# The schema version of this config (currently not used).
apiVersion: garden.io/v0
​
kind: Module
​
# The type of this module.
type:
​
# The name of this module.
name:
​
# Specify how to build the module. Note that plugins may define additional keys on this object.
build:
  # A list of modules that must be built before this module is built.
  dependencies:
    - # Module name to build ahead of this module.
      name:
​
      # Specify one or more files or directories to copy from the built dependency to this module.
      copy:
        - # POSIX-style path or filename of the directory or file(s) to copy to the target.
          source:
​
          # POSIX-style path or filename to copy the directory or file(s), relative to the build directory.
          # Defaults to to same as source path.
          target: ''
​
  # For multi-stage Dockerfiles, specify which image to build (see
  # https://docs.docker.com/engine/reference/commandline/build/#specifying-target-build-stage---target for details).
  targetImage:
​
  # Maximum time in seconds to wait for build to finish.
  timeout: 1200
​
# A description of the module.
description:
​
# Set this to `true` to disable the module. You can use this with conditional template strings to disable modules
# based on, for example, the current environment or other variables (e.g. `disabled: \${environment.name == "prod"}`).
# This can be handy when you only need certain modules for specific environments, e.g. only for development.
#
# Disabling a module means that any services, tasks and tests contained in it will not be deployed or run. It also
# means that the module is not built _unless_ it is declared as a build dependency by another enabled module (in which
# case building this module is necessary for the dependant to be built).
#
# If you disable the module, and its services, tasks or tests are referenced as _runtime_ dependencies, Garden will
# automatically ignore those dependency declarations. Note however that template strings referencing the module's
# service or task outputs (i.e. runtime outputs) will fail to resolve when the module is disabled, so you need to make
# sure to provide alternate values for those if you're using them, using conditional expressions.
disabled: false
​
# Specify a list of POSIX-style paths or globs that should be regarded as the source files for this module. Files that
# do *not* match these paths or globs are excluded when computing the version of the module, when responding to
# filesystem watch events, and when staging builds.
#
# Note that you can also _exclude_ files using the `exclude` field or by placing `.gardenignore` files in your source
# tree, which use the same format as `.gitignore` files. See the [Configuration Files
# guide](https://docs.garden.io/using-garden/configuration-overview#including-excluding-files-and-directories) for
# details.
#
# Also note that specifying an empty list here means _no sources_ should be included.
#
# If neither `include` nor `exclude` is set, and the module has a Dockerfile, Garden
# will parse the Dockerfile and automatically set `include` to match the files and
# folders added to the Docker image (via the `COPY` and `ADD` directives in the Dockerfile).
#
# If neither `include` nor `exclude` is set, and the module
# specifies a remote image, Garden automatically sets `include` to `[]`.
include:
​
# Specify a list of POSIX-style paths or glob patterns that should be excluded from the module. Files that match these
# paths or globs are excluded when computing the version of the module, when responding to filesystem watch events,
# and when staging builds.
#
# Note that you can also explicitly _include_ files using the `include` field. If you also specify the `include`
# field, the files/patterns specified here are filtered from the files matched by `include`. See the [Configuration
# Files guide](https://docs.garden.io/using-garden/configuration-overview#including-excluding-files-and-directories)
# for details.
#
# Unlike the `modules.exclude` field in the project config, the filters here have _no effect_ on which files and
# directories are watched for changes. Use the project `modules.exclude` field to affect those, if you have large
# directories that should not be watched for changes.
exclude:
​
# A remote repository URL. Currently only supports git servers. Must contain a hash suffix pointing to a specific
# branch or tag, with the format: <git remote url>#<branch|tag>
#
# Garden will import the repository source code into this module, but read the module's config from the local
# garden.yml file.
repositoryUrl:
​
# When false, disables pushing this module to remote registries.
allowPublish: true
​
# A list of files to write to the module directory when resolving this module. This is useful to automatically
# generate (and template) any supporting files needed for the module.
generateFiles:
  - # POSIX-style filename to read the source file contents from, relative to the path of the module (or the
    # ModuleTemplate configuration file if one is being applied).
    # This file may contain template strings, much like any other field in the configuration.
    sourcePath:
​
    # POSIX-style filename to write the resolved file contents to, relative to the path of the module.
    #
    # Note that any existing file with the same name will be overwritten. If the path contains one or more
    # directories, they will be automatically created if missing.
    targetPath:
​
    # The desired file contents as a string.
    value:
​
# Specify build arguments to use when building the container image.
#
# Note: Garden will always set a `GARDEN_MODULE_VERSION` argument with the module version at build time.
buildArgs: {}
​
# Specify extra flags to use when building the container image. Note that arguments may not be portable across
# implementations.
extraFlags:
​
# Specify the image name for the container. Should be a valid Docker image identifier. If specified and the module
# does not contain a Dockerfile, this image will be used to deploy services for this module. If specified and the
# module does contain a Dockerfile, this identifier is used when pushing the built image.
image:
​
# Specifies which files or directories to sync to which paths inside the running containers of hot reload-enabled
# services when those files or directories are modified. Applies to this module's services, and to services with this
# module as their `sourceModule`.
hotReload:
  # Specify one or more source files or directories to automatically sync into the running container.
  sync:
    - # POSIX-style path of the directory to sync to the target, relative to the module's top-level directory. Must be
      # a relative path if provided. Defaults to the module's top-level directory if no value is provided.
      source: .
​
      # POSIX-style absolute path to sync the directory to inside the container. The root path (i.e. "/") is not
      # allowed.
      target:
​
  # An optional command to run inside the container after syncing.
  postSyncCommand:
​
# POSIX-style name of Dockerfile, relative to module root.
dockerfile:
​
# A list of services to deploy from this container module.
services:
  - # Valid RFC1035/RFC1123 (DNS) label (may contain lowercase letters, numbers and dashes, must start with a letter,
    # and cannot end with a dash), cannot contain consecutive dashes or start with `garden`, or be longer than 63
    # characters.
    name:
​
    # The names of any services that this service depends on at runtime, and the names of any tasks that should be
    # executed before this service is deployed.
    dependencies: []
​
    # Set this to `true` to disable the service. You can use this with conditional template strings to enable/disable
    # services based on, for example, the current environment or other variables (e.g. `enabled: \${environment.name
    # != "prod"}`). This can be handy when you only need certain services for specific environments, e.g. only for
    # development.
    #
    # Disabling a service means that it will not be deployed, and will also be ignored if it is declared as a runtime
    # dependency for another service, test or task.
    #
    # Note however that template strings referencing the service's outputs (i.e. runtime outputs) will fail to resolve
    # when the service is disabled, so you need to make sure to provide alternate values for those if you're using
    # them, using conditional expressions.
    disabled: false
​
    # Annotations to attach to the service (Note: May not be applicable to all providers).
    annotations: {}
​
    # The command/entrypoint to run the container with when starting the service.
    command:
​
    # The arguments to run the container with when starting the service.
    args:
​
    # Whether to run the service as a daemon (to ensure exactly one instance runs per node). May not be supported by
    # all providers.
    daemon: false
​
    # List of ingress endpoints that the service exposes.
    ingresses:
      - # Annotations to attach to the ingress (Note: May not be applicable to all providers)
        annotations: {}
​
        # The hostname that should route to this service. Defaults to the default hostname configured in the provider
        # configuration.
        #
        # Note that if you're developing locally you may need to add this hostname to your hosts file.
        hostname:
​
        # The link URL for the ingress to show in the console and on the dashboard. Also used when calling the service
        # with the `call` command.
        #
        # Use this if the actual URL is different from what's specified in the ingress, e.g. because there's a load
        # balancer in front of the service that rewrites the paths.
        #
        # Otherwise Garden will construct the link URL from the ingress spec.
        linkUrl:
​
        # The path which should be routed to the service.
        path: /
​
        # The name of the container port where the specified paths should be routed.
        port:
​
    # Key/value map of environment variables. Keys must be valid POSIX environment variable names (must not start with
    # `GARDEN`) and values must be primitives or references to secrets.
    env: {}
​
    # Specify how the service's health should be checked after deploying.
    healthCheck:
      # Set this to check the service's health by making an HTTP request.
      httpGet:
        # The path of the service's health check endpoint.
        path:
​
        # The name of the port where the service's health check endpoint should be available.
        port:
​
        scheme: HTTP
​
      # Set this to check the service's health by running a command in its container.
      command:
​
      # Set this to check the service's health by checking if this TCP port is accepting connections.
      tcpPort:
​
    # If this module uses the `hotReload` field, the container will be run with this command/entrypoint when the
    # service is deployed with hot reloading enabled.
    hotReloadCommand:
​
    # If this module uses the `hotReload` field, the container will be run with these arguments when the service is
    # deployed with hot reloading enabled.
    hotReloadArgs:
​
    # Specify resource limits for the service.
    limits:
      # The maximum amount of CPU the service can use, in millicpus (i.e. 1000 = 1 CPU)
      cpu: 1000
​
      # The maximum amount of RAM the service can use, in megabytes (i.e. 1024 = 1 GB)
      memory: 1024
​
    # List of ports that the service container exposes.
    ports:
      - # The name of the port (used when referencing the port elsewhere in the service configuration).
        name:
​
        # The protocol of the port.
        protocol: TCP
​
        # The port exposed on the container by the running process. This will also be the default value for
        # `servicePort`.
        # This is the port you would expose in your Dockerfile and that your process listens on. This is commonly a
        # non-priviledged port like 8080 for security reasons.
        # The service port maps to the container port:
        # `servicePort:80 -> containerPort:8080 -> process:8080`
        containerPort:
​
        # The port exposed on the service. Defaults to `containerPort` if not specified.
        # This is the port you use when calling a service from another service within the cluster. For example, if
        # your service name is my-service and the service port is 8090, you would call it with:
        # http://my-service:8090/some-endpoint.
        # It is common to use port 80, the default port number, so that you can call the service directly with
        # http://my-service/some-endpoint.
        # The service port maps to the container port:
        # `servicePort:80 -> containerPort:8080 -> process:8080`
        servicePort:
​
        # Set this to expose the service on the specified port on the host node (may not be supported by all
        # providers). Set to `true` to have the cluster pick a port automatically, which is most often advisable if
        # the cluster is shared by multiple users.
        # This allows you to call the service from the outside by the node's IP address and the port number set in
        # this field.
        nodePort:
​
    # The number of instances of the service to deploy. Defaults to 3 for environments configured with `production:
    # true`, otherwise 1.
    # Note: This setting may be overridden or ignored in some cases. For example, when running with `daemon: true`,
    # with hot-reloading enabled, or if the provider doesn't support multiple replicas.
    replicas:
​
    # List of volumes that should be mounted when deploying the service.
    #
    # Note: If neither `hostPath` nor `module` is specified, an empty ephemeral volume is created and mounted when
    # deploying the container.
    volumes:
      - # The name of the allocated volume.
        name:
​
        # The path where the volume should be mounted in the container.
        containerPath:
​
        # _NOTE: Usage of hostPath is generally discouraged, since it doesn't work reliably across different platforms
        # and providers. Some providers may not support it at all._
        #
        # A local path or path on the node that's running the container, to mount in the container, relative to the
        # module source path (or absolute).
        hostPath:
​
        # The name of a _volume module_ that should be mounted at `containerPath`. The supported module types will
        # depend on which provider you are using. The `kubernetes` provider supports the [persistentvolumeclaim
        # module](https://docs.garden.io/reference/module-types/persistentvolumeclaim), for example.
        #
        # When a `module` is specified, the referenced module/volume will be automatically configured as a runtime
        # dependency of this service, as well as a build dependency of this module.
        #
        # Note: Make sure to pay attention to the supported `accessModes` of the referenced volume. Unless it supports
        # the ReadWriteMany access mode, you'll need to make sure it is not configured to be mounted by multiple
        # services at the same time. Refer to the documentation of the module type in question to learn more.
        module:
​
# A list of tests to run in the module.
tests:
  - # The name of the test.
    name:
​
    # The names of any services that must be running, and the names of any tasks that must be executed, before the
    # test is run.
    dependencies: []
​
    # Set this to `true` to disable the test. You can use this with conditional template strings to
    # enable/disable tests based on, for example, the current environment or other variables (e.g.
    # `enabled: \${environment.name != "prod"}`). This is handy when you only want certain tests to run in
    # specific environments, e.g. only during CI.
    disabled: false
​
    # Maximum duration (in seconds) of the test run.
    timeout: null
​
    # The arguments used to run the test inside the container.
    args:
​
    # Specify artifacts to copy out of the container after the run. The artifacts are stored locally under the
    # `.garden/artifacts` directory.
    #
    # Note: Depending on the provider, this may require the container image to include `sh` `tar`, in order to enable
    # the file transfer.
    artifacts:
      - # A POSIX-style path or glob to copy. Must be an absolute path. May contain wildcards.
        source:
​
        # A POSIX-style path to copy the artifacts to, relative to the project artifacts directory at
        # `.garden/artifacts`.
        target: .
​
    # The command/entrypoint used to run the test inside the container.
    command:
​
    # Key/value map of environment variables. Keys must be valid POSIX environment variable names (must not start with
    # `GARDEN`) and values must be primitives or references to secrets.
    env: {}
​
    # List of volumes that should be mounted when deploying the test.
    #
    # Note: If neither `hostPath` nor `module` is specified, an empty ephemeral volume is created and mounted when
    # deploying the container.
    volumes:
      - # The name of the allocated volume.
        name:
​
        # The path where the volume should be mounted in the container.
        containerPath:
​
        # _NOTE: Usage of hostPath is generally discouraged, since it doesn't work reliably across different platforms
        # and providers. Some providers may not support it at all._
        #
        # A local path or path on the node that's running the container, to mount in the container, relative to the
        # module source path (or absolute).
        hostPath:
​
        # The name of a _volume module_ that should be mounted at `containerPath`. The supported module types will
        # depend on which provider you are using. The `kubernetes` provider supports the [persistentvolumeclaim
        # module](https://docs.garden.io/reference/module-types/persistentvolumeclaim), for example.
        #
        # When a `module` is specified, the referenced module/volume will be automatically configured as a runtime
        # dependency of this service, as well as a build dependency of this module.
        #
        # Note: Make sure to pay attention to the supported `accessModes` of the referenced volume. Unless it supports
        # the ReadWriteMany access mode, you'll need to make sure it is not configured to be mounted by multiple
        # services at the same time. Refer to the documentation of the module type in question to learn more.
        module:
​
# A list of tasks that can be run from this container module. These can be used as dependencies for services (executed
# before the service is deployed) or for other tasks.
tasks:
  - # The name of the task.
    name:
​
    # A description of the task.
    description:
​
    # The names of any tasks that must be executed, and the names of any services that must be running, before this
    # task is executed.
    dependencies: []
​
    # Set this to `true` to disable the task. You can use this with conditional template strings to enable/disable
    # tasks based on, for example, the current environment or other variables (e.g. `enabled: \${environment.name !=
    # "prod"}`). This can be handy when you only want certain tasks to run in specific environments, e.g. only for
    # development.
    #
    # Disabling a task means that it will not be run, and will also be ignored if it is declared as a runtime
    # dependency for another service, test or task.
    #
    # Note however that template strings referencing the task's outputs (i.e. runtime outputs) will fail to resolve
    # when the task is disabled, so you need to make sure to provide alternate values for those if you're using them,
    # using conditional expressions.
    disabled: false
​
    # Maximum duration (in seconds) of the task's execution.
    timeout: null
​
    # The arguments used to run the task inside the container.
    args:
​
    # Specify artifacts to copy out of the container after the run. The artifacts are stored locally under the
    # `.garden/artifacts` directory.
    #
    # Note: Depending on the provider, this may require the container image to include `sh` `tar`, in order to enable
    # the file transfer.
    artifacts:
      - # A POSIX-style path or glob to copy. Must be an absolute path. May contain wildcards.
        source:
​
        # A POSIX-style path to copy the artifacts to, relative to the project artifacts directory at
        # `.garden/artifacts`.
        target: .
​
    # Set to false if you don't want the task's result to be cached. Use this if the task needs to be run any time
    # your project (or one or more of the task's dependants) is deployed. Otherwise the task is only re-run when its
    # version changes (i.e. the module or one of its dependencies is modified), or when you run `garden run task`.
    cacheResult: true
​
    # The command/entrypoint used to run the task inside the container.
    command:
​
    # Key/value map of environment variables. Keys must be valid POSIX environment variable names (must not start with
    # `GARDEN`) and values must be primitives or references to secrets.
    env: {}
​
    # List of volumes that should be mounted when deploying the task.
    #
    # Note: If neither `hostPath` nor `module` is specified, an empty ephemeral volume is created and mounted when
    # deploying the container.
    volumes:
      - # The name of the allocated volume.
        name:
​
        # The path where the volume should be mounted in the container.
        containerPath:
​
        # _NOTE: Usage of hostPath is generally discouraged, since it doesn't work reliably across different platforms
        # and providers. Some providers may not support it at all._
        #
        # A local path or path on the node that's running the container, to mount in the container, relative to the
        # module source path (or absolute).
        hostPath:
​
        # The name of a _volume module_ that should be mounted at `containerPath`. The supported module types will
        # depend on which provider you are using. The `kubernetes` provider supports the [persistentvolumeclaim
        # module](https://docs.garden.io/reference/module-types/persistentvolumeclaim), for example.
        #
        # When a `module` is specified, the referenced module/volume will be automatically configured as a runtime
        # dependency of this service, as well as a build dependency of this module.
        #
        # Note: Make sure to pay attention to the supported `accessModes` of the referenced volume. Unless it supports
        # the ReadWriteMany access mode, you'll need to make sure it is not configured to be mounted by multiple
        # services at the same time. Refer to the documentation of the module type in question to learn more.
        module:

type: "container"

name: "my-sweet-module"

build:
  ...
  dependencies:
    - name: some-other-module-name

include:
  - Dockerfile
  - my-app.js

exclude:
  - tmp/**/*
  - '*.log'

repositoryUrl: "git+https://github.com/org/repo.git#v2.0"

hotReload:
  ...
  sync:
    - source: "src"

hotReload:
  ...
  sync:
    - target: "/app/src"

hotReload:
  ...
  postSyncCommand:
    - rebuild-static-assets.sh

services:
  - annotations:
        nginx.ingress.kubernetes.io/proxy-body-size: '0'

services:
  - command:
      - /bin/sh
      - '-c'

services:
  - args:
      - npm
      - start

services:
  - ingresses:
      - path: /api
        port: http

services:
  - ingresses:
      - path: /api
        port: http
      - annotations:
            nginx.ingress.kubernetes.io/proxy-body-size: '0'

services:
  - env:
        - MY_VAR: some-value
          MY_SECRET_VAR:
            secretRef:
              name: my-secret
              key: some-key
        - {}

services:
  - hotReloadCommand:
      - /bin/sh
      - '-c'

services:
  - hotReloadArgs:
      - npm
      - run
      - dev