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3. nf-core/demo

nf-core/demo is a simple nf-core style pipeline for workshops and demonstrations.

It was created using the nf-core template and is designed to run and configure quickly.

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

The nf-core/demo pipeline consists of three processes:

nf-core/demo takes a samplesheet that contains paths to fastq files as an input and will produce four output folders with a variety of logs and reports:

  • fastqc/
    • *_fastqc.html: FastQC report containing quality metrics.
    • *_fastqc.zip: Zip archive containing the FastQC report, tab-delimited data file and plot images.
  • fq/
    • *.fastp.html: Trimmed fq files.
  • multiqc/
    • multiqc_report.html: a standalone HTML file that can be viewed in your web browser.
    • multiqc_data/: directory containing parsed statistics from the different tools used in the pipeline.
    • multiqc_plots/: directory containing static images from the report in various formats.
  • pipeline_info/
    • Reports generated by Nextflow
    • Reports generated by nf-core
    • Parameters file

You can view the code for this pipeline on the nf-core/demo GitHub repository.

To help you understand the expectations for running an nf-core pipeline, they come with extensive documentation about its parameters, usage, and outputs.

The documentation for the nf-core/demo pipeline can be found on the nf-core/demo pipelines page.

3.1 Required inputs

Before running any nf-core pipeline you will need to check if there are any parameters that are required.

You can view these on the pipelines parameters page.

The parameters page of the nf-core/demo pipeline shows that this pipeline requires two parameters (--input and --outdir) to run.

nf-core/demo parameters

Without these, the pipeline will not launch and nextflow will throw an error.

3.1.1 --input

The --input parameter requires a path to comma-separated file containing information about the samples in the experiment.

--input 'path/to/samplesheet.csv'

The nf-core/demo usage documentation describes the required --input as a comma-separated file (.csv). The .csv file must contain 3 columns with the headers sample, fastq_1, and fastq_2.

The samplesheet file may consist of both single- and paired-end data and may look something like the one below.

samplesheet.csv
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sample,fastq_1,fastq_2
SAMPLE1_PE,path/to/sample1_R1.fastq.gz,path/to/sample1_R2.fastq.gz
SAMPLE2_PE,path/to/sample2_R1.fastq.gz,path/to/sample2_R2.fastq.gz
SAMPLE3_SE,path/to/sample3_R1.fastq.gz,

3.1.2 --outdir

The --output parameter is used to name the output directory where the results will be saved. It takes a string as its input.

--output results

Note

You do not need to create the output folder before you run the pipeline.

3.2 Testing nf-core/demo with profiles

A profile is a set of configuration attributes that can be added to your execution command by using the -profile option.

-profile <profile name>

Configuration profiles are defined using the special scope profile within configuration files. Profiles group the attributes that belong to the same profile using a common prefix.

example.config
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profiles {
  foo {
    process.memory = '2 GB'
  }

  bar {
    process.memory = '4 GB'
  }
}

3.2.1 -profile test

Every nf-core pipeline comes with a test profile. This is a minimal set of configuration settings for the pipeline to run using a small test dataset that is hosted on the nf-core/test-datasets repository.

As the test profile is expected to run it can be used to help diagnose local issues before you scale up your analysis.

The test profile for nf-core/demo is shown below:

conf/test.config
/*
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
    Nextflow config file for running minimal tests
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
    Defines input files and everything required to run a fast and simple pipeline test.

    Use as follows:
        nextflow run nf-core/demo -profile test,<docker/singularity> --outdir <OUTDIR>

----------------------------------------------------------------------------------------
*/

params {
    config_profile_name        = 'Test profile'
    config_profile_description = 'Minimal test dataset to check pipeline function'

    // Limit resources so that this can run on GitHub Actions
    max_cpus   = 2
    max_memory = '6.GB'
    max_time   = '6.h'

    // Input data
    input  = 'https://raw.githubusercontent.com/nf-core/test-datasets/viralrecon/samplesheet/samplesheet_test_illumina_amplicon.csv'

}

The nf-core/demo test profile already contains the input parameter (this will be explained in more detail shortly). This means that the --input parameter does not need to be added to the execution command. However, as the outdir parameter is not included in the test profile it must be added to the execution command using the --outdir flag.

nextflow run nf-core/demo -profile test --outdir results

Exercise

Execute the nf-core/demo pipeline with the test profile and an output directory named results:

nextflow run nf-core/demo -profile test --outdir results

This execution is expected to fail!

As the software required to run each process (e.g., seqtk) is not available in the Gitpod environment the exercise above is expected to fail.

Caused by:
  Process `NFCORE_DEMO:DEMO:SEQTK_TRIM (SAMPLE2_PE)` terminated with an error exit status (127)
<truncated>

Fortunately, nf-core pipelines come packed with directives for containers and environments that can be flexibly enabled using profiles for different software (e.g., docker, singularity, and conda).

-profile singularity

In Gitpod, you can add the singularity profile to your execution command and Nextflow will download and enable Singularity software images to run each process.

The singularity profile is defined in the nextflow.config file in the main pipeline repository.

nextflow.config
singularity {
    singularity.enabled     = true
    singularity.autoMounts  = true
    conda.enabled           = false
    docker.enabled          = false
    podman.enabled          = false
    shifter.enabled         = false
    charliecloud.enabled    = false
    apptainer.enabled       = false
    }

Multiple config files

Multiple profiles can be included at execution by separating them with a comma (,), e.g., -profile test,singularity.

Exercise

Execute the command again, but this time with the singularity profile:

nextflow run nf-core/demo -profile test,singularity --outdir results

The nf-core/demo pipeline should now run successfully!

If you were running this tutorial you will need to have Singularity installed for this command to run.

3.3 Using your own data

Instead of using the test profile you can use the --input parameter to choose your own samplesheet as an input.

As described above, the input is a CSV file with 3 columns and the headers sample, fastq_1, and fastq_2.

The pipeline will auto-detect whether a sample is single- or paired-end and if a sample has been sequenced more than once using the information provided in the samplesheet.

Exercise

Within the data folder there are three sets of paired-end reads for gut, liver, and lung samples. Create a samplesheet for this data.

First, create a .csv file named samplesheet.csv:

code samplesheet.csv

Next, add the header line, and, for each sample, an id and the complete paths to the paired-end reads:

samplesheet.csv
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sample,fastq_1,fastq_2
gut,/workspace/gitpod/nf-customize/data/gut_1.fastq.gz,/workspace/gitpod/nf-customize/data/gut_2.fastq.gz
liver,/workspace/gitpod/nf-customize/data/liver_1.fastq.gz,/workspace/gitpod/nf-customize/data/liver_2.fastq.gz
lung,/workspace/gitpod/nf-customize/data/lung_1.fastq.gz,/workspace/gitpod/nf-customize/data/lung_2.fastq.gz

Make sure you save this file in your working directory (/workspace/gitpod/nf-customize/)

You can use you new samplesheet with the --input parameter in your execution command.

In this case, the other parameters in the test profile (e.g., config_profile_name and max_cpus) can be ignored as they are not explicitly required by the pipeline or in this Gitpod environment.

Exercise

Execute the nf-core/demo pipeline with the singularity profile and your newly created samplesheet as your input.

nextflow run nf-core/demo -profile singularity --input samplesheet.csv --outdir results

The pipeline should run successfully!


Congratulations! You have now run the nf-core/demo pipeline using you own dataset!