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Configuration file¶
When a pipeline script is launched Nextflow looks for a file named nextflow.config
in the current directory andin the script base directory (if it is not the same as the current directory). Finally it checks for the file$HOME/.nextflow/config
.
When more than one of the above files exist they are merged, so that the settings in the first override the same onesthat may appear in the second one, and so on.
The default config file search mechanism can be extended proving an extra configuration file by using the command lineoption -c<configfile>
.
Note
It’s worth noting that by doing this, the files nextflow.config
and $HOME/.nextflow/config
are notignored and they are merged as explained above.
Tip
If you want to ignore any default configuration files and use only the custom one use the command line option-C<configfile>
.
Config syntax¶
A Nextflow configuration file is a simple text file containing a set of properties defined using the syntax:
Please note, string values need to be wrapped in quotation characters while numbers and boolean values (true
, false
) do not.Also note that values are typed, meaning for example that, 1
is different from '1'
, since the first is interpretedas the number one, while the latter is interpreted as a string value.
Config Variables¶
Configuration properties can be used as variables in the configuration file itself, by using the usual$propertyName
or ${expression}
syntax.
For example:
Please note, the usual rules for String interpolation are applied, thus a string containing a variablereference must be wrapped in double-quote chars instead of single-quote chars.
The same mechanism allows you to access environment variables defined in the hosting system. Any variable whose name isnot defined in the Nextflow configuration file(s) is supposed to be a reference to an environment variable with that name.So, in the above example the property customPath
is defined as the current system PATH
to whichthe string /my/app/folder
is appended.
Config comments¶
Configuration files use the same conventions for comments used by the Groovy or Java programming languages. Thus, use //
to commenta single line or /*
.. */
to comment a block on multiple lines.
Config include¶
A configuration file can include one or more configuration files using the keyword includeConfig
. For example:
When a relative path is used, it is resolved against the actual location of the including file.
Config scopes¶
Configuration settings can be organized in different scopes by dot prefixing the property names with a scopeidentifier or grouping the properties in the same scope using the curly brackets notation. This is shown in thefollowing example:
Scope env¶
The env
scope allows the definition one or more variable that will be exported in the environment where theworkflow tasks will be executed.
Simply prefix your variable names with the env
scope or surround them by curly brackets, as shown below:
Scope params¶
The params
scope allows you to define parameters that will be accessible in the pipeline script. Simply prefix theparameter names with the params
scope or surround them by curly brackets, as shown below:
Scope process¶
The process
configuration scope allows you to provide the default configuration for the processes in your pipeline.
You can specify here any property described in the process directive and the executor sections.For examples:
By using this configuration all processes in your pipeline will be executed through the SGE cluster, with the specifiedsettings.
Process selectors¶
The withLabel
selectors allow the configuration of all processes annotated with a label directive asshown below:
The above configuration example assigns 16 cpus, 64 Gb of memory and the long
queue to all processes annotatedwith the big_mem
label.
In the same manner, the withName
selector allows the configuration of a specific process in your pipeline by its name.For example:
Tip
Either label and process names do not need to be enclosed with quote characters, provided the namedoes include special characters (e.g. -
, !
, etc) or it’s not a keyword or a built-in type identifier.In case of doubt, you can enclose the label names or the process names with single or double quote characters.
Selector expressions¶
Both label and process name selectors allow the use of a regular expression in order to apply the same configurationto all processes matching the specified pattern condition. For example:
The above configuration snippet sets 2 cpus and 4 GB of memory to the processes annotated with with a label foo
and bar
.
A process selector can be negated prefixing it with the special character !
. For example:
The above configuration snippet sets 2 cpus for the processes annotated with the foo
label and 4 cpus to all processesnot annotated with that label. Finally it sets the use of long
queue to all process whose name does not startwith align
.
Selectors priority¶
When mixing generic process configuration and selectors the following priority rules are applied (from lower to higher):
Process generic configuration.
Process specific directive defined in the workflow script.
withLabel
selector definition.withName
selector definition.
For example:
Using the above configuration snippet, all workflow processes use 4 cpus if not otherwise specified in the workflowscript. Moreover processes annotated with the foo
label use 8 cpus. Finally the process named bar
uses 32 cpus.
Scope executor¶
The executor
configuration scope allows you to set the optional executor settings, listed in the following table.
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Name | Description |
---|---|
name | The name of the executor to be used e.g. |
queueSize | The number of tasks the executor will handle in a parallel manner (default: |
pollInterval | Determines how often a poll occurs to check for a process termination. |
dumpInterval | Determines how often the executor status is written in the application log file (default: |
queueStatInterval | Determines how often the queue status is fetched from the cluster system. This setting is used only by grid executors (default: |
exitReadTimeout | Determines how long the executor waits before return an error status when a process is terminated but the exit file does not exist or it is empty. This setting is used only by grid executors (default: |
killBatchSize | Determines the number of jobs that can be killed in a single command execution (default: |
submitRateLimit | Determines the max rate of jobs that can be executed per time unit, for example |
perJobMemLimit | Specifies Platform LSF per-job memory limit mode. See LSF. |
jobName | Determines the name of jobs submitted to the underlying cluster executor e.g. |
cpus | The maximum number of CPUs made available by the underlying system (only used by the |
memory | The maximum amount of memory made available by the underlying system (only used by the |
The executor settings can be defined as shown below:
When using two (or more) different executors in your pipeline, you can specify their settings separately by prefixingthe executor name with the symbol $
and using it as special scope identifier. For example:
The above configuration example can be rewritten using the dot notation as shown below:
Scope docker¶
The docker
configuration scope controls how Docker containers are executed by Nextflow.
The following settings are available:
Name | Description |
---|---|
enabled | Turn this flag to |
envWhitelist | Comma separated list of environment variable names to be included in the container environment. |
legacy | Uses command line options removed since version 1.10.x (default: |
sudo | Executes Docker run command as |
tty | Allocates a pseudo-tty (default: |
temp | Mounts a path of your choice as the |
remove | Clean-up the container after the execution (default: |
runOptions | This attribute can be used to provide any extra command line options supported by the |
registry | The registry from where Docker images are pulled. It should be only used to specify a private registry server. It should NOT include the protocol prefix i.e. |
fixOwnership | Fixes ownership of files created by the docker container. |
engineOptions | This attribute can be used to provide any option supported by the Docker engine i.e. |
mountFlags | Add the specified flags to the volume mounts e.g. mountFlags = ‘ro,Z’ |
The above options can be used by prefixing them with the docker
scope or surrounding them by curlybrackets, as shown below:
Read Docker containers page to lean more how use Docker containers with Nextflow.
Scope singularity¶
The singularity
configuration scope controls how Singularity containers are executedby Nextflow.
The following settings are available:
Name | Description |
---|---|
enabled | Turn this flag to |
engineOptions | This attribute can be used to provide any option supported by the Singularity engine i.e. |
envWhitelist | Comma separated list of environment variable names to be included in the container environment. |
runOptions | This attribute can be used to provide any extra command line options supported by the |
noHttps | Turn this flag to |
autoMounts | When |
cacheDir | The directory where remote Singularity images are stored. When using a computing cluster it must be a shared folder accessible to all computing nodes. |
pullTimeout | The amount of time the Singularity pull can last, exceeding which the process is terminated (default: |
Read Singularity containers page to lean more how use Singularity containers with Nextflow.
Scope podman¶
The podman
configuration scope controls how Podman containers are executed by Nextflow.
The following settings are available:
Name | Description |
---|---|
enabled | Turn this flag to |
envWhitelist | Comma separated list of environment variable names to be included in the container environment. |
temp | Mounts a path of your choice as the |
remove | Clean-up the container after the execution (default: |
runOptions | This attribute can be used to provide any extra command line options supported by the |
registry | The registry from where container images are pulled. It should be only used to specify a private registry server. It should NOT include the protocol prefix i.e. |
engineOptions | This attribute can be used to provide any option supported by the Docker engine i.e. |
mountFlags | Add the specified flags to the volume mounts e.g. mountFlags = ‘ro,Z’ |
The above options can be used by prefixing them with the podman
scope or surrounding them by curlybrackets, as shown below:
Read Podman containers page to lean more how use Podman containers with Nextflow.
Scope manifest¶
The manifest
configuration scope allows you to define some meta-data information needed when publishing your pipeline project on GitHub, BitBucket or GitLab, or when running your pipeline.
The following settings are available:
Name | Description |
---|---|
author | Project author name (use a comma to separate multiple names). |
defaultBranch | Git repository default branch (default: |
recurseSubmodules | Turn this flag to |
description | Free text describing the workflow project. |
doi | Project related publication DOI identifier. |
homePage | Project home page URL. |
mainScript | Project main script (default: |
name | Project short name. |
nextflowVersion | Minimum required Nextflow version. |
version | Project version number. |
The above options can be used by prefixing them with the manifest
scope or surrounding them by curlybrackets. For example:
To learn how to publish your pipeline on GitHub, BitBucket or GitLab code repositories read Pipeline sharingdocumentation page.
Nextflow version¶
The nextflowVersion
setting allows you to specify a minimum required version to run the pipeline.This may be useful to ensure that a specific version is used:
Scope trace¶
The trace
scope allows you to control the layout of the execution trace file generated by Nextflow.
The following settings are available:
Name | Description |
---|---|
enabled | When |
fields | Comma separated list of fields to be included in the report. The available fields are listed at this page |
file | Trace file name (default: |
sep | Character used to separate values in each row (default: |
raw | When |
The above options can be used by prefixing them with the trace
scope or surrounding them by curlybrackets. For example:
To learn more about the execution report that can be generated by Nextflow read Trace report documentation page.
Scope aws¶
The aws
scope allows you to configure the access to Amazon S3 storage. Use the attributes accessKey
and secretKey
to specify your bucket credentials. For example:
Click the following link to lean more about AWS Security Credentials.
Advanced client configuration options can be set by using the client
attribute. The following properties can be used:
Name | Description |
---|---|
connectionTimeout | The amount of time to wait (in milliseconds) when initially establishing a connection before giving up and timing out. |
endpoint | The AWS S3 API entry point e.g. s3-us-west-1.amazonaws.com. |
maxConnections | The maximum number of allowed open HTTP connections. |
maxErrorRetry | The maximum number of retry attempts for failed retryable requests. |
protocol | The protocol (i.e. HTTP or HTTPS) to use when connecting to AWS. |
proxyHost | The proxy host to connect through. |
proxyPort | The port on the proxy host to connect through. |
proxyUsername | The user name to use when connecting through a proxy. |
proxyPassword | The password to use when connecting through a proxy. |
signerOverride | The name of the signature algorithm to use for signing requests made by the client. |
socketSendBufferSizeHint | The Size hint (in bytes) for the low level TCP send buffer. |
socketRecvBufferSizeHint | The Size hint (in bytes) for the low level TCP receive buffer. |
socketTimeout | The amount of time to wait (in milliseconds) for data to be transferred over an established, open connection before the connection is timed out. |
storageEncryption | The S3 server side encryption to be used when saving objects on S3 (currently only AES256 is supported) |
userAgent | The HTTP user agent header passed with all HTTP requests. |
uploadMaxThreads | The maximum number of threads used for multipart upload. |
uploadChunkSize | The size of a single part in a multipart upload (default: 10 MB). |
uploadStorageClass | The S3 storage class applied to stored objects, one of [STANDARD, STANDARD_IA, ONEZONE_IA, INTELLIGENT_TIERING] (default: STANDARD). |
uploadMaxAttempts | The maximum number of upload attempts after which a multipart upload returns an error (default: 5). |
uploadRetrySleep | The time to wait after a failed upload attempt to retry the part upload (default: 100ms). |
For example:
Advanced Batch configuration options can be set by using the batch
attribute. The following properties can be used (required version 19.07.0 or later):
Name | Description |
---|---|
cliPath | The path where the AWS command line tool is installed in the host AMI. |
jobRole | The AWS Job Role ARN that needs to be used to execute the Batch Job. |
volumes | One or more container mounts. Mounts can be specified as simple e.g. /some/path or canonical format e.g. |
delayBetweenAttempts | Delay between download attempts from S3 (default 10 sec). |
maxParallelTransfers | Max parallel upload/download transfer operations per job (default: |
maxTransferAttempts | Max number of downloads attempts from S3 (default: 1). |
Scope cloud¶
Note
The cloud
configuration scope has been retired.
Scope conda¶
The conda
scope allows for the definition of the configuration settings that control the creation of a Conda environmentby the Conda package manager.
The following settings are available:
Name | Description |
---|---|
cacheDir | Defines the path where Conda environments are stored. When using a compute cluster make sure to provide a shared file system path accessible from all computing nodes. |
createTimeout | Defines the amount of time the Conda environment creation can last. The creation process is terminated when the timeout is exceeded (default: |
Scope k8s¶
The k8s
scope allows the definition of the configuration settings that control the deployment and execution ofworkflow applications in a Kubernetes cluster.
The following settings are available:
Name | Description |
---|---|
autoMountHostPaths | Automatically mounts host paths in the job pods. Only for development purpose when using a single node cluster (default: |
context | Defines the Kubernetes configuration context name to use. |
namespace | Defines the Kubernetes namespace to use (default: |
serviceAccount | Defines the Kubernetes service account name to use. |
launchDir | Defines the path where the workflow is launched and the user data is stored. This must be a path in a shared K8s persistent volume (default: |
workDir | Defines the path where the workflow temporary data is stored. This must be a path in a shared K8s persistent volume (default: |
projectDir | Defines the path where Nextflow projects are downloaded. This must be a path in a shared K8s persistent volume (default: |
pod | Allows the definition of one or more pod configuration options such as environment variables, config maps, secrets, etc. It allows the same settings as the pod process directive. |
pullPolicy | Defines the strategy to be used to pull the container image e.g. |
runAsUser | Defines the user ID to be used to run the containers. |
storageClaimName | The name of the persistent volume claim where store workflow result data. |
storageMountPath | The path location used to mount the persistent volume claim (default: |
storageSubPath | The path in the persistent volume to be mounted (default: root). |
volumeClaims | (deprecated) |
See the Kubernetes documentation for more details.
Scope timeline¶
The timeline
scope allows you to enable/disable the processes execution timeline report generated by Nextflow.
The following settings are available:
Name | Description |
---|---|
enabled | When |
file | Timeline file name (default: |
Scope mail¶
The mail
scope allows you to define the mail server configuration settings needed to send email messages.
Name | Description |
---|---|
from | Default email sender address. |
smtp.host | Host name of the mail server. |
smtp.port | Port number of the mail server. |
smtp.user | User name to connect to the mail server. |
smtp.password | User password to connect to the mail server. |
smtp.proxy.host | Host name of an HTTP web proxy server that will be used for connections to the mail server. |
smtp.proxy.port | Port number for the HTTP web proxy server. |
smtp.* | Any SMTP configuration property supported by the Java Mail API (see link below). |
debug | When |
Note
Nextflow relies on the Java Mail API to send email messages.Advanced mail configuration can be provided by using any SMTP configuration property supported by the Java Mail API.See the table of available properties at this link.
For example, the following snippet shows how to configure Nextflow to send emails through theAWS Simple Email Service:
Scope notification¶
The notification
scope allows you to define the automatic sending of a notification email messagewhen the workflow execution terminates.
Name | Description |
---|---|
enabled | Enables the sending of a notification message when the workflow execution completes. |
to | Recipient address for the notification email. Multiple addresses can be specified separating them with a comma. |
from | Sender address for the notification email message. |
template | Path of a template file which provides the content of the notification message. |
binding | An associative array modelling the variables in the template file. |
The notification message is sent my using the STMP server defined in the configuration mail scope.
If no mail configuration is provided, it tries to send the notification message by using the external mail commandeventually provided by the underlying system (eg. sendmail
or mail
).
Scope report¶
The report
scope allows you to define configuration setting of the workflow Execution report.
Name | Description |
---|---|
enabled | If |
file | The path of the created execution report file (default: |
Scope weblog¶
The weblog
scope allows to send detailed trace scope information as HTTP POST request to a webserver, shipped as a JSON object.
Detailed information about the JSON fields can be found in the weblog description.
Name | Description |
---|---|
enabled | If |
url | The url where to send HTTP POST requests (default: |
Config profiles¶
Configuration files can contain the definition of one or more profiles. A profile is a set of configuration attributesthat can be activated/chosen when launching a pipeline execution by using the -profile
command line option.
Configuration profiles are defined by using the special scope profiles
which group the attributes that belongto the same profile using a common prefix. For example:
This configuration defines three different profiles: standard
, cluster
and cloud
that set different processconfiguration strategies depending on the target runtime platform. By convention the standard
profile is implicitly usedwhen no other profile is specified by the user.
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Tip
Two or more configuration profiles can be specified by separating the profile nameswith a comma character, for example:
Danger
When using the profiles feature in your config file do NOT set attributes in the same scope bothinside and outside a profiles
context. For example:
In the above example the process.cpus
attribute is not correctly applied because the process
scope is alsoused in the foo
and bar
profile contexts.
The above feature requires version 0.28.x or higher.
Environment variables¶
The following environment variables control the configuration of the Nextflow runtime andthe Java virtual machine used by it.
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Name | Description |
---|---|
NXF_HOME | Nextflow home directory (default: |
NXF_VER | Defines what version of Nextflow to use. |
NXF_ORG | Default organization prefix when looking for a hosted repository (default: |
NXF_GRAB | Provides extra runtime dependencies downloaded from a Maven repository service. |
NXF_OPTS | Provides extra options for the Java and Nextflow runtime. It must be a blank separated list of |
NXF_CLASSPATH | Allows the extension of the Java runtime classpath with extra JAR files or class folders. |
NXF_ASSETS | Defines the directory where downloaded pipeline repositories are stored (default: |
NXF_PID_FILE | Name of the file where the process PID is saved when Nextflow is launched in background. |
NXF_WORK | Directory where working files are stored (usually your scratch directory) |
NXF_TEMP | Directory where temporary files are stored |
NXF_DEBUG | Defines scripts debugging level: |
NXF_EXECUTOR | Defines the default process executor e.g. sge |
NXF_CONDA_CACHEDIR | Directory where Conda environments are store. When using a computing cluster it must be a shared folder accessible from all computing nodes. |
NXF_SINGULARITY_CACHEDIR | Directory where remote Singularity images are stored. When using a computing cluster it must be a shared folder accessible from all computing nodes. |
NXF_JAVA_HOME | Defines the path location of the Java VM installation used to run Nextflow. This variable overrides the |
NXF_OFFLINE | When |
NXF_CLOUD_DRIVER | Defines the default cloud driver to be used if not specified in the config file or as command line option, either |
NXF_ANSI_LOG | Enables/disables ANSI console output (default |
NXF_ANSI_SUMMARY | Enables/disables ANSI completion summary: true|false (default: print summary if execution last more than 1 minute). |
NXF_SCM_FILE | Defines the path location of the SCM config file (requires version |
NXF_PARAMS_FILE | Defines the path location of the pipeline parameters file (requires version |
JAVA_HOME | Defines the path location of the Java VM installation used to run Nextflow. |
JAVA_CMD | Defines the path location of the Java binary command used to launch Nextflow. |
HTTP_PROXY | Defines the HTTP proxy server |
HTTPS_PROXY | Defines the HTTPS proxy server |