')
  .withAccountId('111122223333')
  .withAvailabilityZone('eu-west-1a')
  .withDedicatedNetwork()   // isolated Docker network for stateful services
  .start();

Connection details

Method	Returns
`getEndpoint()`	`http://host:port` — pass as `endpoint` to AWS SDK clients
`getRegion()`	AWS region string
`getAccessKey()`	Access key (`"test"` by default)
`getSecretKey()`	Secret key (`"test"` by default)
`getAccountId()`	AWS account ID
`getMappedPort(port)`	Host port mapped from the given container port

Azure

Method	Returns
`getEndpoint()`	`http://host:port` of the emulator
`getHttpsEndpoint()`	`https://host:port`, served on the same port once TLS is enabled
`getTlsCertificate()`	Promise of the PEM certificate to trust for the HTTPS endpoint (TLS must be enabled)
`getStorageConnectionString()`	Connection string for the Azure Storage SDKs (Blob, Queue, Table)
`getBlobEndpoint()` / `getQueueEndpoint()` / `getTableEndpoint()`	Per-service storage endpoints
`getAccountName()` / `getAccountKey()`	Storage account `devstoreaccount1` and its well-known development key
`getSubscriptionId()`	The emulator's fixed subscription id
`getTenantId()`	The default Microsoft Entra tenant id

GCP

Method	Returns
`getEndpoint()`	`http://host:port` of the emulator
`getProjectId()`	The default project id, `floci-local` unless set with `withProjectId()`
`getEmulatorEnv()`	The variables Google SDKs read, as an object: `PUBSUB_EMULATOR_HOST`, `FIRESTORE_EMULATOR_HOST`, `DATASTORE_EMULATOR_HOST`, `SECRET_MANAGER_EMULATOR_HOST`, `FIREBASE_AUTH_EMULATOR_HOST`, `LOGGING_EMULATOR_HOST`, `KMS_EMULATOR_HOST` and `STORAGE_EMULATOR_HOST_GRPC` (`host:port`), `STORAGE_EMULATOR_HOST` (`http://host:port`) and `GOOGLE_CLOUD_PROJECT`
`getHttpsEndpoint()`	`https://host:port`, served on the same port once TLS is enabled
`getTlsCertificate()`	Promise of the PEM certificate to trust for the HTTPS endpoint (TLS must be enabled)

OCI

Method	Returns
`getEndpoint()`	`http://host:port` of the emulator; set it as the endpoint of each OCI client
`getRegion()`	Region, `us-ashburn-1` unless set with `withRegion()`
`getTenancyId()`	Tenancy OCID, which is also the root compartment
`getNamespace()`	Object Storage namespace, `floci-local` unless set with `withNamespace()`
`getUserId()` / `getFingerprint()`	A user OCID and key fingerprint to sign with; the emulator accepts any
`getPrivateKeyPem()`	A throwaway RSA private key in PEM, generated once per container unless set with `withPrivateKeyPem()`
`getConfigFileContents(keyFile, profile?)`	Text of an OCI config file with one profile (`DEFAULT` unless named) whose `key_file` is `keyFile`
`getHttpsEndpoint()`	`https://host:port`, served on the same port once TLS is enabled

Troubleshooting

Docker not running

Symptom: Cannot connect to the Docker daemon or container fails to start.

Cause: The Docker daemon is not running or the current user lacks permissions.

Resolution:

Start Docker Desktop or the Docker daemon (sudo systemctl start docker)
Verify with docker info
Ensure your user is in the docker group (sudo usermod -aG docker $USER)

Port conflicts

Symptom: Bind for 0.0.0.0:<port> failed: port is already allocated

Cause: Another process or container is using the same port.

Resolution:

Identify the conflicting process: lsof -i :<port> or docker ps
Stop the conflicting process or container
Alternatively, let Testcontainers use random port mapping (the default behavior)

Timeout errors

Symptom: Timeout waiting for container to be ready or test timeout exceeded.

Cause: The Floci container takes longer to start than the configured timeout.

Resolution:

Increase the Jest test timeout: jest.setTimeout(120_000)
Ensure Docker has sufficient resources (CPU/memory)
Check container logs for startup errors: docker logs <container-id>
Use withLogLevel('DEBUG') to get more verbose container output

Docker image tags

By default FlociContainer runs the floating latest tag of the emulator image (floci/floci:latest), so you always test against the current emulator. Pass an image name to the constructor to pin a release or follow main:

new FlociContainer('floci/floci:x.y.z');   // a specific release
new FlociContainer('floci/floci:nightly'); // built from main every night

Tag	Description
`floci/floci:latest`	Latest release, native image (default, recommended)
`floci/floci:x.y.z`	Pinned release (native)
`floci/floci:nightly`	Built from `main` every night

Every emulator publishes latest, x.y.z and nightly tags. FlociAzContainer defaults to floci/floci-az:latest FlociGcpContainer to floci/floci-gcp:latest and FlociOciContainer to floci/floci-oci:latest; each takes an image name the same way.

Requirements

Node.js 18+
Docker (running locally or in CI)
testcontainers >= 10.0.0

Building and testing

npm ci                     # install dependencies
npm run typecheck          # type-check (the lint gate CI enforces)
npm test                   # all tests, unit and integration
npm run test:unit          # unit tests only, no Docker required
npm run test:integration   # integration tests, Docker must be running

See CONTRIBUTING.md for the project layout, the branching model, and how to add a service.

Other languages

Language	Repository
Java	testcontainers-floci
Node.js / TypeScript	testcontainers-floci-node (this repo)
Python	testcontainers-floci-python
Go	testcontainers-floci-go
.NET	testcontainers-floci-dotnet

Community

💬 Slack: quick questions and community chat
🗣️ GitHub Discussions: ideas, design tradeoffs, and proposals
CONTRIBUTING.md · SECURITY.md · CODE_OF_CONDUCT.md · MAINTAINERS.md

License

MIT. See LICENSE.

Floci™ is a trademark of Hector Ventura. Code is MIT-licensed; see TRADEMARK.md for name and logo use.

Name		Name	Last commit message	Last commit date
.github		.github
src		src
tests		tests
.gitignore		.gitignore
.release-please-manifest.json		.release-please-manifest.json
AGENT.md		AGENT.md
CHANGELOG.md		CHANGELOG.md
CODE_OF_CONDUCT.md		CODE_OF_CONDUCT.md
CONTRIBUTING.md		CONTRIBUTING.md
LICENSE		LICENSE
MAINTAINERS.md		MAINTAINERS.md
README.md		README.md
SECURITY.md		SECURITY.md
commitlint.config.mjs		commitlint.config.mjs
jest.config.js		jest.config.js
package-lock.json		package-lock.json
package.json		package.json
release-please-config.json		release-please-config.json
tsconfig.json		tsconfig.json

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What is this?

The Floci emulators

Installation

Quick start

Jest note

Sharing a container across tests

AWS SDK v3 Example (S3)

Azure

GCP

OCI

Service configuration

Per-service examples

S3

SQS

DynamoDB

Lambda

RDS (PostgreSQL / MySQL / MariaDB)

ElastiCache (Redis / Valkey)

OpenSearch

MSK (Kafka via Redpanda)

TLS Configuration

Storage Configuration

Docker Socket

Resetting state

DuckDB Configuration

Log Level

All available config classes

Azure

GCP

OCI

Container options

Connection details

Azure

GCP

OCI

Troubleshooting

Docker not running

Port conflicts

Timeout errors

Docker image tags

Requirements

Building and testing

Other languages

Community

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